1) hydrological process
水文学过程
1.
Transfer and transformation of PAHs in the hydrological process of camphor forest ecosystem;
樟树林生态系统水文学过程中多环芳烃的迁移与转化机理
2.
Effect of hydrological process on the productivity of Cunninghamia lanceolata(Lamb.) Hook.plantation;
杉木人工林水文学过程对林分生产力的影响
3.
Nutrient characteristics in hydrological processes of Chinese fir plantation ecosystem;
杉木人工林生态系统水文学过程的养分特性(英文)
2) forest hydrological processes
森林水文学过程
3) hydrochemical processes
水文化学过程
4) hydrological processes
水文过程
1.
Study on effects of water level variation of the Sanmenxia reservoir on wetland hydrological processes;
三门峡水库运行水位对湿地水文过程影响研究
2.
Dynamics of total organic carbon (TOC) in hydrological processes and its contributions to soil organic carbon pools of three successional forest ecosystems in southern China
鼎湖山森林演替序列水文过程中总有机碳(TOC)变化规律及其对土壤碳平衡的贡献(英文)
3.
The ILWAS acid precipitation model was applied to study the watershed hydrological processes, the runoff composition and the effect to the lake acidification in the case research of Laohuling Reservior in Nanning City.
应用美国ILWAS酸雨模型,研究了南宁市老虎岭水库流域在酸雨输入条件下流域水文过程,特别是入湖总径流的构成,对湖水酸碱状态和酸化进程的影响。
5) hydrological process
水文过程
1.
The hydrological processes of coniferous and broad-leaved mixed forest ecosystem in Dinghushan;
鼎湖山针阔叶混交林生态系统水文过程研究
2.
This research analysed the climatic factors,changes of the land use/land cover and hydrological process in the drainage,which influence the soil salinization.
本文着重分析了影响土壤盐渍化过程的气候因子(蒸发、降水等)、土地利用/土地覆被动态变化及流域水文过程的演化,并借助ARC/INFO 8。
3.
The paper divides the environmental impact of revegetation into following aspects: hydrological process, soil environment, biodiversity, soil erosion and sediment.
在综述已有研究的基础上,就植被恢复重建对水文过程、土壤环境、生物多样性、侵蚀产沙等方面的影响的研究进展进行了较为详细的评述,认为目前的研究存在研究尺度较小、方法不统一、缺乏系统性等不足,提出针对我国大规模植被恢复重建的可能的研究方向。
6) hydrogeochemical process
水文地球化学过程
1.
This paper deals with 3 dripping points, for the purpose of unveiling the hydrogeochemical process of cave drips, monitored in the Xiniu Cave, Zhenning County of Guizhou Province, China, which lasted for one year.
为了揭示洞穴滴水的水文地球化学过程,对贵州镇宁犀牛洞3个滴水点的滴率、水化学组成等进行为期1年的动态监测,示踪结果显示出犀牛洞滴水对大气降水的响应较快(28天以上),滴水的物质组成直接源自于洞穴环境,即土壤和岩石,而大气降水携带的物质成分较少,滴水点均受到不同源来水的影响。
补充资料：工程水文学
见应用水文学。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条