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ArticleIncreasing land cover by promoting agroforestry-based tree planting to sustain community livelihood under various social forestry schemes in Indonesia
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.The high challenges and expectations in the management of Indonesian Tropical Forests to achieve the community welfare, forest sustainability and sustainable development goals, demands proper management in optimizing the use of forest resources to meet the high dependence of community needs on the forest. The pressure on forests is reflected in the deforestation that occurs as an indication of the various dependencies of the community on forests to meet their daily needs. In this regard, Agroforestry is a potential silvicultural recipe as a solution to restore degraded land and forest that can gain balance ecological, economic and social benefits. This paper aims to provide information on plant growth performance and survival rate in the establishment of agroforestry plot for a total 34 hectares in three schemes of Social Forestry in Indonesia, namely Paru Village Forest (VF)–West Sumatra, Cempaka Forestry Partnership (FP)–Lampung, Tuar Tana Community Forestry (CF)– East Nusa Tenggara, in collaboration between Forestry and Environment Research, Development and Innovation Agency with the Asian Forest Cooperation Organization (AFoCO). It was conducted by planting 26 plant sp Intensive Artificial Regeneration with planting distance of 8x8 m and 5x5 m depend on plant species. The collected data covered for survival rate and height measurement. Growth Percentage was observed at ages 1, 6, 12 and 18 months after plan participation which looks high in maintaining their crops while survival rate in Tuar Tana CF was low enough only 43,2% due to the drough in this semi-arid region which affect the plant growth, eventhough the farmers have high effort in maintaining their crops. Keywords: Mixed Tree planting, Reforestation, Community Forestry, Village Forest, Forestry Partnership ID: 3486429 -
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 -
ArticleModeling CO2 restoration potential of mangrove ecosystems in Pakistan to support urban green spaces and human well-being
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Abstract: Pakistan is facing major climate change challenges since in recent years, the annual mean temperature has increased by 0.5°C in the country. Karachi is the largest city and highly vulnerable to fatal heatwave events trolling maximum deaths and illness in recent years. Coast of Mangrove Forest (MF) plays an important role in daily temperature, local environment, and microclimatic conditions. It is a well-established scientific reality that carbon traps heat in the air, and now observing a dramatic rise in temperature. The study aimed to evaluate the vulnerability of the communities to heat-stress, and categorize the role of Mangrove Ecosystem Services to mitigate future disasters. Coupled models and GIS/RS tools were used to estimate the suitability of MF land-cover to categorize the latent status. Heatwaves during summer for three days were calibrated by the models which resulted that an inundation of CO2 stress factors, 250 (S-u=1.0) with a rise in temperature up to 44°C with 70% humidity causes more deaths under heat-periods. Our results linked heatwaves with climate warming and extreme weather events, aggravated by rapid urbanization, industrialization, deforestation, emission of CO2, degradation of MF, and land-use change. Moreover, findings revealed that there is a significant drop-off in urban greenspaces and growth in built-up areas during 1984-2016. In addition, the SILVA-model projected that MF around the city has the ability to absorb CO2 emission up to 55.4 million tons. SILVA-growth projected that 43.61% CO2 stock can be deposited by MF which contributes 19% of the ecosystem. Model showcase that rehabilitation of 30-mangrove trees per/100m2 possibly reduce the extreme tide of heat stress, tsunami, CO2, and improve the air-quality index of the city. This study provides initial assessment and policy directions to rehabilitate MF to promote sustainable cities and societies. Key Words: CO2, urban green spaces, disaster risk reduction, extreme weather events ID: 3471412
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