Team assess African volcanoes

Little-known volcanoes in Africa are to be explored to understand their threat to life, livelihood and the landscape.

Researchers are to assess largely uncharted volcanoes in the East African Rift Valley, home to vast mammal migrations, mountain gorillas, spectacular peaks and fertile plains.

The region’s volcanoes, numbering more than 100, are shrouded in mystery.

Dates of their last eruptions are mostly unknown and very few have detectors in place to highlight early signs of activity.

Hazardous risk

We look forward to tackling such a scientifically challenging and exciting problem.

Professor Kathryn WhalerSchool of GeoSciences

The human and financial cost could be huge if any of the volcanoes in the densely populated and economically crucial area of Ethiopia’s main rift erupt without warning.

Researchers aim to understand past volcanic behaviour, search for signs of current activity and make a long-range eruptive forecast for the region.

A recent report for the World Bank ranked 49 of Ethiopia’s 65 volcanoes in the highest category of hazard uncertainty.

Recent eruption

The eruption of Nabro volcano on the Ethiopia-Eritrea border in 2011 was a reminder of the potential threat to the region.

Despite lying in a remote and sparsely populated location and with no historical record of eruption, it claimed the lives of 32 people and displaced 5000 more.

Prior to its eruption, the volcano was believed to be dormant.

International team

The five-year project, focusing on the on the volcanoes of the Main Ethiopian Rift, will be led by researchers from the Universities of Edinburgh and Bristol.

They will work in collaboration with the Universities of Cambridge, Leeds, Oxford and Southampton, the British Geological Survey, Addis Ababa University and the Geological Survey of Ethiopia.

Overseas partners include Reykjavik Geothermal, which is part of a multi-billion dollar investment to develop the infrastructure to exploit this rich source of geothermal power.

Field work

The multi-disciplinary team will collect samples, map the geological record of previous eruptions and deploy geophysical instruments.

They will then analyse the data and create models of the eruptive history, current states of unrest, and compute the likelihood of future eruptions.

The team will also work on the best way of communicating their results to the relevant authorities and communities.

The £3.7 m project, known as RiftVolc, is funded by the Natural Environment Research Council and begins in September.

It will build on previous successful studies in the region.

Tackling this is possible only because of excellent working relations with our Ethiopian colleagues who, with us, are committed to working on this societally relevant project.

Professor Kathryn WhalerSchool of GeoSciences