广西水利水电Issue(4)：4-8,5.
融合多源数据的广西典型灌区作物种植结构、蒸散发及土壤墒情反演研究
Research on crop planting structure,inversion of evapotranspiration and soil moisture in typical irrigation zones of Guangxi by integrating multi-source data
摘要
Abstract
Guangxi is the crucial agricultural production base in South China.Its crop planting structure and water resource utilization efficiency play vital roles in regional agricultural development.Taking the Changqi Irrigation Zone in Guangxi as the research object,based on the Sentinel-2 multi-temporal remote sensing data,the Penman-Monteith model and the Surface Water Content Index(SWCI),a systematic analysis was made on the characteristics of crop planting structure,evapotranspiration dynamics,and soil moisture distribution pattern in the irrigation zone.The results demonstrated that:①The proportion of crops planted in this irrigation zone is 8.45%for rice,0.18%for corn,and 10.13%for sugarcane;②Evapotranspiration exhibited a spatial pattern characterized by higher values in the northwestern regions and lower values in the southeastern areas;③Soil moisture content displayed a distribu-tion trend of higher in western regions compared to eastern areas.关键词
作物种植结构/蒸散发反演/土壤墒情/遥感技术/长歧灌区Key words
crop planting structure/evapotranspiration inversion/soil moisture/remote sensing technology/Changqi Irrigation Zone分类
农业科技引用本文复制引用
丁璨,王雅婷,陈锦云,甘福,邵金华..融合多源数据的广西典型灌区作物种植结构、蒸散发及土壤墒情反演研究[J].广西水利水电,2025,(4):4-8,5.基金项目
广西重点研发计划项目(桂科AB23026021和桂科AB19245039) （桂科AB23026021和桂科AB19245039）
