Secondary & Degraded Forest Restoration
Leaf litter arthropod responses to tropical forest restorationBackgroundSoil and litter arthropods play critical roles in tropical ecosystem function including driving organic matter decomposition and nitrogen mineralization. With the increasing need for forest restoration projects, it is important to know how these arthropod communities respond to a variety of restoration strategies and techniques in order to maintain healthy ecosystem function. This study was conducted in a mixed-use agricultural landscape in southern Costa Rica, in an effort to contribute to local restoration research efforts. Open access copy available |
Participatory research for restoration and agro-ecological productionBackgroundThis chapter describes the process and outcomes of a 25-year participatory research project that was carried out in partnership between CIPAV and farmers of a local community in El Dovio, Valle del Cauca, Colombia. The project was guided by integrated land management and the need to combine biodiversity conservation, ecological restoration, and sustainable use of natural resources. Open access copy available |
Restoring Forests For Communities, Biodiversity, and Ecosystem ServicesBackgroundThis publication summarizes the proceedings of a 2011 conference held in Bogor, Indonesia titled "Restoring Forests For Communities, Biodiversity, and Ecosystem Services". The aim of the conference was to provide a space in which forest restoration approaches used in Indonesia and elsewhere in Southeast Asia were shared and discussed. The report includes summaries of the opening and closing remarks along with the conference's seven presentations. Open access copy available |
Mainstreaming Native Species-Based Forest RestorationBackgroundThis publication summarizes the proceedings of a 2010 conference held in the Phillipines titled "Mainstreaming Native Species-Based Forest Restoration", which aimed to provide technical expertise and experience with restoration and reforestation practices for tropical forests in order to address the country's forest cover decline. The report summarizes the events of the two days, including two opening remarks, six presentations, and five panels. Open access copy available |
Targeted habitat restoration can reduce extinction rates in fragmented forestsBackgroundHabitat lost is one of the primary drivers of species extinction. This study examines two highly-fractured ecosystems, the Eastern Arc Mountains of Tanzania and the Atlantic Forest of Brazil, and evaluates the rate at which habitat loss may lead to extinction and thus biodiversity loss. Specifically, the authors use halflife vs. area relationship to determine how long it will take to lose one-half of all tropical bird communities in each habitat. Open access copy available |
Variation in the population structure between a natural and a human-modified forest for a pioneer tropical tree species not restricted to large gapsBackgroundThe study evaluates the distribution of Cyperus floribundus (a long-lived pioneer tree specie) individuals in the gaps and compared the plant density between a primary and an early successional forest to understand the pioneer plant distribution and niche preference under the variable environmental and biotic conditions generated by natural or anthropogenic disturbances. Open access copy available |
Restoring Working Forests in Human-Dominated Landscapes of the Wet Evergreen Forest Region of South AsiaBackgroundOpen access copy available |
Dominant species' resprout biomass dynamics after cutting in the Sudanian savanna-woodlands of West Africa: long term effects of annual early fire and grazingBackgroundGiven widespread anthropogenic disturbance and land degradation across the Sudanian savanna-woodlands of West Africa, these researchers examined the impacts of early annual fire and grazing on 6 dominant plant species in terms of: shoot mortality, height and girth. Though rather unoriginally, they hypothesized that forest biomass reconstitution is affected by disturbances such as fire and grazing. Open access copy available |
Using artificial canopy gaps to restore Puerto Rican Parrot (Amazona vittata) habitat in tropical timber plantationsBackgroundThis study tests whether or not man-made canopy gaps can restore native tree diversity as food sources for the endagered Puerto Rican Parrot (Amazona vittata). The site is located within a non-native blue mahoe (Hibiscus elatus) plantation in the Río Abajo forest in central Puerto Rico, where the researchers planted native species in assisted natural regeneration. The gaps were created in 20m x 20m plots by girdling and applying herbicide on non-native trees and by clearing leaf litter and vegetation, creating space for planted and naturally established advance regeneration seedlings. Available with subscription or purchase |
Imitating Natural Ecosystems through Successional Agroforestry for the Regeneration of Degraded Lands - A Case Study of Smallholder Agriculture in Northeastern BrazilBackgroundAvailable with subscription or purchase |
