Agricultural aspects of the formation of ecological framework for an optimal agrolandscape

V. Artamonov, M. Vasylenko, P. Mikhno
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Abstract

The agrolandscape optimization problem has been analyzed through the formation and the structural and functional spatial organization of its ecological framework of the constituent stabilizing lands. Modern theoretical and practical proposals of the geographers, land surveyors and ecologists for the optimization of agrolandscapes refer to the definition of some median ratios of the areas of its constituent land within different taxonomic units. At the same time, no norms of the optimal correlation of land in agricultural landscapes recommended by the scientific research in Ukrainian agrarian landscapes have been introduced by the legislation of Ukraine. Requirements for the mutual spatial dislocation of the components of the optimal landscape are also not defined. Hence, the authors propose an approach to the spatial organization of the agrolandscape on the basis of assessing and taking into account the influence of climate regulation of afforestation and water bodies on other agrolandscape components. Formation of the ecological framework provides such a territorial location of arable lands that they end up in the zones of a permanent or periodic positive influence of forests and water bodies. The main result of the study is the development of a systematic approach to the formation of the ecological framework for the optimal agrolandscape on the basis of a substantiated transformation of the dimensions of its components and their rational mutual spatial allocation. The positive influence of forests and water bodies on the characteristics of the agrolandscape’s microclimate is evaluated as well.
农业方面形成生态框架,为最佳的农业景观
通过组成稳定地生态框架的形成及其结构和功能空间组织,分析了农业景观优化问题。现代地理学家、土地测量学家和生态学家对农业景观优化的理论和实践建议,是指在不同的分类单位内确定其组成土地的面积中位数比率。同时,乌克兰立法中并没有引入乌克兰农业景观科学研究推荐的农业景观中土地最优关联的规范。对最佳景观组成部分的相互空间错位的要求也没有定义。因此,作者提出了一种在评估和考虑造林和水体的气候调节对其他农业景观成分影响的基础上进行农业景观空间组织的方法。生态框架的形成提供了可耕地的领土位置,它们最终处于森林和水体永久或周期性积极影响的区域。该研究的主要成果是在其组成部分的尺度转换及其合理的相互空间分配的基础上,发展了一种系统的方法来形成最佳农业景观的生态框架。评价了森林和水体对农田景观小气候特征的积极影响。
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