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ICHTHYOFAUNA OF MAKLANG RIVER, CHINDWIN RIVER BASIN OF MANIPUR
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Manipur, the north eastern state of India is one of the important Freshwater Biodiversity Hotspot. The region being
drained by the Brahamaputra and the Chindwin drainages harbours potentially important freshwater sh resources. Abell
et al (2008) stated that the north east region has a species richness consisting of around 500 sh species. The Maklang River, one of the major
rivers, draining the Kamjong District of Manipur originates from the Kangkhui hills, enters Myanmar to meet the Yu River and nally drains into
the Chindwin. A comprehensive study of the Maklang River reveals rich ichthyofaunal diversity. The study includes 106 species belonging to 69
genera and 26 families. The ichthyofaunal component comprises of a mixture of endemic hill stream, Burmese (or Myanmarese), Indochinese
and widely distributed forms. Diversity with reference to special hill stream modications viz., thoracic adhesive apparatus, labial folds, mental
disc, proboscis in Glyptothorax, Garra, Crossocheilus, Psilorhynchus, Schistura and Pseudecheneis have been examined. The Maklang River is
under anthropogenic pressure leading to habitat modication, degradation, pollution, ow modication which poses as threats to sh species. As
such, the study assumes signicant role not only from academic documentary point of view but also to initiate more detailed exploration and
conservation strategy for the use of ichthyofaunal resources more sustainably.
World Wide Journals
Title: ICHTHYOFAUNA OF MAKLANG RIVER, CHINDWIN RIVER BASIN OF
MANIPUR
Description:
Manipur, the north eastern state of India is one of the important Freshwater Biodiversity Hotspot.
The region being
drained by the Brahamaputra and the Chindwin drainages harbours potentially important freshwater sh resources.
Abell
et al (2008) stated that the north east region has a species richness consisting of around 500 sh species.
The Maklang River, one of the major
rivers, draining the Kamjong District of Manipur originates from the Kangkhui hills, enters Myanmar to meet the Yu River and nally drains into
the Chindwin.
A comprehensive study of the Maklang River reveals rich ichthyofaunal diversity.
The study includes 106 species belonging to 69
genera and 26 families.
The ichthyofaunal component comprises of a mixture of endemic hill stream, Burmese (or Myanmarese), Indochinese
and widely distributed forms.
Diversity with reference to special hill stream modications viz.
, thoracic adhesive apparatus, labial folds, mental
disc, proboscis in Glyptothorax, Garra, Crossocheilus, Psilorhynchus, Schistura and Pseudecheneis have been examined.
The Maklang River is
under anthropogenic pressure leading to habitat modication, degradation, pollution, ow modication which poses as threats to sh species.
As
such, the study assumes signicant role not only from academic documentary point of view but also to initiate more detailed exploration and
conservation strategy for the use of ichthyofaunal resources more sustainably.
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