陆面蒸发

陆面蒸发估算的CRAE模型探讨

Discussion of CRAE Model in Evaporation Assessment of Terrestrial Surface

陆面蒸发公式的检验

An inspection of the formulae calculating the evaporation from land surface

平原水网区陆面蒸发的计算

Estimation of evaporation in the plain water network region

论陆面蒸发的计算

On the calculation of the evaporation from land surface

多年平均陆面蒸发量的计算

A computation of longterm average land evaporation

我国陆面蒸发量和蒸发耗热量的研究

A study of the amount of evaporation and the loss of heat for evaporation in China

云南省水、陆面蒸发量计算方法的初步研究

A Preliminary Study on Calculation Method for Water and Land Surface Evaporative Capacity in Yunnan Province

由水盐监测结果，对监测区及其分区的年陆面蒸发量进行了计算和分析。

Land evaporation of monitoring region and its sub-region are analyzed and calculated through the measured data .

大面积地表湿润程度的间接表示方法和陆面蒸发量计算

A value to indicate the moisture content of large area underlying surface and a new method to calculate evapotranspiration

河南省多年平均水面和陆面蒸发量的计算

To Calculate the Evaporation of Water Surfaces and the Evapotranspiration of Land Surfaces by Use of the Climatological Data of Henan Province

对下垫面状况的改变对地表径流量、陆面蒸发量、降水入渗量、包气带土壤水蓄变量的影响进行了分析。

Influence of underlying surface variation on surface runoff , land evaporation , rainfall infitration and storage variation of unsaturated soil water were analysed .

陆面蒸发呈增加趋势，全区变化较为一致，中心在华北地区中部的济南、临沂一带。

Land evaporation increases all over North China in above period , the maximum center is located at central part of it , Jinan and Liyi , Shandong province .

以云南省七个小流域的气象、水文资料，检验了三个含有下垫面参数的陆面蒸发公式，表明傅抱璞公式最佳。

On the basis of meteorological and hydrological data in seven catchments in Yunnan Province , three formulae [ Eqs . ( 3 ),( 5 ),( 6 ) ] calculating the evaporation from land surface are tested and compared .

青藏高原陆面可能蒸发量和干湿状况的研究

A Study on Land Evaporability and Dry-Wet State of Qinghai-Xizang Plateau

利用气象资料计算陆面实际蒸发量

The approaches to calculate actual regional evaporation by means of meteorological data

非均匀陆面上区域蒸发（散）研究概况

A survey in the study of area evaporation ( evapotranspiration ) over the heterogeneous landscape