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Searching with a thematic focus on Norway, Environment
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Amazonian policy and politics, 2003-13: deforestation, hydropower and biofuels
Norwegian Peacebuilding Centre, 2014In the period 2003-13 Brazil experienced important economic and political developments: it became a much more relevant international player; its economy entered the world’s top ten; and society became more politically active and expressed its complaints more aggressively. Amazonian policy and the politics of the period developed in this context, and three issues played a central role.DocumentFlows and practices: integrated water resources management (IWRM) in African contexts
Institute of Development Studies UK, 2014For the past two decades, Integrated Water Resources Management (IWRM) has been considered the dominant paradigm in water resources.DocumentFact sheet. Project: Analysis of the Impacts of Urban Land Use and Climate Change on Coastal Forest Ecosystem and Management (IULUCC - CFM)
Sokoine University of Agriculture, 2013Coastal forests are among the hotspots of biodiversity and therefore critical for conservation in Tanzania. However, most of the previous climate change mitigation efforts in Tanzania focused on participatory forest management in rural areas and did not address the major driving force of deforestation and forest degradation from urban areas.DocumentDrought in Jalna: community-based adaptation to extreme climate events in Maharashtra
Norwegian Institute for Urban and Regional Research, 2014This booklet is based on outcomes from a two-year Indo-Norwegian research and capacity development project titled, ‘Extreme Risks, Vulnerabilities and Community-Based Adaptation in India (EVA)’. The findings draw upon empirical data from rural communities in Jalna District in the dryland region of Marathwada of Maharashtra.DocumentFact sheet. Project: The role of Indigenous knowledge in environmental conservation and in climate change adaptation and mitigation in Tanzania
Sokoine University of Agriculture, 2013Using indigenous knowledge (IK), communities in most parts of Tanzania have been able to conserve the environment and cope with the challenges of climate variability. Local environmental and astronomical indicators have been used to predict rainfall, and various local coping measures have been used to lessen the impacts of droughts and floods.DocumentFact sheet. Project: Comparative study of incentive options for forest - based emissions reduction, biodiversity conservation and livelihood improvement; Case of Kilwa and Lindi Districts
Sokoine University of Agriculture, 2013The project entails a comparative study on incentive options for forest-based emissions reduction, biodiversity conservation and livelihood improvement, comparing villages with REDD+/PFM (Participatory Forest Managment) and without REDD+/PFM and also comparing each set of villages over time.DocumentFact sheet. Project: Developing a fire reduction strategy for Miombo Woodlands as a potential tool for carbon storage and sequestration
Sokoine University of Agriculture, 2013Fire occurs in most parts of the Miombo woodlands and is used for a variety of purposes, including hunting and farming. However, fires can have significant negative ecological and socio-economic impacts such as a reduced water supply; decline in biodiversity and agriculture production; increased pollution of water sources; and reduced carbon sequestration.DocumentFact sheet. Project: Climate Change, Non - Timber Forest Products and Livelihood of Forest Dependent Communities - Impacts, Vulnerability and Adaptation in Tanzania
Sokoine University of Agriculture, 2013Over 20 million Tanzanians depend on Non-Timber Forest Products (NTFPs) for their livelihood, but the extent to which NTFPs and community livelihoods are vulnerable to climate change is not well established. The coping strategies of these communities have not been fully documented either.DocumentFact sheet. Project: Development of biomass estimation models for carbon monitoring in selected vegetation types of Tanzania
2013The carbon benefits of any forest carbon project are estimated on the basis of changes of carbon stocks in different biomass pools and such changes may be determined through continuous forest inventories, possibly combined with growth estimates, and the use of models for biomass estimation, i.e. allometric biomass equations.DocumentTechnical Paper: The risk of disaster-induced displacement. Central America and the Caribbian
Internal Displacement Monitoring Centre, 2013This technical paper provides evidence-based estimates of the likelihood of disaster-induced displacement in Central American and selected Caribbean states – Belize, Costa Rica, the Dominican Republic, El Salvador, Guatemala, Haiti, Honduras, Mexico, Nicaragua and Panama. It represents a first attempt to better quantify human displacement risk.Pages
