Abstract
The conceptual model of automated building of the cartogram of ecological and economic lands feasibility with the agricultural determination has been developed. The coding system for attributive characteristics of agroproductive groups of soils and reliefs has been proposed. The represented concept has been realized in the ModelBuilder module of the software product called ArcGIS with the help of creating an instrument to build the cartogram for the ecological and economic feasibility of lands in an automatic mode. As a result, the instrument, which allows the execution dividing the territory into the feasibility groups of lands, has been received basing on the input raster or vector values
Highlights
According to the set feasibility of lands, the selection of the most effective and scientifically grounded rotation of crops occurs; as a result of this, the intensive agricultural production will be concentrated on highly qualitative soils, which to the least fall under the antierosion processes; and, the eroded soils are used with the implementation of land protective system of farming together with growing agricultural plants that have soil protective
The aim of research lies in the development of the automation model of building the cartogram of ecological and economic lands feasibility with the agricultural determination
In order to obtain the automation of building the cartogram of ecological and economic feasibility, the software complex ArcGIS and the ModelBuilder providing a possibility in order to create the own specialized models or scripts for a sequential launch of instruments has been used
Summary
According to the set feasibility of lands, the selection of the most effective and scientifically grounded rotation of crops occurs; as a result of this, the intensive agricultural production will be concentrated on highly qualitative soils, which to the least fall under the antierosion processes; and, the eroded soils are used with the implementation of land protective system of farming together with growing agricultural plants that have soil protective With the help of the presented development, it will be possible to further automatically select the most efficient and scientifically grounded rotation of crops by the way of modeling their implementation on the territory
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