Protected areas and high conservation value forests in the Barents Euro-Arctic Region – Sweden, Finland and Russia

• Other Authors: Kuhmonen, Anna, Mikkola, Jyri, Storrank, Bo, Lindholm, Tapio
• Format: Book
• Language: English
• Published: Finnish Environment Institute 2017
• Subjects: forests; forest conservation; natural diversity; nature conservation; protected areas; networks (societal phenomena); international cooperation; Sweden; Finnland; Russia; Barents Region; metsät; metsiensuojelu; luonnon monimuotoisuus; luonnonsuojelu; suojelualueet; verkostot; kansainvälinen yhteistyö; Ruotsi; Suomi; Venäjä; Barentsin alue; Arctic; barents region; Northwest Russia
• Online Access: http://hdl.handle.net/10138/229432

The project Barents Protected Area Network (BPAN) produced an overview of the characteristics and representativeness of the protected area network in the Barents Region in 2011-2014. A second phase was launched in 2015, and included studies on high conservation value forests (HCVFs) and coastal areas. The main aim of the project on forests was to produce new information on the distribution and protection status of HCVFs in a study area including the Barents Euro-Arctic regions of northwest Russia, Finland and Sweden. Furthermore, the aim of the project was to deliver updates on the protected area coverage in the study area, and to relate the progress of establishing protected areas to the Aichi Biodiversity Targets of the Convention on Biological Diversity, and especially Target 11. In this study, a project-specific concept of high conservation value forests was applied in order to identify, describe and visualize the distribution of forests that are especially important for biodiversity. In Sweden and Finland, HCVFs were identified on the basis of existing data gained in field inventories. Remote sensing data, data from national forest inventories as well as studies of aerial photographs provided additional information. In northwest Russia, due to the vast areas covered by forests, mainly remote sensing was used. Data on land cover, and in particular regarding HCVFs and protected areas, was analyzed and displayed on maps using geographical information systems. A total of close to 325 000 km² were identified as verified or potential HCVFs. In Sweden, HCVFs covered about one fourth of the forested area of the study area, whereas the share was a bit higher in Finland (29%) and considerably higher in Russia (37%). The biggest share of HCVFs was detected in spruce-dominated coniferous forests; about 60% of these forests were classified as HCVFs. By the end of 2015, the protected areas covered almost 200 000 km² or 12,7% of the study area. The protected area coverage as compared to the situation two years earlier has ...