丰水期

珠江水体HCO3~-离子含量在一个水文年中发生显著变化，特别是丰水期与枯水期之间波动幅度较大；

The main conclusions are as follows : The HCO3-ion content of Zhujiang River changes notably in one hydrological year , especially in wet season and dry season .

平水期、枯水期霉菌数大于丰水期。

Fungi count of the water in dry season and temperate season was higher than that in wet season .

丰水期COD含量较高的水体为湖水和农田及居民生活区周围水体；

In high water season , that were the water in Taihu lake , the water around cropland and residential area ;

丰水期表层水中大部分重金属与水的pH值呈现显著正相关关系，其它水期不明显。

In high water period , most heavy metals takes on a significantly positive correlation between content and pH value , in others periods that are not obvious .

基于时间序列MODIS影像的鄱阳湖丰水期悬浮泥沙浓度反演及变化

Time-series MODIS images-based retrieval and change analysis of suspended sediment concentration during flood period in Lake Poyang

丰水期和枯水期的溶解态稀土的（La/Yb）N值从西半湖区到东半湖区呈现有规律性的逐渐增大，并且丰水期的（La/Yb）N值低于枯水期。

The values of ( La / Yb ) N in high-water period and low-water season increase from west to east , and they in high-water period are larger than those in low-water season .

结合同步MODIS影像，应用模型生成了鄱阳湖丰水期的TSI指数分布图。

Combination of MODIS images , application model generation the the TSI index distribution of Poyang Lake .

用Ames实验、微核实验检测了丰水期水样中有机污染物引起的基因突变与染色体畸变；

Water organic pollutants induced gene mutation and chromosome aberration in abundant season were tested by Ames test and micronucleus test ( MNT ) .

水体HCHs浓度在丰水期显著高于枯水期，不同时期DDTs浓度变化规律不明显。

The average concentration of HCHs in high water season was higher than that in low water season .

东江流域无机碳主要来源于硅酸盐岩的碳酸盐风化过程，丰水期HCO3~-离子含量无显著变化；

The HCO3-of Dongjiang River originates mostly from the weathering process of silicate , and its content changes little .

结果表明，各水样均能引起DNA损伤，在丰水期致DNA损伤作用的大小顺序为给水厂出水水样>湖泊水样>长江取水口水样；

The results showed that all water samples caused damage to DNA . For samples taken during the flood season , the damage in descending order of severity was caused by the water plant effluent , the lake water , and the Changjiang River water .

根据对延河河水连续5a的水质污染因子测定数据，运用模糊数学方法对延河的丰水期、平水期和枯水期的水质现状进行了评价。

Based on water quality monitored data of Yanhe River for 5 years , water quality of abundant , usual and low water season was evaluated .

杭州湾海水枯水期和丰水期水样的（Ca2＋）／Cl比平均值分别超出大洋水平均值28.8%和20.6%；

The seawater average ionic ratio value of ( Ca 2 + ) / Cl exceeds that of the average value of ocean seawater 28.8 % and 20.6 % , respectively in the dry season and the flood season .

水质合格率总的趋势是枯水期水质优于丰水期（P0.05）；集中式供水规模愈大，水处理工艺愈完善，水质合格率愈高（P0.05）。

The overall trend of the qualified rate of water is higher in dry season than in the abundant water period ( P0.05 ); The biger centralized water supply scale is and the more perfect the water treatment process is , the higher quality qualified rate is ( P0.05 ) .

2006年4月（平水期）及9月（丰水期）对长江干流进行调查，对表层样品的浮游植物的群落多样性进行了DGGE分析，探讨了浮游植物多样性与环境因子的关系。

Surveys were conducted during April ( dry season ) and September ( rainy season ) 2006 along 25 stations of the Yangtze River . Phytoplankton community structure was analyzed by DGGE of 18S rRNA genes .

结果表明，在时间上，NH+4-N的峰值出现在枯水期，而NO-3-N的峰值出现在丰水期；

The results indicate that the peak value of NH + 4-N appears in the low water period while the peak value of NO - 3-N displays in the high water period ;

三峡水库成库初期丰水期水环境化学特征

Characteristics of Water Environmental Chemistry in Flood Season in Incipient Three Gorges Reservoir

由此建立了洪泛期体系域、丰水期体系域辫状河、丰水期体系域曲流河和枯水期体系域4种河流相沉积模式。

Based on three system tracts , the facies model of four river types are established .

8月（丰水期），5测站的海水受PO4P轻污染。

The sea water at 5 stations was lightly polluted by inorganic phosphate in August 1999 .

乳山湾东流区丰水期（8月）有机物及营养盐的环境容量

Environmental carrying capacity of organic matter and nutrient salt in Rushan Bay East Valley in August

丰水期水质比较稳定，枯水期水质变化相对比较大。

The water quality was more stable in high flow period and more changeable in low flow .

平水期个人年总风险约是丰水期的6倍。

The health risk of PAHs in the level period was six times than abundant water period .

目的探讨某地区丰水期的饮用水及水源水的致突变性。

Objective To approach the mutagenicity of drinking water and source water in plentiful phase of the region .

丰水期乌江上游干流水库&河流体系硫同位素组成

Sulfur isotope composition of river channel and reservoir water in upper reaches of Wujiang River in high flow season

方法分别于枯水期及丰水期随机抽取部分工程井进行水砷检测。

Methods To examine the water arsenic of randomly sampled project wells in the dry season and the plentiful season .

武汉市城区丰水期35个居民楼水箱卫生学调查研究

A Hygienic Investigation on 35 Drinking Water Tanks on the Top-floors of Resident Buildings during Water (?) in (?) City

底泥中总汞含量在丰水期和枯水期两个不同季节均没有明显变化。

The total mercury contents in sediment during the two different seasons of wet and dry period have little differences .

各断面的细菌总数和种属数，都是丰水期大于枯水期。

The total bacteria numbers and population of each section daring the flood period are greater than in dry season .

两次调查相比，丰水期浮游植物的数量明显高于枯水期。

Comparing the two survey seasons , the phytoplankton quantity during highstand was obviously higher than that in the lowstand .

丰水期的两次渗漏测试表明农药厂废水渗漏率达22%；

The results of two tests in drought period show that leakage ratio of the effluent is up to 22 % .