利用哨兵-3 号卫星图像分析 2021 年锯木海水表面温度

E. Handoko, Muhammad Aldila Syariz, Krisna Wahyu Wicaksono
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引用次数: 0

摘要

- 印度尼西亚海东部有一个非常独特的特点,那就是它被印度尼西亚贯穿流(ITF)所穿越。ITF 是水团从太平洋到印度洋的运动,由这两个大洋之间的压力差驱动。水团和洋流的运动以及全年吹过该地区的季风对印度尼西亚的海表温度(SST)产生影响。SST 可从 MODIS 和 SeaWIFs 等卫星图像中获得。本研究利用空间和时间分辨率均优于上述两种图像的哨兵-3 号海陆表面温度数据来处理海面温度值。研究还调查了海面温度值与印度尼西亚风向和风速的相关性。研究结果显示了 2021 年萨武海海面温度值的月度时间序列分布。分析表明,海面温度值最低出现在 7 月
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS SUHU PERMUKAAN LAUT SAWU TAHUN 2021 MENGGUNAKAN CITRA SENTINEL-3
- The eastern part of Indonesian Seas has a very unique characteristic as it is traversed by the Indonesian Through Flow (ITF). The ITF is a movement of water masses from the Pacific Ocean to the Indian Ocean, driven by the pressure differences between these two oceans. The movement of water masses and currents, along with the existence of monsoon winds that blow across the region throughout the year, impact the Sea Surface Temperature (SST) in Indonesia. The SST can be derived from satellite imagery such as MODIS and SeaWIFs images. This study utilized Sentinel-3 Sea and Land Surface Temperature data, with better spatial and temporal resolution than the two aforementioned images, to process the Sea Surface Temperature values. The research also investigated sea surface temperature values correlation with the movement and speed of winds occurring in Indonesia. The research results presented the monthly time-series distribution of sea surface temperature values in the Savu Sea for the year 2021. The analysis revealed that the lowest sea surface temperature values occurred in July
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