id	basisOfRecord	occurrenceID	recordedBy	eventDate	year	month	day	habitat	country	verbatimLocality	verbatimElevation	locationRemarks	decimalLatitude	decimalLongitude	scientificName	kingdom	phylum	class	order	family	genus
Occurrence_1	HumanObservation	Occurrence_1	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	392.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316867	18.404125	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_2	HumanObservation	Occurrence_2	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	393.1	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317233	18.4040417	Ctenopoma  muriei	animalia	Chordata	Actinopterygii	Anabantiformes	Anabantidae	Ctenopoma
Occurrence_3	HumanObservation	Occurrence_3	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	425.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317441	18.4038761	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_4	HumanObservation	Occurrence_4	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	367.9	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1313923	18.4041208	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_5	HumanObservation	Occurrence_5	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	395	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317117	18.403975	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_6	HumanObservation	Occurrence_6	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	396	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317874	18.4040471	Hemichromis fasciatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Hemichromis
Occurrence_7	HumanObservation	Occurrence_7	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	372.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1315917	18.4040667	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_8	HumanObservation	Occurrence_8	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	355.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316514	18.4040294	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_9	HumanObservation	Occurrence_9	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	372.3	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316578	18.4040754	Chrysichthys  auratus	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Chrysichthys
Occurrence_10	HumanObservation	Occurrence_10	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	339.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316679	18.4041618	Chrysichthys  auratus	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Chrysichthys
Occurrence_11	HumanObservation	Occurrence_11	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	374	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317233	18.4040967	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_12	HumanObservation	Occurrence_12	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	375.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316256	18.4041656	Lates niloticus	animalia	Chordata	Actinopterygii	Perciformes	Latidae	Lates
Occurrence_13	HumanObservation	Occurrence_13	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	355.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1315414	18.4040641	Malapterurus electricus	animalia	Chordata	Actinopterygii	Siluriformes	Malapteruridae	Malapterurus
Occurrence_14	HumanObservation	Occurrence_14	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	356.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1259719	18.3970059	Synodontis  nigrita	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_15	HumanObservation	Occurrence_15	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	372.2	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316902	18.4040702	Synodontis  nigrita	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_16	HumanObservation	Occurrence_16	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	371.1	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316865	18.4041103	Synodontis  nigrita	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_17	HumanObservation	Occurrence_17	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	356.3	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316406	18.4041696	Synodontis  schall	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_18	HumanObservation	Occurrence_18	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	376.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316382	18.4041088	Polypterus bichir	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_19	HumanObservation	Occurrence_19	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	373.9	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1315941	18.4040888	Schilbe mystus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_20	HumanObservation	Occurrence_20	Akwada Ndoazen	2025-09-12	2025	9	12	The savanna wetland	Chad	Kassaï	373.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1314751	18.4040118	Schilbe mystus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_21	HumanObservation	Occurrence_21	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	366.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316937	18.4041698	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_22	HumanObservation	Occurrence_22	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	352.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316867	18.4041196	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_23	HumanObservation	Occurrence_23	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	357.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316591	18.4040137	Oreochromis aureus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_24	HumanObservation	Occurrence_24	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	360.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317024	18.4040515	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_25	HumanObservation	Occurrence_25	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	367.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316683	18.4041131	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_26	HumanObservation	Occurrence_26	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	367.9	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316808	18.4041023	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_27	HumanObservation	Occurrence_27	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	377.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.131651	18.4041285	Mormyrus rume	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_28	HumanObservation	Occurrence_28	Akwada Ndoazen	2025-09-13	2025	9	13	The savanna wetland	Chad	Kassaï	355.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316891	18.4040408	Schilbe uranoscopus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_29	HumanObservation	Occurrence_29	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	347	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1312107	18.4043955	Hydrocynus vittatus	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_30	HumanObservation	Occurrence_30	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	352.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316969	18.4043389	Ctenopoma  petherici	animalia	Chordata	Actinopterygii	Anabantiformes	Anabantidae	Ctenopoma
Occurrence_31	HumanObservation	Occurrence_31	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	391.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316465	18.404293	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_32	HumanObservation	Occurrence_32	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	361.1	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316833	18.404105	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_33	HumanObservation	Occurrence_33	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	391.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316465	18.404293	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_34	HumanObservation	Occurrence_34	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	367.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1259105	18.4070782	Labeo coubie	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_35	HumanObservation	Occurrence_35	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	361.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316472	18.4041105	Lates niloticus	animalia	Chordata	Actinopterygii	Perciformes	Latidae	Lates
Occurrence_36	HumanObservation	Occurrence_36	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	374.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316977	18.4041331	Hyperopisus bebe	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Hyperopisus
Occurrence_37	HumanObservation	Occurrence_37	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	366.3	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316581	18.404106	Marcusenius senegalensis	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Marcusenius
Occurrence_38	HumanObservation	Occurrence_38	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	361.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1259336	18.4070383	Mormyrops deliciosus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrops
Occurrence_39	HumanObservation	Occurrence_39	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	386	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1315803	18.4042173	Mormyrus rume	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_40	HumanObservation	Occurrence_40	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	368.2	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316805	18.4040996	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_41	HumanObservation	Occurrence_41	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	378.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316844	18.404189	Epiplatys spilargyreius	animalia	Chordata	Actinopterygii	Cyprinodontiformes	Procatopodidae	Epiplatys
Occurrence_42	HumanObservation	Occurrence_42	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	362	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316981	18.4040385	Protopterus annectens	animalia	Chordata	Sarcopterygii	Lepidosireniformes	Protopteridae	Protopterus
Occurrence_43	HumanObservation	Occurrence_43	Akwada Ndoazen	2025-09-14	2025	9	14	The savanna wetland	Chad	Kassaï	361.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316472	18.4041105	Schilbe uranoscopus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_44	HumanObservation	Occurrence_44	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Niellim_centre	379.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7009861	17.8141583	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_45	HumanObservation	Occurrence_45	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	365.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7009193	17.8141367	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_46	HumanObservation	Occurrence_46	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	376.3	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7009567	17.8141452	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_47	HumanObservation	Occurrence_47	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	366.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7009914	17.8141344	Heterobranchus longifilis	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Heterobranchus
Occurrence_48	HumanObservation	Occurrence_48	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	404.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7009541	17.8141715	Auchenoglanis biscutatus	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_49	HumanObservation	Occurrence_49	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	379.9	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.701031	17.814119	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_50	HumanObservation	Occurrence_50	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	361.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7008575	17.8140926	Malapterurus electricus	animalia	Chordata	Actinopterygii	Siluriformes	Malapteruridae	Malapterurus
Occurrence_51	HumanObservation	Occurrence_51	Akwada Ndoazen	2025-09-16	2025	9	16	The savanna wetland	Chad	Perom	390.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.7010089	17.8141554	Mormyrops deliciosus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrops
Occurrence_52	HumanObservation	Occurrence_52	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	359.4	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437357	17.8783359	Alestes baremoze	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Alestes
Occurrence_53	HumanObservation	Occurrence_53	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	363.5	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437561	17.8783605	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_54	HumanObservation	Occurrence_54	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	360.9	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437342	17.8783342	Hydrocynus  brevis	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_55	HumanObservation	Occurrence_55	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Teblé	358	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282168	18.0475606	Ctenopoma  muriei	animalia	Chordata	Actinopterygii	Anabantiformes	Anabantidae	Ctenopoma
Occurrence_56	HumanObservation	Occurrence_56	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	366.3	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.64375	17.8782968	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_57	HumanObservation	Occurrence_57	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	342.9	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6436682	17.8783709	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_58	HumanObservation	Occurrence_58	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	338.1	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6436464	17.878378	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_59	HumanObservation	Occurrence_59	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	359.9	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6438067	17.8783583	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_60	HumanObservation	Occurrence_60	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Teblé	371	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282167	18.0475989	Oreochromis aureus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_61	HumanObservation	Occurrence_61	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Teblé	370.5	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5281925	18.0476235	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_62	HumanObservation	Occurrence_62	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	359.6	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437221	17.8782216	Citharinus citharus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_63	HumanObservation	Occurrence_63	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	359.6	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.643772	17.878392	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_64	HumanObservation	Occurrence_64	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	343.7	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437705	17.8782863	Chrysichthys  auratus	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Chrysichthys
Occurrence_65	HumanObservation	Occurrence_65	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	359.3	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437738	17.8782341	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_66	HumanObservation	Occurrence_66	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	364.2	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.643784	17.8783543	Distichodus brevipinnis	animalia	Chordata	Actinopterygii	Characiformes	Distichodontidae	Distichodus
Occurrence_67	HumanObservation	Occurrence_67	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	356.6	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6437862	17.8782404	Synodontis  batensoda	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_68	HumanObservation	Occurrence_68	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	341.8	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6436702	17.8782915	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_69	HumanObservation	Occurrence_69	Akwada Ndoazen	2025-09-17	2025	9	17	The savanna wetland	Chad	Gori	363.9	The savanna wetland is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By covering the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its dense mats provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Additionally, the presence of this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.6436617	17.8782817	Schilbe uranoscopus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_70	HumanObservation	Occurrence_70	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	367.8	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282915	18.0474859	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_71	HumanObservation	Occurrence_71	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	359.4	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5281997	18.0475681	Hydrocynus vittatus	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_72	HumanObservation	Occurrence_72	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	360.5	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282248	18.0475337	Ctenopoma  muriei	animalia	Chordata	Actinopterygii	Anabantiformes	Anabantidae	Ctenopoma
Occurrence_73	HumanObservation	Occurrence_73	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	361.2	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.52824	18.047555	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_74	HumanObservation	Occurrence_74	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	357.3	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5281834	18.0476224	Bagrus docmak	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_75	HumanObservation	Occurrence_75	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	354.6	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5283072	18.0475109	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_76	HumanObservation	Occurrence_76	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	357	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5281895	18.0476023	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_77	HumanObservation	Occurrence_77	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	355	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282771	18.0475917	Citharinus latus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_78	HumanObservation	Occurrence_78	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	350.2	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.528115	18.0475935	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_79	HumanObservation	Occurrence_79	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	357.1	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282318	18.0475461	Labeo coubie	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_80	HumanObservation	Occurrence_80	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	344.9	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282404	18.0475534	Distichodus brevipinnis	animalia	Chordata	Actinopterygii	Characiformes	Distichodontidae	Distichodus
Occurrence_81	HumanObservation	Occurrence_81	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	343.3	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5283236	18.0476363	Distichodus brevipinnis	animalia	Chordata	Actinopterygii	Characiformes	Distichodontidae	Distichodus
Occurrence_82	HumanObservation	Occurrence_82	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	368.8	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5283169	18.0475763	Campylomormyrus tamandua	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Campylomormyrus
Occurrence_83	HumanObservation	Occurrence_83	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	350.9	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5281426	18.0475442	Hyperopisus bebe	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Hyperopisus
Occurrence_84	HumanObservation	Occurrence_84	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	363	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282551	18.0475836	Mormyrops deliciosus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrops
Occurrence_85	HumanObservation	Occurrence_85	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	356	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282872	18.0475256	Mormyrus rume	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_86	HumanObservation	Occurrence_86	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	360.5	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5281964	18.0476082	Mormyrus hasselquistii	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_87	HumanObservation	Occurrence_87	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	360.2	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5283019	18.0476158	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_88	HumanObservation	Occurrence_88	Akwada Ndoazen	2025-09-18	2025	9	18	The savanna wetland	Chad	Teblé	355	he savanna wetland sampling site is dominated by Pistia stratiotes, Sesbania sesban, and Mimosa pigra. These species play a key role in maintaining the ecological structure and function of the wetland. Floating plants like Pistia stratiotes form dense mats that reduce water evaporation, trap sediments, and regulate nutrient levels, improving water quality. Emergent and woody species such as Sesbania sesban and Mimosa pigra stabilize shorelines, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Collectively, these plants offer shelter and spawning grounds for fish and aquatic invertebrates, support biodiversity, enhance productivity, and contribute significantly to the conservation and resilience of the wetland ecosystem.	9.5282859	18.0476053	Tetraodon  lineatus	animalia	Chordata	Actinopterygii	Tetraodontiformes	Tetraodontidae	Tetraodon
Occurrence_89	HumanObservation	Occurrence_89	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	381.6	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626587	18.0683785	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_90	HumanObservation	Occurrence_90	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	365.7	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626249	18.0684408	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_91	HumanObservation	Occurrence_91	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	369.3	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625073	18.0685106	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_92	HumanObservation	Occurrence_92	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625485	18.0686251	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_93	HumanObservation	Occurrence_93	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	362.1	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4622126	18.068867	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_94	HumanObservation	Occurrence_94	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367.1	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4644465	18.0723907	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_95	HumanObservation	Occurrence_95	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	353.6	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626452	18.0683507	Coptodon  dageti	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_96	HumanObservation	Occurrence_96	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	362.6	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626433	18.068345	Hemichromis fasciatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Hemichromis
Occurrence_97	HumanObservation	Occurrence_97	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	355.1	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626297	18.0683439	Oreochromis aureus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_98	HumanObservation	Occurrence_98	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	362	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625721	18.0682614	Citharinus latus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_99	HumanObservation	Occurrence_99	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367.7	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625352	18.0685458	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_100	HumanObservation	Occurrence_100	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	372.9	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626397	18.0683104	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_101	HumanObservation	Occurrence_101	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367.3	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4641637	18.0725825	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_102	HumanObservation	Occurrence_102	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	373.1	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625987	18.0684076	Heterobranchus longifilis	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Heterobranchus
Occurrence_103	HumanObservation	Occurrence_103	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	366.9	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625767	18.06864	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_104	HumanObservation	Occurrence_104	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	352.9	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626067	18.0682933	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_105	HumanObservation	Occurrence_105	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	329.2	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4642798	18.0723578	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_106	HumanObservation	Occurrence_106	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	368.6	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4622281	18.0689362	Chrysichthys  auratus	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Chrysichthys
Occurrence_107	HumanObservation	Occurrence_107	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367.6	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.46256	18.0684767	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_108	HumanObservation	Occurrence_108	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367.1	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4622223	18.0688406	Distichodus rostratus	animalia	Chordata	Actinopterygii	Characiformes	Distichodontidae	Distichodus
Occurrence_109	HumanObservation	Occurrence_109	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	391.5	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626054	18.0682532	Lates niloticus	animalia	Chordata	Actinopterygii	Perciformes	Latidae	Lates
Occurrence_110	HumanObservation	Occurrence_110	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	365.5	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625122	18.0687004	Lates niloticus	animalia	Chordata	Actinopterygii	Perciformes	Latidae	Lates
Occurrence_111	HumanObservation	Occurrence_111	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	368	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4644446	18.0723634	Lates niloticus	animalia	Chordata	Actinopterygii	Perciformes	Latidae	Lates
Occurrence_112	HumanObservation	Occurrence_112	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	364.1	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4622428	18.0688608	Malapterurus electricus	animalia	Chordata	Actinopterygii	Siluriformes	Malapteruridae	Malapterurus
Occurrence_113	HumanObservation	Occurrence_113	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	366.2	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4625133	18.0685967	Synodontis  batensoda	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_114	HumanObservation	Occurrence_114	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	364.3	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4622022	18.068886	Synodontis  nigrita	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_115	HumanObservation	Occurrence_115	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	370.2	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4621365	18.0688225	Synodontis  schall	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_116	HumanObservation	Occurrence_116	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367.6	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4624749	18.0686883	Hyperopisus bebe	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Hyperopisus
Occurrence_117	HumanObservation	Occurrence_117	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	382	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.462644	18.0683811	Marcusenius senegalensis	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Marcusenius
Occurrence_118	HumanObservation	Occurrence_118	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	365.3	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4620908	18.0689476	Marcusenius senegalensis	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Marcusenius
Occurrence_119	HumanObservation	Occurrence_119	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	339.2	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.462665	18.0684017	Mormyrus rume	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_120	HumanObservation	Occurrence_120	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	366.9	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4622102	18.0688898	Mormyrus rume	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_121	HumanObservation	Occurrence_121	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	389.2	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4626335	18.0684	Pollimyrus  isidori	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Pollimyrus
Occurrence_122	HumanObservation	Occurrence_122	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	353.7	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.4640917	18.0724933	Pollimyrus  isidori	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Pollimyrus
Occurrence_123	HumanObservation	Occurrence_123	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	348.4	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.462695	18.06822	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_124	HumanObservation	Occurrence_124	Akwada Ndoazen	2025-09-19	2025	9	19	The savanna wetland	Chad	Kon_kara	367	The savanna wetland site is dominated by the floating aquatic plant Pistia stratiotes, which plays a key role in the wetland ecosystem. By forming dense mats on the water surface, Pistia stratiotes helps reduce water evaporation, trap sediments, and regulate nutrient levels, thereby improving water quality. Its mats provide shelter and breeding grounds for fish and aquatic invertebrates, supporting biodiversity and productivity. Additionally, this species contributes to stabilizing the habitat and enhancing the resilience of the wetland, making it an important component for the conservation of these freshwater ecosystems.	9.462621	18.0683956	Schilbe uranoscopus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_125	HumanObservation	Occurrence_125	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	362.6	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187605	18.2296956	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_126	HumanObservation	Occurrence_126	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	363.1	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187433	18.2296667	Hydrocynus vittatus	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_127	HumanObservation	Occurrence_127	Akwada Ndoazen	2025-09-20	2025	9	20	The savanna wetland	Chad	Hellibongo	373.3	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2648783	18.317445	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_128	HumanObservation	Occurrence_128	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	384.3	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3189348	18.2282265	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_129	HumanObservation	Occurrence_129	Akwada Ndoazen	2025-09-20	2025	9	20	The savanna wetland	Chad	Hellibongo	384.8	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646783	18.3174933	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_130	HumanObservation	Occurrence_130	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	376	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187917	18.228125	Bagrus docmak	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_131	HumanObservation	Occurrence_131	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	365.7	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187624	18.2296668	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_132	HumanObservation	Occurrence_132	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	365.9	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.318858	18.2282022	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_133	HumanObservation	Occurrence_133	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	362.1	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3188721	18.2282932	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_134	HumanObservation	Occurrence_134	Akwada Ndoazen	2025-09-20	2025	9	20	The savanna wetland	Chad	Hellibongo	372.5	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2648667	18.317445	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_135	HumanObservation	Occurrence_135	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	361.7	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187658	18.2296843	Citharinus latus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_136	HumanObservation	Occurrence_136	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	366.9	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3188055	18.228287	Clarias anguillaris	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_137	HumanObservation	Occurrence_137	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	368	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3189244	18.2283117	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_138	HumanObservation	Occurrence_138	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	365.3	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187964	18.2282886	Labeo coubie	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_139	HumanObservation	Occurrence_139	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	362	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187367	18.229685	Labeo coubie	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_140	HumanObservation	Occurrence_140	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	374.6	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.31878	18.22837	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_141	HumanObservation	Occurrence_141	Akwada Ndoazen	2025-09-20	2025	9	20	The savanna wetland	Chad	Hellibongo	373.1	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.26488	18.3174483	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_142	HumanObservation	Occurrence_142	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	362.8	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3188567	18.2283233	Distichodus rostratus	animalia	Chordata	Actinopterygii	Characiformes	Distichodontidae	Distichodus
Occurrence_143	HumanObservation	Occurrence_143	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	367.2	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187614	18.2297117	Malapterurus electricus	animalia	Chordata	Actinopterygii	Siluriformes	Malapteruridae	Malapterurus
Occurrence_144	HumanObservation	Occurrence_144	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	365.8	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3188129	18.228338	Synodontis  schall	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_145	HumanObservation	Occurrence_145	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	373.8	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187933	18.2284167	Campylomormyrus tamandua	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Campylomormyrus
Occurrence_146	HumanObservation	Occurrence_146	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	375	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3188725	18.2283037	Hyperopisus bebe	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Hyperopisus
Occurrence_147	HumanObservation	Occurrence_147	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	361.2	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.31877	18.2297051	Marcusenius senegalensis	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Marcusenius
Occurrence_148	HumanObservation	Occurrence_148	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	375.5	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3189435	18.2281793	Mormyrops deliciosus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrops
Occurrence_149	HumanObservation	Occurrence_149	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	342.6	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187117	18.2296883	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_150	HumanObservation	Occurrence_150	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	403.1	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.318905	18.228295	Protopterus annectens	animalia	Chordata	Sarcopterygii	Lepidosireniformes	Protopteridae	Protopterus
Occurrence_151	HumanObservation	Occurrence_151	Akwada Ndoazen	2025-09-20	2025	9	20	The riparian forest	Chad	Carré_Haoussa	360.9	The riparian forest is dominated by plant species such as Sesbania sesban, Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes. These species play a vital ecological role in maintaining the structure and function of the riparian ecosystem. Emergent and woody species like Sesbania sesban stabilize the riverbanks, reduce erosion, and provide habitats for terrestrial and semi-aquatic fauna. Floating and emergent aquatic plants such as Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and improve water quality by absorbing excess nutrients. Submerged and floating vegetation also provides shelter and spawning grounds for fish, supporting biodiversity and productivity. Collectively, these plant species enhance ecosystem resilience, sustain fish populations, and contribute significantly to the conservation of riparian wetlands.	9.3187318	18.2297369	Schilbe mystus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_152	HumanObservation	Occurrence_152	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	369.2	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646167	18.3174967	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_153	HumanObservation	Occurrence_153	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	356.6	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2647369	18.317406	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_154	HumanObservation	Occurrence_154	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	369.8	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646625	18.3175083	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_155	HumanObservation	Occurrence_155	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	370.2	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646944	18.3174787	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_156	HumanObservation	Occurrence_156	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	360.5	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.264785	18.3175517	Hemichromis fasciatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Hemichromis
Occurrence_157	HumanObservation	Occurrence_157	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	372.4	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646133	18.3174499	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_158	HumanObservation	Occurrence_158	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	355.8	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2647065	18.3175176	Rubricatochromis  bimaculatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Rubricatochromis
Occurrence_159	HumanObservation	Occurrence_159	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	367.1	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2644741	18.3175162	Citharinus citharus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_160	HumanObservation	Occurrence_160	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	366.3	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646817	18.3174967	Citharinus latus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_161	HumanObservation	Occurrence_161	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	371	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2647049	18.3174851	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_162	HumanObservation	Occurrence_162	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	364	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646599	18.3174997	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_163	HumanObservation	Occurrence_163	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	367.5	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.264658	18.3174572	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_164	HumanObservation	Occurrence_164	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	367.3	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646486	18.3174312	Distichodus brevipinnis	animalia	Chordata	Actinopterygii	Characiformes	Distichodontidae	Distichodus
Occurrence_165	HumanObservation	Occurrence_165	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	357.7	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2647488	18.3173971	Hyperopisus bebe	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Hyperopisus
Occurrence_166	HumanObservation	Occurrence_166	Akwada Ndoazen	2025-09-21	2025	9	21	The savanna wetland	Chad	Hellibongo	367.7	The savanna wetland is dominated by plant species including Mimosa pigra, Nymphaea lotus, Ceratophyllum demersum, and Neptunia oleracea. These species play a critical role in maintaining the ecological integrity of the wetland. Emergent and floating plants such as Neptunia oleracea and Nymphaea lotus help stabilize the water surface, trap sediments, and regulate nutrient levels, improving water quality. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and invertebrates. Woody and emergent species like Mimosa pigra protect shorelines, reduce erosion, and support terrestrial-aquatic interface biodiversity. Collectively, these plants enhance the productivity, resilience, and biodiversity of the wetland, contributing significantly to fish habitat and the conservation of the ecosystem.	9.2646469	18.3173978	Marcusenius senegalensis	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Marcusenius
Occurrence_167	HumanObservation	Occurrence_167	Akwada Ndoazen	2025-09-22	2025	9	22	The savanna wetland	Chad	Kassaï	355.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1315414	18.4040641	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_168	HumanObservation	Occurrence_168	Akwada Ndoazen	2025-09-22	2025	9	22	The savanna wetland	Chad	Kassaï	355.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1315414	18.4040641	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_169	HumanObservation	Occurrence_169	Akwada Ndoazen	2025-09-22	2025	9	22	The savanna wetland	Chad	Kassaï	425.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317441	18.4038761	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_170	HumanObservation	Occurrence_170	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	376.8	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140633	18.4839991	Alestes dentex	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Alestes
Occurrence_171	HumanObservation	Occurrence_171	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	376.4	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140478	18.4839104	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_172	HumanObservation	Occurrence_172	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	369.8	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.014108	18.4839067	Hydrocynus forskahlii	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_173	HumanObservation	Occurrence_173	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	370.8	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140933	18.4839867	Hydrocynus vittatus	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_174	HumanObservation	Occurrence_174	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	370	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140992	18.4840411	Coptodon  dageti	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_175	HumanObservation	Occurrence_175	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	362.5	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140565	18.4840641	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_176	HumanObservation	Occurrence_176	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	366.9	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140822	18.4840715	Hemichromis fasciatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Hemichromis
Occurrence_177	HumanObservation	Occurrence_177	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	366.9	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140536	18.4839837	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_178	HumanObservation	Occurrence_178	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	379.1	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140307	18.4840178	Chrysichthys  auratus	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Chrysichthys
Occurrence_179	HumanObservation	Occurrence_179	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	382.2	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0141224	18.4839979	Lates niloticus	animalia	Chordata	Actinopterygii	Perciformes	Latidae	Lates
Occurrence_180	HumanObservation	Occurrence_180	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	365.8	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0139588	18.483981	Schilbe mystus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_181	HumanObservation	Occurrence_181	Akwada Ndoazen	2025-09-23	2025	9	23	The savanna wetland	Chad	Banda	371	The savanna wetland is characterized by a plant community dominated by species such as Neptunia oleracea, Mimosa pigra, Ceratophyllum demersum, Sesbania sesban, Nymphaea lotus, and Ipomoea aquatica. These species play a crucial ecological role in maintaining the structure and function of the wetland ecosystem. Floating and emergent plants like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help stabilize the water surface, reduce erosion, and trap sediments, contributing to water clarity and nutrient retention. Submerged species such as Ceratophyllum demersum provide shelter and spawning grounds for fish, enhance oxygenation, and serve as habitat for invertebrates, which are key food resources for aquatic fauna. Emergent and woody species like Mimosa pigra and Sesbania sesban protect shorelines, reduce water loss through evapotranspiration, and support terrestrial-aquatic interface biodiversity. Collectively, these plant species enhance the productivity, resilience, and biodiversity of the wetland, providing critical ecosystem services for fish populations and supporting the overall conservation of these wetland habitats.	9.0140725	18.4840056	Schilbe uranoscopus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
Occurrence_182	HumanObservation	Occurrence_182	Akwada Ndoazen	2025-09-25	2025	9	25	The savanna wetland	Chad	Mairom	339.8	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.117311	18.3741931	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_183	HumanObservation	Occurrence_183	Akwada Ndoazen	2025-09-25	2025	9	25	The savanna wetland	Chad	Mairom	340	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.1173887	18.3740903	Coptodon  dageti	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_184	HumanObservation	Occurrence_184	Akwada Ndoazen	2025-09-25	2025	9	25	The savanna wetland	Chad	Mairom	340.4	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.1171992	18.3742353	Coptodon  rendalli	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_185	HumanObservation	Occurrence_185	Akwada Ndoazen	2025-09-25	2025	9	25	The savanna wetland	Chad	Mairom	339.9	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.1173201	18.3741427	Hemichromis fasciatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Hemichromis
Occurrence_186	HumanObservation	Occurrence_186	Akwada Ndoazen	2025-09-25	2025	9	25	The riparian forest	Chad	Mairom	340.4	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.1171992	18.3742353	Clarias gariepinus	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_187	HumanObservation	Occurrence_187	Akwada Ndoazen	2025-09-25	2025	9	25	The savanna wetland	Chad	Mairom	336	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.1171845	18.3741925	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_188	HumanObservation	Occurrence_188	Akwada Ndoazen	2025-09-25	2025	9	25	The savanna wetland	Chad	Mairom	339.7	The savanna wetland sampling site is dominated by Mimosa pigra, Sesbania sesban, and Nymphaea lotus. These species play a vital role in maintaining the ecological integrity of the wetland. Emergent and woody plants like Mimosa pigra and Sesbania sesban stabilize shorelines, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and emergent plants such as Nymphaea lotus help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Together, these species create shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity, increasing productivity, and contributing significantly to the conservation and resilience of the wetland ecosystem.	9.1172378	18.3742588	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_189	HumanObservation	Occurrence_189	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Jardin	330.2	The savanna wetland is characterized by a plant community dominated by Sesbania sesban, Neptunia oleracea, Mimosa pigra, Persicaria senegalensis, Ipomoea aquatica, and Pistia stratiotes. These species play a vital role in maintaining the ecological structure and function of the wetland. Emergent and woody plants such as Sesbania sesban and Mimosa pigra stabilize the shoreline, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and submerged species like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Submerged plants such as Persicaria senegalensis offer shelter and spawning grounds for fish, supporting aquatic biodiversity and productivity. Collectively, this plant community enhances wetland resilience, sustains fish populations, and contributes significantly to the conservation of this freshwater ecosystem.	9.1457046	18.3698571	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_190	HumanObservation	Occurrence_190	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Kassaï	380.7	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316929	18.4042704	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_191	HumanObservation	Occurrence_191	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Kassaï	385.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1318309	18.4042188	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_192	HumanObservation	Occurrence_192	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Kassaï	385.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1317311	18.4042624	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_193	HumanObservation	Occurrence_193	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Jardin	326.5	The savanna wetland is characterized by a plant community dominated by Sesbania sesban, Neptunia oleracea, Mimosa pigra, Persicaria senegalensis, Ipomoea aquatica, and Pistia stratiotes. These species play a vital role in maintaining the ecological structure and function of the wetland. Emergent and woody plants such as Sesbania sesban and Mimosa pigra stabilize the shoreline, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and submerged species like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Submerged plants such as Persicaria senegalensis offer shelter and spawning grounds for fish, supporting aquatic biodiversity and productivity. Collectively, this plant community enhances wetland resilience, sustains fish populations, and contributes significantly to the conservation of this freshwater ecosystem.	9.1458467	18.3692017	Hemichromis fasciatus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Hemichromis
Occurrence_194	HumanObservation	Occurrence_194	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Jardin	384.9	The savanna wetland is characterized by a plant community dominated by Sesbania sesban, Neptunia oleracea, Mimosa pigra, Persicaria senegalensis, Ipomoea aquatica, and Pistia stratiotes. These species play a vital role in maintaining the ecological structure and function of the wetland. Emergent and woody plants such as Sesbania sesban and Mimosa pigra stabilize the shoreline, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and submerged species like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Submerged plants such as Persicaria senegalensis offer shelter and spawning grounds for fish, supporting aquatic biodiversity and productivity. Collectively, this plant community enhances wetland resilience, sustains fish populations, and contributes significantly to the conservation of this freshwater ecosystem.	9.131628	18.4043111	Coptodon  dageti	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_195	HumanObservation	Occurrence_195	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Jardin	385.9	The savanna wetland is characterized by a plant community dominated by Sesbania sesban, Neptunia oleracea, Mimosa pigra, Persicaria senegalensis, Ipomoea aquatica, and Pistia stratiotes. These species play a vital role in maintaining the ecological structure and function of the wetland. Emergent and woody plants such as Sesbania sesban and Mimosa pigra stabilize the shoreline, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and submerged species like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Submerged plants such as Persicaria senegalensis offer shelter and spawning grounds for fish, supporting aquatic biodiversity and productivity. Collectively, this plant community enhances wetland resilience, sustains fish populations, and contributes significantly to the conservation of this freshwater ecosystem.	9.1317548	18.404299	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_196	HumanObservation	Occurrence_196	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Jardin	328.4	The savanna wetland is characterized by a plant community dominated by Sesbania sesban, Neptunia oleracea, Mimosa pigra, Persicaria senegalensis, Ipomoea aquatica, and Pistia stratiotes. These species play a vital role in maintaining the ecological structure and function of the wetland. Emergent and woody plants such as Sesbania sesban and Mimosa pigra stabilize the shoreline, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and submerged species like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Submerged plants such as Persicaria senegalensis offer shelter and spawning grounds for fish, supporting aquatic biodiversity and productivity. Collectively, this plant community enhances wetland resilience, sustains fish populations, and contributes significantly to the conservation of this freshwater ecosystem.	9.145731	18.369679	Labeo coubie	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_197	HumanObservation	Occurrence_197	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Jardin	322.3	The savanna wetland is characterized by a plant community dominated by Sesbania sesban, Neptunia oleracea, Mimosa pigra, Persicaria senegalensis, Ipomoea aquatica, and Pistia stratiotes. These species play a vital role in maintaining the ecological structure and function of the wetland. Emergent and woody plants such as Sesbania sesban and Mimosa pigra stabilize the shoreline, reduce erosion, and provide habitat for terrestrial and semi-aquatic fauna. Floating and submerged species like Neptunia oleracea, Ipomoea aquatica, and Pistia stratiotes help regulate water flow, trap sediments, and enhance nutrient retention, improving water quality. Submerged plants such as Persicaria senegalensis offer shelter and spawning grounds for fish, supporting aquatic biodiversity and productivity. Collectively, this plant community enhances wetland resilience, sustains fish populations, and contributes significantly to the conservation of this freshwater ecosystem.	9.1457957	18.3698426	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_198	HumanObservation	Occurrence_198	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Kassaï	357.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316554	18.4043529	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_199	HumanObservation	Occurrence_199	Akwada Ndoazen	2025-09-26	2025	9	26	The savanna wetland	Chad	Kassaï	358.3	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Neptunia oleracea, Ceratophyllum demersum, and Sesbania sesban. These species play a critical role in maintaining the ecological integrity of the wetland. Floating and emergent plants such as Nymphaea lotus and Neptunia oleracea help stabilize the water surface, reduce erosion, and trap sediments, improving water quality and nutrient retention. Submerged species like Ceratophyllum demersum provide shelter, spawning grounds, and foraging habitat for fish and aquatic invertebrates. Emergent and woody plants like Sesbania sesban protect shorelines and support terrestrial-aquatic interface biodiversity. Collectively, this plant community enhances productivity, resilience, and biodiversity of the wetland, supporting fish populations and contributing to the conservation of this freshwater ecosystem.	9.1316715	18.4042587	Polypterus senegalus	animalia	Chordata	Actinopterygii	Polypteriformes	Polypteridae	Polypterus
Occurrence_200	HumanObservation	Occurrence_200	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	355.2	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571128	18.3561109	Brachyalestes nurse	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Brachyalestes
Occurrence_201	HumanObservation	Occurrence_201	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	364.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570487	18.3562926	Hydrocynus forskahlii	animalia	Chordata	Actinopterygii	Characiformes	Alestiidae	Hydrocynus
Occurrence_202	HumanObservation	Occurrence_202	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	357.9	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571519	18.3561621	Heterotis  niloticus	animalia	Chordata	Actinopterygii	Osteoglossiformes	Arapaimidae	Heterotis
Occurrence_203	HumanObservation	Occurrence_203	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	357.8	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570594	18.356173	Bagrus bajad	animalia	Chordata	Actinopterygii	Siluriformes	Bagridae	Bagrus
Occurrence_204	HumanObservation	Occurrence_204	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	357.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570066	18.3561751	Parachanna obscura	animalia	Chordata	Actinopterygii	Anabantiformes	Channidae	Parachanna
Occurrence_205	HumanObservation	Occurrence_205	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	362.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571246	18.3560229	Coptodon  dageti	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Coptodon
Occurrence_206	HumanObservation	Occurrence_206	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	350.4	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571267	18.3561922	Oreochromis aureus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_207	HumanObservation	Occurrence_207	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	359.2	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570493	18.3562401	Oreochromis niloticus	animalia	Chordata	Actinopterygii	Cichliformes	Cichlidae	Oreochromis
Occurrence_208	HumanObservation	Occurrence_208	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	367.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570322	18.3561964	Citharinus citharus	animalia	Chordata	Actinopterygii	Characiformes	Citharinidae	Citharinus
Occurrence_209	HumanObservation	Occurrence_209	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	358.1	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1569597	18.3562437	Clarias anguillaris	animalia	Chordata	Actinopterygii	Siluriformes	Clariidae	Clarias
Occurrence_210	HumanObservation	Occurrence_210	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	359.9	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570675	18.3560589	Auchenoglanis occidentalis	animalia	Chordata	Actinopterygii	Siluriformes	Claroteidae	Auchenoglanis
Occurrence_211	HumanObservation	Occurrence_211	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	358.1	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570842	18.3561351	Labeo senegalensis	animalia	Chordata	Actinopterygii	Cypriniformes	Cyprinidae	Labeo
Occurrence_212	HumanObservation	Occurrence_212	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	366	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571326	18.3562299	Synodontis  nigrita	animalia	Chordata	Actinopterygii	Siluriformes	Mochokidae	Synodontis
Occurrence_213	HumanObservation	Occurrence_213	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	357.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571641	18.3562235	Marcusenius senegalensis	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Marcusenius
Occurrence_214	HumanObservation	Occurrence_214	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	359.5	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570592	18.3560917	Mormyrus rume	animalia	Chordata	Actinopterygii	Osteoglossiformes	Mormyridae	Mormyrus
Occurrence_215	HumanObservation	Occurrence_215	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	357.6	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1571617	18.35618	Epiplatys spilargyreius	animalia	Chordata	Actinopterygii	Cyprinodontiformes	Procatopodidae	Epiplatys
Occurrence_216	HumanObservation	Occurrence_216	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	360	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570603	18.3561743	Protopterus annectens	animalia	Chordata	Sarcopterygii	Lepidosireniformes	Protopteridae	Protopterus
Occurrence_217	HumanObservation	Occurrence_217	Akwada Ndoazen	2025-09-27	2025	9	27	The savanna wetland	Chad	Kemkia	360.1	The savanna wetland is characterized by a plant community dominated by Nymphaea lotus, Ipomoea aquatica, Neptunia oleracea, and Pistia stratiotes. These species play a crucial role in maintaining the structure and ecological function of the wetland. Floating and emergent plants such as Nymphaea lotus, Ipomoea aquatica, and Neptunia oleracea stabilize the water surface, reduce shoreline erosion, and trap sediments, enhancing water quality and nutrient retention. Floating species like Pistia stratiotes provide shelter and breeding grounds for fish and invertebrates, supporting aquatic biodiversity. Collectively, this plant community increases the productivity, resilience, and ecological integrity of the wetland, contributing significantly to fish habitat and the conservation of this freshwater ecosystem.	9.1570327	18.3563467	Schilbe uranoscopus	animalia	Chordata	Actinopterygii	Siluriformes	Schilbeidae	Schilbe
