Assisted Natural Regeneration
Important Considerations to Achieve Successful Mangrove Forest Restoration with Optimum Fish HabitatbackgroundThis article discusses how fish and mangrove ecosystems in Florida, USA, are coupled in time and space, offers several strategies for mangrove restoration with the goal to improve fish habitat, and provides a simple sequential checklist of design tasks. Open access copy available |
Ecological Engineering for Successful Management and Restoration of Mangrove ForestsBackgroundThis article takes a look at the reasons why many mangrove restoration projects fail, and provides key recommendations for improving the success rate of mangrove restoration projects. Open access copy available |
Evaluation of Native Tree Species for the Rehabilitation of Deforested Areas in a Mexican Cloud ForestbackgroundThis study examines the survival of four native tree species used in mixed-experimental plantations in the tropical montane forest of Veracruz, Mexico (1300-1900m). Tropical montane covers only 1% of land surface in Mexico but contains ~ 10% of all flowering plants. In Veracruz, forest fragments occupy on 10% of the oringinal forest cover. Available with subscription or purchase |
Dominant Species’ Resprout Biomass Dynamics After Cutting in the Sudanian Savanna-Woodlands of West Africa: Long Term Effects of Annual Early Fire and GrazingBACKGROUNDThis study examines the potential for forest regeneration after harvest in Burkina Faso, West Africa. The study area is a tropical dry forest of tree-shrub dominated by trees of Combretaceae and Mimosaceae (Fabeaceae). The area is part of the Sudanian savanna ecoregion, stretching across Africa , and receives approximately 700-1200 mm of rain, interspersed by a 6-7 month dry season. Firewood is the major source of home energy. It is estimated that 25-50% of the forest area naturally burns each year, and all areas burn every 2-3 years. Cattle browsing is also common in the region, especially on the grass that sprouts after burns. Open access copy available |
Restoring Ecological FunctionsbackgroundAvailable with subscription or purchase |
The Role of Revegetation for Rehabilitation of Sodic soils in Semiarid Subtropical Forest, IndiabackgroundThis study relies on a case study evaluate the rehabilitation of barren land within a larger forest ecosystem. The article indicates that restoration opportunities exist even with severely degraded land where natural succession does not occur without management practices. Available with subscription or purchase |
Manejo e recuperação de mata ciliar em regiões florestais da Amazônia (Management and recovering of riparian forests in forest regions of the Amazon)Open access copy available |
Mixed-Species Plantings in Regreening the Bare Hills: Tropical Reforestation in the Asia-Pacific RegionbackgroundThis chapter reviews the use of mixed plantations for the goal of reforestation. Mixed plantantions are a more efficient use of resources, pest resistance, and economic and ecological resilience. When establishing a new tropical reforestation program, if unaware of site conditions (and what species to choose), mixed plantations can provide greater insurance. Mixed plantations are more expensive to establish but may provide insurance against volatile markets. Available with subscription or purchase |
Annual report of the director of forestry of the Philippine Islands for the period 1915-1924backgroundThis report contains a number of sections relevant to early reforestation activities in the Philippines, including research on succession pathways, restoration experiments on degraded lands, tree nursery operations, and native species. Open access copy available |
Secondary Forest Regeneration Under Fast-Growing Forest Plantations on Degraded Imperata cylindrica GrasslandsBACKGROUNDIn Southeast Asia, large areas of former rain forest lands are covered by fire-climax Imperata cyclindrica (alang-alang) grass. Grass has potential to colonize varying types and sizes of land preventing regrowth of woody species. Natural forest recovery is inhibited by fires and competition with grass and shrubs. Planting fast growing tree species can create needed micro-climate and speed up regeneration of woody species. This study compared the regeneration of native tree species under the canopy of tree plantations, riverine areas, and uncultivated grassland areas. Available with subscription or purchase |
