Abstract
Forests play a role in preserving biodiversity and providing ecosystem services. It is essential to strengthen the resilience of forest ecosystems in order to adapt to the deterioration of climatic conditions caused by global warming. The resilience of an ecosystem refers to its ability to absorb disturbances and return to its initial state after being disturbed.
To effectively manage and conserve forests in a changing climate, assessments need to be made taking certain factors into account. This article explores the existing literature on the impact of global warming on forest resilience by comparing Europe and Africa and examining the strategies used to mitigate these effects. In addition, we will discuss the methods used in the studies to create tables and graphs that will be analyzed in the "Results and Discussion" section.
Extract
[...] Cole, Bhagwat and Willis (2015) delve into the resilience of tropical peat swamp forests in Malaysian Borneo over extended periods. Their paleo ecological research uncovers that these forests have endured challenges like fires and fluctuations in climate for than 2000 years. However recent human interventions seem to have compromised their resilience. To monitor forest health effectively scientists, conduct field measurements including soil analysis, tree growth assessment and identifying signs of stress like pest infestations or damage, from drought. Studying the water, nutrient and carbon cycles within forest ecosystems helps enhance our knowledge of how climate change impacts these processes. [...]
[...] Climate patterns are scrutinized using a forest regression model to unveil correlations, between TAC and different climate and forest parameters. In the section part looks at how the TAC difference, between two time periods ( and 2011 2020) is distributed. This analysis aims to determine the significance of changes in TACs. Moving on to part it demonstrates the percentage of forest coverage in climate regions based on a gradient. Part then showcases the zone of TAC trends concerning three factors; forest density, background climate and climate variability. These findings are. [...]
[...] Understanding this concept is essential given that global warming's projected to heighten both the frequency and severity of disturbances presenting significant obstacles, for forest ecosystems worldwide. The research was conducted in a managed Pinus pinaster forest spanning about 7,500 hectares, in the part of the Iberian Peninsula, which experienced one of its driest decades between 1942 and 1952 over the 70 years. The scientists analyzed data covering a period of 30 years encompassing the time before during and after the drought to investigate the impact on tree growth, recruitment and survival as well as their recovery post drought. [...]
[...] It's important for adaptation strategies to focus not on the types of trees but on a range of forestry practices starting from where to plant them to when to harvest. Keeping forest ecosystems diverse in terms of their makeup, structure and age is generally seen as beneficial. When it comes to infrastructure and transportation solutions, they need to be customized according to conditions in order to address water scarcity effectively. This involves building water storage facilities, irrigation systems and restoring natural water flows in wetlands and floodplain forests by undoing drainage systems. [...]
[...] The adoption of forest management (SFM) and ecosystem-based approaches (EBA) are strategies for fostering resilience within local forests and communities. These approaches advocate for the conservation of forest resources while facilitating their utilization for social gains. Through incorporating management practices communities can enhance their ability to tackle climate change impacts such, as droughts, floods and soil erosion. Agroforestry, which involves combining crops with trees is being promoted as a way to enhance the resilience of agricultural systems. Apart, from diversifying income sources and food supply this method also helps in enhancing soil fertility and preventing erosion. [...]
