General circulation models (GCMs), used for climate change projections, should be able to
simulate both the temporal variability and spatial patterns of the observed climate. However …

The severity and frequency of climate extremes will change in the future owing to global
warming. This can severely impact the natural environment. Therefore, it is common practice …

Abstract Study region Alberta province, Canada Study focus The global average surface
temperature has continuously warmed at an unprecedentedly rapid rate since the mid-20th …

Amongst various form of urbanization induced climate change, changing thermal
environment is the most widely studied and understood phenomenon. The impervious …

In the majority of studies aiming at stream temperature warming due to climate change just a
single water temperature model is used. Choosing a single model may highly impact the …

This paper presents a detailed spatio‐temporal analysis of the rainfall in the state of
Pernambuco, Northeast Brazil. It is based on climate indices for extreme precipitation …

To avoid more severe impacts from climate change, the Paris Climate Agreement strives to
limit global warming to below 1.5° C above the pre-industrial level. The large socioeconomic …

Abstract Study region Weihe River Basin of China Study focus In recent decades, changing
environments destroyed the natural structure of streamflow, making accurate streamflow …

An accurate description of changes in extreme rainfall events requires high resolution
simulations. Regional climate models (RCMs), where GCM data are used to provide input …

Multimodel combining approaches can extract reliable climate information from a large
number of climate projections by exploiting the strengths and discounting the weaknesses of …