Research Papers

India’s ever-increasing energy demand is putting a heavy load on energy generating agencies. Shifting towards renewable energy entails a series of judicious steps in consultation with the government bodies, energy developers, market valuation, and consumers.

India is amidst a monumental energy transition—with global consequences. India's population is primed to continuously grow, industrialize, urbanize, and electrify their lives.

When landslides occur, their impacts are usually not discovered immediately beyond the attention of first responders or government agencies. Reliable spatial data becomes available to users based on the satellite return path and the route that it takes, image quality and processing time.

Forests are being destroyed at an alarming rate world over with tropical forests - hot spots of biodiversity experiencing the largest declines.

Inland aquatic fisheries form an important source of livelihood for a significant proportion of population in India. Climate change is projected to have a huge impact on inland aquatic ecosystems and the fisheries sector in India. While there are a number of studies on the impacts of climate change on freshwater ecosystems and fish, most of these are from the temperate countries.

Microplastic pollution is a growing environmental concern. Microplastics are plastic particles with sizes ranging from 1 μm to 5 mm. However, a clear consensus on the definition of microplastics is lacking and even the lower size limit varies among different studies.

In recent years, the impact of the wastes discharged in the Bay of Bengal has been significant due to high effluent inflow from secured sources. It was observed that the heavy metal concentrations in the Bay coast sediments were considerately high and varied among sampling points.

Floods are often perceived as a destructive force in Assam and other parts of India.

Cholera outbreaks are frequent and steadily increasing in India, shows recent surveillance data.

The river Brahmaputra carries around 73 million tons of dissolved material annually, which accounts for approximately 4% of the total dissolved flux into the oceans (Singh et al., 2005). The dissolved chemical load and sediment flux of the Brahmaputra River has significantly higher rates of physical and chemical weathering than other large Himalayan catchments.