定向红外冠层温度与植物水分胁迫的关系

J. Norman, N. Goel, J. Ghen, S.F. Sun
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引用次数: 2

摘要

植物水分状况只是影响冠层温度的众多因素之一,但它是最重要的因素之一,因为它直接影响植被活力和植被表面与大气之间的能量交换。它基于一个详细的土壤-植物-大气模型,该模型预测了定向红外温度(IRT)以及碳、水和能量收支,提供了一种评估成功反演模型以从远程热观测中获得水分胁迫预测的可能性的方法。敏感性测试。
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Relating Directional Infrared Canopy Temperatures To Plant Water Stress
Plant water status is only one of many factors that affect canopy temperature, but it is one of the most important because of its direct effect on vegetation vitality and energy exchanges between the vegetated surface and the atmosphere. which is based on a detailed soil-plant-atmosphere model that predicts directional infrared temperature (IRT) along with carbon, water and energy budgets, provides a means of assessing the likelihood of successfully inverting models to obtain water stress predictions from remote thermal observations. Sensitivity testing.
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