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Journal articleRestoration of productive landscapes through management of trees on-farms in the off reserve landscape through tree registration and climate smart farming systems in Ghana
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Ghana has a total land area of 238,540 km2 and approximately 15% of the country has been set aside as forest reserves, wildlife parks, and the remaining 85% is owned by stools, skins and individuals across the country. All naturally occurring trees in off reserve landscapes are vested in the state but they occur in individual and community lands and farms. Most of Ghana’s agricultural system embraces the retention of trees during the course of cultivation with trees integrated in a mixture with crops. In the past, farmers destroyed these trees because their cocoa farms were destroyed by felling of trees for timber and they could not get compensation or any support from the state. To achieve Ghana’s Forest policy goals and objectives of the forest Plantation strategy, Ghana is piloting a programme to provide legal support for farmers, optimize the productivity and sustainability of smallholder farming systems by developing appropriate technologies that involve trees (incorporation of trees-on farm within 3.75 million hectares) and enhances connectivity and biodiversity between the agricultural and forest landscapes. A pilot programme to register all planted and naturally occurring trees at the district level has begun with recent support from Climate Investment Fund through Ghana’s Forest investment programme (GFIP) to provide options for tree tenure regimes, tree ownership and benefit sharing mechanisms for farmers to plant more trees. This paper highlights the importance of trees on farm for landscape restoration, legal framework and the procedures for tree registration, identified strengths and weaknesses and potential for climate change mitigation and adaptation as well as sustained reduction in degradation and deforestation whilst increasing productivity per hectare for farmers. Keywords: Landscape management, Deforestation and forest degradation, Climate change, Agriculture, Sustainable forest management ID: 3624089 -
Journal articleRx for hot cities: Building climate resilience through urban greening and cooling in Los Angeles, California, USA
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Extreme heat and its health impacts are on the rise. Globally, the six warmest years on record all occurred since 2015, and in Los Angeles (LA) average temperatures are expected to increase up to 4.5°C in coming decades. Extreme heat causes more deaths in the United States than all other weather-related causes combined, with heat risk being most pronounced in urban areas due to the heat-island effect. Reducing urban heat exposure is an equity issue, as low-income communities and communities of color are more likely to live in neighborhoods with older buildings, low tree canopy cover, more heat-retaining surfaces, and limited access to coping strategies such as air conditioning. The Los Angeles Urban Cooling Collaborative (LAUCC) is a multi-disciplinary partnership of researchers and expert practitioners working with communities and government to understand and mitigate heat in LA. LAUCC completed a modeling study of current and projected heat in LA County to: 1) identify geographic areas with highest vulnerability to heat-related death; 2) quantify how various urban forest cover (UFC) and built environment albedo scenarios would affect heat-related mortality, temperature, humidity, and oppressive air masses that lead to elevated mortality; and 3) quantify the number of years that climate change-induced warming could be delayed by implementing these interventions. We find that increasing shade, evaporative cooling, and albedo through increases in UFC and reflective surfaces could save one in four lives lost to heat waves in Los Angeles, mostly in low-income communities and communities of color. We also find that these measures could modify local meteorology sufficiently to delay local effects of global climate change-induced warming by 25 to 60 years under business-as-usual and moderate mitigation scenarios, respectively. These strategies can be adapted to combat extreme heat in other regions that are experiencing similar challenges. Keywords: Human health and well-being, Research, Sustainable forest management, Adaptive and integrated management, Climate change ID: 3479653 -
Journal articleUnderstanding natural resources-based conflict management on borderland: A systematic review
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Conflicts over finite and shared natural resources continue to dominate headlines around the world. In particular, border regions have challenges in natural resource management. The regions include abundant natural resources, such as forests, energy, air, and rivers, typically associated with distance from the central authority. However, natural resource management becomes sensitive between each side of countries because of power differences or relationships. This study aims to identify characteristics of natural resources-based conflict management at the border areas based on this context. Through a systematic review methodology, natural resource management conflict cases at the border regions were collected from SCOPUS's academic database between 2001 and 2021. A total of 303 selected pieces of literature were analyzed with the categories, focusing on the published year, location levels, and types of natural resources. Moreover, this study utilizes the Earth system concepts which consist of Atmosphere, Lithosphere, Hydrosphere, Biosphere, and Anthroposphere to categorize the natural resources. The research results display the pathways and distribution of the selected studies. The overall academic studies were increased steadily. Among the natural resources, Hydrosphere, especially river and ocean contain the dominant subject and Forest, Animal has followed in the Biosphere. Furthermore, these studies were examined the case studies for the key findings to determine the conflicts, cooperation, and geographical characteristics in the borderlands. This research contributes to a better understanding of natural resources-based conflicts and suggests recommendations to design natural resource management strategies or models at border areas. Keywords: Biodiversity conservation, Governance, Landscape management, Policies, Partnerships ID: 3623073
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