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hydrological fluxes
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  水文通量
     Impacts of Forest Vegetation on Distribution of Hydrological Fluxes:A Review
     森林植被对水文通量的影响研究综述
短句来源
     As an important component in hydrological process,forest vegetation influences critically the spatial distribution of hydrological fluxes such as precipitation, evapo-transpiration, and runoff.
     森林植被层作为水文环境要素,对降水、蒸散和径流等水文通量在空间上的分布特征有着重要的影响作用。
短句来源
     Based on literatures of recent two decades,the authors summarized the effects of forest vegetation on the spatial distribution of those hydrological fluxes, and discussed the primary achievements and some theoretically and practically important fields not well researched and understood, and finally attempt to point out some research direction in the future.
     以森林植被对这三种水文通量要素空间分布的作用为基础,系统概述了近年有关的研究成果,并结合国内外研究的动向,指出将来可能着重研究的方向。
短句来源
  相似匹配句对
     Impacts of Forest Vegetation on Distribution of Hydrological Fluxes:A Review
     森林植被对水文通量的影响研究综述
短句来源
     Hydrological and sediment features and fluxes in Nanhui nearshore waters,Hangzhou Bay
     杭州湾口南汇咀近岸水域水沙特征与通量
短句来源
     The Development of Hydrological Model
     流域水文模型研究的进展
短句来源
     Informatization of Hydrological Service
     水文行业信息化研究
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     Research Into the Series of Mold Fluxes
     模铸保护渣系列研究
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  hydrological fluxes
At the wetland scale, zones of dissimilatory bacterial sulfate reduction form pockets whose lateral hydrological fluxes are small.
      
Impact of bias correction to reanalysis products on simulations of North American soil moisture and hydrological fluxes Aaron A.
      
Impact of bias correction to reanalysis products on simulations of North American soil moisture and hydrological fluxes, J.
      
Diurnally, fog drip was shown to be highest during the night, with evaporation dominating the hydrological fluxes during the cloud free daytime.
      
Cross-section of a riparian wetland showing hydrological fluxes, nutrient processes and environmental impacts of nutrient loading.
      
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With the development of hydrology and the extending effect of mankind on environment, scale issue has become a great challenge to many hydrologists due to the stochasticism and complexity of hydrological phenomena and natural catchments. More and more concern has been given to the scaling issues to gain a large scale (or small scale) hydrological characteristic from a certain known catchments, but hasn't been solved successfully. The first part of this paper introduced some concepts about hydrological scale,...

With the development of hydrology and the extending effect of mankind on environment, scale issue has become a great challenge to many hydrologists due to the stochasticism and complexity of hydrological phenomena and natural catchments. More and more concern has been given to the scaling issues to gain a large scale (or small scale) hydrological characteristic from a certain known catchments, but hasn't been solved successfully. The first part of this paper introduced some concepts about hydrological scale, scale issue and scaling. The key problem is the spatial heterogeneity of catchments and the temporal and spatial variability of hydrological fluxes. Three approaches to scale were put forward in the third part, which were distributed modeling, fractal theory and statistical self similarity analyses. Existing problems and future research directions were proposed in the last part.

介绍了水文尺度、尺度问题和尺度转换的概念 ,重点与难点在流域的空间异质性和水文通量的时空变异性 ;给出了进行尺度转换的 3种途径 ,即分布式水文模拟、分形理论和统计自相似性分析 ;最后在已有成果的基础上 ,提出了目前研究中存在的问题及未来的发展方向 .

As an important component in hydrological process,forest vegetation influences critically the spatial distribution of hydrological fluxes such as precipitation, evapo-transpiration, and runoff. Many researches have been conducted in terms of vertical variation of hydrological fluxes from canopy layer aboveground to root layer underground, and what were compared between forest and non-forest land, between different forest types, and even between different parts of the same crown. Based on...

As an important component in hydrological process,forest vegetation influences critically the spatial distribution of hydrological fluxes such as precipitation, evapo-transpiration, and runoff. Many researches have been conducted in terms of vertical variation of hydrological fluxes from canopy layer aboveground to root layer underground, and what were compared between forest and non-forest land, between different forest types, and even between different parts of the same crown. Based on literatures of recent two decades,the authors summarized the effects of forest vegetation on the spatial distribution of those hydrological fluxes, and discussed the primary achievements and some theoretically and practically important fields not well researched and understood, and finally attempt to point out some research direction in the future.

森林植被层作为水文环境要素,对降水、蒸散和径流等水文通量在空间上的分布特征有着重要的影响作用。国内外对于森林植被对水文通量的空间分布的影响,在垂直方向上分层次进行水文通量变化过程的研究;在水平方向上按照林地与非林地的对比,森林植被类型之间的对比,甚至同一树冠的不同部位的对比等,进行了细致的研究。以森林植被对这三种水文通量要素空间分布的作用为基础,系统概述了近年有关的研究成果,并结合国内外研究的动向,指出将来可能着重研究的方向。

 
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