macropores are large pores that facilitate rapid water movement through the soil.
大孔隙是促进水分在土壤中快速流动的大孔隙。
root channels often function as macropores, enhancing drainage capabilities.
根系通道通常起着大孔隙的作用，增强排水能力。
earthworms create macropores that significantly improve soil aeration.
蚯蚓制造的大孔隙显著改善了土壤通气性。
preferential flow occurs when water bypasses the soil matrix through macropores.
当水流通过大孔隙绕过土壤基质时，就会发生优先流。
cracks in clay soils act as macropores, affecting solute transport.
粘土中的裂缝起着大孔隙的作用，影响溶质运移。
macropores play a crucial role in maintaining soil structure and permeability.
大孔隙在维持土壤结构和渗透性方面起着至关重要的作用。
researchers used x-ray computed tomography to visualize macropores in the sample.
研究人员使用x射线计算机断层扫描技术来可视化样本中的大孔隙。
biopores are a type of macropores formed by living organisms.
生物孔是由生物体形成的一种大孔隙。
the study analyzed the connectivity of macropores within the groundwater aquifer.
该研究分析了地下水含水层内大孔隙的连通性。
tillage practices can destroy natural macropores, reducing water infiltration rates.
耕作方式可能破坏天然大孔隙，从而降低水分入渗率。
contaminants can rapidly reach groundwater by flowing through macropores.
污染物可以通过大孔隙迅速到达地下水。
macropores are large pores that facilitate rapid water movement through the soil.
大孔隙是促进水分在土壤中快速流动的大孔隙。
root channels often function as macropores, enhancing drainage capabilities.
根系通道通常起着大孔隙的作用，增强排水能力。
earthworms create macropores that significantly improve soil aeration.
蚯蚓制造的大孔隙显著改善了土壤通气性。
preferential flow occurs when water bypasses the soil matrix through macropores.
当水流通过大孔隙绕过土壤基质时，就会发生优先流。
cracks in clay soils act as macropores, affecting solute transport.
粘土中的裂缝起着大孔隙的作用，影响溶质运移。
macropores play a crucial role in maintaining soil structure and permeability.
大孔隙在维持土壤结构和渗透性方面起着至关重要的作用。
researchers used x-ray computed tomography to visualize macropores in the sample.
研究人员使用x射线计算机断层扫描技术来可视化样本中的大孔隙。
biopores are a type of macropores formed by living organisms.
生物孔是由生物体形成的一种大孔隙。
the study analyzed the connectivity of macropores within the groundwater aquifer.
该研究分析了地下水含水层内大孔隙的连通性。
tillage practices can destroy natural macropores, reducing water infiltration rates.
耕作方式可能破坏天然大孔隙，从而降低水分入渗率。
contaminants can rapidly reach groundwater by flowing through macropores.
污染物可以通过大孔隙迅速到达地下水。
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