river aggradation
河流堆积
alluvial aggradation
冲积堆积
aggradation of sediment
沉积物的堆积
coastal aggradation processes
海岸堆积过程
aggradation and erosion
堆积与侵蚀
geomorphological aggradation
地貌堆积
historical aggradation patterns
历史上的堆积模式
the river experienced aggradation due to sediment buildup.
由于沉积物的堆积，河流发生了河床抬升。
geological surveys revealed significant aggradation in the delta region.
地质调查显示三角洲地区出现了显著的河床抬升。
the aggradation of soil led to increased land fertility.
土壤的堆积导致土地肥力增加。
erosion and aggradation are natural processes that shape landscapes.
侵蚀和河床抬升是塑造景观的自然过程。
over time, the aggradation of sediment created a new landform.
随着时间的推移，沉积物的堆积形成了一个新的地貌。
aggradation can be both beneficial and detrimental to ecosystems.
河床抬升对生态系统既有益处也有害处。
understanding aggradation patterns is crucial for flood management.
理解河床抬升模式对于防洪管理至关重要。
human activities can accelerate the process of aggradation.
人类活动可以加速河床抬升过程。
sediment transport and aggradation are key factors in river dynamics.
沉积物输运和河床抬升是河流动力学的关键因素。
aggradation can lead to the formation of wetlands and other valuable habitats.
河床抬升可能导致形成湿地和其他有价值的栖息地。
river aggradation
河流堆积
alluvial aggradation
冲积堆积
aggradation of sediment
沉积物的堆积
coastal aggradation processes
海岸堆积过程
aggradation and erosion
堆积与侵蚀
geomorphological aggradation
地貌堆积
historical aggradation patterns
历史上的堆积模式
the river experienced aggradation due to sediment buildup.
由于沉积物的堆积，河流发生了河床抬升。
geological surveys revealed significant aggradation in the delta region.
地质调查显示三角洲地区出现了显著的河床抬升。
the aggradation of soil led to increased land fertility.
土壤的堆积导致土地肥力增加。
erosion and aggradation are natural processes that shape landscapes.
侵蚀和河床抬升是塑造景观的自然过程。
over time, the aggradation of sediment created a new landform.
随着时间的推移，沉积物的堆积形成了一个新的地貌。
aggradation can be both beneficial and detrimental to ecosystems.
河床抬升对生态系统既有益处也有害处。
understanding aggradation patterns is crucial for flood management.
理解河床抬升模式对于防洪管理至关重要。
human activities can accelerate the process of aggradation.
人类活动可以加速河床抬升过程。
sediment transport and aggradation are key factors in river dynamics.
沉积物输运和河床抬升是河流动力学的关键因素。
aggradation can lead to the formation of wetlands and other valuable habitats.
河床抬升可能导致形成湿地和其他有价值的栖息地。
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