Does news coverage affect the length of people’s showers? A recent scientific study seeks to understand how mass media is related to water use behavior, by examining the influence of abnormally high drought related news coverage in California’s San Francisco bay area. The researchers find a strong link between heightened news coverage and a reduction in urban water use, indicating that mass media has the potential to lead to significant behavioral changes.
Climate change is increasing storm severity globally. During storms, polluted sediment can be transported. A study focusing on the Meadowlands demonstrates how tide gates can prevent the transportation of contaminated sediment.
In the wake of large-scale hurricane-induced flooding, understanding the characteristics of waterbodies matters more now than ever. A new classification system called the Freshwater Continuum Classification can help effectively identify changes that can occur over time.
With rising consumer demand for organic foods, farmers need to explore new methods for pest control. A recent literature review identifies avenues for future research into natural predator-prey relationships that could yield novel alternatives to controversial technologies currently used.
More access to water does not mean fairer access. A study of water access in Jakarta found that the poor lacks fair access to clean water compared to their rich neighbors and the quality of groundwater is a culprit.
Investment in Watershed Services (IWS) is a unique multifunctional tool that aims to protect both water quality and sustainable livelihoods. A new study of water funds in Latin America reveals how IWS organizations can potentially increase their success.
A recent study analyzes how collective action can influence community resilience to flood hazards. It highlights several key interactions between human populations and the water systems they depend on.
We have entered an era where humans have had a profound impact on the planet. In this new world that we have created, what species will endure and what others shall perish? How can we predict what species they will be?
More than 83 percent of chemicals have no safety information. Most businesses don’t design them for safety, and the government doesn’t test most of them for safety. Yet thousands of chemicals are in our water and soil, potentially causing human harm and costing billions to cleanup. How can we tell if new chemicals will cause damage to humans before they are made?