Seasonal Tropical Wet, Moist, and Monsoonal Forest
The contributions of Indigenous Peoples and local communities to ecological restorationBackgroundIndigenous Peoples and local communities often rely on their local environment to meet their basic needs, and so are affected by global environmental change. They also contribute to ecological restoration through supporting species selection and providing information on the historical state of the ecosystem. However, the authors point out that involving IPLCs does not always lead to improve restoration outcomes. They outline strategies to integrate indigenous and local knowledge into programs to improve restoration outcomes. Open access copy available |
Potential impacts of COVID-19 on tropical forest recoveryBACKGROUNDEcosystem Restoration is one of the goals of several organizations including the UN. COVID-19 pandemic has brought uncertainties in achieving these goals as focus has shifted to the health sector and rebuilding the economy. Two, UN critical meetings have been delayed; platforms for governments to publicly participate in tracking restoration progress and making new commitments. Other environmental changes have also been noted including wildlife’s response to the sudden absence of humans and improved air quality in many major cities. Open access copy available |
Restoration of Degraded Tropical Forest LandscapesBACKGROUNDForest loss and degradation negatively affect rural communities whose livelihoods are dependent on forests for ecological goods and services. To address the challenge, three solutions have been proposed, expanding networks of protected areas, improving agricultural productivity on abandoned lands and reforestation. Of the three, new approaches to restoration have shown to have the potential to address forest degradation and rural poverty. Available with subscription or purchase |
The biogeochemical heterogeneity of tropical forestsBackgroundThis paper states that there has been a breadth of knowledge in relation to the biodiversity of tropical forests but limited about on the abiotic diversity, particularly biogeochemical effects. These later factors are becoming increasingly important to understand due to human perturbations in these forests. Open access copy available |
Building Community Capacity in Fragile Environments: Case Study of the Mara Serengeti EcosystemBACKGROUNDPeople living in arid and semi-arid lands (ASALs) bear the brunt of climate change impacts. As traditional pastoralists, the main challenge for the people of the Mara Serengeti Ecosystem is to cope with an increasingly frequent and recurrent drought pushing them further to competition for resources and livestock loss from starvation. Thus, there is a need to create opportunities in building up community capacity and resilience in these fragile environments. Available with subscription or purchase |
Insects and Other Animals in Tropical ForestsBackgroundAvailable with subscription or purchase |
Pest Management in Tropical ForestryBackgroundThis chapter of the Tropical Forestry Handbook introduces common pests, diseases, and disorders known to afflict tropical tree species. It describes methods of transmission, common symptoms, and provides visual guides on disease identification including infection manifestations in different parts of the tree. The chapter concludes with a discussion on disease management strategies including avoidance, control, and elimination highlighting the environmental factors that play into these strategies. Available with subscription or purchase |
Applied nucleation facilitates tropical forest recovery: Lessons learned from a 15‐year studyBackgroundThis study examines the technique of applied nucleation, which is based on the planting of tree islands, as a means of cost-effective assisted natural regeneration. Open access copy available |
Functional divesity changes during tropical forest successionBackgroundThis paper evaluates changes in species richness and functional diversity during tropical secondary forest succession following shifting cultivation in Chiapas, Mexico, particularly examining whether speces richness is a good predictor of functional diversity. Functional diversity was calculated based on a combination of nine functional traits, and two individual traits important for primary production (specific leaf area) and carbon sequestration (wood density). Open access copy available |
Floristic composition, structure and natural regeneration in a moist semideciduous forest following anthropogenic disturbances and plant invasionBackgroundThis research examined the floristic composition, struture and natural regeneration in three different forests: undisturbed (UF), disturbed-invaded (DIF) and disturbed (DF) within a forest reserve in Ghana. Open access copy available |
