Semih KUTER, Çağrı Hasan KARAMAN, Mustafa Berkay AKPINAR, Zuhal AKYÜREK
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引用次数: 0
摘要
本文的主要框架是介绍EMUTSAT H SAF新一代半球形日雪水当量(SWE)产品H65的首次验证结果。它利用无源微波辐射测量传感器的数据来估计SWE。在合适的空间尺度上运行,它提供了对积雪积累和融化动态的洞察,推进了基于卫星的跨不同区域的积雪监测。验证期涵盖2021雪年,从2023年1月到3月,在此期间,干雪条件普遍存在。验证在两个不同的地理区域进行,土耳其和相邻的美国。对于土耳其,采用土耳其国家气象局提供的原位雪深测量。另一方面,使用NOAA国家冰雪数据中心的1 km网格SWE数据集对美国进行验证,在土耳其的验证结果得出的总体RMSE为39.27 mm,而在美国的验证结果为15.19 mm。结果表明,H65 SWE产品符合平坦(40 mm)和山区(45 mm)的产品要求阈值。
Anadolu Platosundan Amerika Ovalarına: EUMETSAT H SAF'ın Yeni Nesil Kar Suyu Eşdeğeri Ürününün Türkiye ve ABD Üzerindeki Kıtalararası Değerlendirmesi
The main frame of this paper is to present the first validation results of the new generation hemi-spherical daily snow water equivalent (SWE) product of the EMUTSAT H SAF, namely, H65. It utilizes data from passive microwave radiometry sensors to estimate SWE. Operating at a suitable spatial scale, it offers insights into snow accumulation and melting dynamics, advancing satellite-based snow monitoring across diverse regions. The validation period covers the 2021 snow year, from January to March 2023, during which the dry snow conditions prevail. The validation is conducted in two distinct geographic regions, Turkey, and the conterminous U.S. For Turkey, the in-situ snow depth measurements provided by the Turkish State Meteorological Service are employed. On the other hand, the 1-km gridded SWE dataset of NOAA National Ice and Snow Data Center is used in the validation over the U.S. The validation results over Turkey yields an overall RMSE of 39.27 mm, whereas it reads 15.19 mm for the U.S. These results indicate that the H65 SWE product complies with the product requirement thresholds for both flat (40 mm) and mountainous (45 mm) areas.