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In situ observation of soil macropores using infraredthermography

机译:红外热成像原位观察土壤大孔

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摘要

-Soil macropores characterization improves the understanding of hydraulic behaviour and soil hydrological processes. This study presents an exploratory in situ assessment of soil surface macropores using an infrared thermography technique based on temperature gradients originating from soil surface heating with hot air. Although the presence of seeds, pebbles, stones and vegetation may create difficulty in the application of the technique, in particular because they might mask the presence of the macropores, the technique was successful in identifying surface macropores, providing a low cost and fast methodology to assess mapping soil surface macropores.
机译:-土壤大孔特征可增进对水力行为和土壤水文过程的了解。这项研究提出了基于红外热成像技术的土壤表面大孔的探索性原位评估,该技术基于热空气加热土壤表面产生的温度梯度。尽管种子,鹅卵石,石头和植被的存在可能会给该技术的应用带来困难,特别是因为它们可能掩盖了大孔的存在,但该技术成功地识别了表面大孔,从而提供了一种低成本且快速的方法评估测绘土壤表面大孔。

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