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Other documentA study on the ecotourism cooperation using the forest cultural heritage in South and North Korea - Focusing on the Geumgangsan Yusan-gi (Geumgang mountain travels)
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Forest restoration and ecological protection in North Korea require a variety of approaches.
This research focuses on the Geumgangsan Yusan-gi, a shared forest cultural heritage between the two Koreas, to find ways to collaborate with ecotourism.
Is ecotourism a novel approach to Inter-Korean forest cooperation?
What are the advantages and prospects of working together on ecotourism projects centered on the Geumgangsan Yusan-gi?
To achieve the study's goal, North Korean literature data were reviewed and analyzed, and value models for ecotourism cooperation were investigated using content analysis of the Geumgangsan Yusan-gi.
Inter-Korean forest cooperation has primarily focused on planting and management to prevent forest devastation in North Korea.
Forest cooperation needs to develop into a scalable project that connects peace and tourism.
Ecotourism has the potential to be a new model for inter-Korean forest cooperation.
First, ecotourism cooperation pursues reciprocity.
Second, ecotourism is a sustainable project different from one-time support.
Third, ecotourism can be backed by the international community and promoted readily in the face of North Korean sanctions.
Fourth, the ecotourism cooperation project is in line with the Kim Jong-un administration's current tourism policy.
Fifth, the inter-Korean collaboration project based on the two Koreas' shared forest cultural legacy is a unique initiative rooted in Korea's history and tradition.
The Geumgangsan Yusan-gi can promote ecotourism cooperation, such as joint inter-Korean investigation and program development and operation.
To become a reality rather than a pipe dream, this proposal must overcome some obstacles, including the US and international community sanctions against North Korea.
Civil society organizations, such as forests and environmental organizations, play an important role in peace initiatives such as ecotourism and forest cooperation. Keywords: Deforestation and forest degradation, Biodiversity conservation, Education, Human health and well-being, Sustainable forest management ID: 3622982 -
Journal articleShort-term effects of forest fire on soil erosion in Korea: Case study of 2020 Andong forestfire
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Forest fire can devastate forest landscape. After the fire excessive runoff and soil erosion might occur, thus turning once fully functional forestland into degraded forest without topsoil and nutrients. It is important understand how soil erosion changes and burned area recovers with time. This study accessed the short-term effects of forest fire on soil erosion by monitoring sediment yields during wet summer season after a fire, using a total of twelve 5m x 10m silt fences from canopy fire, ground fire, and control areas (no fire) in Andong where 2020 hectares of forestland were burned in April of 2020. All silt fences were located at east-facing hillslopes with 45–55% steepness and conifers. The soil texture of canopy and ground fire areas was sandy loam, and control area was loam. The four sediment observations were made during the monitoring: An average of 158.0 kg ha-1 from canopy fire area, 0 kg ha-1 from ground fire area and 0 kg ha-1 from control area with accumulated rainfall of 53.0 mm (on 7/4); 1,077.5, 28.4, and 8.3 kg ha-1 with 174.5 mm (7/17); 1800.0, 116.7, and 3.2 kg ha-1 with 275.5 mm (8/4–5); 2340.0, 22.0, and 27.5 kg ha-1 with 226.5 mm (8/25); 580.0, 1.9, and 0.7 kg ha-1 with 156.8 mm (9/14&16); and 12.3, 2.3, and 0.5 kg ha-1 with 3.1 mm (10/5–6). The results indicated extremely high soil erosion occurred from canopy fire area and minimal erosion occurred from ground fire and control areas where no significant difference was found. Conifers defoliated due to stress from ground fire and fallen needles provided ground cover, thus preventing soil erosion. The ground covers measured from canopy fire, ground fire and control areas were 27.5%, 82.4% and 99.7% on 7/3 and 59.9%, 85.5% and 99.1% on 10/5, showing a large difference between canopy and ground fire areas with conifers. This study showed the importance of ground cover to mitigate post-fire erosion, and erosion control measures, such as mulching, should be considered to increase ground cover. Keywords: forest fire; ground cover; postfire soil erosion; sediment; silt fence ID: 3486822 -
Journal articleThe role of bamboo forest in balancing and sustaining the development of local livelihood and human well-being in rural areas of Vietnam
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.The balanced maintenance between forest development, human health, and well-being is the key to sustainable forest landscape management. My research aims to find out the current status of that relationship in Muong Hinh community (North-Central Vietnam) with the focus on lung bamboo forest - the vital natural resource of local communities. Lung bamboo (Bambusa longissima sp.nov) is an endemic species of Vietnam and is considered a strategic species for development in rural areas. However, due to the over-exploitation and unplanned management, the lung bamboo forests have been remarkably degraded and are even at risk of being depleted. Muong Hinh, currently, has 712 ha of lung bamboo forests and the payment from lung bamboo harvesting is the most important income for the local dwellers. However, it does not meet the local needs due to the low price and low added value. Besides, after years of applying wrong harvesting techniques with high harvesting intensity, local people are losing their forest both in terms of the forest area and quality. There is also a lack of knowledge on sustainable bamboo forest management within the community. Based on the current situation, some recommendations are given on essential techniques for sustainably managing and using bamboo forests. Of which, the proper harvesting intensity and the rotation of exploiting areas are the most critical issues. If the local people are going to apply the suggestions, they probably earn about 440 US$/ha/year from their lung bamboo forest (three times higher than their current income), and it could be increased up to 1,200 US$/ha/year shortly. Moreover, there is also a need to have alternative incomes for stable livelihood development. Several options are developing post-harvesting activities or possessing facilities, setting up a lung bamboo value chain, and reasonable collecting of other potential forest products such as timber or NTFPs. Keywords: forestry, lung bamboo forest, forest landscape management, sustainable livelihood development. ID: 3478867
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