枯水年

在枯水年（1988年），非点源贡献了约1/3的TN、TP入湖负荷量。

About 1 / 3 total nitrogen and phosphorus were contributed by non-point sources pollution in low flow year ( 1988 ) .

以枯水年计，南校区2010年的雨水利用潜力为26.54万m3，是南校区年用水量的43.51%。

In 2010 , calculated by dry year , the available rainwater was 26.54 ten thousand m3 , which accounted for 43.51 % of water consumption in the south campus .

同时，我们还专门对丰水年和枯水年的水资源状况进行了研究。

Water resource for high flow years and low flow years is also discussed .

80年代后期至今以枯水年段为主。

After the later of 80 's , the short years hold the main position .

和田河偏少17.9%，为枯水年。

Hotan River , decreasing by 17.9 % , was a shortage of water year .

某河流部分地段枯水年地表水资源评价分析

The Analysis of Surface Water Resources in a Reach of a River in Dry Year

并提出了扎龙湿地补水建议，为在枯水年向扎龙湿地调水补水提供有力的科学依据。

The water recharge mode was proposed and it provide the scientific basis for water diversion to the wetland in dry year .

并研究了仅由均值变化引起的这两个流域丰水、平水及枯水年出现的概率变化。

The probability of annual runoff for high , normal , and low flow years due to the change of mean annual runoff was studied .

第三，关于大气方面，利用分形理论中R/S分析法对川中丘陵区的枯水年进行了预测；

Thirdly , atmosphere aspect , the low water age has been forecasting by R / S method of fractal theory in Si Chuan middle region .

地下水变化有一定持续性，气象干旱年的结束，并不意味着水文枯水年的结束。

The ground water has a sustaining feature , which means the end of drought in meteorology does not show the end of dry period in hydrology .

不同水文年的丰水期硝氮浓度以丰水年最高，平水年次之，枯水年最低。

The concentration of nitrate in high water season in wet years is highest , in mean year take the second place , and in dry year is lowest .

枯水年的枯水期，即使限制抽江流量，对河口淡水量也会有一定影响；

But in dry year , even if the pumping flow is limited , the northward water transfer has still some influence on the fresh water resources of the Yangtze river mouth .

1997-2002连续枯水年组对产流系数、地表径流量、地下水环境、水资源总量产生了较大影响，给社会、经济、环境带来严重危害。

The continuous dry years happened in 1997-2002 which evidently influenced runoff coefficient , surface runoff , environment of groundwater and water resources amount , the drought has destroyed the economic development , environmental conservation and the social stabilization .

分析认为，潮汐河口为了应对连续丰水年和连续枯水年交替的径流改变，通过长周期泥沙冲淤和河床变形进行自动调整，达到冲淤平衡。

It shows that tidal estuary could get equilibrium by the auto-adjust function including long-period sediment erosion / deposition and deformation of riverbed in order to correspond to the runoff change between continuous high flow years and low flow years .

流域内两类污染负荷所占比重大体相当，枯水年点源污染比重略高，而丰水年非点源污染比重较大。

The proportion of the two pollution loads in the basin is more or less the same , point source is slightly heavier in a dry year and the proportion of non-point source pollution is greater in a wet year .

塌陷主要分布在松散层较薄的第四系覆盖区，发生时间主要集中于枯水年份或年内枯水期和丰水期初。

The collapse mainly occurs in the low - water years or during the beginning of the dry season and rain season in a year .

尤其是森林在调节丰水季节与枯水季节、丰水年与枯水年的河水流量，以及在减免洪水泛滥和土壤侵蚀方面，功能效益十分突出。

It is obvious that forest can conserve water resource and soil , especially can adjust the flux in the season or year of water-in-abundance and water-in-deficient , and decrease flooding and soil eroding .