将森林和林地用于种植多年生作物--对生态网络和生态系统功能的(非)功能性分析

环境工程 Pub Date : 2024-01-31 DOI:10.37023/ee.10.1-2.5
K. Kiš, Nikola Geršak
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引用次数: 0

摘要

根据政府 2004 年至 2013 年期间的决定,全州总面积达 24 310.24 公顷的大量国有森林和林地被用于种植多年生作物(葡萄园和橄榄园)。尽管遭到林业专业人士的强烈反对,但由于州内大量私人农用地因所有权问题尚未解决而无法使用,这些土地在 2014 年《森林法》生效后已成为农用地。如果这些专用地不发挥作用,未利用的农田数量就会增加,森林火灾的危险也会增加,生物和景观多样性也会丧失。另一方面,如果所有这些土地都得到利用,将对生态网络产生重大不利影响,因为在许多生态网络地点,目标生境类型(主要是灌木丛)占专用面积的 1%以上。本文的目的是利用地理信息系统(GIS)工具和对迄今为止签署的地役权合同的分析,确定有多少专用地表被利用,并指出这些决定可能导致的失败和环境危害,这些决定仍然可以撤销,受影响的区域可以回归克罗地亚共和国的森林区域,即仍然可以恢复可持续森林管理和森林功能。
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Easement of forests and forest land for the growing of perennial crops - the analysis of (non)functionality regarding the ecological network and ecosystem functions
By the Government's decisions from the period 2004 to 2013, a significant amount of state forests and forest land was eased for the growing of perennial crops (vineyards and olive yards) on a total surface of 24,310.24 ha throughout the state. Although greatly opposed by forestry professionals, since a vast amount of private agricultural land in the state is not utilized due to unresolved proprietary issues, these surfaces have become agricultural land by coming into force from the Forest Act of 2014. In case these dedicated surfaces are not put into function, the amount of non-utilized agricultural land is increasing and so is the danger from forest fires, and loss of biological and landscape diversity. On the other hand, if all these surfaces were utilized, a significant adverse impact on the ecological network would occur because on many ecological network sites more than 1% of the dedicated area consists of target habitat types (mostly maquis). The purpose of this paper is, to use GIS tools and analysis of the so-far signed easement contracts, to determine what amount of dedicated surfaces were utilized and point out the failure and environmental dangers that may arise from these decisions which can still be revoked, and the affected area can be brought back into the forest area of the Republic of Croatia, i. e. sustainable forest management can still be reinstated and forest functions restored.
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来源期刊
自引率
0.00%
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10962
期刊介绍: Environmental Engineering is a source journal of the Chinese Science Citation Database (CSCD), a source journal of Chinese scientific and technological papers statistics, and a dual-effect journal of the Chinese Journal Matrix. It is selected into the "Chinese Core Journals Overview" and is included in the American Chemical Abstracts (CA), Japanese JSTChina, and Chinese Biomedical Literature (CBM) databases. It mainly covers water pollution prevention and control, air pollution prevention and control, solid waste treatment and disposal, monitoring and evaluation, clean production and energy conservation and emission reduction, soil remediation, etc. Over the years, it has always had a strong team of authors and a wide readership, providing a communication platform for scientific and technological workers and college teachers and students in various fields such as scientific research, engineering design, environmental management, and construction implementation in the field of environmental engineering science.
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