45,46,47. The models with stronger sea ice responses to summer insolation changes tend to generate a year-round warmer mid-Holocene in the NH45, and the sea ice loss-induced winter warming can almost counteract
climate changetemperatureSouthern HemisphereregionalizationSub‐Antarctic islandsSouthern Annular Modesea surface temperatureA Hierarchical Ascending Classification is used to regionalize monthly temperature anomalies measured at 24 weather stations in Antarctica and the Sub-Antarctic and mid-latitude southern ...
Several hypotheses were presented with the issue of climate change. Changes in annual mean temperature of each zone would be the most important control on climate change. In this paper we studied the temperature at latitude 34掳 -37掳 N. we had used eight synoptic stations to get data. ...
We first observe a systematic decreasing trend in CIA with latitude (Fig. 2), suggesting stronger weathering towards the tropics. As expected, low-latitude (<10°) regions are characterized by high CIA (mostly 80–100), while weathering index values at latitudes of >60° are closer to those...
6)change of temperature温度变化 1.Part 4 of this series(Climatic loads)is quoted from Test Na:Rapidchange of temperaturewith prescribed time of transfer and Test Nb:Change of temperature with specified rate of change from Test N:Change of temperature(GB/T 2423.系列标准的第4部分《气候负荷》引...
In Northwest China, Northeast China and the Tibetan Plateau, for instance, the TXn and TNn will warm more than 1 °C, which is about 2 times higher than a change of 0.5 °C global warming. Only a small part of China will keep the increase in temperature extremes below 0.5 °C. For ...
Moreover, sub-regions comprising the northern half of the continent tend to exhibit stronger warming as the magnitude of temperature change decreases with increasing latitude in the Southern Hemisphere, consistent with earlier CMIP5-based projections (e.g., Llopart et al.2020a). Under the highest...
The regions analysed in our study and determined to be hotspots of warming at largely mid-latitude areas, including the Mediterranean. The Mediterranean region has been previously identified as a regional climate change hotspot (Diffenbaugh and Giorgi, 2012; Seneviratne et al., 2016), and ...
Fig. 1: Conceptual figure of the mechanisms underlying our hypotheses for how temperature-related biodiversity change may unfold unevenly across the planet. a,b, These stem from the latitudinal gradients in species diversity (decrease with latitude) and species thermal tolerance breadths or thermal sa...
long-range forecasts, although thehighvariability of weather in the mid-latitudes makes longer-range forecasts less accurate. In tropical regions, by contrast, daily weather variations are small, with regularly occurring phenomena and perceptible change associated more with seasonal cycles (dry weather ...