1) artificial water level observation
人工观测水位
2) Manual observation
人工观测
1.
Great changes have taken place in the observational rules and methods of AWS comparing with manual observations.
利用2001—2005年我国700个地面自动气象站与人工平行观测期间的数据,对自动与人工观测的气温、气压、相对湿度、地表温度、风速风向、降水量进行了差异分析,统计了两种观测之间的对比差值、百分误差和风向相符率。
2.
Since both field intercomparison experiment results and parallel comparison observation results show that the difference is much great between the amount of rainfall measured by commonly used rain gauges(manual observation) and that measured by tipping-b.
利用全国627个基准、基本站2005年自动与人工雨量业务观测资料,分析了业务上自动与人工观测的降雨量的差异以及引起差异的原因,并分析了自动观测与人工观测的降雨量的相关性。
3.
O hereafter) are higher than that of manual observations (M.
对于风资料观测的差异分析,首先统计分析了自动和人工观测定时风向的相符率及其年变化情况,其次分析了定时风速对比差值的年变化规律,并对风速对比差值的不确定度、粗差率和一致率进行了分析。
3) Artificial observation
人工观测
1.
In this paper,the theory and practice demonstrated that the automatic observation data is better than that one of artificial observation,better to reflect the true state of atmosphere.
本文从理论与实践两个方面论证了自动观测的大多数数据优于人工观测,更能反映大气的真实状况。
4) Water level observation
水位观测
1.
The overexploitation of underground water would lead to continuous drop of groundwater level,change of water quality and dry-up in dynamic water level observation wells.
长期过量开采地下水,使地下水位持续下降、水质发生变化,动水位观测井断流;地面沉降造成井管上窜,观测管路系统被损坏等,这些现象对地震地下流体观测地震前兆异常的正确判断带来很大困难。
5) hydraulic observation
水工观测
1.
Setting-up hydraulic observation forecasting model by EXCEL;
用EXCEL建立水工观测预报模型
6) manual observation station
人工观测站
补充资料：地下水水位观测(见水位观测)
地下水水位观测(见水位观测)
d ixiashui shuiwei guanee地下水水位观测见水位观测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条