Ever since 1976 when the concept of stochastic climate model (SCM) was proposed by K. Hasselmann, rapid progresses have been made in this field during the past decades. One key […]
Local land-atmosphere coupling involves interactions between the land-surface and the overlying atmospheric boundary layer (ABL), and in turn with the free atmosphere above. Initiation of fair-weather cumulus requires an increase […]
Due to the escalating anthropogenic carbon emission, the anthropogenic carbon has been absorbed and accumulated in the upper ocean through penetration of carbon from the atmosphere. To mitigate the adverse […]
Earth System Models of high (ESMs) and Intermediate Complexity (EMICs) are very useful tools to test hypotheses and perform sensitivity analyses. However, they require regular input fields as boundary conditions […]
Air pollution is among the top contributors to the Global Burden of Disease. Communities are exposed to varying levels of air pollution, leading to health inequities. How do we evaluate […]
Climate change is one of the main drivers of the decline in global biodiversity. Reptiles are particularly vulnerable to the environmental pressures associated with climate change and global warming, which […]
Climate change will significantly affect the future hydrological cycle over land, with major implications for water availability for ecosystems and anthropogenic use in regions that already face severe water scarcity. Previous […]
Location: 부산대학교 생물관 B103 (#Rm B103, Building 416)
Atmospheric rivers (ARs) are narrow, elongated, transient corridors of enhanced water vapor transport that play important roles in the global water cycle. Based on nearly two decades of research now, […]