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ArticleReducing risks from forest fire and disasters through a community-based forest fire brigade (MPA), a case study in Danau Sentarum National Park
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.The TNBKDS is an exotic ecosystem and has designated as one of the world biospheres reserves. The Park is also inhabited by around 6,000 people. Ecotourism, biodiversity, and cultural value attracts many domestic and international tourists. However, the park has high-risk from forest fire and flooding. During 2014-2019, forest fire in the park is recorded at the average of 206.6 Ha. The lake has also experienced in regular flooding. Reducing these risks should involve community by strengthening their capacity to protect their home. Consultations and SWOT analysis was used to map community capacity and to rank the threat. Opportunities on livelihood improvement is also identified to develop approach and strategy in reducing risks and improving their income. A GIS tool was used to monitor forest fire. A total of 10 MPA were established in 10 villages, involving 300 peoples (300 households). From series of consultations, 100% agreed that community need to involve in combating forest fire and reducing the damage from flooding. FIP-1 provides forest fire equipment, as well as series of training on forest fire, forest monitoring using GPS, alternative income activities such as bee keeping, fish processing, and women empowerment. Establishment of MPA and implementation of forest patrol for the period of 2018-Jun 2021 has directly protected a forest area from forest fire of 11,265 ha and non-forest area of 82,481 ha. Community participation is the key success of reducing risks from forest fire. Training program is also essential to support community capacity in reducing hotspots and to provide alternative income for their sustainable live within the national park. Keywords: forest fire, community, West Kalimantan, climate change ID: 3488239 -
Article“Fisherfolks eat from the sea, why should we not eat from the forest?”: farmer narratives of forest conversion in Ghana
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Beyond global efforts dedicated to halting deforestation, in recent times, governments and companies are also implementing several voluntary initiatives to end agro-commodities driven deforestation. These initiatives are built on the assumptions that tropical forest loss endangers biodiversity, climate stability and forest livelihoods. While many of the assumptions hold in many ways, discussions around them tend to be dominated by governments, companies, and international organisations, neglecting the voices of subsistence farmers and forest-fringe communities (FFCs). Given that subsistence farmers contribute to about 33% of global deforestation, and that the meanings these farmers assign to their landscapes can affect conversation program outcomes, understanding FFCs perspectives about deforestation might provide new insights for effective zero- deforestation policies. Drawing on Narrative Policy Analysis, this paper traces the narratives that FFCs use to justify encroaching into protected forests to cultivate cocoa and food crops in southwestern Ghana, where restrictive deforestation policies have failed persistently. The article shows that FFCs are aware of the narratives, e.g., biodiversity, climate action, forest regulators use to legitimise forest conservation. However, they believe that their food security and quest for survival outweigh these ‘western priorities’. Besides, “the forest is finished”. The incongruity between farmers’ needs and forest regulators’ expectations complicates forest conservation attempts. Drawing on the political ecology literature, the paper argues that forest policy in the region needs to prioritise job creation and food security to have a chance at success, especially since most farmers in the region are prepared to put their lives at stake, converting forests for their daily survival. Keywords: Deforestation and forest degradation, Agriculture, Governance, Social protection ID: 3485073 -
ArticleA disjunctive marginal edge of evergreen broad-leaved oak (quercus gilva) in East Asia: the high genetic distinctiveness and unusual diversity of Jeju island populations and insight into a massive, independent postglacial colonization
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Jeju Island is located at a marginal edge of the distributional range of East Asian evergreen broad-leaved forests. The low genetic diversity of such edge populations is predicted to have resulted from genetic drift and reduced gene flow when compared to core populations. To test this hypothesis, we examined the levels of genetic diversity of marginal-edge populations of Quercus gilva, restricted to a few habitats on Jeju Island, and compared them with the southern Kyushu populations. We also evaluated their evolutionary potential and conservation value. The genetic diversity and structure were analyzed using 40 polymorphic microsatellite markers developed in this study. Ecological Niche Modeling (ENM) has been employed to develop our insights, which can be inferred from historical distribution changes. Contrary to our expectations, we detected a similar level of genetic diversity in the Jeju populations, comparable to that of the southern Kyushu populations, which have been regarded as long-term glacial refugia with a high genetic variability of East Asian evergreen trees. We found no signatures of recent bottlenecks in the Jeju populations. The results of STRUCTURE, neighbor-joining phylogeny, and Principal Coordinate Analysis (PCoA) with a significant barrier clearly demonstrated that the Jeju and Kyushu regions are genetically distinct. However, ENM showed that the probability value for the distribution of the trees on Jeju Island during the Last Glacial Maximum (LGM) converge was zero. In consideration of these results, we hypothesize that independent massive postglacial colonization from a separate large genetic source, other than Kyushu, could have led to the current genetic diversity of Jeju Island. Therefore, we suggest that the Jeju populations deserve to be separately managed and designated as a level of management unit (MU). These findings improve our understanding of the paleovegetation of East Asian evergreen forests, and the microevolution of oaks . Keywords: marginal edge; Quercus gilva; genetic diversity; massive colonization; Jeju Island; conservation ID: 3612841
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