Surendra P. Rauniyar

Mar 24, 2025 | nature.com | Chiara Holgate |Georgina Falster |Zoe Gillett |Pallavi Goswami |David Hoffmann |Jon Page | +9 more

AbstractWe synthesise advances in the understanding of the physical processes that play a role in developing, intensifying, and terminating meteorological droughts. We focus on Australia, where new understanding of drought drivers across different climate regimes provides insights into drought processes elsewhere in the world.

Dec 6, 2023 | nature.com | Surendra P. Rauniyar |Pandora Hope |Scott B. Power |Michael Grose

AbstractThe cool-season (May to October) rainfall decline in southwestern Australia deepened during 2001–2020 to become 20.5% less than the 1901–1960 reference period average, with a complete absence of very wet years (i.e., rainfall > 90th percentile). CMIP5 and CMIP6 climate model simulations suggest that approximately 43% of the observed multi-decadal decline was externally-forced.