Research

FutureDAMS research aims


The project aims to co-develop an approach and toolset to help design and plan better human interventions in complex human-engineered natural resource systems, with partners in Myanmar, the Volta basin (West Africa) and the Nile basin. Dams and systems of dams are conceptualised and assessed as water-energy-food-ecology system interventions that must deliver economic, social and environmental benefits and resilience under a range of plausible futures.

  • Inter- and cross-disciplinary research assessments will identify what has worked well historically and what needs improvement.
  • A new framework for dam system decision-making will seek to enable the effective negotiated design of complex systems.
  • FutureDAMS is co-develping a state-of-the art online integrated assessment modelling toolset for assessing and optimisng system designs. Factors to be explored include alternative operating regimes, locations and sizes of new infrastructure, trade-offs and synergies between alternatives and links with wider regional energy, food and economic production, and ecological, political and social systems.
  • An online analytical and training toolbox will allow collaborative working between diverse groups such as local and regional stakeholder and sectoral groups, investors, planners, consultants and academics.

Click here to download our 2 page guide to FutureDAMS.

 

FutureDAMS research themes:

Engineering
  • Decision-making under uncertainty
  • Water resources systems simulation & optimisation
  • Power system simulation & optimisation
  • Integrated assessment tools
Social science
  • Social simulation
  • Social Impacts/Benefit sharing
  • FutureDAMS approach manual
Economic analyses
  • Agriculture and livelihoods
  • CGE Economic modelling
  • Ex-post economic analysis
Political science and governance
  • World Commission on Dams (WCD) Review 
  • Financing dams
  • Politics and governance
Climate, ecology and hydrological science
  • Global climate modelling
  • Global hydrological modelling
  • Ecological impacts
  • Carbon Emissions and climate change

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