Invasive species follow in human wake
Human population density is the strongest driving force behind invasive species in protected areas.
Local waste sources, accumulation points, and marine pathways around Hawai’i Island were determined to address the origin of the debris accumulating in Kamilo Point through the deployment of debris-catching booms and wooden drifter blocks.
Radioactive material from the Fukushima disaster was detected in food webs in the Pacific. However, it isn’t substantial enough to be dangerous to humans or animals.
Little is known about whether regional shark management plans are robust enough to sustainably manage shark stocks. However, implementing national action plans that adhere to international guidelines and that build on experiences from other fisheries can help save endangered shark species from extinction.
Scientists examine how zoning and land use policy can protect environmentally sensitive areas at the fringe of the cities from damage by shantytowns. Political and social factors can often cause these policies to fail.
In Kansas, researchers are finding easy ways to minimize the negative impacts of wind energy while greatly surpassing the U.S. Department of Energy’s 2030 goals.
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.
Recent studies at one of the BP-Deepwater Horizon oil spill sites has revealed that, preceding engineering activities diminished the resilience of the salt water marshes.
The policies and measures aiming at reducing emissions from deforestation and forest degradation (REDD+) have proliferated, resulting in varying interpretations of “safeguards”. Now that REDD+ is maturing, direct trade-offs between monetized emissions reductions and social and biodiversity values call for more explicit regulations in this approach to climate change mitigation.
The invasive Burmese python has been linked to mammal declines Florida’s Everglades National park. Researchers fear that some of the endangered species of the region may be in danger.
Peering into the past can help us to discern the future. But, when it comes to ocean acidification, past events may offer little indication of what is in store.
Jellyfish blooms are an increasingly frequent problem in many parts of the world. While it has long been understood that these blooms deprive fish and other species of food, new research sheds light on how they disrupt the ecosystem in ways that reduce the productivity of the oceans.