Análisis de la probabilidad antropogénica de incendios forestales en el Área de Conservación Tempisque, Costa Rica:un enfoque basado en pesos de evidencia y métricas de paisaje

This study analyzes the relationship between forest fires and landscape fragmentation in the Tempisque Conservation Area (ACT) and the Chorotega Biological Corridor (CBCh), Costa Rica. Using MODIS satellite data (2000-2024) and landscape metrics, a 62.96% increase in wildfires was observed in the last decade, especially in fragmented areas with low forest cover and high edge density. The estimated size of forest fragments with a high probability of anthropogenic ignition was 6.26 ha. The northern zone of the ACT showed a higher probability of fires and fragmentation than the southern zone. The results are crucial for developing fire prevention and management strategies, promoting community resilience to climate change.

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Publication Details

Journal
Revista Geográfica de América Central
Published
2025-07-01
DOI
https://doi.org/10.15359/rgac.75-2.4
Primary Topic
Fire effects on ecosystems
Type
article
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article

Análisis de la probabilidad antropogénica de incendios forestales en el Área de Conservación Tempisque, Costa Rica:un enfoque basado en pesos de evidencia y métricas de paisaje

Michelle Farfán Gutiérrez, Camilo Alcántara, C. Zamora, Sergio Nicasio‐Arzeta
Revista Geográfica de América Central
Fire effects on ecosystems
article

Análisis de la probabilidad antropogénica de incendios forestales en el Área de Conservación Tempisque, Costa Rica:un enfoque basado en pesos de evidencia y métricas de paisaje

Michelle Farfán Gutiérrez, Camilo Alcántara, C. Zamora, Sergio Nicasio‐Arzeta
article en

Abstract

This study analyzes the relationship between forest fires and landscape fragmentation in the Tempisque Conservation Area (ACT) and the Chorotega Biological Corridor (CBCh), Costa Rica. Using MODIS satellite data (2000-2024) and landscape metrics, a 62.96% increase in wildfires was observed in the last decade, especially in fragmented areas with low forest cover and high edge density. The estimated size of forest fragments with a high probability of anthropogenic ignition was 6.26 ha. The northern zone of the ACT showed a higher probability of fires and fragmentation than the southern zone. The results are crucial for developing fire prevention and management strategies, promoting community resilience to climate change.

Revista Geográfica de América CentralVol. 2(75)
Universidad de Guanajuato (MX), Universidad Nacional (CR), Colorado State University (US)
Openalex Percentile: Top 85%
Fire effects on ecosystems
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