Available with subscription or purchase
The Effect of Rabbit Herbivory on Reforestation of Abandoned Pasture in Southern Costa RicabackgroundThis study considers how mammalian seedling herbivory may limit forest seedling growth abandonded pasture in southern Costa Rica. Research Goals & MethodsTrees were planted in open pasture and under remnant pasture trees of Inga edulis and Inga punctata. Available with subscription or purchase |
Rehabilitating Degraded Forest Land in Central Vietnam with Mixed Native Species PlantingsBackgroundThis study considers the imepdiments to reforestation presented by grasses such as Imperata cylindrica. It specifically examined the use of Acacia as a nurse crop to overcome some of the ecological and economic impediments to reforestation of degraded areas dominated by grasses. 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 |
Reforestation Experiences with Dipterocarp Species on GrasslandbackgroundAvailable with subscription or purchase |
Experimental Tree Assemblages on the Ecological Rehabilitation of a Cloud Forest in Veracruz, MexicobackgroundThis research evaluates the survival of 10 native tree species planted in a heavily degraded montane forest in Veracruz, Mexico. Available with subscription or purchase |
Restoration of a Restinga Sandy Coastal Plain in Brazil: Survival and Growth of Planted Woody SpeciesBackgroundRestingas – coastal sandy vegetation – have been affected by human impact for about 8,000 years. Human use of these sites for housing, tourism, and recreation has recently increased in such a way that there is a need for conservation of remnant patches and restoration of degraded areas throughout the coast to protect biodiversity. This study reports the results of an experiment introducing 17 native shrub and tree species into a degraded Brazilian restinga. 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 |
Restoration of Pasture to Forest in Brazil's Mata Atlântica: The Roles of Herbivory, Seedling Defenses, and Plot Design in ReforestationBackgroundIn this study, seedling growth and herbivory were monitored during the first 4 years of plot development in a large-scale reforestation experiment in Brazil’s Atlantic Rainforest (Mata Atlantica). Available with subscription or purchase |
Native Species: A Resource for the Diversification of Forestry Production in the Lowland Humid TropicsbackgroundThis research evaluates the success of native species for reforestation plantings in Costa Rica in comparison with exotic species. Research Goals & MethodsAt La Selva Biological Station, 80 species were planted in mixed stands of 8-12 species between 1987 and 1990. Growth characteristics and form for timber quality were collected for each species at 3 and 6 years after planting. 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 |
