Habitat characterization, water quality assessment and freshwater fish diversity investigation of Ghaghara River flowing in Uttar Pradesh, India was carried out. River water was clear except at site S5 with pebbly and sandy substrate. The mean water quality of study sites was found to have pH 7.8, water temperature 25.8°C, dissolved oxygen 5.4 mg/l, total hardness 212 mg/l, alkalinity 179 mg/l (as CaCO3), Turbidity 16.9 NTU, NO3 1.7 mg/l, NO2 0.04 mg/l, ammonia 0.3 mg/l and conductivity 390.2 μS/cm. Altogether 62 fish species were recorded during the study. We used principal component analyses (PCA) to determine the influence of environmental conditions on species occurrences and assemblage characteristics. The MANOVA on habitat parameters ...
Not AvailableThe present study was conducted to assess the current freshwater fish biodiversity stat...
The Western Ghats (India) is a region of high biological diversity and endemicity of terrestrial fau...
In India, freshwater aquatic resources are suffering from increasing human population, urbanization ...
Habitat characterization, water quality assessment and freshwater fish diversity investigation of Gh...
Habitat characterization, water quality assessment and freshwater fish diversity investigation of Gh...
In the present study, the fish diversity was examined in relation to physico-chemical parameters of ...
Not AvailableIn the present communication habitat ecology, species diversity; distribution and diffe...
Fishes are the primary indicators of pollution of water bodies because they are conspicuous and chan...
A study was carried out from March 2017 to December 2018 to investigate the ichthyofaunal diversity,...
Not AvailableAbiotic factors in the riverine ecosystem are important in structuring fish communities...
The community ecology of freshwater fishes in four river systems (Sharavati, Aghanashini, Bedti and ...
The fish assemblage and diversity in relation to water quality of three coastal rivers Sita, Swarna ...
Not AvailableBackground. Rivers in India harbouring a rich diversity of fish are at present subjecte...
Environmental and anthropogenic factors are known to drive fish community structure in aquatic syste...
ABSTRACTWater is necessary for the survival of any living being on this planet and in today’s world,...
Not AvailableThe present study was conducted to assess the current freshwater fish biodiversity stat...
The Western Ghats (India) is a region of high biological diversity and endemicity of terrestrial fau...
In India, freshwater aquatic resources are suffering from increasing human population, urbanization ...
Habitat characterization, water quality assessment and freshwater fish diversity investigation of Gh...
Habitat characterization, water quality assessment and freshwater fish diversity investigation of Gh...
In the present study, the fish diversity was examined in relation to physico-chemical parameters of ...
Not AvailableIn the present communication habitat ecology, species diversity; distribution and diffe...
Fishes are the primary indicators of pollution of water bodies because they are conspicuous and chan...
A study was carried out from March 2017 to December 2018 to investigate the ichthyofaunal diversity,...
Not AvailableAbiotic factors in the riverine ecosystem are important in structuring fish communities...
The community ecology of freshwater fishes in four river systems (Sharavati, Aghanashini, Bedti and ...
The fish assemblage and diversity in relation to water quality of three coastal rivers Sita, Swarna ...
Not AvailableBackground. Rivers in India harbouring a rich diversity of fish are at present subjecte...
Environmental and anthropogenic factors are known to drive fish community structure in aquatic syste...
ABSTRACTWater is necessary for the survival of any living being on this planet and in today’s world,...
Not AvailableThe present study was conducted to assess the current freshwater fish biodiversity stat...
The Western Ghats (India) is a region of high biological diversity and endemicity of terrestrial fau...
In India, freshwater aquatic resources are suffering from increasing human population, urbanization ...