1)flood damage loss洪水灾害损失
1.Automatic modeling of flood damage loss assessment system based on genetic programming;基于遗传程序设计的洪水灾害损失评估及自动建模
2)losses due to flood and waterlogging洪涝灾害损失
英文短句/例句
1.The Study on the Compensation Mechanism of Agricultural Flooding Disaster Losses in the Plain of the Mid-Yangtze River长江中游平原农业洪涝灾害损失补偿机制研究
2.Research of flood and waterlogging loss assessment model based on spatial distribution social-economic database;基于空间展布式社经数据库的洪涝灾害损失评估模型研究
3.Study on the Evaluation Method of Flooding Post-disaster Loss in Henan河南洪涝灾害灾后损失评估方法的研究
4.Fourth, how to make up the losses caused by the devastating floods, and how to revive production and proceed home rebuilding.四是面对历史上罕见的洪涝灾害，如何弥补损失、恢复生产、重建家园。
5.The Influence of Water Erosion on the Disarster of Flood and Waterlogging and the Development of Economy;水土流失对洪涝灾害和经济发展的影响
6.Construction of flood and water logging early warning system for Hongzehu Lake Basin洪泽湖流域洪涝灾害预警系统的构建
7.Study on the Flood Disaster and Control Measures in the Dongting Lake Region;洞庭湖区洪涝灾害及防洪减灾对策分析
8.THE ANALYSIS OF FLOOD AND WATER LOGGING DISASTERS AT THE UPPER BASIN OF THE CHANGJIANG RIVER AND THEIR MEASURES长江上游洪涝灾害分析及防灾减灾措施
9.The Reasons of Flood Disaster in the Tuo Watersheds of Songhua River and Nen River in 1998 and The Measures of Protective and Reducing The Disaster松嫩两江流域98洪涝灾害成因及防灾减灾对策
10.LESSONS FROM THE FLOOD AND WATERLOGGING OF 1991 IN THE MIDDLE AND LOWER REACHES OF YANGTZE RIVER我国1991年长江中下游洪涝灾害的反思
11.Catastrophic floods struck in 1998 and 1999.１９９８、１９９９年连续遭受特大洪涝灾害。
12.Flood and Waterlogged Loss Dynamic Assessment Based on GIS;基于GIS的洞庭湖区洪涝灾害动态评估
13.Flood Features in Sichuan Since 1949 and Measures;建国以来四川洪涝灾害的特点及对策
14.On the Flooding of Shanghai and its Forecasting Background;上海市的洪涝灾害及其预测背景研究
15.A systematical analysis on deep administrativestructure reasons of 98flood disaster;九八洪涝灾害的深层次原因系统分析
16.Study on flood disasters of the Su River Basin in the 1368-19111368-1911年涑水河流域洪涝灾害研究
17.Experimental research on flood disaster indices of early rice in southern China我国南方早稻洪涝灾害指标试验研究
18.Flood Disaster Remote Monitoring Based on FY-3A/MERSI Data基于FY-3A/MERSI的洪涝灾害遥感监测初探
相关短句/例句
losses due to flood and waterlogging洪涝灾害损失
3)vulnerability to flood洪水灾害易损性
1.Fuzzy method is significance for us to evaluate of vulnerability of disaster bearers because rainfall and density of population is fuzzy in forming vulnerability to flood.得出:衡阳市洪水灾害易损性总体水平较高,特别是城郊和北部地区。
4)flood loss洪灾损失
1.Studies on laws of flood capacity to cause disasters and flood loss in the drainage area of Hongru River;洪汝河流域成灾水量与洪灾损失规律分析
2.In this study, flood loss is restricted to tangible damages for each of the major categories.洪灾损失大体上可分为两类,即有形损失和无形损失。
5)flood disaster loss洪灾损失
1.The author presents the calculation process of city flood disaster loss, which includes the direct loss and indirect loss, discusses the valuation estimate of disaster, and puts forward two methods for estimate of city economic development and the way to calculate the comprehensive increasing rate of flood disaster.阐明含直接损失和间接损失在内的城市洪涝灾害损失的计算过程 ,对城市洪涝灾害的评估预测进行初步探讨 ,提出城市经济发展预测的两种方法及洪灾损失综合增长率的确定方法。
2.On the basis of researching the fundamental principle of flood control benefits,the flood disaster loss regresses to logarithm function,and the Houghton incomplete mid value integration method is adopted to calculate flood control benefits A satisfactory result can be obtained by using this simple and precise metho在论述防洪效益基本原则的基础上 ,将洪灾损失回归成对数函数 ,并采用Houghton不完全中值法积分计算防洪效益 ,方法精确简捷 ,可得满意的防洪效益计算成
6)flood damage洪灾损失
1.Based on the statistics of extremes,this paper studies the applicability of extremes in calculating hazard risk of flood damage.本文以极值统计学为理论基础 ,研究了该方法在洪灾损失风险计算中的适用性 。
2.From the strategical viewpoint of sustainable development,the great importance of setting evaluation system for economic loss of flood damage is emphasized in this paper.从国民经济整体角度，对洪灾损失进行分类，确定了洪灾经济损失评估的计算准则。
延伸阅读
洪水灾害洪水灾害flood disaster hongshui zaihai洪水灾害(flood disaster)洪水给人类正常生活、生产活动带来的损失与祸患。由于用水与交通的要求，自古以来沿河、滨湖、近海地区，就是人民的聚居区，而附近平坦的沃土，又是主要的农业区，工业也多在这些地带布设、发展。但是，这些地区却是最易遭受洪水威胁和发生洪灾的地区。洪灾是自然灾害的一种。据统计，全世界每年自然灾害死亡人数中约75%为洪水造成。洪灾不仅发生的频率高、范围广，而且影响比较深远。因此，洪灾的严重性居多种自然灾害之首位。中国河、湖众多，海岸线长，有多种洪水灾害，其中河流洪水的灾害最为严重。洪灾损失可分为两部分:①能用货币表达的经济损失，包括:直接损失，如城市和农村中建筑、设备、道路、土壤、农牧作物、牲畜等直接蒙受的损失:间接损失，如因受淹区生产力下降和交通、通讯受阻所造成的损失，波及邻近地区的损失与整个国民经济良性循环遭破坏而引起的损失等。工业愈发达，则间接损失所占比例愈大。②不能用货币表达的损失，包括人身的伤亡、疾病，对居民精神上的打击，对社会秩序的干扰，有时甚至还有着对国家或民族盛衰的影响。经济损失的大小主要取决于洪水淹没特性(水深、流速、历时、发生时间、固体物含量、上涨率、波浪冲击力等)和受淹区土地使用情况。洪水不仅毁坏农牧作物或破坏上壤的结构和性能，而且污染食品、水源和损伤机器、工具，较大石块或冰块则直接伤害人畜和毁坏建筑物;商业区、工业区和住宅区的单位面积损失一般大于农牧业区，而农牧业区的损失又因作物的播种、收获时间和耐淹力而异。估算经济损失时，要注意实地调查资料的可靠性和估价标准的统一，对间接损失要博咨广采，认真分析研究，予以落实。近几十年来，由于防洪体系的增强，预报警报系统不断改进，人身伤亡有所减少，但是，由于经济发展或人口增涨(特别是城市人口的增涨)，沿河、滨湖、近海地区的人口和财富在迅速增涨，洪灾经济损失还有所增大。一个正确的洪灾评价，往往是制定最佳防洪决策的主要依据，20世纪40年代以后，对洪灾的研究日益增多，但是理论方面的研究目前仍比较少。(刘培义)
