Research Papers

In order to achieve the Sustainable Development Goals (SDGs), including enhancing livelihood, decreasing poverty, preserving the environment and biodiversity, and reversing climate change, agroforestry areas should be expanded in a variety of ways.

Accessing water for daily needs has culturally and socially been considered as gendered domestic work and the task of collecting water in rural areas where water is scarce and fetching water is extremely tedious and time consuming. 

Pesticides and fertilisers have been used indiscriminately to increase crop yields and agricultural output in India and their excessive use has been feared to threaten human health as well as biodiversity through contamination of surface and groundwater resources. 

A recent study dealing with the Indian Sundarbans, the cyclone capital of India,  uncovers how and why advances in scientific knowledge and technological developments are failing to enhance resilience of the marginal and vulnerable populations, instead continually unmaking their lived environments.

Reservoir sedimentation is often seen as a site-specific process and is usually assessed at an individual reservoir level. At the same time, it takes place everywhere in the world. However, estimates of storage losses globally are largely lacking.

Wetlands in India, under threat!

Urban development in all forms impacts the natural landscape, changing vegetation cover, infiltration rates and hydrological (surface and sub-surface) flows. With increasing urbanization urban areas lose a host of natural infrastructure and ecosystem services as ecosystems are modified, degraded and/ or shrunk.

Sustainable management of surplus paddy residue in the Indo-Gangetic plain is a back-breaking task for farmers due to lack of viable options. Eventually, farmers prefer to incinerate it mindlessly.

Erratic rainfall patterns and the risk of floods in mountain landscapes

North-East India, home to the wettest place on the planet (Mawsynram), is a major biodiversity hotspot.