SOIL_WATER

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  • 期刊=International Soil and Water Conservation Researchx
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New empirical-point pedotransfer functions for water retention data for a wide range of soil texture and climates
《International Soil and Water Conservation Research》2024年第4期855-867,共13页Aline Mari Huf dos Reis Luiz Fernando Pires Robson AndréArmindo 
Knowing soil hydraulic properties is essential to support soil use and management practices;however,their measuring is commonly expensive and time-consuming.Thus,pedotransfer functions(PTFs)have been used to quantify ...
关键词：Soil water retention curve Soil water release curve Pedofunction 
Timely monitoring of soil water-salt dynamics within cropland by hybrid spectral unmixing and machine learning models
《International Soil and Water Conservation Research》2024年第3期726-740,共15页Ruiqi Du Junying Chen Youzhen Xiang Ru Xiang Xizhen Yang Tianyang Wang Yujie He Yuxiao Wu Haoyuan Yin Zhitao Zhang Yinwen Chen 
the National Natural Science Foundation of China for the project(No.52279047).
Soil salinization and water scarcity are main restrictive factors for irrigated agriculture development in arid regions.Knowing dynamics of soil water and salt content is an important antecedent in remediating saliniz...
关键词：XGBoost Sentinel-2 Spectral unmixing Soil water Soil salt Irrigation area 
Corrigendum to"Critical review of the impact of cover crops on s properties"[Int.Soil Water Conserv.Res.10(2022)343-354]
《International Soil and Water Conservation Research》2023年第1期224-224,共1页Komlan Koudahe Samuel C.Allen Koffi Djaman 
The authors regret that Logan.M.Simon and Augustine K.Obour who had edited,reviewed and rewritten the manuscript were omitted in the printed version of the above article and have agreed to credit them authorship for t...
关键词：CROPS LOGAN agreed 
Synergetic variations of active layer soil water and salt in a permafrost-affected meadow in the headwater area of the Yellow River,northeastern Qinghai-Tibet plateau被引量：2
《International Soil and Water Conservation Research》2022年第2期284-292,共9页Qingfeng Wang Huijun Jin Ziqiang Yuan Chengsong Yang 
the Strategic Priority Research Pro-gram of Chinese Academy of Sciences(Grant No.XDA20100103);Natural Science Foundation of China(Grant No.41971091).
The coupling effects and mechanisms of water,heat,and salt in frozen soils are considered to be one of the core scientific issues in frozen soil studies.This study was based on in situ observation data of active layer...
关键词：Freeze and thaw process Active layer Soil water Bulk electrical conductivity Yellow river 
The soil configuration on granite residuals affects Benggang erosion by altering the soil water regime on the slope被引量：7
《International Soil and Water Conservation Research》2021年第3期419-432,共14页Xiaoqian Duan Yusong Deng Yu Tao Yangbo He Lirong Lin Jiazhou Chen 
Financial support for this research was provided by the National Natural Science Foundation of China(No.41571258,42007055 and 41630858).
A permanent collapsing gully,locally called Benggang,formed on slopes with deep granite red soil and is a type of unique gully erosion widely prevalent in southern China.Three different soil configurations(SC),ie,red-...
关键词：Saturated hydraulic conductivity Water retention capacity Shear strength VADOSE/W model 
Spatiotemporal distribution of soil moisture in gully facies被引量：2
《International Soil and Water Conservation Research》2020年第1期15-25,共11页Seyed Hamidreza Sadeghi Gholam Ali Ghaffari Abdulsaleh Rangavar Zeinab Hazbavi Vijay P.Singh 
The present manuscript has been partially supported by the Agrohydrology Research Group of Tarbiat Modares University(grant IG-39713),Iran,concerning the corresponding author
Gully erosion is one of the most important forms of land degradation in many regions of the world.Understanding the process of gully erosion therefore is important for better management of the wa-tersheds prone to gul...
关键词：Soil moisture capacity Soil water Subsurface runoff Water erosion 
Hydrological cycle research by D&^(18)O tracing in small watershed in the loess hilly region
《International Soil and Water Conservation Research》2013年第3期75-82,共8页Xu Xuexuan Zhao Jiaona Zhang Xiaoni 
supported jointly by the Key Project of Chinese Academy of Sciences(KZZD-EW-04-03);the National Science Foundation of China(41171421);the Basic Scientific Fund of Northwest Agriculture and Forestry University(2109021121).
The objective of this study was to determine the mechanisms of the hydrologic cycle in the loess area in China.Sixty eight water samples from precipitation,soil water of the 0-4 m layer,surface water in the valley,gro...
关键词：Hilly area in the Loess Plateau PRECIPITATION GROUNDWATER Soil water D&^(18)O 
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