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WRI’s Top Outcomes of 2014

  • Finance
  • Climate
  • Energy
  • Food
  • Forests
  • Freshwater
  • Cities
  • Business
  • Aqueduct
During "Raaghiri Days" in Indian cities, streets are closed to cars to encourage walking and biking. Photo by Carol Mitchell/Flickr
  • Finance
  • Climate
  • Energy
  • Food
  • Forests
  • Freshwater
  • Cities
  • Business
  • Aqueduct

Intelligent Imagining: Scenarios to Manage Water as the Climate Changes

  • Freshwater
  • Business
  • Aqueduct
  • Climate Resilience
  • Climate
  • climate change
A watershed in the Central American Dryland Corridor, a protected area meant to foster biodiversity and sustainable development, in Trifinio, Guatemala. Photo Credit: Paul Reig/WRI
  • Freshwater
  • Business
  • Aqueduct
  • Climate Resilience
  • Climate
  • climate change

Latin American Experts Need Good Data to Plan for Water Stress and a Changing Climate

  • Freshwater
  • Aqueduct
  • agriculture
  • climate change
  • water risk
Dry conditions have already cut into Brazil’s grain and coffee production. Photo credit: Nelo Mijangos/Flickr
  • Freshwater
  • Aqueduct
  • agriculture
  • climate change
  • water risk

Shale Energy Potential Depends on Water Supply

  • Energy
  • Freshwater
  • Aqueduct
  • fossil fuels
  • water risk
Shale development site, Australia. Photo Credit: John Amos/Flickr
  • Energy
  • Freshwater
  • Aqueduct
  • fossil fuels
  • water risk

A Tale of 3 Countries: Water Risks to Global Shale Development

  • Energy
  • Freshwater
  • Business
  • Aqueduct
  • fossil fuels
  • water risk
Shale gas drilling site in Pennsylvania. Photo Credit: Nicholas Tonelli/Flickr
  • Energy
  • Freshwater
  • Business
  • Aqueduct
  • fossil fuels
  • water risk
Insights

40 Percent of Countries with Largest Shale Energy Resources Face Water Stress

  • Energy
  • Freshwater
  • Aqueduct
  • Climate
  • fossil fuels
  • water risk
Shale-energy production is vulnerable wherever surface or groundwater is limited. As water demands increase, other water users like farms and homes around these plays face higher competition for water. Photo Credit: Justin Woolford/Flickr
  • Energy
  • Freshwater
  • Aqueduct
  • Climate
  • fossil fuels
  • water risk
Insights

Identifying the Global Coal Industry’s Water Risks

  • Freshwater
  • Aqueduct
  • fossil fuels
  • Energy
  • water risk
As with most energy sources, coal-related industries—including mining, coal-to-chemicals, and power generation—are extremely water-intensive. Photo credit: Peter Van den Bossche, Flickr
  • Freshwater
  • Aqueduct
  • fossil fuels
  • Energy
  • water risk
Insights

Water Stress Magnifies Drought’s Negative Impacts throughout the United States

  • Freshwater
  • Aqueduct
  • drought
  • climate change
  • water risk
Drought affected corn crops in Texas in August 2013. Photo credit: USDA, Flickr
  • Freshwater
  • Aqueduct
  • drought
  • climate change
  • water risk
Insights

Multinationals Need to Take Notice and Take Action on Water Risk Data

  • Freshwater
  • Cities
  • Aqueduct
  • climate change
  • rivers
  • water risk
Brazil has 12% of the world's freshwater resources, but its industries, farms, and communities are concentrated along the coasts, unable to access much of the country's plentiful resources. Photo credit: Flickr/John Wiseman
  • Freshwater
  • Cities
  • Aqueduct
  • climate change
  • rivers
  • water risk
Insights

China’s Response to Air Pollution Poses Threat to Water

  • Energy
  • Freshwater
  • Cities
  • Aqueduct
  • fossil fuels
  • water risk
China's persistent smog prompted the State Council to announce an Air Pollution Control Action Plan. Photo credit: sheilaz413, Flickr
  • Energy
  • Freshwater
  • Cities
  • Aqueduct
  • fossil fuels
  • water risk

Nearly Half of U.S. Fracking Sites Overlap with Water-Stressed Regions

  • Freshwater
  • Business
  • Aqueduct
  • fossil fuels
  • water risk
  • Freshwater
  • Business
  • Aqueduct
  • fossil fuels
  • water risk