Ekosystémová služba regulácie klímy vo vybraných regiónoch Slovenska = Climate regulation ecosystem services in selected Slovak regions

Jarmila Makovníková, Stanislav Kološta, Boris Pálka
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Abstract

The practical application of ecosystem service assessment tools is essential to meet the ever-increasing demands on human well-being that require a sustainable approach to landscape management. The aim of the contribution is to evaluate regional differentiations in the values of climate regulation as one of the regulatory ecosystem services in relation to natural potential in 4 regions of the Slovak Republic (Krupina district, Michalovce district, Piešťany district and Brezno district) using a modified matrix approach. The results in these regions indicated that the spatial localization of individual ecosystems in the country, in combination with a higher altitude and a larger area of forests and protected areas, can represent significant factors influencing the territory's potential to provide benefits resulting from climate regulation ecosystem services. Mountain areas generally have a higher capacity to provide climate regulation, which is mainly due to rich forest vegetation, as is the case in the Brezno model region. A comparison of the regions showed the most significant regional differences between the pairs of regions, namely Brezno, Krupina on the one hand (regions with rural character at an altitude mostly above 300 meters above sea level), and Michalovce, Piešťany on the other (regions with a warm climate at an altitude mostly up to 300 meters).
生态系统服务评估工具的实际应用对于满足对人类福祉日益增长的需求至关重要,这需要可持续的景观管理方法。该贡献的目的是使用改进的矩阵方法评估斯洛伐克共和国4个地区(Krupina区、Michalovce区、Piešťany区和Brezno区)的气候调节作为与自然潜力相关的调节生态系统服务之一的价值的区域差异。这些地区的结果表明,该国单个生态系统的空间局部化,加上更高的海拔和更大的森林和保护区面积,可能是影响该领土提供气候调节生态系统服务带来的效益潜力的重要因素。山区通常具有更高的气候调节能力,这主要是由于森林植被丰富,Brezno模式区就是如此。区域对比显示,两组区域间的区域差异最为显著,分别是布雷兹诺和克鲁皮纳(海拔300米以上,多为农村特征地区)和米哈洛夫采(海拔300米以下,多为温暖气候地区)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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