The researchers studied the spatial distribution of large mammals in Murchison Falls National Park in north-western Uganda as oil exploration was on, and found that most large mammals avoided disturbed habitats. Species with a large home range such as elephants, giraffes, buffalos and hartebeests were more negatively affected by oil and gas mining and avoided areas close to the disturbance. Small home range species such as warthogs and oribis were tolerant. Species response varied with disturbance level. High disturbance led to high avoidance behaviour. However, most species returned to the disturbed areas they had abandoned when the disturbance was high. Habitat composition significantly influenced mammalian species distribution. This was evident in Borassus palm fragments where the vegetation cover and high quality forage provided a preferred refuge for some species even when the disturbance was still high. Results show that most large mammals will be disturbed by oil and gas mining but to different levels. However, no species was to fail to adapt to the anticipated disturbances. Researchers concluded that the large mammals in Murchison Falls NP can co-exist with oil and gas mining when stakeholders first appreciate that development will always impact negatively on the wildlife. But this problem is unmanageable when there are no financial resources to manage the negative impacts. In the current situation, the financial resources are not the limiting factor (i.e., from the oil and gas industry). Therefore, a win-win situation is possible when the right people, the right policies and the best managers and implementers are in place.
Related Content
The Importance of Monitoring the Great Lakes to Assess any Change in the Extent of Water-Related Ecosystems Over Time (Sustainable Development Goal Indicator 6.6.1)
Indicator 6.6.1 tracks changes over time in the extent of water-related ecosystems. It uses the imminent date of 2020 in order to align with the Aichi Targets of the Convention of Biodiversity, but will continue beyond that date to align with the rest of the SDG Targets set at 2030. Whereas all ecosystems depend on water, some ecosystems play a more prominent role in the provision of water-related services to society. Consequently, one of the focuses for global monitoring of this indicator is lakes.
A Century of Rainfall Variability and Recent Change in the African Great Lakes Region
The Great Lakes of Africa help to sustain the economies of several East African nations. Changes in the condition of these lakes is of great concern. The objective of this research was to examine long-term variations of precipitation in the Great Lakes region. Rainfall over the catchment was assessed for Lakes Albert, Edward, Kivu, Malawi, Tanganyika, Turkana, and Victoria, using gauge data. In most cases over 100 years of record are available. Assessments were also made for the region as a whole. TRMM satellite estimates of precipitation were also used to examine the years since 1998.
From Fishing Rights to Human Rights in the Lives and Livelihoods of Women Fishers in the Great Lakes Region
This research project analyzes gender-based violence in cross-border fish trade in the GLR using a human rights perspective. A human rights perspective provides an understanding of the socio-economic conditions facing women fishers in the GLR. Expanding on established research on fishing rights of marginalized people, this analysis highlights human rights issues that have been less documented: gender-based cross-border violence and threats to personal security in the GLR.
Illegal, Unregulated and Unreported Fishing on Africas Great Lakes
Illegal, Unregulated and Unreported (IUU) fishing has been reported in many publications;_this_research project_provides an overview of the extent of IUU fishing on the African Great Lakes. Stock has been taken of fisheries regulations and legislations in the riparian countries to understand the diversity of the interpretation of illegal fishing operations. A summary has been presented of the regulations governing the target species of the different fisheries.
Lake Level Fluctuations, Ecological Attributes and Fish Productivity in African Lakes and Reservoirs
Hydrological regimes, including inter- and intra-annual water level fluctuations, are key drivers of productivity and structure in freshwater ecosystems in Africa, where inland fisheries are a vital source of income and protein. Using a synthesis of seventeen standardized food web models of thirteen African lakes and reservoirs, this study explored the relationship between inter- and intra-annual water level fluctuations and sixteen ecological attributes associated with ecosystem configuration, productivity and maturity.
Status of Two Native Lake Victoria Tilapiine Species: Oreochromis esculentus and O. variabilis (Graham 1929) in Satellite Lakes, Tanzania
Lake Victoria and its basin are comprised of enormous areas of permanent and seasonal small water bodies that have been singled out as important faunal reservoirs for the endangered and threatened native species of Lake Victoria. Two tilapiine fish Oreochromis esculentus and O. variabilis are endemic and were the most commercial species in the lake fishery in early 1900s. Pressure on the fisheries and introduction of new fish species caused a severe decline of these species from the lake.
The Challenges of Oil Exploitation in African Great Lakes Region
There has been a considerable increase in the pace at which hydrocarbon reserves are being targeted in some of the most remote and pristine areas on our planet, often involving the use of controversial technologies such as hydraulic fracturing or deepwater drilling. Unnoticed by the public, initiatives for oil exploration are advanced in Africas largest freshwater reservoirs, including Lakes Tanganyika, Malawi and lately Albert, threatening their ecosystems and biota.
The Geographical and Genomic Structure of Endemic Fish Diversity in the Lake Victoria Basin
Lake Victoria has one of the highest endemic fish species-area-relationships of any freshwater bodies in the world. More than 90% of this diversity is composed of haplochromine cichlids that have undergone an evolutionary radiation in the region into more than 700 endemic species in the past 100,000 years. These species belong to more than 20 different major ecological guilds from large benthic and small pelagic herbivores at one end of the consumer food web to inshore and pelagic fish predators at the other end.
What Is Population, Health, and the Environment and Why Is It Relevant for the Africa Great Lakes Region?
Population, Health, and the Environment (PHE) is a community-based development model that uses integrated approaches to improve access to health services, especially family planning and reproductive health, while helping communities manage natural resources and conserve the critical ecosystems on which they depend. PHE is a last mile approach that reaches vulnerable populations in rural areas that are typically beyond the reach of government services and large-scale development projects. For over two decades, diverse organizations around the world have carried out PHE projects.