Socioeconomic challenges continue to mount for half a billion residents of central India
because of a decline in the total rainfall and a concurrent rise in the magnitude and …

Climate change is perceived to be the main reason in affecting global rainfall patterns. The
estimation of rainfall extremes based on historical data, hence, might undervalue the risk …

Cyclonic low‐pressure systems (LPS) produce abundant rainfall in South Asia, where they
are traditionally categorized as monsoon lows, monsoon depressions, and more intense …

This study examines different precipitation events (PEs) for 1951–2015 using 0.25°× 0.25°
India Meteorological Department data and diagnoses their associated dynamical and …

This study makes the case that monsoon depressions over South Asia can form from a
variant of moist barotropic instability. Using an idealized numerical framework in which the …

The knowledge about spatial variation of annual rainfall is important for many applications
ranging from agriculture planning to flood risk management in a tropical low-lying country …

In recent years India has been increasingly experiencing widespread floods induced by
large‐scale extreme rainfall events (LEREs). LEREs are mainly associated with monsoon …

A regional earth system model (ROM) was used to examine the projected change in the
precipitation extremes (PEs) and associated dynamical and thermodynamical processes …

The Indian summer monsoon rainfall (ISMR) exhibits significant variability, affecting the food
and water security of the densely populated Indian subcontinent. The two dominant spatial …

The core Indian monsoon region receives more than half of the rainfall extremes from low‐
pressure systems (LPSs), which typically form over the Bay of Bengal and propagate …