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Interdisciplinary Research Hubs Partners

Information on GCRF International Research Hub collaborative opportunities will be posted here as they are received. 

If you have any issues or queries related to this information please contact GCRF@rcuk.ac.uk.

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GCRF Uranium and Metal Mining Remediation Hub

Principal Investigator: Melissa A. Denecke
Contact: Melissa A. Denecke, melissa.denecke@manchester.ac.uk
Countries focussed on: Countries mining legacies in the global South
Seeking: Policy makers

Seeking collaboration with person(s) involved in mining policy and regulation in ODA listed countries for the following project aim: Remove deficits (in policy, regulation, economies, expertise, technologies, infrastructure, and stakeholder support) that are prohibitive to remediation of contaminated legacy mining and milling sites that pose risks to the environment and human health, and establish best practice to avoid future contamination to promote sustainability.
Objectives: 

  • Develop cost effective, innovative and safe mining and milling legacy remediation strategies, tailored to the local circumstances. 
  • Establish best mining practices to avoid future contamination (“source control”), that optimises sustainable economic benefits and minimises negative impact on both community health and the environment. 
  • Work with industry, affected communities and policy makers to facilitate implementation.
  • Train skilled persons with complementary technological, social and cultural awareness, and establish channels for knowledge transfer and sharing.
  • Analyse historical corporate social responsibility in the mining industry, governmental policies and regulatory frameworks and assess their regional impact on health and well-being. 
  • Monitor the success of site rehabilitation and of the introduction of best mining practices as a function of maturation of regulatory frameworks, policy and financial changes, improved infrastructure, skills and technologies levels, and public support.

Homes for the displaced

Principal Investigator: Prof. David Coley
Contact: David coley, d.a.coley@bath.ac.uk
Countries focussed on: Asia, Africa, south America
Seeking: All types of partners

The hub will look for sustainable ways to house displaced populations. Be it in refugee camps or on the outskirts of cities. Be their displaced by war, natural disaster or economics. It will use a mix of engineering, social network theory and social science.

GCRF Clean Air for Sustainable Growth Hub

Principal Investigator: Prof. Kai Luo
Contact: Kai Luo, k.luo@ucl.ac.uk​
Countries focussed on: Developing countries in Asia, Africa and Middle East
Seeking: Academics, NGOs and policy makers

Air pollution is an intractable global problem. Despite lessons learnt from London’s pea soup fog caused by coal burning and Los Angeles’s smog due to vehicular emissions, almost every developing country has fallen into the trap of severe air pollution and environmental damage with economic development. This is due to the fact that the sources of air pollution lie in industry, transport, heating, cooking and agriculture, that is, almost every aspect of the economy. The problems and solutions thus vary from country to country, region to region, and city to city.

The proposed Hub is to find a holistic solution to air pollution in developing countries in Asia, Africa, Middle East, South America and Europe. With fund of up to £20 million from GCRF, we will build a multi-disciplinary, multi-nation Hub that is able to tackle the global challenge of air pollution, especially in the developing countries on the DAC list, that causes significant damages to human health, quality of life, the environment and economy.

We are seeking project partners in universities and/or research institutes who are specialised in science and engineering (e.g. atmospheric physics, atmospheric chemistry, meteorology, environmental science or engineering, energy, transport, industry, agriculture) or social sciences (e.g. economics, urban planning, sociology, politics, history). We are also keen for environmental protection agents, governmental or non-governmental organisations and policy makers to join our Hub.

In addition to UK participants, we especially welcome participants from the most polluted developing countries: Pakistan, Afghanistan, Bangladesh, Egypt, Mongolia, India, Bahrain, Nepal, Ghana, Jordan, China, Senegal, Turkey, Mauritius, Peru, Serbia and Iran. We also welcome participants from countries with some of the most polluted cities: South Africa, Myanmar, Mauritius, Sri Lanka, Nigeria, Uganda, Cameroon, Bosnia and Herzegovina, Chile, Tunisia, Brazil, Bolivia, Colombia, Bhutan, Montenegro, Mexico, Thailand, Indonesia and Malaysia.

GCRF Rural Energy Transformation Hub

Principal Investigator: Prof. David Ingram
Contact: David Ingram, david.ingram@ed.ac.uk
Countries focussed on: Indian Subcontinent, South-East Asia, Africa, South America
Seeking: NGO and Policy Makers

Our focus is on transforming the energy system for poor, off-grid, communities in remote locations by using a combination of wind, solar and flowing water to provide a micro-grid based energy system. The primary target of this work is UN Global Challenge no 7 "Affordable and Clean Energy", though we plan to have direct consequent activities on challenges 3 and 6. As a whole this project will through partnership address challenges 8, 13 and 17.

Many rural communities are either without electricity, or rely on small diesel generators. These are, not only, expensive to run but lead to CO2 emissions, and cause damage to the terrestrial and aquatic environments through spills and leaks. The Rural Energy Transformations Hub will investigate using low velocity hydrokinetic turbines, solar panels and wind turbines in hybrid schemes to provide village scale power for lighting, charging mobiles and small electric vehicles, refrigeration and hot water.

Renewable energy generation is normally intermittent leading to periods of over- and under- production. Surplice energy can be stored in batteries (for later use), used to heat water, refrigerate cold stores, and produce potable water. Heating, refrigeration and water production help balance generation and demand, while providing additional services for a community which can be stored until needed.

For this transformation to occur energy systems must be developed which are useful, easily installed, robust, easily maintained (by the local community), cost effective and have minimal environmental impact. Delivering this needs a truly interdisciplinary approach with environmentalists, geographers, sociologists, electrical and mechanical engineers, medics, and experts in energy policy and project financing.

Our consortium already contains strength in engineering and geosciences but we would welcome policy makers and NGOs.

Meeting the unique challenge of treating developing world cancers

Principal Investigator: Prof. David Bates
Contact: David Bates, David.Bates@nottingham.ac.uk​
Countries focussed on: South and South East Asia, Africa and South America
Seeking: Academic, NGO, government, policy, SMEs

The emergence of cancers in the developing world that are invariably lethal and generally is becoming an existential threat to the development of the global economy. In low and middle income countries (LMIC) cancer rates are rising faster, mortality rates are higher, and cancers have different drivers (immune deficiencies, environmental pollution, infections and different genetics) than in high income countries (HIC).

Cancer prevention, diagnosis and treatments come from HIC, where targeted therapies, immunotherapies and vaccination are transforming survival rates. In LMICs cancer strikes earlier, in economically active people in their 30s- 50s, diagnosed later, and rarely stratified or treated with modern targeted therapies. This lack of modern cancer care in LMIC is going to co-incide with the availability of targeted therapies in generic form at low cost. So in the next five years the drugs will be there, but no-one will know whether they work, who to give them to, or how to manage them. The consequence will be rising, unnecessary cancer mortality across large stretches of the word, particularly in the tropics, where infection, immune deficiency and environmental causes coincide.

To address this issue, we propose to develop a GCRF Cancer Treatment Hub that will be able to implement location-appropriate, economically viable, innovative solutions to a currently intractable problem – how to meet the challenge of treating developing world cancers.

This Hub will focus on early detection, stratification and personalised medicine. The objectives are

  1. Developing early detection methodologies that are effective and applicable in LMIC;
  2. Identify and validate strategies to molecularly stratify cancers in LMIC.
  3. Identify how to deliver personalised medicines in LMIC through innovative clinical trial design.

We are looking for health economists, technology specialists for field based diagnostics, bioethicists and innovators in clinical trial design to join the hub application.

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