Thirsty World: Hydrology alone doesn’t determine water supply in Peru’s Santa River Basin
Incorporating human behavior into hydrology models is critical to predicting water availability
In Changzhou, China 10% of the city’s energy footprint is related to water usage. Through strategic water conservation efforts, policy-makers can simultaneously conserve water and energy, save taxpayer money, and reduce climate change impacts.
Aquifer storage and recovery may represent an efficient, effective, and safe water storage option for maintaining drinking water and environmental supplies in Florida.
Scientists examine how riparian restoration projects influence amphibian and reptile species and suggest several methods that natural resource managers can use to improve river rehabilitation projects.
As ocean surface temperatures heat up and urban coastal populations continue to grow, climate models predict an increase in the number of intense storms and corresponding economic damage.
The most widespread techniques for increasing water supplies under climate uncertainty are also those with the greatest potential to spread disease. How can communities best adapt?
Diving tourism can help conserve marine wildlife and coastal ecosystems. To live up to its potential to conserve nature as well as to sustain popularity diving management including environmental education is key.
The Great Lakes – our largest global reserve of freshwater – are under attack from invasive species, and a new study provides an estimate of what this will cost us.
Though shale gas extraction with the use of hydraulic fracturing has been underway in the U.S. for about a decade, peer-reviewed literature looking at its impacts has only begun to be published. Some of the articles that were among the first published on the environmental impacts, and remain among the most talked about, are described here.
Previous research on hydraulic fracturing has indicated possible contamination of water wells by methane. A new research article attempts to model potential contamination pathways to aquifers from Marcellus shale gas beds.
Drinking water wells are only 60 to 90 meters below the surface, while the Marcellus Shale is at depths of 1,200 to 2,500 meters. Still, new research suggests that, because of the hydrology of northeastern Pennsylvania, hydraulic fracturing poses a risk to these shallow drinking water resources.
A new study calculates the total water usage for shale-gas production in Texas. While the total water usage doesn’t overwhelm state resources currently, the variability in local conditions over time will call for more careful consideration of water resources in the future.