They, adding the former maps such as the river map, the lake map, the topoline map, and so on, formed a field data set on the same integration platform for advanced analysis and evaluation of vegetation effect on soil and water conservation.
输沙模数数据经过投影和数据格式转换，具有与遥感数据集相同的坐标系、相同的分辨率和相同的数据格式(ARC/INFO GRID)，加上原有的全国图件，构成了一套以GIS为集成平台的、进行区域植被水土保持功能分析和评价的地面数据集。
The Meiliang bay is suffered from eutrophication problem. Considering the unique geographical position of Meiliang Bay at Lake Taihu, both fixed and validated twodimension water quality model and alga growing model were used to simulate the effect on nutrition and algae concentration in Meiliang Bay by main zone of Lake Taihu under southeast and northwest wind.
针对太湖梅梁湾独特的地理位置和富营养化严重的问题，利用太湖水量水质模型和梅梁湾藻类生长模型，在对模型进行了率定、验证的基础下，模拟了在东南风和西北风两种常见风向的条件下，太湖主体湖区对梅梁湾内营养盐浓度和藻类浓度的影响情况，并将其影响定量化。
Assemble of Hunan Province museum the precious of cultural relic involuntary discharge of urine of lake Hunan earth, showed the cause and effect of Hunan Hunan civilization, in current and blatant day very inside city, the culture with halcyon grace of can yet be regarded as is recreational place to go, it is the optimal window that understands lake Hunan culture.
湖南省博物馆荟萃了湖湘大地的文物遗珍，展现了湘楚文明的来龙去脉，在当今喧嚣日甚的都市内，不失为优雅宁静的文化休闲去处，是了解湖湘文化的最佳窗口。
The Lake Wobegon effect is the human tendency to overestimate one's achievements and capabilities in relation to others.
Wobegon湖效应--是指人类过高评价自己的成就和能力的倾向。
This is still the south, and annual snowfall comes nowhere near to that of New England, where lake effect snows keep the ski slopes blanketed pretty much all through the winter.
这仍然是南方，每年的降雪量根本不可能的新英格兰，湖泊的影响，如果下雪保持滑雪场覆盖几乎整个冬天都。
This article from the eco-tourism concept, embarks tothe eco-tourism understanding erroneous zone analysis as well as theeco-tourism development pattern cognition, in the sustainabledevelopment as well as under the traveling development high-qualitygoods strategy instruction, from the development present situation, the development pattern, the restriction effect, the overall appraisalas well as developed the status these five aspects in Meizhou to flythe tea field country club to the wild goose south and the wild goosecalls the lake traveling country club to carry on the comparison.
本文从生态旅游的概念、对生态旅游认识误区的分析以及生态旅游的发展模式的认知出发，在可持续发展以及旅游发展精品战略的指导下，从发展现状、发展模式、制约效应、总体评价以及在梅州发展中的地位这五个方面对雁南飞茶田度假村和雁鸣湖旅游度假村进行了比较。
Effect on nitrogen and phosphorus concentration in the overlying water and interstitial water with growing of floating-leaved aquatic vegetation was studie by using intact sediment cores in Lake Taihu of Jiangsu.
利用太湖五里湖污染底泥，在不破坏表层沉积物形态和结构的情况下，利用大口径的采样器采集沉积物柱状样，研究浮叶植物荇菜在此底泥上适应性生长情况及其对水体以及沉积物中氮磷的影响。
API mixture with the naturally occurring Trinidad Lake Asphalt will effect some improvement, particularly in reducing the flow of the material as determined in the Marshall test, but the most successful example of the blending of binders is that of the polymer modified bitumen which as the name suggests consist of a blend of suitable synthetic polymers, Trinidad Lake Asphalt and RB.
API的混合物与自然发生的特立尼达湖沥青将影响有所改善，特别是在减少的流动材料确定的马歇尔试验，但最成功的典范混合粘合剂是，在聚合物改性沥青其中的名称建议包括一个融合了适合合成聚合物，特立尼达湖沥青和RB 。
With tri-butyl-phosphate as extraction reagent, mineral spirit (200#) as dilution reagent and FeCI361120 as co-extraction reagent, the extraction of lithium from Qinghai salt lake was studied. The effect of TBP concentration on extraction rate, and the effect of phase ratio on extraction rate and distribution ratio were analysed.
选取磷酸三丁酯为萃取剂，200号溶剂汽油为稀释剂，氯化铁(FeCl36H2O)为共萃取剂，从青海盐湖含锉卤水中萃取锂，并对TBP质量分数对萃取率的影响，相比对萃取率及分配比的影响进行研究。
With tri-butyl-phosphate as extraction reagent, mineral spirit (200#) as dilution reagent and FeCl36H2O as co-extraction reagent, the extraction of lithium from Qinghai salt lake was studied. The effect of TBP concentration on extraction rate, and the effect of phase ratio on extraction rate and distribution ratio were analysed.
摘 要：选取磷酸三丁酯为萃取剂，200号溶剂汽油为稀释剂，氯化铁(FeCl36H2O)为共萃取剂，从青海盐湖含锂卤水中萃取锂，并对TBP质量分数对萃取率的影响，相比对萃取率及分配比的影响进行研究。
Located at the Chinese Zhejiang Hangzhou west the effect Chunan County domestic Qiandao Lake, east is apart from the Hangzhou 129 kilometers, the westing Mt. Huangshan 140 kilometers, is the Yangtse Delta area back garden, in the scenic area blue Shui Chengqi, thousand island hundred postures, natural scenery fluttering flags, ecological environment good certainly, because in the lake has 1078 green jade islands to acquire fame.
位于中国浙江杭州西效淳安县境内的千岛湖，东距杭州129公里、西距黄山140公里，是长江三角洲地区的后花园，景区内碧水呈奇，千岛百姿，自然风光旖旎，生态环境佳绝，因湖内拥有1078座翠岛而得名。
The bacteria isolated from Taihu Lake were proven to have significant effect of algicidal activity and degradation of microcystin-LR.
分析结果表明：在太湖水体中分离获得的一株芽孢杆菌具有较强的溶藻和降解MC-LR的作用，作用24h后的溶藻率和MC-LR降解率分别达到44.3%和20.5%。
According to the investigation on the local situation of aquatic vegetation in Littoral Regions of Gonghu Lake and Meiliang Bay of the Wuxi Taihu Lake, the species of aquatic vegetation, community forms and biomass were acquired. Then a contrast of vegetation distribution characteristic between the two Littoral Regions was analyzed which induced to the analysis of impact factors. In the treatments designed as varying degree oxidation intimidate, the heavy metal cadmium and the ammonia nitrogen single and compound poisons, the COD sewage cultivate, the plant growth opsonin processes, the effect of the intimidate environment on the submerged plant growth and the physiological biochemistry characteristic was analyzed. The effective method to improve the resist adversity of submerged macrophyte was discussed. The results will give a suggestion to the restoration of the submerged macrophyte, the efficiency and reconstruction in Lake Ecosystem.
通过对无锡太湖两重要湖湾贡湖和梅梁湖湖滨带沿岸浅水区水生植被现状进行调查，了解了水生植物的种类、群落组成及生物量，对两湖湾湖滨带沿岸浅水区水生植被分布特征进行了对比，并进行了影响因素分析；通过不同程度的氧化胁迫、重金属镉与氨态氮单一和复合作用、高COD生活污水胁迫培养、植物生长调节素处理，分析胁迫环境和壳聚糖各自对沉水植物生长的影响及作用机理，探讨提高沉水植物逆境抗性的有效措施；探寻沉水植物修复的理论依据和有效途径，为急待进行水生植被恢复的湖泊提供依据和建议。
Effect with growing of submerged maerophytes on NH_4~+-N and PO_4~(3-)-P concentration in the interstitial water was studied by using undisturbed core samples in Lake Talhu, and analyzed the relationship between biomas- ses of submerged macrophytes and amount of nitrogen and phosphorus release.
采集未破坏沉积物结构的柱状沉积物样品，通过室内41 d的培养实验，研究了沉水植物生长过程对间隙水中NH_4~+-N和PO_4~(3-)-P的浓度的动态影响，分析了沉水植物生物量与沉积物中氮磷释放通量的对应关系。
Flaveria bident on the allelopathic effect s of wheat seed is examined by the specimen in cotton field and hillside place nearby Hengshui lake, by opposing two flaveria bidentis of different distilled water to progress activated material leaching, compounding three kinds of density(10%、50%、100%) of the original solution concentration.
以衡水湖附近棉地、坡地的黄顶菊为样本，进行蒸馏水活性浸提，将浸提液配制成10%、50%、100%3种浓度蒸馏水作为对照，进行了黄顶菊对小麦种子化感作用影响研究。
By the analysis of P and N dynamics in rice fields, it was found that P and N loads in runoff were depended on field water level, applied fertilizer amount, precipitation, rice growth process, and height of field overflow mouth. A simple model was built to calculate the quantity of P and N loads in runoff from rice fields. It shows that the total loads can reach 0.69 and 11.2kg*hm-2 for P and N respectively under the condition of applying fertilizers, which is the potential effect on Chaohu Lake eutrophication.
实验同时研究了磷氮物质从水稻田中的径流流失方式和机理，结果发现磷氮物质从水稻田中的径流流失量与水稻田持水量、施肥量、降雨量、水稻生长过程和水稻田排水堰高度等因素有关，并提出了一个模型计算磷氮径流流失量，表明在施肥情况下的磷氮流失量分别高达0.69和11.2kg*hm-2，是最大的潜在非点源污染。
Objective To evaluate the effect of the comprehensive strategy with emphasis on infectious source control for schistosomiasis control in marshland and lake regions.
目的评价以传染源控制为主的血吸虫病综合防治策略在湖沼型地区的防治效果。
With 5 plants including Lindernia rotundifolia, Cryptocoryne crispatula, Hygrophila stricta, Microrium sp. and Peperomia sandersii as the tested materials and the highest eutrophic lake water from Guishui Lake in Yanqing County in Beijing City as the matrix of plant growth, 3 test groups with high, middle and low input density were set up to study the effect of input density of aquatic plants on the purifying efficiency of the eutrophic lake water.
方法］以小瓜子、缎带椒、中柳、皇冠和西瓜草5种植物为试材，以北京市延庆县妫水湖8月份富营养化程度最高的湖水为植物生长基质，设高、中、低3个投放密度试验组，研究植物投放密度对富营养化湖水的修复效率影响；通过测定水样中总磷酸盐、总氮、氨氮和硝态氮的浓度变化，确定植物修复的最佳效率。
LF6 with alclad suffered from serious corrosion in salt-lake because of " electrolyte effect ".
带包铝的LF6由于“电解质效应”在盐湖发生严重腐蚀；
Characteristic of Alkaline Phosphatase Activity of Sediment in Yunlong Lake and Its Effect on Nitrogen and Phosphorus
云龙湖沉积物碱性磷酸酶活力特征及其对氮、磷元素的作用