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Canada-0-DECALS ไดเรกทอรีที่ บริษัท
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ข่าว บริษัท :
- Agroseismology and the impact of farming practices on soil . . .
Combining observations from distributed acoustic sensing with physics-based hydromechanical modeling, we tracked minute-resolution, meter-scale seismic and hydrological changes across agricultural fields with controlled histories of tillage and compaction
- Agroseismology: unraveling the impact of farming practices on soil . . .
These results establish agroseismology as a non-invasive, extendable tool to uncover soil hydromechanics, explain why conventional farming intensifies variability, and provide new constraints for Earth system models, land management, and hazard resilience
- Agroseismology and the impact of farming practices on soil . . .
Impacts of farming practices on soil hydrodynamics are central to understanding agricultural landscapes covering almost half of the world's habitable land Combining observations from distributed acoustic sensing with physics-based hydromechanical modeling, we tracked minute-resolution, meter-scale …
- 农业地震学和耕作方式对土壤水动力学的影响—小柯机器人 . . .
Abstract: Impacts of farming practices on soil hydrodynamics are central to understanding agricultural landscapes covering almost half of the world’s habitable land
- 施其斌等-Science：光纤“听诊器”诊断农田土壤水分波动，揭示 . . .
摘要：在英国哈珀亚当斯大学实验田里，农学家连续11年控制着翻耕的深度，以及农具器械在田间行驶时的胎压，探究可再生的手段来修复土壤健康度。 但一直以来，农学家并没有有效的方式来确定耕作方式对土壤结构的影响。 在一次跨学科的学术探讨之后，中国科学院地质与地球物理研究所的地震学研究团队，将分布式光纤传感（DAS）技术引入这片田野，进行了为期两天的对土壤地震噪声的采集，他们通过尖端的DAS技术与独创的土壤结构模型，首次实时捕捉到了农田土壤在分钟级的结构波动，揭示了耕作方式对土壤水分变化过程的影响。 近日，该研究在Science上发表。 土壤是地球的“皮肤”，更是全球农业与生态稳定的基石。 长期以来，土壤水分的渗透与储存难以在田间尺度上进行高精度监测。 传统手段往往受限于空间覆盖不足或观测时间不连续。
- 施其斌等−Science：光纤“听诊器”诊断农田土壤水分波动 . . .
研究成果发表于国际学术期刊Science（Qibin Shi, David R Montgomery, Abigail L S, et al Agroseismology and the impact of farming practices on soil hydrodynamics [J] Science, 2026
- Agroseismology: unraveling the impact of farming practices . . .
These results establish agroseismology as a non-invasive, extendable tool to uncover soil hydromechanics, explain why conventional farming intensifies variability, and provide new constraints for Earth system models, land management, and hazard resilience
- Agroseismology and the impact of farming practices on soil hydrodynamics
Combining observations from distributed acoustic sensing with physics -based hydromechanical modeling, we tracked minute-resolution, meter-scale seismic and hydrological changes across agricultural fields with controlled histories of tillage and compaction
- Title: Agroseismology: unraveling the impact of farming practices on . . .
These results establish agroseismology as a non-invasive, extendable tool to uncover soil hydromechanics, explain why conventional farming intensifies variability, and provide new constraints for Earth system models, land management, and hazard resilience
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