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ENVIRONMENTAL STUDY USING GLOBAL EARTH ENGINE: A SYSTEMATIC LITERATURE REVIEW

机译:使用全球地球发动机的环境研究:系统文献综述

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The emerging of technology, especially analysis using Google Earth Engine, has been giving a paradigm shift of the trend of analysis by considering the recent studies. It was used widely in many fields such as deforestation, water management, forest management, climate monitoring and biophysical studies. Objective: This systematic review was designed to assess the application of Global Earth Engine (GEE) in the global environmental study. It aimed to explore the application of remote sensing study in the GEE environment. Design: A systematic review of qualitative studies and expert opinion publications. Data Sources: A systematic literature search was undertaken of the following databases: Scopus and Web of Science (WOS). All papers reviewed were from 2013 to 2018 and were written in English. Review Methods: We identified 40 studies and expert opinion papers from the selected databases. After reviewing keywords and abstracts for the inclusion and exclusion criteria, 39 papers were selected for review. These were read and reread, with 40 papers, including one thesis, selected for quality appraisal. One paper was discarded due to the exclusion criteria. Results: Three major themes were evident in this study. First, mapping studies, secondly, biophysical model development and thirdly, change detection. Conclusions: The paper concludes with prospects, highlighting the use of datasets, particularly in the fields of environmental study.
机译:技术的新兴,特别是使用谷歌地球发动机的分析,通过考虑最近的研究,一直在发出分析趋势的范式转变。它被广泛用于许多领域,如森林砍伐,水管理,森林管理,气候监测和生物物理学研究。目的:该系统审查旨在评估全球地球发动机(GEE)在全球环境研究中的应用。它旨在探讨遥感研究在沟壑环境中的应用。设计:对定性研究和专家意见出版物的系统审查。数据来源:对以下数据库进行系统文献搜索:Scopus和Science Web(WOS)。综述的所有论文都从2013年到2018年,并用英语编写。审查方法:我们确定了40项研究和专家意见文件从所选数据库。在审核包含和排除标准的关键字和摘要后,选择了39篇论文进行审查。这些读取和重读了40篇论文,其中包括一篇论文,选择了质量评估。由于排除标准,一张纸被丢弃。结果:本研究中明显了三个主要主题。第一,映射研究,其次,生物物理模型发展,第三,改变检测。结论:本文结束前景,突出了数据集的使用,特别是在环境研究领域。

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