Monthly observed wind speed data at 597 weather stations and NCEP wind speed data at 10 m above surface were used to explore the temporal variations of the wind speed for 1961-2007 in China. The results indicate that the temporal variation of annual wind speed in China has experienced four phases: two relatively steady periods from 1961 to 1968 and 1969 to 1974 with a sharp step change in 1969, a statistically significant decline stage from 1974 to 1990s, and another relatively steady period from 1990s to 2007. Except for the sharp step in 1969 being caused by the changes of observation instrument, other breakpoints correspond well with the positive and negative phases of the interdecadal Pacific oscillation. In addition, four different tem...
We analyzed the variability of blowing dust weather frequency (BDWF) and patterns in climatic factor...
The observed surface wind speed (SWS) has declined across China over the last four decades, but the ...
To investigate changes in global wind speed phenomena, we constructed homogenized monthly time serie...
Abstract Monthly observed wind speed data at 597 weather stations and NCEP wind speed data at 10 m a...
Previous studies indicated that surface wind speed over China declined during past decades, and seve...
Global climate change and human activities have resulted in immense changes in the Earth’s ecosystem...
Assessing change in daily maximum wind speed and its likely causes is crucial for many applications ...
This research quantitatively recognized the wind speed change using wind speed trend and trend of wi...
This study reports the magnitude, spatial pattern and temporal trend of near-surface wind speed (NWS...
The daily 10-m wind speed observation dataset CN05.1, which covers the period from 1961 to 2020, wit...
A decline in mean near-surface (10 m) wind speed has been widely reported for many land regions over...
The wind field plays a decisive role in haze generation and dissipation processes over the Beijing–T...
Several data sets were introduced to investigate the possible effects of climate-change-related vari...
Great attention has been paid to the long-term decline in terrestrial near-surface wind speed (SWS) ...
The climatology and trends of tropical cyclone (TC) high wind (TCHW; wind speeds >= 10.8ms(-1)) i...
We analyzed the variability of blowing dust weather frequency (BDWF) and patterns in climatic factor...
The observed surface wind speed (SWS) has declined across China over the last four decades, but the ...
To investigate changes in global wind speed phenomena, we constructed homogenized monthly time serie...
Abstract Monthly observed wind speed data at 597 weather stations and NCEP wind speed data at 10 m a...
Previous studies indicated that surface wind speed over China declined during past decades, and seve...
Global climate change and human activities have resulted in immense changes in the Earth’s ecosystem...
Assessing change in daily maximum wind speed and its likely causes is crucial for many applications ...
This research quantitatively recognized the wind speed change using wind speed trend and trend of wi...
This study reports the magnitude, spatial pattern and temporal trend of near-surface wind speed (NWS...
The daily 10-m wind speed observation dataset CN05.1, which covers the period from 1961 to 2020, wit...
A decline in mean near-surface (10 m) wind speed has been widely reported for many land regions over...
The wind field plays a decisive role in haze generation and dissipation processes over the Beijing–T...
Several data sets were introduced to investigate the possible effects of climate-change-related vari...
Great attention has been paid to the long-term decline in terrestrial near-surface wind speed (SWS) ...
The climatology and trends of tropical cyclone (TC) high wind (TCHW; wind speeds >= 10.8ms(-1)) i...
We analyzed the variability of blowing dust weather frequency (BDWF) and patterns in climatic factor...
The observed surface wind speed (SWS) has declined across China over the last four decades, but the ...
To investigate changes in global wind speed phenomena, we constructed homogenized monthly time serie...