Preliminary Observations of Cold-Point Tropopause Temperature, Altitude, and Pressure in 2020 over Laoag, Philippines Using Radiosonde

R. M. Guido, E. Macalalad, J. Kalaw, P. Tucio, P. P. Divinagracia
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Abstract

This study covers the 2020 tropical tropopause in the Philippines. Currently there are limited studies and would like to contribute on the exploration of tropical tropopause in the Philippines. The Cold-point tropopause (CPT) data such as altitude (CPT-A), temperature (CPT-T), and pressure (CPT-P), were retrieved from the National Oceanic and Atmospheric Administration (NOAA) National Centers for Environmental Information through the Integrated Global Radiosonde Archive (IGRA). This study reveals that both the CPT-P and CPT-T, which reached their peak in August and had their lowest levels in October. This is seen in the observation of the dry, chilly season in the Philippines. The variations in CPT-A, CPT-T, and CPT-P allow for the measurement of the annual fluctuation in the temperature of the Philippines. During the year 2020, the CPT-A and CPT-T levels are both decreasing while CPT-P is increasing. The results of this study complement findings from earlier studies, which typically indicate the transition in the Philippines occur during the country's tropical season. The CPT-T rises as the rainy season approaches, and peaks in August. During the dry season, the mean CPT-T value falls, hitting a minimum in October, which corresponds with the cold dry season. The opposite relationship exists between CPT-A and CPT-P observations.
利用无线电探空仪对2020年菲律宾劳阿格上空对流层顶冷点温度、高度和压力的初步观测
本研究涵盖了2020年菲律宾热带对流层顶。目前对菲律宾热带对流层顶的研究有限,希望对菲律宾热带对流层顶的探索有所贡献。冷点对流层顶(CPT)数据,如海拔(CPT- a)、温度(CPT- t)和压力(CPT- p),通过综合全球无线电探空档案(IGRA)从美国国家海洋和大气管理局(NOAA)国家环境信息中心检索。研究发现,CPT-P和CPT-T均在8月达到峰值,10月最低。这可以从菲律宾干燥、寒冷的季节观察到。CPT-A、CPT-T和CPT-P的变化可以用来测量菲律宾气温的年波动。2020年,CPT-A和CPT-T水平均呈下降趋势,而CPT-P水平呈上升趋势。这项研究的结果补充了早期研究的结果,这些研究通常表明菲律宾的转变发生在该国的热带季节。CPT-T随着雨季的临近而上升,并在8月达到峰值。在旱季,平均CPT-T值下降,在10月达到最小值,与冷旱季相对应。CPT-A和CPT-P观测值之间存在相反的关系。
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