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Analysis of rainfall pattern by using new weather station in Universiti Malaysia Pahang (UMP), Campus Gambang

机译:利用甘榜邦校园马来西亚彭亨大学(UMP)的新气象站分析降雨模式

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摘要

The set-up of weather station is inevitable to collect the data in order to identify the rainfall pattern of certain area. The collected data also can be used for research and planning our daily activities. Although there is one weather station existed in UniversitiudMalaysia Pahang (UMP) Gambang, the location is no longer suitable to collect the weather data. The weather station in UMP Gambang is needed to relocate due to obstructions and developments in vicinity which may affect the accuracy of the data. The set-up of weather station is conducted at UMP Gambang. The ideal criteria and newudlocation that fulfil the requirement to set up a weather station are at Kolej Kediaman 2 UMP Gambang. The ideal location and criteria is determined by refer to maival and standard guidelines. The data from Department of Irrigation and Drainage, Malaysian Meteorological Department and weather station of UMP Pëkan is used for analysed rainfall pattern. The rainfall data collected from the weather station UMP Gambang were also analysed to identifythe effect- of rainfall pattern due to weather change. The relationship between relative humidity, temperature and wind speed towards the rainfall pattern is analysed. When there are increases of temperature, the relative humidity is relatively lower and affects the amount rainfall. Although the relative humidity of theudsurrounding is very high, it is not necessary having rainfall. Besides that, it is found that the yearly rainfall amount from 2009 to 2013 for surrounding area Gambang shows not consistent for 5 consecutive years. The minimum and maximum total yearly data is 14176.1 mm and 19904 mm at 2010 and 2009 respectively.
机译:为了确定某些地区的降雨模式,气象站的建立不可避免地要收集数据。收集的数据还可以用于研究和计划我们的日常活动。尽管彭亨大学(UMP)甘邦大学有一个气象站,但该位置不再适合收集气象数据。由于附近的障碍物和发展可能会影响数据的准确性,因此需要迁移UMP Gambang中的气象站。在UMP Gambang进行气象站的设置。 Kolej Kediaman 2 UMP Gambang是满足建立气象站要求的理想标准和新的替代。理想的位置和标准是通过参考常规和标准指南确定的。灌溉和排水部门,马来西亚气象部门和UMPPëkan气象站的数据用于分析降雨模式。还分析了从气象站UMP Gambang收集的降雨数据,以确定天气变化引起的降雨模式的影响。分析了相对湿度,温度和风速对降雨模式的关系。当温度升高时,相对湿度相对较低,并影响降雨量。尽管周围环境的相对湿度很高,但不一定要降雨。除此之外,发现甘榜周边地区从2009年到2013年的年降雨量连续5年不连续。 2010年和2009年的最小和最大年度总数据分别为14176.1毫米和19904毫米。

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    Teo Wei Hui;

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  • 年度 2014
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