Both projects, led by scientists in the University’s Faculty of Social Sciences, will use satellite Earth Observation (EO) technology to tackle global development problems.
Professor Doreen Boyd, of the Rights Lab, will work with Airbus Defence and Space, the University of Dundee and partners in Uganda, to support anti-trafficking efforts there. The project, known as Anti-trafficking using Satellite Technology for Uganda’s Sustainability (ASTUS), builds on Professor Boyd’s previous work, Fighting Slavery from Space, and expertise in using satellite imagery to take observations and measurements of Earth.
The ASTUS project will develop a stakeholder-informed Modern Anti-trafficking Support System (MASS), underpinned by satellite imagery and associated geospatial datasets, with the aim of enhancing Uganda’s anti-trafficking efforts and progress towards the United Nation’s Sustainable Development Goal, Target 8.7. The MASS aims to assist anti-trafficking decision-making and response at scales never seen before.
Professor Boyd said, “Trafficking in persons (TIP) is a global issue that affects millions of people and thus requires ingenious approaches to address. At the Rights Lab we have been working with our partners on a blueprint to ending the scourge of TIP and realising the potential of an Earth Observation approach to support anti-trafficking activity. We are very fortunate to be working with our partners in Uganda, a country that is keen go above and beyond in its commitment to tackling TIP. What we achieve in Uganda should have global replicability, towards achieving the UN Sustainable Development Goal target of ending TIP by 2030, and achieving a ‘Freedom Dividend’ that benefits us all.”
Dr. Betsabe de la Barreda-Bautista and Professor Giles Foody, of the University’s School of Geography, will lead the second project – SAtellite SArgassum Monitoring System (SASAMS) — to develop a real-time monitoring service for Mexico’s Caribbean Coast, which has been seriously impacted by sargassum (brown macroalgae, more widely known as Mexico’s rotting seaweed), causing large-scale economic, environmental and ecological problems.
Predicting the arrival and managing the impact of sargassum, which turns clear sea water brown and smells of rotten eggs, has been cited as a priority for the Mexican government. However, there is limited understanding of sargassum beaching and how it is affected by changing sea conditions as a result of global warming. Researchers will deliver a system that is designed to detect and monitor the seaweed at scales that are relevant to local land users, giving early warnings, and to help to protect Mexico’s beaches and help enhance the resilience of its tourist industry.
Dr. Betsabe de la Barreda-Bautista said, “Our international team is delighted to be working on the development of a satellite Earth observation based system to help monitor Sargassum seaweed and aid actions to address its negative consequences after beaching on the Mexican coast. We aim to show that a simple cost-effective and near-real time system can be developed to tackle such environmental problems from space.”
Coinciding with World Humanitarian Day (19 August), the Nottingham projects are among 10 new cutting-edge programs announced by the UK Space Agency to tackle global development problems.
UK Science Minister Amanda Solloway said, “From flooding and climate change, around the world people continue to be affected by crises that are having a profound impact on their countries’ economies and their lives. These 10 new projects have the potential to provide solutions to the world’s biggest development problems by using the latest and most high-tech space technologies such as satellites, and help improve millions of people’s lives in developing countries.”