Publications
Analysis of Climate Variability and Relation to Vegetation in Garamba National Park from 1990-2020
A significant inverse correlation between temperature and precipitation (r = -0.876, p < 0.00001) was identified in Garamba National Park over three decades, with precipitation showing a positive association with vegetation indices (NDVI: r = 0.496; EVI: r = 0.496). The study analyzed climate-vegetation relationships using non-parametric tests and statistical analyses, revealing that increased rainfall corresponds to higher vegetation density. This finding underscores the sensitivity of Garamba's unique savanna-forest mosaic ecosystem to climatic shifts, critical for its conservation as a UNESCO-listed site.
Population structure and spatial ecology of Kordofan giraffe in Garamba National Park, Democratic Republic of Congo
Garamba National Park harbors one of the last isolated populations of Kordofan giraffe, with urgent conservation action needed to protect its remaining 45 individuals. This study reveals that the population is female-dominated and adult-heavy, with a limited distribution concentrated in the park's south-central sector. Surprisingly large home ranges, averaging 934.3 km² using autocorrelated kernel density estimation (AKDE) and 268.8 km² using traditional kernel density estimation (KDE), were observed despite the park's high humidity. The research employed GPS satellite collars and direct observations from September 2016 to August 2017, utilizing Continuous-Time Movement Modeling (CTMM) to analyze distribution patterns and movement dynamics. These findings highlight critical insights for informed conservation strategies.
Wildlife and warfare: a case study of pachyderms in Garamba National Park, DRC
Garamba National Park, DRC, demonstrates resilience in biodiversity conservation amid armed conflict. Over 40 years of systematic aerial surveys reveal trends in large mammal populations, particularly pachyderms, influenced by eight conflict crises and periods of peace between 1960 and 2016. The study highlights the park's ability to sustain wildlife despite international support fluctuations, offering critical lessons on conservation strategies during armed conflicts. Unlike typical scenarios where conflicts deter funding, Garamba serves as a model for maintaining biodiversity even in unstable environments.
Impacts of bush fires on biodiversity of Sudanian and Zambezian savanna of the Democratic Republic of Congo – Case study on three protected areas: Upemba, Kundelungu and Garamba national parks, and Bombo-Lumene hunting domain from 2000 to 2014.
A study analyzing the impact of bush fires on biodiversity in four protected areas of the Democratic Republic of Congo—Garamba, Upemba, Kundelungu national parks, and Bombo-Lumene hunting domain—revealed significant habitat loss due to fire activity from 2000 to 2014. Over 22,000 hectares of forest cover were lost, with the highest fire intensity occurring during the long dry season. The research identified fire hotspots through thematic mapping and proposed strategies for sustainable fire management in these ecosystems, which are also threatened by poaching. By quantifying fire points across the regions (ranging from 6,509 to 59,122), the study underscores the dual pressure of bush fires and wildlife poaching on Sudanian and Zambezian savannas.
You are here:
World Heritage Explorer > World Heritage Research > World Heritage Sites > Garamba National Park