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Web service-based SMAP soil moisture data visualization, dissemination and analytics based on vegscape framwork

机译:基于Web服务的SMAP土壤湿度数据可视化,基于VEGSCUPE FRAMWork的传播和分析

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Timely, frequent, crop vegetation condition information, with complete geospatial coverage acquired throughout the growing season is critical for public and private sector decision making that concerns agricultural policy, production, food security, and food prices. The NASA Soil Moisture Active and Passive (SMAP) mission provides such a reliable data source for cropland soil moisture assessment. This paper presents a prototype of an interactive Web service based SMAP soil moisture visualization, dissemination and analytics system for US soil moisture monitoring based on the VegScape framework. This system automatically retrieves and preprocesses SMAP soil moisture data for US cropland soil moisture condition monitoring and assessment. The prototype takes advantage of the VegScape's service oriented architecture and adds a new component for SMAP soil moisture. It reuses existing VegScape visualization, dissemination and analytical functionalities and tools. The prototype inherits the capabilities of interactive map operations, data dissemination, statistical tabulating and charting, comparison analysis, and various Web services.
机译:在整个生长季节获得的完整地理空间覆盖的及时,频繁,庄稼植被条件信息对于农业政策,生产,粮食安全和食品价格而言,在整个生长季节获得完整的地理空间覆盖率至关重要。美国宇航局土壤水分活跃和被动(SMAP)任务为农业土壤水分评估提供了这种可靠的数据源。本文基于VEGSVSCE框架,提供了基于互动Web服务的基于互动Web服务的Smap土壤湿度可视化,传播和分析系统的仿制系统。该系统自动检索和预处理美国农田土壤水分状况监测和评估的SMAP土壤水分数据。原型利用VEGSCUPE的面向服务的架构,并为SMAP土壤水分添加新组件。它重用了现有的vegcape可视化,传播和分析功能和工具。原型继承了交互式地图操作,数据传播,统计标记和图表,比较分析和各种Web服务的功能。

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