A ground network for SAR-derived soil moisture product calibration, validation and exploitation in Southern Italy

A. Balenzano, G. Satalino, V. Iacobellis, A. Gioia, S. Manfreda, M. Rinaldi, P. Vita, F. Miglietta, P. Toscano, G. Annicchiarico, F. Mattia
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引用次数: 16

Abstract

A ground network of 12 stations continuously monitoring soil moisture and temperature at various depths has been recently set up over an experimental site of 4km2 in the Capitanata plain (Southern Italy). The calibration of the instrumentation is in progress. The long-term high resolution ground observations will be well-suited for SAR-derived soil moisture product validation. Moreover, the ground network will be also associated with hydrologic and agricultural model activities, with the aim of combining land process models with Earth Observation for improving land applications, such as flood/drought and crop yield monitoring and forecast. Indeed, the Capitanata plain is a crucial area in the Mediterranean basin for studying the impact of climate changes and anthropogenic pressure on water availability/demand and wheat production.
意大利南部基于sar的土壤水分产品校准、验证和开发的地面网络
最近,在卡皮塔纳塔平原(意大利南部)一个面积4平方公里的试验点上建立了一个由12个站点组成的连续监测不同深度土壤湿度和温度的地面网络。仪器的校正工作正在进行中。长期的高分辨率地面观测将非常适合于sar衍生的土壤湿度产品验证。此外,地面网络还将与水文和农业模式活动相联系,目的是将土地过程模式与地球观测相结合,以改善土地应用,如洪水/干旱和作物产量监测和预报。事实上,卡皮塔纳塔平原是地中海盆地研究气候变化和人为压力对水供应/需求和小麦生产影响的关键地区。
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