1) Fenhe River basin
汾河流域
1.
Preliminary Analysis of Hydrological and Water Resources Effects under the Impact of Water and Soil Conservation Engineering in Fenhe River Basin;
汾河流域水土保持措施水文水资源效应初析
2.
Based on 18 climatic factors of 34 climatological stations relative to ecology,the classification of ecological climatic distict of Fenhe River basin is studied by Q-cluster analysis method.
文章选取了18个与生态系统密切相关的气候因子,使用多元统计的聚类分析方法,对汾河流域34个气象站进行了Q型聚类分析。
3.
SIMHYD rainfall runoff model was briefly introduced and calibrated with "natural" hydro-meteorological data in Fenhe River basin.
介绍了SIMHYD概念性降水径流模型,并应用黄河中游汾河流域“天然”时期的水文、气象资料率定了模型参数,通过水文模拟还原了人类活动影响期间的天然径流量,进而分析了汾河流域径流情势的变化原因。
2) Fenhe River valley
汾河流域
1.
The Influence of the Utilization of the Land in Fenhe River Valley on the Ecological Assets;
汾河流域土地利用对生态资产的影响——以娄烦县为例
2.
The countermeasures aim at implementing the sustainable development of society, economy and environment in the Fenhe River valley.
通过调查 ,本文分析了造成汾河水质污染的原因 ,提出了改善流域水环境质量的综合治理措施及实施汾河流域社会、经济和环境可持续发展对
3) the Fenhe River Basin
汾河流域
1.
Analysis on the Spatiotemporal Change of Precipitation,Flood and Drought in the Fenhe River Basin;
汾河流域降水及旱涝时空结构特征
2.
As same as the Loess Plateau,the ecologi- cal environment of the Fenhe River basin is extreme fragile and the precipitation is the main source of regional water resources.
利用汾河流域39个测站近45 a(1956-2000年)的月降水量资料,采用线性趋势估计、T显著性检验和多项式回归方法分析了降水时空变化。
4) Fenhe Basin
汾河流域
1.
Probe into the Present Situation of Water Environmental Quality in Linfen Section of Fenhe Basin and the Countermeasures
汾河流域临汾段水环境质量现状及对策初探
2.
Analysis on the Prevention and Restoration of the Water Pollution of Fenhe Basin
浅析汾河流域水质污染的防治与修复
5) Jinhe River and Fenhe River basin
晋汾河流域
1.
Researches on water-users participating management system in Jinhe River and Fenhe River basin during Ming Dynasty and Qing Dynasty;
明清时期晋汾河流域用水户参与式管理制度研究
6) the upper reaches of Fenhe River
汾河上游流域
1.
It calculated the ecological footprint,ecological carrying capacity,ecological surplus/loss in the the upper reaches of Fenhe River during the period of1987～2003,with the theory and Method of the ecological footprint and the ecological pressure index.
利用生态足迹和生态压力指数的理论与方法,对汾河上游流域1987年~2003年的生态足迹、生态承载力、生态盈余亏损、生态压力指数进行了测算,并建立了生态压力指数测算模型以及生态足迹、生态承载力、生态盈余及生态安全度变化预测模型。
补充资料：汾河
| 汾河 中国黄河第二大支流。位于山西省中部。源出宁武县管涔山。流经太原市、临汾盆地，于禹门口下游的河津县西入黄河。干流长716千米，流域面积3.94万平方千米。较大支流有东碾河、岚河、潇河、磁窑河、文峪河、象峪河、乌马河、昌源河、洪安涧河、浍河等。自河源至太原兰村为上游，流经黄土高原丘陵沟壑区，水土流失严重；自兰村至介休县义棠桥为中游，流经太原盆地，纳入的支流较多，排泄不畅，易涝易碱；自义棠桥至河口为下游，穿灵（石）霍（县）山峡之间，河道比降大，水流急。流域内多年平均径流量26.5亿立方米。径流年内分配不均，主要集中在汛期。径流年际变化也很大，丰枯年径流量变幅在11.78～44.3亿立方米之间。中华人民共和国建立后，在干支流上建有大中水库10多座，对防洪抗旱，保证工农业生产用水发挥了很大作用。 |
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