降水趋势的英文

• precipitation trend

• "降水"英文翻译    precipitation; rainfall; rai ...
• "趋势"英文翻译    trend; tendency; drift; curr ...
• "降水" 英文翻译 :    [气象学] precipitation; rainfall; rain; raininess 人工降水 artificial precipitation; 降水百分率 isomeric value; 降水带 precipitation zone; 降水迹 trails of precipitation; 降水区 [气象学] precipitation area; precipitation region; 降水散射干扰 precipitation scatter interference
• "趋势" 英文翻译 :    trend; tendency; drift; current; tide 当今的政治趋势 the political trends of the time; 精简机构的趋势 a tendency towards simpler administration; 现代生活的趋势 the trend of modern living; 事情的一般趋势 the general drift of affairs; 舆论的趋势 the tide of public opinion
• "降水；降水量" 英文翻译 :    precipitation
• "（基坑）降水" 英文翻译 :    dewatering
• "冰降水" 英文翻译 :    frozen precipitation
• "冻降水" 英文翻译 :    freezing precipitation
• "陡降，降水" 英文翻译 :    precipitation
• "降水场" 英文翻译 :    precipitation field
• "降水带" 英文翻译 :    precipitation zone
• "降水管" 英文翻译 :    down cast; down comer=downcomer; down-comer tube; down-comertube; downcast pipe; downcomer
• "降水迹" 英文翻译 :    trails of precipitation
• "降水量" 英文翻译 :    precipitation; amount of precipitation◇降水量计 precipitation gage; 降水量学 hyetology
• "降水率" 英文翻译 :    precipitation rate
• "降水区" 英文翻译 :    precipitation area
• "降水头" 英文翻译 :    dropping head
• "降水尾" 英文翻译 :    precipitation trails
• "降水性" 英文翻译 :    precipitation◇降水性高层云 altostratus precipitus; 降水性云 precipitus
• "降水云" 英文翻译 :    precipitating cloud
• "可降水" 英文翻译 :    precipitable water
• "强降水" 英文翻译 :    torrential rainfall
• "天降水" 英文翻译 :    meteoric water
• "下降水" 英文翻译 :    descending water
• "雨水；降水" 英文翻译 :    meteoric water

• Trend distributions of extreme temperature and extreme precipitation were good agreement with that of mean temperature and mean precipitation in china
  极端温度和极端降水趋势的空间分布与平均温度和平均降水趋势的空间分布一致。
• The spatial distribution feature of rainfall trend for global land seasonal and monthly rainfall indicates that the rainfall in global land areas is characterized by the negative trend variation
  分析了全球陆地6 - 8月及其逐月降水趋势的空间分布特征。指出全球降水以负趋势为主要特征。
• The least rainfall in the pre - flood period and annual are both happen in the north of south of china ; ( 2 ) the total rainfall tendency has little change , while the total temperature tendency is increase
  ( 2 )华南前汛期近50年的总的降水趋势变化不明显；而气温变化的总趋势是增加的。
• Exactly predicted serious occurrence and date of 3rd generation cotton bollworm moth and eggs appearence peak , based on occurrence date of 2nd generation bollworm , residual booworm after insecticide application , temperature and rainfall in 1995 . i suggested that a special attention should be paid to control optimum stage , optimum pesticide was selected , sciencial pesticide application method and agronomic measures was applied properly . in result , third generation bollworm was controlled effectively in xiangshu in 1995
  根据95年二代棉铃虫的发生实况及防治之后的残留虫量，结合当时的气温和降水趋势，准确推算该年三代棉铃虫的大发生和蛾卵高峰的出现时间，指出需要抓住防治适期，选准对路农药品种和采用科学的施药方法以及农艺措施，很好地控制了三代棉铃虫的危害。
• Based on global land monthly precipitation dataset prec / l during the period of 1948 - 2001 , ncep / ncar reanalyzed monthly mean wind data and global monthly sst grid data edited by british meteorological bureau . the flood / drought and the secular trend variation of precipitation of global , the northern hemisphere ( nh ) , the southern hemisphere ( sh ) , eurasia , africa , australia , north america , south america and antarctica in december - february ( djf ) are investigated
  本文利用1948 - 2001全球陆地月降水资料( prec l ) ，美国ncep ncar再分析月平均风场资料和高度场资料以及英国气象局整编的全球逐月海温格点资料。研究了全球、北、南半球及欧亚、非洲、澳洲、北美、南美和南极大陆6个大尺度区域12 - 2月的降水趋势变化及旱涝气候变化。
• The approaches establish a relationship between monthly precipitation abnormality and monthly circulation , soil moisture and temperature on the shallow and deep layers . the relationship is the precipitation diagnostic equation and its coefficients and dimensions are determined by using the observed data of huai river basin . then we select the main soil moisture and temperature attributing factors by the dimensional analysis to establish a forecasting equation of summer precipitation over huai river basin with the statistic approach
  通过将大气中的热量、水汽收支方程与一个简化的两层土壤温度、湿度方程相结合，并依据月尺度大气环流的演变特征，推导出月降水距平与500hp月平均高度距平场、土壤深浅两层温、湿度的关系；利用台站观测资料，使用统计反演方法确定方程中各项的系数和量级，从而找出影响降水的主要土壤温、湿因子；利用统计方法建立这些因子与淮河流域夏季降水异常之间的简单线性预报方程，并对1992 - 2000年淮河流域夏季降水趋势进行回报。