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Seed Dispersal Distances and Plant Migration Potential in Tropical East AsiaBackgroundMost predictions of vegetation responses to anthropogenic climate change over the next century are based on plant physiological tolerances and do not account for the ability of plant species to migrate over the distances required in the time available, or the impact of habitat fragmentation on this ability. This review assesses the maximum routine dispersal distances achievable in tropical East Asia and their vulnerability to human impacts. Available with subscription or purchase |
Consequences of broadscale timber plantations for biodiversity in cleared forest landscapes of tropical and subtropical AustraliaBackgroundOpen access copy available |
Safety Nets, Gap Filling and Forests: A Global-Comparative PerspectiveBACKGROUNDThis paper seeks to prove how forests and wildlands are utilized in developing countries as safety nets to shocks, and how they provide resources for seasonal gap filling. The study was carried out in various developing countries in different continents. Areas where there is no forest at all were excluded and those completely forest covered such as those dominated by hunter- gatherers were not considered. Open access copy available |
Maximizing Seed Resources for Restoration in an Uncertain FutureBackgroundForest loss is being experienced in many parts of the globe. Seed based plant restoration is now the goal of many land management agencies. There is a growing demand for seed to meet these restoration projects. The effects of climate change on seed availability, viability and the success of these restoration projects is still unknown. Open access copy available |
Tropical Forest Landscape Restoration in Indonesia: A ReviewBackgroundOpen access copy available |
Shaded-Coffee: A Nature-Based Strategy for Coffee Production Under Climate Change? A ReviewBackgroundCoffee agroforestry systems are a natural climate solution that are used to reduce the impact of coffee cultivation on ecosystem health. Coffee generates over $200 billion in income globally each year, so ensuring the efficiency and success of cultivation is crucial for human livelihood. Coffee agroforestry systems are often variable, and there lacks a compiled knowledge base about these systems and practices. Open access copy available |