Climate change in the South China Sea and its surrounding areas (SCSSA), which include
the Indo-Pacific Oceans, Southeast Asia, and the Tibetan Plateau, could exert profound …

Study region Alpine grassland in the Tibetan Plateau Study focus This study used Noah-MP
to simulate the energy fluxes [net radiation (Rn), latent (λE) and sensible (H) heat fluxes] in …

Recently, extreme heatwaves have frequently concurrently swept across Europe and East
Asia, causing severe cascading socioeconomic consequences. However, the nonlinear …

Turbulent heat fluxes across the surface are an important mechanism of land-atmosphere
coupling. But there is still a lack of sufficient observational measurements, particularly over …

Hydrogen isotope compositions (δD) are considered as reliable indicators for tracking
changes in lake hydrological environments. However, lipids in lake sediments are …

Abstract The South Asian summer monsoon (SASM) is a significant monsoon system that
exerts a profound impact on climate and human livelihoods. According to 38 models from …

Prevalent Shortwave downward radiation (SWDR) estimates assume a flat surface,
neglecting topographic effects and leading to significant errors in mountainous regions. We …

Global warming has led to a notable increase in heatwaves globally and regionally. In
spring 2022, South Asia witnessed an unprecedented heatwave with temperatures breaking …

Abstract The Tibetan Plateau's (TP) topography has long been recognized for its impact on
climate. However, recognition of the influence of the TP on global weather variability …

Lake-effect snowfall (LES) occurs when cold air moves across open lakes. LES is expected
to occur more frequently over the TP, due to the intensified lake expansion caused by …