Forest Plantations
Promoting Biodiversity Co-Benefits in REDDbackgroundThis article describes the potential for maximizing biodiversity conservation as a co-benefit of REDD (Reduced Emissions from Deforestation and Degradation). Open access copy available |
The Agua Salud Project, Central PanamaBackgroundThe Agua Salud Project is located in the watershed that includes and surrounds the Panama Canal, an engineering feat that largely relies on natural hydrological systems. Much of this watershed has been deforested, thus an official policy has been put into place to reforest and regain ecosystem services. This project seeks to utilize the globalize role of the canal to bring attention to the ecosystem services of the region. Open access copy available |
Rationale and Methods for Conserving Biodiversity in Plantation ForestsbackgroundWhen compared to degraded lands, developed lands, or areas of intensive industrial agriculture, forest plantations can positively contribute to biodiversity conservation. However, when monoculture stands of exotic trees, or native trees not typically found in single-species stands are used for plantations, they have been found to have impoverished flora and fauna compared with natural forest. Open access copy available |
Forests for the Future: Growing and Planting Native Trees for Restoring Forest EcosystemsbackgroundThis book provides an accessible and practical guide to forest restoration. The text focuses on reforestation in Thailand and offers insights into reforestation in other tropical countries. Open access copy available |
Decentralized Payments for Environmental Services: The cases of Pimampiro and PROFAFOR in EcuadorbackgroundThis article describes two payment for environmental services (PES) programs in Ecuador which, unlike programs run in other countries, are run by decentralized organizations: Pimampiro municipal watershed-protection scheme and PROFAFOR carbon-sequestration programme. Research Goals & MethodsThe authors conduct interviews, community workshops, and collect socioeconomic data to evaluate the programs for additionality (adding to conservation), welfare or poverty alleviation, and the control of leakage. Available with subscription or purchase |
Can Native Tree Species Plantations in Panama Compete with Teak Plantations? An Economic EstimationbackgroundPanama has high rates of primary forest conversion, resulting in depleted timber resources. In response, the timber plantation industry is growing to meet demand, often with non-native species. This study compares the economic feasibility of using native tree species vs non-native species for plantation forestry. Open access copy available |
Local Mangrove Planting in the Philippines: Are Fisherfolk and Fishpond Owners Effective Restorationists?backgroundThis paper evaluates ecological characteristics of mangrove plantations planted by local communities in the Philippines and compares them to natural mangrove forests nearby. Available with subscription or purchase |
Is Tree Diversity an Important Driver for Phosphorus and Nitrogen Acquisition of a Young Tropical Plantation?backgroundThis article presents the effect of native species diversity on the nitrogen and phosphorous pools above-ground in a plantation in the Canal Zone of Panama. Available with subscription or purchase |
Canopy development in tropical tree plantations: a comparison of species mixtures and monoculturesBackgroundThe establishment of plantation monocultures has dominated much of the intensive forest management practiced in the humid tropics of the Americas, with most forestry research and practice concentrating on a small number of non-indigenous species. Growing interest exists in modifying these practices both by creating mixed-species plantations and by making greater use of native tree species. Available with subscription or purchase |
Between and Within-Site Comparisons of Structural and Physiological Characteristics and Foliar Nutrient Content of 14 Tree Species at a Wet, Fertile Site and a Dry, Infertile Site in PanamabackgroundThis study seeks to analyze how stress resulting from different amounts of precipitation and soil nutrients affects tree growth. The study hypothesized that tree structure and physiology as well as foliar nutrient content would be significantly different between the sites, and trees at the wet, fertile sites would perform better. Secondly, the study hypothesized finding a greater variability of integrated tree growth at the drier site, as plant stress is expected to accentuate differences in performance. Lastly, it was hypothesized that leaf mass area and foliar N would predict photosynthetic capacity. Available with subscription or purchase |
