hydrologic cycle

基本解釋

There is growing evidence that global warming is speeding up the hydrologic cycle—that is, the rate at which water evaporates and falls again as rain or snow.
越來越多的証據顯示，全球煖化已經使水文循環(huán)加速，換言之，降雨、落雪、再蒸發(fā)的速度越來越快。
While evaporation from the oceans is the primary vehicle for driving the surface-to-atmosphere portion of the hydrologic cycle, transpiration is also significant.
雖然海洋蒸發(fā)的水蒸氣是水循環(huán)中地球表麪到大氣這一渠道的首要組成部分，植物蒸騰所佔的部分也頗爲驚人。
The global average withdrawal of fresh water was 9% of the amount that flowed through the world’s hydrologic cycle.
世界水循環(huán)中，每年平均衹有9%的淡水流失。

In parallel, the trends being observed in the different variables of the hydrologic cycle evidence the exacerbation of such conditions (Sixth Water Dialogue, 2006).
UNESCO: Climatic Change

水文循環(huán)
First the general hydrologic cycle models of land atmosphere system of mainland China scale and regional scale and a set of parameters for describing the features of hydrologic cycle have been developed and calculated.
建立了中國大陸尺度和區(qū)域尺度陸地-大氣系統(tǒng)水分循環(huán)概唸模型；討論了中國大陸尺度水文循環(huán)的特點；比較了東北、華北、西北、西南、華南、長江流域、西藏高原和臺灣島水分循環(huán)的差異。
水循環(huán)
水分循環(huán)