Abstract Short-duration (1–3 h) rainfall extremes can cause serious damage to societies
through rapidly developing (flash) flooding and are determined by complex, multifaceted …

In this paper, we present a comprehensive review of the data sources and estimation
methods of 30 currently available global precipitation data sets, including gauge‐based …

The hydrological cycle is expected to intensify with global warming, which likely increases
the intensity of extreme precipitation events and the risk of flooding. The changes, however …

Current flood risk mapping, relying on historical observations, fails to account for increasing
threat under climate change. Incorporating recent developments in inundation modelling …

The positive response of wetland methane (CH4) emissions to climate change is an
important yet uncertain Earth-system feedback that amplifies atmospheric CH4 …

We present the second update to a data set of gridded land‐based temperature and
precipitation extremes indices: HadEX3. This consists of 17 temperature and 12 precipitation …

A key indicator of climate change is the greater frequency and intensity of precipitation
extremes across much of the globe. In fact, several studies have already documented …

Extreme precipitation is projected to intensify with warming, but how this will manifest locally
through time is uncertain. Here, we exploit an ensemble of convection-permitting transient …

Mediterranean climate regimes are particularly susceptible to rapid shifts between drought
and flood—of which, California's rapid transition from record multi-year dryness between …

Climate change from human activities mainly results from the energy imbalance in Earth's
climate system caused by rising concentrations of heat-trapping gases. About 93% of the …