Which are the best areas to construct groundwater recharge structures to overcome the outcome of overexploitation of groundwater resources? How can we leverage on machine learning to make sense of the abundance of data on the factors that determine groundwater recharge? And map the recharge potential? N Sadhasivam from the Bharathidasan University explores.
Duckweed may be called a weed, but we may need to change our attitude to it. It may be useful to clean up aquatic ecosystems, says a research team from Doon University. The weed, of course, suffers from Ofloxacin antibiotic in water, but removes it efficiently.
Researchers from IIT Rourkee identifies the ideal sites for stormwater harvesting in Dehradun district using a web based geographic infomation system that allows public participation in decision making.
Nitrogen-doped graphene quantum dots have incredible photocatalytic and electrocatalytic properties. Scientists have now found a way to grow them on carbon fibre, for use in cleaning polluted water.
Satara, Solapur and Sangli are in the dry Deccan volcanic province. While locating groundwater in the region, researchers from the Indian Institute of Geomagnetism point out that there is urgent need to protect the aquifers from contamination.
Archaeologists have come to a consensus that many societies from the Harappan civilisation seemingly thrived along the palaeochannels of the present Ghaggar and Chautang rivers that once existed east of the Indus. Though there have been claims of associations between these palaeo-river systems and the scriptural rivers, the Saraswati and the Drishadvati, there hasn’t been… Read More ›
While public discourse focus attention on arsenic in ground water, researchers from West Bengal call attention to arsenic in cooked rice.
Mumbai University researchers come up with cost effective way to monitor cyanide in water. A call for action to environmental entrepreneurs.
Jisha and Jos from Calicut university has a tip for growing green gram: soak the seeds in water for a few hours before sowing.
Removing heavy metals through sorption High amounts of metallic elements, such as lead, cadmium and copper, make water toxic. Sequestration of these elements from water is the only possible way to make water safe for use. Recently, Rais Ahmad and Anam Mirza from the Aligarh Muslim University synthesised a chitosan-iron oxide nanocomposite to remove heavy… Read More ›