Ecologically oriented spatial configuration of basic farmlands in Lulong County, Hebei Province: Ecologically oriented spatial configuration of basic farmlands in Lulong County, Hebei Province

Q3 Agricultural and Biological Sciences
Qinglong Ding, Ming Men
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Abstract

The basic farmlands are the essences of cultivated land,and support the functions of production,social security and ecological protection.Driven by market economy and afforestation of farmlands in recent years,the production space of basic farmlands has reduced continuously.Thus basic farmland protection and configuration has become a hotly debated issue at national and international levels.However,there is little integrated and comprehensive research on correlation among food security,economic development and ecological protection.To coordinate the relationship among food security,economic development and ecological protection,the appropriate planning of ecosystem and establishment of safe regional landscape pattern are necessary.Based on the ecological infrastructure construction and basic farmland demand,this paper predicted basic farmland area and allocation in the target year of Lulong County,Hebei Province by comprehensively adopting the ideas of "anti-planning" and ecological infrastructure.The study established a network of ecological infrastructure as the constraint framework of the basic farmland demarcation in Lulong County.The northern,southeast and southwest parts presented low-level of security where the natural conditions required strict protection and non-construction of farmlands.The area from the south to north presented medium-level security serving as a transition zone of the low-level security.The high-level security areas embedded among the low and medium security area had severe ecological conditions.Based on evaluation of the suitability of land for construction,the paper adopted a "matrix" to divide the county development grid unit space suitability into degrees.The higher degrees were used as reserved lands for future development and construction.The development potential was high in the southwest of Lulong County and medium in the central region development,which constituted the key areas for basic farmland management in the study area.The northern part of the county was constrained in the low development zone.It was not fit for the delineation and layout of basic farmlands.This paper allocated the areas with both medium-high security and low suitability for construction as the key configurations of basic farmlands in the region by using GIS.Based on this allocation,36 800.27 hm2 basic farmlands were allocated into different towns of the county.Among the zones,the farmland with both medium-high security and low suitability for construction were in Yanheying,Lulong,Yinzhuangxiang and Panzhuang townships with total land area of 15 570.45 hm2,which was 42.31% of total basic farmlands in the study area.The results showed that the spatial configuration of basic farmlands from ecological orientation was sufficiently protective for ecological environment and reserved the construction lands for future development.The method and new perspective were good for evaluation of ecosystems in terms of quantity,quality,ecology and construction suitability.
河北省卢隆县基本农田生态导向空间格局——以河北省卢隆县为例
基本农田是耕地的精华,支撑着生产、社会保障和生态保护功能。近年来,在市场经济和农田绿化的推动下,基本农田的生产空间不断缩小。因此,基本农田的保护与配置已成为国内外争论的热点问题。然而,对粮食安全、经济发展与生态保护之间的关系进行综合、全面的研究却很少。要协调好粮食安全、经济发展和生态保护三者之间的关系,就必须对生态系统进行合理规划,建立安全的区域景观格局。基于生态基础设施建设和基本农田需求,综合采用“反规划”和生态基础设施的思路,对河北省卢龙县目标年的基本农田面积和配置进行了预测。建立了生态基础设施网络作为卢隆县基本农田划界的约束框架。北部、东南部和西南部自然条件较差,需要严格保护和不建设农田。从南到北为中等安全级别,是低安全级别的过渡区。中低安全区域之间的高安全区域生态条件较为恶劣。在对建设用地适宜性评价的基础上,采用“矩阵”法对县域发展网格单元空间适宜性进行度划分。高等学位被用作未来发展和建设的预留土地。卢隆县西南部发展潜力大,中部发展潜力中等,是研究区基本农田经营的重点区域。县城北部受低开发区制约。它不适合基本农田的划定和布局。本文利用GIS技术,将中高安全性和低适宜性区域划分为该区基本农田的关键配置。在此基础上,将36 800.27 hm2基本农田分配到县域各镇。其中,中高安全性和低适宜性农田集中在沿河营、卢龙、银庄乡和盘庄乡,总用地面积为15 570.45 hm2,占研究区基本农田总面积的42.31%。结果表明:从生态取向上看,基本农田的空间配置对生态环境具有充分的保护作用,为未来发展预留了建设用地;该方法和新视角有利于生态系统的数量评价、质量评价、生态评价和建设适宜性评价。
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来源期刊
Chinese Journal of Eco-agriculture
Chinese Journal of Eco-agriculture Environmental Science-Ecology
CiteScore
2.70
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0.00%
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