Publication Date:
2024-01-08
Description:
Global warming is imposing tremendous challenges upon human and otherwise biotic life on Earth. A warmer atmosphere holds more moisture. The consensus is that the moisture transport by the atmospheric circulation strengthens and makes already wet areas of moisture convergence wetter and already dry areas of moisture divergence drier. Therefore, the tropics and mid-to-high latitudes will get wetter and the subtropics will get drier. Without any change in the interannual variability of hydroclimate, the change in the mean hydroclimate would equally increase drought risk in some places and flood risk in others. Moreover, global warming will cause the interannual variability of the hydroclimate to intensify, which will induce more droughts and floods. Furthermore, the changing atmospheric circulation interaction with the land surface may cause storm track alterations and may play an important role in shaping moisture redistribution. The author's contributions have documented the precipitation trends in southeast of the US, the Nile River Basin Ethiopia, Iraq, the Huai River Basin of northern China, and the Qilian Mountains of western China. The precipitation predictability on both global and regional scales are also studied. The interaction among climate systems in southeast Asia is also explicitly documented.
Keywords:
El Niño
;
winter weather types
;
precipitable water
;
surface water vapor pressure
;
consistency
;
interannual and long-term trend
;
precipitation
;
trend analysis
;
Iraq
;
climate projection
;
CMIP5
;
groundwater levels
;
rainfall
;
temperature
;
Mann–Kendall test
;
Bayesian Ensemble Algorithm
;
rainstorm process
;
rainstorm intensity
;
risk estimation and mapping
;
CMIP6
;
risk prediction
;
Southwest China
;
rainstorm and flood
;
spatial and temporal change
;
atmospheric circulation
;
rainfall change
;
CHIRPS
;
PERSIANN-CDR
;
descriptive statistics
;
non-parametric trends
;
Google Earth Engine
;
central Punjab
;
climate change
;
land cover/land use
;
vegetation
;
NDVI
;
Huai River Basin
;
trends and variability
;
flood magnitude
;
Qilian Mountains
;
cyclones power dissipation index (PDI)
;
monsoon trough
;
El Niño southern oscillation (ENSO)
;
Indian Ocean dipole (IOD)
;
Walker circulation
;
predictability
;
global
;
seasonal precipitation
;
ENSO
;
MJO
;
climate trend
;
land use land cover
;
Nile River Basin
;
water resources
;
raindrop spectrum
;
radar
;
dynamic Z-I
;
LSTM neural network
;
precipitation estimation
;
Loess Plateau
;
spring maize
;
relative soil moisture
;
drought index
;
n/a
;
bic Book Industry Communication::G Reference, information & interdisciplinary subjects::GP Research & information: general
;
bic Book Industry Communication::R Earth sciences, geography, environment, planning::RB Earth sciences::RBP Meteorology & climatology
Language:
English
Format:
application/octet-stream
