将土壤资源地理信息系统(SIGSTAR-200)与国家土壤质量监测网络8kmx8km的土壤剖面信息连接起来

IF 0.6 Q4 AGRONOMY
I. Calciu, A. Manea, V. Mocanu, O. Vizitiu, S. Dumitru
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引用次数: 0

摘要

在可持续农业和环境保护的框架内,对土地资源进行合理有效的管理,必须建立在对土壤资源有更详细和准确的了解的基础上。这些知识基于通过进行土壤调查和实地研究以及通过实验室测量主要土壤物理和化学参数获得的土壤信息。因此,获得了主要由代表研究区域的土壤剖面数据组成的基本土壤信息。本文的目的是开发几种应用程序,将土壤资源地理信息系统SIGSTAR-200的地理参考数据与土壤质量监测网络8km x 8km的土壤剖面信息相耦合。研究了现有土壤剖面的空间分布以及土壤类型的分布,并确定它们的代表性。已经开发了IT应用程序来突出与包含它们的多边形或与相邻多边形一致的轮廓的数量。还建立了由土壤剖面数据库中的剖面描述的土壤区域(具有位于多边形内部的剖面)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
JOINING THE GEOGRAPHIC INFORMATION SYSTEM OF SOIL RESOURCES (SIGSTAR-200) WITH SOIL PROFILES INFORMATION FROM THE NATIONAL NETWORK FOR SOIL QUALITY MONITORING 8 KM X 8 KM
The rational and efficient management of land resources, in the frame of a sustainable agriculture and environment protection, have to be based on the operational, and at the same time, more detailed and accurate knowledge of soil resources. This knowledge is based on soil information obtained by carrying out soil surveys and field research, and by laboratory measurements of main soil physical and chemical parameters. Thus, the basic soil information, consisting primarily of data on soil profiles representative of the study areas is obtained. The objective of this paper is to develop several applications for coupling georeferenced data from Geographic Information System of Soil Resources SIGSTAR-200 with the information of soil profiles from the Soil Quality Monitoring Network 8 km x 8 km. The spatial distribution of existing soil profiles, as well as the distribution of soil types have been studied, and their representativeness is determined. IT applications have been developed to highlight the number of profiles consistent with the polygons containing them, or with the neighbouring polygons. The soil areas that are described by a profile from the soil profiles database (having a profile which is located inside the polygon) are also established.
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来源期刊
CiteScore
0.80
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