GOS:全球观测系统
全球观测系统(Global Observing System,常缩写为GOS)是为了便于书写和使用而形成的简称。这一术语广泛应用于学术及科研领域,特别是在海洋科学中,用以指代覆盖全球范围的综合性观测网络。该系统通过收集与分析全球环境数据,为气候研究、气象预测和海洋资源管理提供关键的科学依据。
Global Observing System具体释义
Global Observing System的英文发音
例句
- World Weather Watch global observing system;
- 世界天气监视网司;
- In recent years, sensor networks and remote sensing technology are widely used, and the global observing system is gradually improved and perfected. Temporal-spatial field data play a more and more important role in the continuous expression of geographical phenomena.
- 近年来,随着全球观测系统(GOS)的逐步健全与完善,传感器网络以及遥感等技术的广泛应用,时空场数据在连续地理现象的表达方面发挥越来越明显的作用。
- For the filtered model, the values of d, of Δ p and of Δ t, in general, come near those required in the MANUAL ON THE GLOBAL OBSERVING SYSTEM published in 1980 by WMO.
- 对于过滤大气模式,d,Δp,Δt的值和世界气象组织对全球观测系统(GOS)所要求的相近;
- Global Sea-level Observing System
- 全球海平面观测系统
- Since 1980s continuous development of the global climate observing system, successful implementation of the international field experiments in different regions as well as the fast development of computer performance have provided great support to the booming of climate models.
- 20世纪80年代以来,全球气候观测系统的不断完善、国际大型外场观测试验的成功实施以及高性能计算机的飞速发展,为气候模式的迅猛发展提供了基础和条件。
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