Forest Dynamics
Out of steady state: Tracking canopy gap dynamics across Brazilian AmazonBackgroundCanopy gaps are a regular characteristic of natural or anthropogenic disturbance in forested landscapes. Gap-creating disturbances often result in a forest mosaic with patches of varying successional stages. Many species in tropical forests depend on these canopy gaps for regeneration. Field monitoring of canopy gaps can be difficult due to time constraints and plot size, making tropical gap dynamics an understudied topic. Available with subscription or purchase |
Legacy effects of canopy gaps on liana abundance 25 years later in a seasonal tropical evergreen forest in northeastern ThailandBackgroundLianas or woody vine species are abundant in tropical forests. They depend on trees for stability to grow and climb to the canopy. While lianas depend on trees for growth, they also require canopy gaps at early growing stages to satisfy their high demand for sunlight. At times, lianas occupy new treefall gaps densely enough to prevent tree regeneration. Tree host ability may influence the abundance of lianas in Southeast Asian seasonally dry tropical forests. Open access copy available |
Mangroves of Kenya: The effects of species richness on growth and ecosystem functions of restored East African Mangrove standsBackgroundThe authors of the story identify the gaps in long-term studies on the relationship between species diversity and ecosystem services in specific ecosystems. The study focuses on one of these ecosystems: mangroves, examining the effects of species diversity on above ground productivity. Open access copy available |
Environment and landscape rather than planting design are the drivers of success in long‐term restoration of riparian Atlantic forestIntroductionWhile identifying factors that contribute to restoration is difficult, it is ultimately critical in order to ensure the long-term sustainability and resilience of the restored landscape. Available with subscription or purchase |
Restoration of plant species and genetic diversity depends on landscape‐scale dispersalIntroductionThe article cites the importance of restoration efforts that leads to resilient, self-sustaining ecosystems in order to combat immense global change. Though biological and species diversity are key to this venture, they are rarely considered a factor. Thus, this review article highlights the connection between seed dispersal and species richness and diversity to landscape restoration. Available with subscription or purchase |
Forests, atmospheric water and an uncertain future: the new biology of the global water cycleIntroductionThis article provides a review of the connection between vegetation cover and climate, with a specifical focus on forests and rain. The author details how there are shortcomings in knowledge concerning how tree cover influences water-cycles, which are both highly complex and important. In order to direct readers to potential research opportunities in this field, the article highIights advances and uncertainties in this field through reviewing it's major research themes. Open access copy available |
Biodiversity guidelines for forest landscape restoration opportunities assessmentsIntroductionThis document acknowledges that there has been a novel global push for landscape restoration but stresses that these practices must support the biodiversity of the ecosystesm being restored. As a companion of the ROAM methodology, the authors provide guidelines to support knowledge and practices concerning the interaction between biodiversity conservation and forest landscape restoration. Open access copy available |
The State of the World’s Forest Genetic ResourcesIntroductionProduced by FAO, this document reviews the state of the world forests as of 2020. The authors cite that forest provide valuable goods and services that benefit human well-being, particularly forest genetic resources (FGR). Yet these are threatened by an exponentially increasing human population, overexploitation, and landscape conversion. Open access copy available |
Multiple successional pathways in human-modified tropical landscapes: new insights from forest succession, forest fragmentation and landscape ecology researchIntroductionWith the rise of deforestation, secondary forests and human-modified tropical landscapes (HMTL) have become an important source of ecosystem services yet there is limited knowledge concerning the successional process of these ecosystems. Goals & MethodsThe goal of this study is to identify the main drivers of successional pathways In HTML and secondary forests at multiple scales. The authors draw on tropical forest succesion, forest fragmentation, and landscape ecology research to achieve this. Available with subscription or purchase |
Módulo 5: El enfoque de paisaje en la planificación a mesoescala de la restauraciónEspañolAntecedentesOpen access copy available |
