Latin America and Caribbean

Bird Perches Increase Forest Seeds on Puerto Rican Landslides

Background

Forest regeneration is typically difficult after landslides due to loss of above- and below-ground vegetative structure, the soil seed bank, soil nutrients, and soil structure. Landslides are a common occurrence in Puerto Rico due to its steep topography and heavy rainfall periods and often transform into grass- or fern-dominated terrain. Insufficient seed rain is thought to be one contributing factor.

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Combining ecological, social and technical criteria to select species for forest restoration

Background

This study explores the role of ecological, social and technical criteria in selecting species for restoration in highly diverse ecosystems such as tropical riparian forests. A criteria-based index can help identify target species for restoration.

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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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Paying for the Environmental Services of Silvopastoral Practices in Nicaragua

Background

The Regional Integrated Silvopastoral Ecosystem Management Project uses funds from the Global Environmental Facility(GEF) in piloting the use of payment for ecosystem services to encourage adoption of silvopastoral practices in Nicaragua, Colombia, and Costa Rica. This paper presents the results of the project implemented in Nicaragua.

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Restoring forest landscapes for biodiversity conservation and rural livelihoods: a spatial optimisation model

Background

Conserving nature in the presence of human settlements is especially challenging in areas where livelihoods are largely based on locally available natural resources. The restoration of forests in such contexts calls for the identification of sites and actions that improve biodiversity protection, and ensure the provision of and accessibility to other forest-related ecosystem services. This paper introduces an integer-linear programming (ILP) approach to identify reforestation priorities that achieve such goals.

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Influence of Tree cover on Diversity, Carbon Sequestration and Productivity of Cocoa Systems in the Ecuadorian Amazon

Background

This study evaluates the relationship between richness and floristic diversity, carbon storage, ecosystem services, agricultural productivity, and forest use potential under three land use systems in the Ecuadorian Amazon: cocoa-based agroforestry, cocoa monoculture and primary forest. In this region, one of the most important cultivation systems is the “Chakra”, a traditional organic farming production system, mainly practiced by indigenous peoples, that consists of the cultivation of staple crops in combination with commercial valuable species such as cocoa, obtaining multiple benefits.

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Foliar herbivory and leaf traits of five native tree species in a young plantation of Central Panama

Background

Timber plantations often provide economic incentives for land owners to restore abandoned pastures or agricultural land to forest, yet the threat of insect herbivory can diminish these new plantations and compromise the efforts. This study seeks to understand the extent of these threats on tree plantations in Panama. 

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Development of the Soil Macrofauna Community under Silvopastoral and Agrosilvicultural Systems in Amazonia

Background

This study seeks to analyze the effect that different agroforestry systems have on the recolonization of macrofauna in the soil of former pasture lands.

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Agroforestry Adoption in Haiti: The Importance of Household and Farm Characteristics

background

During the last century, the forest cover of Haiti has decreased from 8-10% of total land area to under 2%. This has serious implications for a nation with rapid population growth, 70% of the population living in rural areas, and 63% of the land is steeply sloping. Intensive agriculture on steeply sloping lands without tree cover could lead to topsoil and fertility losses. To combat this problem, the government implemented a USAID-funded agroforestry program to encourage reforestation strategies such as hedgerows, tree seedlings, and top grafting on smallholder farms. 

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Connecting sustainable agriculture and wildlife conservation: Does shade coffee provide habitat for mammals?

Background

Shade coffee systems are believed to support diverse wildlife. However, most research on wildlife in shade coffee has focused on bird and insect diversity, with few studies that have focused on mammals living within coffee-dominated landscapes.

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