监测大都市地区的土地净占用情况-葡萄牙

Rita Nicolau, Beatriz Condessa
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摘要

本研究旨在为葡萄牙第二大都市区(AMP,波尔图大都市区)到 2050 年 "无净土地占用 "政策的定义做出贡献,同时提高区域和地方规划相关人员对欧洲目标的认识。根据对 2007-2018 年期间 AMP 及其城市土地利用变化、2018 年土壤封存水平和人口演变的评估,该研究量化了可能实现 2050 年目标的过程,并确定了净土地占用的区域驱动因素,以支持确定减少土地占用和土壤封存的干预措施及相关目标。这项研究的主要贡献在于探索了土壤封存和人口数据方面的新指标,以确定实施欧盟土壤战略提出的干预措施的潜力,从而不损害城市地区生物多样性的维护。AMP 的土地占用率是葡萄牙本土地区中最高的。其主要驱动因素是交通网络、工业和商业单位以及分散住房的发展。该地区很少使用人工土地的再利用和再自然化。因此,直到 2050 年,AMP 的日净占地(0.59 公顷/日)仍需减少。虽然整个 AMP 的人工用地有所增加,但大部分城市的人口却在减少。为扭转这一趋势,AMP 应实施更严格的控制机制,确保通过重新利用已封存的城市区域来充分满足基础设施和住房需求。然而,鉴于大多数城市地区的不透水土壤比例已经很高,因此必须谨慎选择强化土地利用对环境破坏较小的地点。结论是,城市地区的土壤封闭程度对于决定采取何种干预措施以减少净土地占用以及确定实现 2050 年目标的政策至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring Net Land Take in a Metropolitan Region—Portugal
This study seeks to contribute to the definition of a “no net land take” policy by 2050 for Portugal’s second-largest metropolitan region (AMP, Porto Metropolitan Area) while sensitising those involved in regional and local planning to the European target. Based on an assessment of land use changes in AMP and its municipalities during 2007–2018, soil sealing levels in 2018 and population evolution, the study quantifies the processes that may impart achievement of the 2050 objective and identifies the regional drivers of net land take, to support the definition of both interventions to decrease land take and soil sealing and related targets. The main contribution of the research is the exploration of new indicators in terms of soil sealing and population data to identify the potential for implementing interventions proposed by the EU Soil Strategy that do not jeopardise the maintenance of biodiversity in urban areas. The land take rate in the AMP was the highest among mainland Portugal regions. Its main drivers were the development of transport networks, industrial and commercial units and dispersed housing. The reuse and re-naturalisation of artificial land have seen little use in the region. Accordingly, the daily net land taken in the AMP (0.59 ha/day) still needs to decrease until 2050. While artificial land increased across the AMP, most of its municipalities lost population. To reverse this trend, the AMP should implement tighter control mechanisms that ensure that infrastructure and housing needs are fully met through the reuse of urban areas that are already sealed. However, given that the share of impermeable soil in most urban areas is already significantly high, there will have to be a careful choice of locations where intensifying land use will cause less environmental damage. It is concluded that the degree of soil sealing within urban areas is fundamental for deciding on the interventions to be carried out to reduce net land take and for defining a policy towards meeting the 2050 target.
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