Ramana, R. Venkata; Rao, V. R. S.; Kumar, S. V. Vijaya; Jeyakanthan, V. S.(National Institute of Hydrology, 2016)
Management of the quantity and quality of storm water runoff from urban areas is a complex
task which has become an increasingly important environmental issue for urban communities.
Together with economic and social ...
Ramana, R. Venkata; Rao, Y. R. S.; Jeyakanthan, V. S.(Association of Hydrologists of India, 2017)
Forecasting the fluctuations in groundwater levels in advance with satisfactory
accuracy will help in conjunctive use and proper planning and management of
groundwater resources in a sustainable manner. The main objective ...
Ramana, R. Venkata; Krishna, Budu; Pandey, N. G.; Chakravorty, B.(Association of Hydrologists of India, 2014)
Rainfall is one of the most significant parameters in a hydrological model, several
models have been developed to analyze and predict the rainfall forecast. In recent
years, wavelet techniques have been widely applied ...
Venkataramana, R.; Jeyakanthan, V. S.; Rao, Y. R. S.; Vijay, T.(Indian Water Resources Society, 2019)
The dynamic and accurate flood forecasting of daily stream flow processes of a river are important in the management of extreme events such as flash floods, floods and optimal design of water storage structures and drainage ...
Devi, K. N. V. Rama; Ramana, R. Venkata; Rao, Y. R. S.; Kumar, Sanjeet(Blue Eyes Intelligence Engineering & Sciences Publication, 2019)
Determining the relationship between rainfall and runoff for a basin is one of the challenging tasks faced by hydrologists and engineers. Conceptual rainfall-runoff models are most suitable in case of data scarcity. However, ...
Sharma, M. K.; Thayyen, Renoj J.; Jain, C. K.; Arora, Manohar; Lal, Shyam(Elsevier, 2019)
The study examine the major ion chemistry and p(CO2) variations of Ganga headwater stream for a stretch of
18 km from Gangotri glacier snout at Gomukh to Gangotri for characterising the open and closed system conditions
and ...
The distribution of trace metals (Cu, Zn, Fe, Mn, Cd, Cr, Pb and Ni) in water suspended and bed sediments of the river Hindon, a highly polluted river in western Uttar Pradesh (India) has been studied.