数字农科院2.0

Optimizing cotton yield and soil salinity management: Integrating brackish water leaching and freshwater drip irrigation with subsurface drainage

文献类型： 外文期刊

作者： Dongwei Li;Yuhui Yang;Yulong Zhao;Xinguo Zhou;Qibiao Han;Hongguang Liu;Mingsi Li

作者机构：

关键词： AquaCrop and Drainmod-S models;Brackish water;Cotton yield;Soil salinity;Subsurface drainage

期刊名称： Field Crops Research

ISSN： 0378-4290

年卷期： 2024 年 314 卷

页码：

收录情况： SCIE（2024版）

摘要： Context: The contradiction between land improvement in saline-alkali areas and water-saving irrigation in the arid regions is becoming increasingly prominent, affecting the movement of soil water and salt as well as cotton growth. Objectives: To effectively improve soil quality and alleviate soil salinization issues under the premise of water conservation to increase cotton yields, a method involves conducting brackish water leaching during the non-growing season and utilizing freshwater drip irrigation during the growing season for cotton under subsurface drainage. Methods: A 2-year field experiment using six subsurface drainage systems at different depths of 0.8 and 1.1 m and different spacings of 10, 20, and 30 m respectively, alongside a non-drainage treatment as control (CK) was conducted in Aral, Xinjiang, China. Furthermore, efficient simulations of soil water and salt dynamics as well as cotton growth in arid regions under subsurface drainage conditions could be achieved using AquaCrop and DRAINMOD-S models. Results: The results showed that soil salinity leaching could be achieved effectively with the use of appropriate brackish water and subsurface drainage pipes with the proper technical parameters during the non-growing season. Compared with the non-drainage treatment, the subsurface drainage and drip irrigation with freshwater reduced soil salinity effectively and improved growth indices and cotton yield considerably during the growing season. The rate of soil desalination exhibited an upward trend as the distance of subsurface pipes decreased, and the growth indices of cotton increased with the decrease in distance and depth of t subsurface pipes. Conclusion: This study concluded that using brackish water in the non-growing season, appropriate selection of irrigation water volume, spacing, and depth of subsurface pipes can simultaneously improve soil salinity drainage and cotton yield. Implications: This research suggests new irrigation and management recommendations for agricultural production and achieves more efficient water use and crop cultivation under arid conditions, providing a new insight into the efficient use of saline soil resources in the arid regions in Xinjiang.

分类号：

  • 相关文献

[1]Subsurface drainage influences the structure and assembly of soil bacterial and fungal communities in salinized cotton field. Li, Dongwei,Yang, Yuhui,Zhao, Yulong,Tian, Guangli,Zhou, Xinguo,Qiu, Husen,Li, Mingsi. 2022

[2]Effect of Subsurface Drainage Combined with Biochar on the Bacterial Community Composition of Coastal Saline Soil. Yuyu Tian,Dongwei Li,Yuting Wang,Qingqing Zhao,Zongpeng Li,Rui Jing,Xinguo Zhou. 2023

[3]Effects of Drainage Technology on Waterlogging Reduction and Rice Yield in Mid-Lower Reaches of Yangtze River. Qi, Bowei,Yang, Shenjiao,Li, Dongwei,Qin, Dandan,Zheng, Xingfei,Hu, Jianlin,Zhou, Xinguo,Liu, Hongquan. 2025

[4]Soil Salt Accumulation, Physiological Responses, and Yield Simulation of Winter Wheat to Alternate Saline and Fresh Water Irrigation in the North China Plain. Rajesh Kumar Soothar,Chao Wang,Li Li,Ningbo Cui,Wenying Zhang,Yaosheng Wang. 2021

[5]Enhancing the wheat growth through micronutrients enriched biochar under salt stress. Mukhtar M.S.,Khan W.-U.-D.,Khan A.U.,Rahman S.U.,Guo W.. 2023

[6]Response of Soil Microenvironment and Crop Growth to Cyclic Irrigation Using Reclaimed Water and Brackish Water. Chuncheng Liu,Juan Wang,Pengfei Huang,Chao Hu,Feng Gao,Yuan Liu,Zhongyang Li,Bingjian Cui. 2023

[7]EXTENUATING THE DETRIMENTAL EFFECTS OF SODIC WATER ON AGRONOMIC, IONIC, AND QUALITY ATTRIBUTES OF FODDERS. S. Nazeer,G. Sarwar,M. A. Tahir,A. R. Siddiqui,S. Gul,J. Sherani,J. Ahmad. 2023

[8]Response of Soil and Crop to Mixed Irrigation Using Brackish and Reclaimed Water. Chuncheng Liu,Juan Wang,Bingjian Cui,Chao Hu,Feng Gao,Haiqing Wu. 2022

[9]Water and salt replacement through soil salt leaching under brackish water conditions with subsurface pipe drainage. Li, Dongwei,Zhao, Yulong,Li, Mingsi,Zhou, Xinguo,Li, Wenhao,Jia, Yanhui. 2023

[10]Mixed irrigation affects the composition and diversity of the soil bacterial community. Zhao, Jieru,Wang, Juan,Cui, Bingjian,Zhai, Biyu,Hu, Chao,Liu, Yuan,Xia, Lu,Liu, Chuncheng,Li, Zhongyang. 2024

[11]Evaluating the impacts of long-term saline water irrigation on soil salinity and cotton yield under plastic film mulching: A 15-year field study. Zhang J.,Wang H.,Feng D.,Cao C.,Zheng C.,Dang H.,Li K.,Gao Y.,Sun C.. 2024

[12]Silicon Improves Soil Environment and Promotes Crop Growth under Compound Irrigation via Brackish Water and Reclaimed Water. Chuncheng Liu,Bingjian Cui,Pengfei Huang,Chao Hu,Jieru Zhao,Zhongyang Li,Juan Wang. 2024

[13]Evaluation and application of AquaCrop in simulation of alternate irrigation with brackish and fresh water for cotton under mulch drip irrigation in southern Xinjiang. Peiwen Xu,Peicheng Wang,Hao Liu,Huifeng Ning,Jinglei Wang. 2025

[14]A comparative transcriptome analysis of two sets of backcross inbred lines differing in lint-yield derived from a Gossypium hirsutum x Gossypium barbadense population. Wu Man,Liyuan Zhang,Xihua Li,Xiaobing Xie,Wenfeng Pei,Jiwen Yu,Shuxun Yu,Jinfa Zhang. 2016

[15]Goosegrass (Eleusine indica) density effects on cotton (Gossypium hirsutum). Ma Xiao-yan,WU Han-wen,JIANG Wei-li,MA Ya-jie,MA Yan. 2015

[16]Genotypic variation in carbon and nitrogen metabolism in the cotton subtending leaves and seed cotton yield under various nitrogen levels. Iqbal, Asif,Jing, Niu,Qiang, Dong,Kayoumu, Mirezhatijiang,Wang, Xiangru,Gui, Huiping,Zhang, Hengheng,Xiling, Zhang,Meizhen, Song. 2022

[17]Fruits-Based Critical Nitrogen Dilution Curve for Diagnosing Nitrogen Status in Cotton. Weina Feng,Xiaofei Li,Helin Dong,Yukun Qin,Miao Sun,Jingjing Shao,Cangsong Zheng,Pengcheng Li. 2022

[18]Impacts of Saline Water Irrigation on Soil Respiration from Cotton Fields in the North China Plain. Shuang Zhou,Yang Gao,Junpeng Zhang,Jie Pang,Abdoul Kader Mounkaila Hamani,Chunping Xu,Hongkai Dang,Caiyun Cao,Guangshuai Wang,Jingsheng Sun. 2023

[19]Split-nitrogen application increases nitrogen-use efficiency and yield of cotton. Feng, Weina,Li, Pengcheng,Zheng, Cangsong,Sun, Miao,Shao, Jingjing,Li, Xiaofei,Dong, Helin. 2023

[20]Effects of Drip Irrigation Flow Rate and Layout Designs on Soil Salt Leaching and Cotton Growth under Limited Irrigation. Yurong Chang,Dongwei Li,Shuai He. 2024

作者其他论文 更多>>