Integration of Soil Information System and Interactive Self-Organizing Data for Agricultural Developing Zones in Red Soil RegionEnglish Full Text

SHI ZHOU; WANG RENCHAO and M. AL-ABED (Institute of Agricultural Remote Sensing and Information System, Zhejiang Agricultural University, Hangzhou 31029, China)

Abstract: Integration of soil information system （SIS） and interactive self-organizing data （ISODATA） was studied to establish proper agricultural developing zones in red soil region of southern China which are of crucial importance to farmers, researchers, and decision makers while utilizing and managing red soil resources. SIS created by using ARC/INPO was used to provide data acquisition, systematic model parameter assignment, and visual display of analytic results. Topography, temperature, soil component （e.g., organic matter and pH） and condition of agricultural production were selected as parameters of ISODATA model. Taking Longyou County, Zhejiang Province as the case study area, the effect of the integration and recommendations are discussed for future research.

Keywords：

agricultural developing zonest interactive self-organizing data; red soil resources; soil information system;

Series：
(D) Agriculture
Subject：
Fundamental Science of Agriculture; Agronomy
Classification Code：
S155

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Integration of Soil Information System and Interactive Self-Organizing Data for Agricultural Developing Zones in Red Soil RegionEnglish Full Text

SHI ZHOU; WANG RENCHAO and M. AL-ABED (Institute of Agricultural Remote Sensing and Information System, Zhejiang Agricultural University, Hangzhou 31029, China)

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