预测俄罗斯联邦各地区土地的生态状况,促进可持续发展

M. V. EVDOKIMOVA
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引用次数: 0

摘要

2001年至2020年参考期内,俄罗斯各地区土地生态状况的电子栅格地图是基于从太空遥感资料中获得的主要光合作用产物的特征,以“生产力”、土地转化和土壤有机质含量动态指标及其可持续发展目标-可持续发展目标15.3.1的推广指标的形式编制的。土地退化指标。计算表明,到2020年底,220万平方公里(占俄罗斯联邦领土的13%)属于退化类别。45%的领土被稳定类别的土地占据,这在过去的19年里没有改变。41%的领土属于在参考期内得到改善的土地。以未退化土地份额指标的形式建立了俄罗斯联邦土地生态状态指标在统计上可靠的非线性规则关系,考虑到未开垦土地的份额与主体领土上固定源向大气中具体排放的污染物的数量。确定了俄罗斯联邦一级固定源特定排放的阈值,为每平方公里1610公斤。公里。超过特定排放阈值的概率为37%。随着排放的增加,土地退化加剧的风险在俄罗斯联邦36%的领土单位中是典型的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FORECASTING THE ECOLOGICAL STATE OF LANDS IN REGIONS OF THE RUSSIAN FEDERATION FOR SUSTAINABLE DEVELOPMENT
An electronic raster map of the ecological state of lands of Russian regions was prepared for the reference period from 2001 to 2020 based on the characteristics of the primary photosynthesis products derived from Earth remote sensing materials from space in the form of indicators of «productivity», land transformation and dynamics of organic matter content in the soil and their generalizing indicator of sustainable development goals - SDG 15.3.1. Land degradation indicator. T e calculation shows that 2.2 million square kilometers, which constitutes 13% of the territory of Russian Federation, belong to the category of degraded by the end of 2020. 45% of the territory is occupied by land from the stable category, which has not changed over the past 19 years. 41% of the territory belongs to the lands that have improved during the reference period. A statistically reliable nonlinear regular relationship of the indicator of the ecological state of lands of Russian Federation was established in the form of an indicator of the share of non-degraded lands, considering the share of non-established lands with the amount of specif c emissions of pollutants into the atmospheric air from stationary sources located on the territory of the subject. T e threshold value of specif c emissions from stationary sources at the level of the subject of Russian Federation was established, amounting to 1610 kg per sq. km. T e probability of exceeding the threshold value of specif c emissions is 37%. T e risk of increasing land degradation with an increase in emissions is typical for 36% of territorial units of Russian Federation.
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