Madhav Prakash Thakur

This study examines how extreme drought affects ground-dwelling invertebrate diversity under different warming scenarios, finding delayed diversity declines and weakened plant-invertebrate coupling under constant warming.

This study examines how soil microorganisms allocate resources during drought and warming, finding that resource acquisition is more sensitive than carbon storage to climate extremes.

The paper shows constant warming enhances phage-mediated coexistence of bacterial species, while variable warming disrupts it by reducing phage control.

This study investigates how earthworm invasion affects biodiversity and ecosystem functioning by analyzing multiple variables and functions across four forests.