大西洋地区森林树种边缘/边缘种群及其保护现状报告

C. Kelleher, B. Musch, B. Fady
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摘要

本报告综合了国家报告中的信息,作为成本行动FP1202的一部分编写。加强保护:欧洲边缘/边缘森林树木种群适应气候变化的关键问题(MaPFGR)。个别国家报告可作为成本行动补充数据的一部分。本报告中汇编的数据表明,大西洋地区在知识和能力方面有足够的资源来评估气候变化对该地区边缘和外围地区的潜在影响。植被、土壤、气候和气候预测的地图在大多数国家都是公开的,并且通常具有高质量和高分辨率。这些可以用来帮助识别大西洋地区的MaP位点和种群。此外,一些物种已经进行了基因表征,遗传数据也可以用于识别和表征位点。然而,遗传数据并不是普遍可用的,尤其是外围位点的遗传数据可能不存在。表型性状有许多数据来源,例如种源试验的数据,但尚未对MaP群体进行评估。例如,与《欧盟栖息地指令》的附件栖息地相比,可能没有足够的立法能力来保护MaP种群。尽管一些MaP遗址位于Natura 2000的边界内,但许多遗址不在保护区内。如果MaP种群没有特征化和保守性,就有可能失去可能适应气候变化的特征。需要结合所有数据进行详细的空间分析,以全面评估该地区MaP人口面临的潜在威胁。
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Marginal/peripheral populations of forest tree species and their conservation status: report for Atlantic region
This report is a synthesis of information from the national reports, prepared as part of the COST Action FP1202 Strengthening conservation: a key issue for adaptation of marginal/peripheral populations of forest trees to climate change in Europe (MaPFGR) . The individual national reports can be found as part of the supplemental data to the COST action. The data compiled in this report indicate that the Atlantic area has sufficient resources in terms of knowledge and capacity to assess the potential impact of climate change on marginal and peripheral (MaP) sites within the area. Maps of vegetation, soil, climate and climatic predictions are publicly available for most countries and often are of high quality and resolution. These can be utilized to help identify MaP sites and populations in the Atlantic area. In addition, some species have been characterized genetically and the genetic data can also be utilized to identify and characterize sites. However, genetic data is not universally available and in particular may be absent for peripheral sites. There are many data sources for phenotypic traits, such as data from provenance trials but these have not been assessed for MaP populations. There may not be sufficient legislative capacity for the conservation of MaP populations in comparison to, for example, annex habitats of the EU Habitats Directive. Although some of the MaP sites lie within Natura 2000 boundaries, many are not in protected areas. If MaP populations are not characterized and conserved there is a risk of losing traits that may be of potential in adaptation to climate change. A detailed spatial analysis incorporating all of the data is needed to give a comprehensive assessment of the potential threats to MaP populations in this area.
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来源期刊
Annals of Silvicultural Research
Annals of Silvicultural Research Agricultural and Biological Sciences-Forestry
CiteScore
2.70
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