Peer-reviewed veterinary case report
Forest fragmentation in Ecuador's REDD+ zones from 1990 to 2022
By Paredes J et al.·2026·Global Change Laboratory·View original on Europe PMC →
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Original publication title: Assessment of forest fragmentation in the REDD+ priority zones using two land use/land cover (LULC) sources in the tropical Andean landscape of Ecuador.
Plain-English summary
This study looks at how human activities, like cutting down trees, are breaking up forests in important conservation areas of the Ecuadorian Amazon over the last 32 years. The researchers used two different sources of information to measure changes in the landscape, finding that forests are becoming more fragmented, meaning there are more small patches of forest that are further apart from each other. This fragmentation is especially noticeable along a major highway and is linked to activities like oil drilling and mining. The results highlight the need for better strategies to protect these forests and reduce further damage. Overall, the findings show that forest fragmentation is increasing, which is concerning for biodiversity and climate stability.
Abstract
Human-driven deforestation and fragmentation are major threats to global biodiversity and climate stability, particularly in the Amazon rainforest. Ecuador, located in the Andes-Amazon transition zone, hosts some of the world's most biodiverse ecosystems. The REDD+ initiative, the main international mechanism for mitigating forest degradation, has identified six priority conservation areas in Ecuador-87% of which are in the Amazon region and distributed across three zones: northern, central, and southern. This study evaluates landscape fragmentation in REDD+ priority zones of the Ecuadorian Amazon over a 32-year period (i.e., 1990-2022) using a dual approach: statistical analysis with FRAGSTATS v4 and spatial modeling with Guidos Toolbox v2. Two land use/land cover (LULC) datasets were compared-one from Ecuador's Ministry of the Environment and the other from the MapBiomas Ecuador initiative. Results revealed an overall increase in fragmentation, including a higher number of forest patches, greater isolation, and reduced patch size and representativeness. Spatial analysis indicated a clear fragmentation pattern along the north-south E45 highway corridor, which increasingly separates Andean and Amazonian ecosystems. The northern and southern zones were the most affected, due to increased accessibility linked to oil and mining activities, respectively. MapBiomas data more effectively captured fragmentation associated with small-scale deforestation. These findings provide a critical baseline for policymakers to design strategies aligned with REDD+ goals and to develop targeted actions to reduce forest fragmentation and deforestation in the Ecuadorian Amazon.
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Search related cases →Original publication on Europe PMC: https://europepmc.org/article/MED/41671271