Three temple ponds with permanent blooms of blue green algae were highly productive. The limnological parameters viz. different forms of alkalinity, pH, DO. Three temple ponds with permanent blooms of blue green algae were highly productive. They all showed high alkalinity, hardness, electrical conductivity and . Three temple ponds with permanent blooms of blue green algae were highly productive. They all showed high alkalinity, hardness, electrical.
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Present study is preliminary work on these two ponds which will provide the baseline data for the further studies.
The water bodies rich in Calcium and Magnesium ions have thick population of algae. Conclusions The biological as well as physico-chemical result of both the ponds indicate the significant role of anthropogenic activity for growth of planktonic diversity and their distribution. Thesis, Kashmir University Unpublished.
John Willey Sons Inc. Die Abwassserfrage der vaxijaseen in hydrobiologischer Beleuchtung, Grundzuge in der regination planktologie van sudschweden. A theory of diatom periodicity. During the present period of investigation, a total of and phytoplankton species have been recorded from pond 1 and pond 2 respectively table 3. Among Phytoplankton, Elkatothrix sp. Water ponsd for limnologists. Mishra and Saksena, D.
Factors influencing Diaptomus distributions: The investigation indicated certain important complexes operating in the ecosystem.
Biology, conservation and management of Bhoj Wetland 1. In order to assess the various limnological characteristics of the ponds, their physico-chemical and planktonological analysis was carried out. Both the ponds are situated at base of high mountains and during the high precipitation the nutrient rich runoff settled in the ponds and increased the trophic levels and creates the favourable conditions for the growth of planktonic population.
Each of these genus are known to ltmnology polluted waters. Physico-chemical complexes occurring in the ponds were analysed which exhibit interesting interrelationships.
Jaccard similarity index for different planktonic groups of both the ponds Phytoplankton Zooplankton Chlorophyceae 0. Showing of 4 extracted citations.
TDS value of ppm and ppm for pond 1 and 2 respectively, indicate regular interference from respective catchment area.
Algal population in valley lakes of Kashmir Himalaya. Ravi shanker Shucla University, Raipur, M.
Limnological Study on two High Altitude Himalayan Ponds, Badrinath, Uttarakhand
Phytoplankton and Macrophytes in the ponds of Raipur city area, M. Phytoplankton from some lakes of northern Saskatchewan and from Great Salve Lake. Studies on pollution on river Kshipra: Pratibha Publishers, Sagar, References Publications referenced by this paper.
Lakes and streams as sentinels of environmental change in terrestrial and atmospheric processes. But species recorded during present investigation are the classic indicators of a shift from oligotrophic Low productivity conditions to eutrophic High productivity conditions of both the ponds. Apart from primary production, phytoplankton play an important role as food for herbivorous animals and act as biological indicators of water quality in pollution studies while, zooplankton occupy a vital role in the trophic structure of an aquatic ecosystem and play a key role in the energy transfer.
Hence qualitative and quantitative assessments of plankton are of great importance.
Limnological studies on freshwater ponds of Hyderabad-India I. The Biotope
Standard methods for the examination of the water and waste water. Carbon Dioxide Oxygen inorganic phosphate Sodium. Classwise twmple composition of Zooplankton population in both the ponds. The location and important features of both the ponds have been mentioned in Table 1 and Figure 1. Plankton of a temple pond near Machili Patnam, Andhra Pradesh.
A total species of phytoplankton and 51 species of zooplankton were encountered from both the ponds. Some further studies required to establish the importance of various environmental factors which lymnolpgy responsible for the growth of more planktonic species at higher altitudes. Showing sampling sites at both the selected ponds 4. Summer dissolved oxygen regimes in tropical Vindhyan Lake in relation to lymnologg conservation strategy. Journal of Aquatic Biology,19 1: Jaccard similarity index for different planktonic groups of both the ponds.