1990 . Global annual mean surface air temperature anomalies and their link with the Indian summer monsoon failures . Advances in Atmospheric Sciences 7 : 245 – 248 .Dugam, S.S., S.B. Kakade, and R.K. Verma. 1990. "Global Annual Means Surface Air Temperature Anomalies and their link ...
Daily global average surface air temperature anomalies (°C) relative to estimated values for 1850-1900 plotted as time series for each year from Jan. 1, 1940 to March 3, 2024. C3S/ECMWF According to Copernicus, the average global surface air temperature in ...
BEIJING, May 10 (Xinhua) -- A team of Chinese scientists has discovered that the sea surface temperature anomalies in the tropical Indian Ocean can predict the magnitude of global dengue epidemics. The study published in the journal Science suggested that the climate indicator could enhance the fo...
It is still unclear whether a hiatus period arises due to a vertical redistribution of ocean heat content (OHC) without changing ocean heat uptake (OHU), or whether the increasing radiative forcing is associated with an increase in OHU when global mean surface temperature (GMST) rise stalls. ...
surface evaporation over ice-free oceans: surface relative humidity increases by 1.0%, surface stability, as measured by air-sea temperature difference, ... I Richter,SP Xie - 《Journal of Geophysical Research Atmospheres》 被引量: 177发表: 2008年 Surface layer profiles of air temperature and hu...
2,3 In estimating global surface temperature (GST) anomalies and trends, temperatures observed in urban areas are considered outliers and not representative of the wider region, such as a spatial scale of ~100 km.4,5,6,7,8 To estimate regionally representative trends, station observations in...
Students use the scientific visualization to calculate temperature anomalies and make predictions about the global average surface temperatures. ht MAP: FIGURE 3 EzGCM scientific visualization tools.Science TeacherBHATTACHARYA, DEVARATICARROLL STEWARD, KIMBERLYCHANDLER, MARKFORBES, COR...
The primarydriverof changes in temperature and moisture during the Holocene was orbital variation, which slowly changed the latitudinal and seasonal distribution ofsolar radiationon Earth’s surface and atmosphere. However, the heterogeneity of these changes was caused by changing patterns ofatmospheric ci...
We show that climatic forces (long- and short-wave radiation and specific humidity) other than surface air temperature contribute more than half of the lake warming, and energy loss, through accelerated evaporation rate, is mainly responsible for the slower warming rate. Lake warming is likely to...
This study investigates global surface temperature data since 1920, and the Interdecadal Pacific Oscillation is found to be largely responsible for temperature fluctuations, exhibiting different spatial patterns to anthropogenic temperature drivers. Desp