Climate Change

GHG Mitigation Potential, Costs and Benefits in Global Forests: A Dynamic Partial Equilibrium Approach

Background

In this article, the authors discuss the global mitigation potential for greenhouse gas carbon sequestration in forest plantations. They estimate the land area that land users would plant or prevent from being deforested above the reference scenario of no carbon prices. Their economic analysis suggests that billions of dollars are gained through carbon sequestration.

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Carbon sequestration in Africa: The land tenure problem

Background

Inconsistent land tenure practices across Africa are an obstacle to expanding tropical afforestation project with the goal of carbon sequestration. Few discussions of tropical afforestation in Africa address this obstacle.

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Quelques réussites dans la réduction de la déforestation: Des pays tropicaux où les politiques de protection de la forêt et de reboisement ont fonctionné

This report highlights successes of developing countries and their strategies for reducing deforestation and as a result, their emissions of greenhouse gases. The authors note that decreases in deforestation are primarily a result of REDD+ programs, including payments for ecosystem services, better law enforcement, governance reforms, moratoria on deforestation practices, and incorporating the environment in development efforts. Other successes come from policy changes and programs that have had intended and unintended positive impacts on forests.

 

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Mise à échelle du reverdissement: six étapes vers le succès--une approche pratique pour la restauration des forêts et des paysages (Scaling up Regreening: Six Steps to Success--A Practical Approach to Forest and Landscape Restoration)

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Monitoring of Carbon Abatement in Forestry Projects - Case Study of Western Ghat Project

Background

The forestry sector is increasingly being turned to as a means to address greenhouse gases, particularly in the tropics. Due to this, it is critical to conduct monitoring that measures, records, and verifies the amount of carbon sequestered or emmissions avoided through these forestry schemes. 

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Satellite Data-Based Phenological Evaluation of the Nationwide Reforestation of South Korea

Background

South Korea's reforestation efforts since the 1950s have been evaluated for changes in biomass, area and growing stock; but little has been done to study the phenology changes (seasonal changes) and photosynthetic activity, which will help in the preparation of new forest management in light of climate change.

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Lattice-Work Corridors for Climate Change: A Conceptual Framework for Biodiversity Conservation and Social-Ecological Resilience in a Tropical Elevational Gradient

background

In the region of Monteverde, communities rely on ecotourism, coffee farming, dairy cattle farming and sugarcane production to making their livings. The Pacific-slope forests are highly fragmented, and while a large biological corridor has already been proposed, it neglects certain key riparian corridors that would facilitate species migrations and range shifts, as well as protect the downstream water sources.

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Succession and Management of Tropical Dry Forests in the Americas: Review and New Perspectives

Background

This article emphasizes the importance of understanding of successional processes in tropical dry forests. It provides an overview of the current knowledge  of the ecology of tropical dry forest ecosystems and discusses management implications . The authors describe rapidly increasing degradation and destruction of these ecosystems and identify gaps in knowledge to be addressed by future research.

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Community-based Mangrove Reforestation and Management in Da Loc, Vietnam

Background

In 2005, the Da Loc commune in Vietnam was hit by Typhoon Damrey, causing major flooding and the destruction of agricultural lands. The dikes that upheld through the storm were surrounded by mangroves, thus a program was devised to increase adaptation and mitigation strategies to strong storms through mangrove reforestation.

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Climate Resilient Participatory Afforestation and Reforestation Project

BACKGROUND

The project takes place in one of the most densely-populated agrarian countries in the world, Bangladesh, which has also been facing the problem of high rates of deforestation. In the last three decades, Bangladesh’s forest cover has declined by 2.1 percent per year. On the other hand, the country is highly vulnerable to natural disasters such as storms, floods and drought. The lower part of Bangladesh adjoining the Bay of Bengal is particularly prone to frequent tropical cyclones, storm surges and salinity intrusion.  Climate change models suggest that the intensity of super cyclonic events will further increase over the coming decades.

Open access copy available
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