全球气候变暖背景下极端事件频发, 对地处干旱, 半干旱地区的新疆影响尤为明显, 导致冻害,
旱灾, 雪灾, 暴雨洪水和融雪洪水风险增大. 该研究基于1961—2020 年新疆75 …

To date, the assessment of hydrological climate change impacts, not least on pluvial
flooding, has been severely limited by i) the insufficient spatial resolution of regional climate …

Extreme value analysis (EVA) is well-established to derive hydrometeorological design
values for infrastructures that have to withstand extreme events. Since there is concern …

Precipitable water vapor (PWV), derived from the Global Navigation Satellite System
(GNSS), has contributed significantly to rainfall forecasting. However, another key …

Recent years were characterized by spatially co‐occurring hot and wet extremes around the
globe, raising questions about the contribution of human‐induced global warming to the …

Ensemble simulations of climate models are used to assess the impact of climate change on
precipitation, and require downscaling at the local scale. Statistical downscaling methods …

We present a novel hierarchical Bayesian quantile regression model to estimate how
precipitation scales with temperature depending on season, weather regime (WR; ie, large …

In the context of global warming, changes in extreme-precipitation events are becoming
increasingly complex, and investigating the spatial and temporal variation characteristics of …

Under the background of global warming, the trends and variabilities of different grades of
precipitation have significant effects on the management of regional ecosystems and water …

The impacts of near-future urban development and global warming forcing on hourly
extreme rainfall over the South China Greater Bay Area (GBA) area have been investigated …