DEVELOPING GEOINFORMATION SUPPORT FOR AGRICULTURAL LANDSCAPE DESIGN AT AN AGRICULTURAL ENTERPRISE

S. Pashkov, G. Mazhitova
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引用次数: 1

Abstract

In the paper, we discuss application of geoinformation systems in agriculture and their advantages in studying and mapping agricultural landscapes. We analyzed geoinformation support at agricultural enterprises in the Republic of Kazakhstan and its regions. The paper presents methodology for the development of GIS technologies to be applied at an agricultural enterprise. The study was conducted for the North Kazakhstan Agricultural Experimental Station LLP, which is a farm located in the North Kazakhstan Region. The GIS was developed based on the application of systemic and integrated approaches to agricultural landscape research and mapping. The GIS creation included several stages: determining the structure and content of the GIS; designing the GIS model; collecting, scanning, converting, and processing the data; developing a digital map base and a database; inputting information into the system. We created a digital map base and a database including information about the natural conditions and agricultural activities of the farm. The GIS developed by us can be used for production tasks; for performing spatial analysis of farmland; evaluating the effectiveness of agricultural technologies used; modeling, designing, and managing agricultural production; for predictive analytics based on an array of high-quality agro-information.
为某农业企业的农业景观设计开发地理信息支持
本文论述了地理信息系统在农业中的应用及其在农业景观研究和制图中的优势。我们分析了哈萨克斯坦共和国及其地区农业企业的地理信息支持。本文介绍了应用于农业企业的GIS技术的开发方法。该研究是为北哈萨克斯坦农业试验站LLP进行的,该试验站是位于北哈萨克斯坦地区的一个农场。地理信息系统是在应用系统和综合方法进行农业景观研究和制图的基础上发展起来的。地理信息系统的创建包括几个阶段:确定地理信息系统的结构和内容;GIS模型设计;采集、扫描、转换、处理数据;发展数字地图库和数据库;向系统输入信息。我们创建了一个数字地图库和一个数据库,其中包括有关农场自然条件和农业活动的信息。我们开发的GIS可以用于生产任务;进行农田空间分析;评估所使用农业技术的有效性;农业生产建模、设计和管理;用于基于一系列高质量农业信息的预测分析。
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