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Development of a Dynamic Web Mapping Service for Vegetation Productivity Using Earth Observation and in situ Sensors in a Sensor Web Based Approach

机译:在基于传感器网络的方法中使用地球观测和原位传感器开发用于植被生产力的动态网络制图服务

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This paper describes the development of a sensor web based approach which combines earth observation and in situ sensor data to derive typical information offered by a dynamic web mapping service (WMS). A prototype has been developed which provides daily maps of vegetation productivity for the Netherlands with a spatial resolution of 250 m. Daily available MODIS surface reflectance products and meteorological parameters obtained through a Sensor Observation Service (SOS) were used as input for a vegetation productivity model. This paper presents the vegetation productivity model, the sensor data sources and the implementation of the automated processing facility. Finally, an evaluation is made of the opportunities and limitations of sensor web based approaches for the development of web services which combine both satellite and in situ sensor sources.
机译:本文介绍了一种基于传感器网络的方法的开发,该方法结合了地球观测和原位传感器数据,以得出由动态网络地图服务(WMS)提供的典型信息。已开发出一个原型,该原型可为荷兰提供250 m的空间分辨率的每日植被生产力图。通过传感器观测服务(SOS)获得的每日可用的MODIS表面反射率产品和气象参数被用作植被生产力模型的输入。本文介绍了植被生产力模型,传感器数据源以及自动化处理设备的实现。最后,对基于传感器网络的方法的机遇和局限性进行了评估,以开发结合了卫星和现场传感器资源的网络服务。

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