Journal Articles
Experimental Science for the ‘Bananapocalypse’: Counter Politics in the PlantationoceneBackgroundOpen access copy available |
Recalibrating burdens of blame: Anti-swidden politics and green governance in the Philippine UplandsBackgroundOpen access copy available |
Natural capital must be defended: green growth as neoliberal biopoliticsBackgroundOpen access copy available |
Smallholder bargaining power in large-scale land deals: a relational perspectiveBackgroundOpen access copy available |
Limits to Indigenous Participation: The Agta and the Northern Sierra Madre Natural Park, the PhilippinesBackgroundOpen access copy available |
Co-managers or co-residents? Indigenous peoples’ participation in the management of protected areas: a case study of the Agta in the PhilippinesBackgroundOpen access copy available |
Comparing Inductive and Deductive Modeling of Land Use Decisions: Principles, a Model and an Illustration from the PhilippinesBackgroundOpen access copy available |
Basin-Wide Effects of Game Harvest on Vertebrate Population Densities in Amazonian Forests: Implications for Animal-Mediated Seed DispersalBackgroundTropical forest ecosystems rely heavily on animal-plant interactions, especially seed dispersal by vertebrates. In the Amazon, widespread hunting significantly reduces populations of many vertebrate species, particularly large-bodied frugivores that play a key role in dispersing seeds of large-seeded plants. Although some species show greater sensitivity to hunting than others, the overall impact of hunting across the Amazon basin remains poorly quantified. This study aims to understand how subsistence hunting affects vertebrate populations and, in turn, the ecological services they provide—most notably seed dispersal. Open access copy available |
Governing the Global Commons: Linking Carbon Sequestration and Biodiversity Conservation in Tropical ForestsBackgroundClimate change and biodiversity loss rank among the most urgent global environmental challenges, yet international frameworks often address them separately. Scientific evidence increasingly highlights the deep connections between these issues, particularly in tropical forests. Despite this overlap, carbon finance mechanisms—such as the Kyoto Protocol’s Clean Development Mechanism (CDM)—traditionally exclude efforts to reduce emissions from deforestation (REDD), instead prioritizing afforestation and reforestation. This article investigates how incentive-based mechanisms can better align carbon sequestration goals with biodiversity conservation, focusing especially on the role of tropical forests. Open access copy available |
Improving Sustainable Tropical Forest Management with Voluntary Carbon MarketsBackgroundTropical forests play a vital role in global carbon sequestration, absorbing around 1 petagram (Pg) of carbon annually—more than any other terrestrial ecosystem. However, deforestation and forest degradation weaken their ability to mitigate climate change. While reduced-impact logging and sustainable forest management (SFM) aim to minimize damage, many SFM plans overlook differences in tree growth rates, species characteristics, and local site conditions. As voluntary carbon markets grow, they create new opportunities to fund improved forest practices through “carbon-focused sustainable forest management” (SFM + C), which integrates carbon sequestration goals into existing frameworks. Open access copy available |
