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Characteristics of soil water flow in naturalized farmland and their response to rainfall in the Loess Plateau of South Ningxia
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Characteristics of soil water flow in naturalized farmland and their response to rainfall in the Loess Plateau of South Ningxia
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Journal Article
Characteristics of soil water flow in naturalized farmland and their response to rainfall in the Loess Plateau of South Ningxia
2026
Overview
【Objective】The loess hilly region in southern Ningxia is ecologically fragile and naturalising farmland is a way to restore its ecological functions. While soil water is a key factor regulating ecosystem functions and stability, its response to rainfall in naturalised farmlands is not well understood. This paper investigates the spatiotemporal soil water dynamics and its response to rainfall in such ecosystems.【Method】Based on rainfall and soil moisture data measured from April to October 2023 in the vadose zone of a typical grassland (CD) and farmland (NT) in the southern Ningxia, we analysed the characteristics of soil water movement and their response to rainfall in the two ecosystems.【Result】① Light rainfall events only replenished the top 10 cm soil layer, while moderate rainfall events replenished the 0-30 cm soil layer. Under moderate rainfalls, noticeable soil moisture changes were observed mainly in the 10 cm and 30 cm layers in both ecosystems. ② There were significant differences in the response ti
Publisher
Science Press
