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Soil Ecosystem Services and Sediment Production: The Basilicata Region Case Study

机译:土壤生态系统服务与沉积物生产:巴斯利卡塔区案例研究

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The conservation of soil and multiple ecosystem services it provides, is crucial for human well-being, for pursuing many of the Sustainable Development Goals and for addressing some of the most important challenges of our society. However several factors contribute to soil degradation, including climatic characteristics, lithological and morphological features and transformation processes. Only the last ones can be governed and that is the reason why spatial planning needs tools and analyses to interpret the role of land use changes in complex dynamics such as the erosive phenomena. This work presents the results obtained from the implementation of the InVEST SDR module on the territory of Basilicata Region and considering the evolution occurred between 1990 and 2018. Our outcomes show an intensification of erosion phenomena mainly along the Apennine chain and the coastal area of the Tyrrhenian Sea. Although this area corresponds to the higher average rainfall erosivity over the entire period, the most significant soil loss occurs in correspondence with unfavorable land use changes. The negative connotation typically associated with deforestation, conversion of agricultural soils to arable lands and thinning or total loss of vegetation becomes a measurable quantity, at least from one of several points of view.
机译:提供土壤和多种生态系统服务的保护,这对人类福祉至关重要,以追求许多可持续发展目标和解决社会中最重要的挑战。然而,有些因素有助于土壤退化,包括气候特征,岩性和形态特征和转化过程。只有最后一个可以受到管辖,这就是空间规划需要工具和分析来解释土地利用变化在复杂的动态中的作用,例如腐蚀现象的原因。这项工作提出了从大溪地地区领土上实施投资SDR模块的结果,并考虑到1990年至2018年期间发生的演变。我们的结果显示主要沿着亚平宁链和Tyrrhenian沿海地区的侵蚀现象的强化海。虽然该区域对应于整个时期的较高平均降雨弱源,但与不利的土地使用变化相对应中发生最大的土壤损失。通常与砍伐森林相关的负面内涵,农业土壤转化为耕地和稀疏或植被的完全损失成为可测量的数量,至少来自几个观点中的一个。

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