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- W3014395776 abstract "Abstract Globally, thermodynamics explains an increase in atmospheric water vapor with warming of around 7%/°C near to the surface. In contrast, global precipitation and evaporation are constrained by the Earth's energy balance to increase at ∼2–3%/°C. However, this rate of increase is suppressed by rapid atmospheric adjustments in response to greenhouse gases and absorbing aerosols that directly alter the atmospheric energy budget. Rapid adjustments to forcings, cooling effects from scattering aerosol, and observational uncertainty can explain why observed global precipitation responses are currently difficult to detect but are expected to emerge and accelerate as warming increases and aerosol forcing diminishes. Precipitation increases with warming are expected to be smaller over land than ocean due to limitations on moisture convergence, exacerbated by feedbacks and affected by rapid adjustments. Thermodynamic increases in atmospheric moisture fluxes amplify wet and dry events, driving an intensification of precipitation extremes. The rate of intensification can deviate from a simple thermodynamic response due to in‐storm and larger‐scale feedback processes, while changes in large‐scale dynamics and catchment characteristics further modulate the frequency of flooding in response to precipitation increases. Changes in atmospheric circulation in response to radiative forcing and evolving surface temperature patterns are capable of dominating water cycle changes in some regions. Moreover, the direct impact of human activities on the water cycle through water abstraction, irrigation, and land use change is already a significant component of regional water cycle change and is expected to further increase in importance as water demand grows with global population." @default.
- W3014395776 created "2020-04-10" @default.
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- W3014395776 date "2020-04-04" @default.
- W3014395776 modified "2023-10-14" @default.
- W3014395776 title "Advances in understanding large‐scale responses of the water cycle to climate change" @default.
- W3014395776 cites W1080351255 @default.
- W3014395776 cites W1480489343 @default.
- W3014395776 cites W1521045247 @default.
- W3014395776 cites W1535027967 @default.
- W3014395776 cites W1590065089 @default.
- W3014395776 cites W1599651335 @default.
- W3014395776 cites W1601914933 @default.
- W3014395776 cites W1675549138 @default.
- W3014395776 cites W1746274139 @default.
- W3014395776 cites W1804902297 @default.
- W3014395776 cites W1915312398 @default.
- W3014395776 cites W1929785474 @default.
- W3014395776 cites W1930211943 @default.
- W3014395776 cites W1934920842 @default.
- W3014395776 cites W1942344706 @default.
- W3014395776 cites W1942511494 @default.
- W3014395776 cites W1942855934 @default.
- W3014395776 cites W1943776401 @default.
- W3014395776 cites W1965848310 @default.
- W3014395776 cites W1968824118 @default.
- W3014395776 cites W1976789257 @default.
- W3014395776 cites W1977269155 @default.
- W3014395776 cites W1977862264 @default.
- W3014395776 cites W1978484859 @default.
- W3014395776 cites W1979993739 @default.
- W3014395776 cites W1985854434 @default.
- W3014395776 cites W1988990858 @default.
- W3014395776 cites W1989653222 @default.
- W3014395776 cites W1990032228 @default.
- W3014395776 cites W1998990613 @default.
- W3014395776 cites W2001286049 @default.
- W3014395776 cites W2001694103 @default.
- W3014395776 cites W2007040778 @default.
- W3014395776 cites W2007177961 @default.
- W3014395776 cites W2012925852 @default.
- W3014395776 cites W2016202971 @default.
- W3014395776 cites W2019224842 @default.
- W3014395776 cites W2030368343 @default.
- W3014395776 cites W2031027346 @default.
- W3014395776 cites W2031675844 @default.
- W3014395776 cites W2032300129 @default.
- W3014395776 cites W2033357735 @default.
- W3014395776 cites W2037191718 @default.
- W3014395776 cites W2049331155 @default.
- W3014395776 cites W2050181558 @default.
- W3014395776 cites W2053891884 @default.
- W3014395776 cites W2054161820 @default.
- W3014395776 cites W2058731264 @default.
- W3014395776 cites W2060220274 @default.
- W3014395776 cites W2062310155 @default.
- W3014395776 cites W2063713183 @default.
- W3014395776 cites W2064898545 @default.
- W3014395776 cites W2066887287 @default.
- W3014395776 cites W2068494788 @default.
- W3014395776 cites W2068966059 @default.
- W3014395776 cites W2069048154 @default.
- W3014395776 cites W2071179593 @default.
- W3014395776 cites W2076011851 @default.
- W3014395776 cites W2078790182 @default.
- W3014395776 cites W2089704555 @default.
- W3014395776 cites W2090196434 @default.
- W3014395776 cites W2090314934 @default.
- W3014395776 cites W2092224811 @default.
- W3014395776 cites W2094356778 @default.
- W3014395776 cites W2102148809 @default.
- W3014395776 cites W2103232509 @default.
- W3014395776 cites W2103888668 @default.
- W3014395776 cites W2107223923 @default.
- W3014395776 cites W2112716138 @default.
- W3014395776 cites W2113514547 @default.
- W3014395776 cites W2117764134 @default.
- W3014395776 cites W2120453844 @default.
- W3014395776 cites W2121687501 @default.
- W3014395776 cites W2124419979 @default.
- W3014395776 cites W2126681088 @default.
- W3014395776 cites W2128958714 @default.
- W3014395776 cites W2131462828 @default.
- W3014395776 cites W2133391051 @default.
- W3014395776 cites W2133948150 @default.
- W3014395776 cites W2135049796 @default.
- W3014395776 cites W2135820794 @default.