New research shows that approaches to building resilience are often over-simplified when put to practice. Trade offs are inherent to decision-making, yet the implications to the long-term resilience of urban areas are often overlooked.
A transnational network in the Colorado River Delta successfully shifted governance toward environmental restoration. Through information sharing, capacity building, and rule setting, this network paved the way for science-based solutions and public participation.
Environmental science guides the design of environmental policies and regulations. But what happens when science does not align with law and policy? A recent study shows that a mismatch between the science of ecological "restoration" and the policy mechanism of environmental interventions has unintended consequences.
Greenhouse gas removal technologies provide a valuable option to decrease emissions beyond mitigation. While climate policy to this point has not included these important technologies, researchers in the United Kingdom have developed four pillars upon which to reframe the policy approach.
Shocks from climate change are felt by all, but it's the poorer communities that are more sensitive to these disturbances. A recent study looks critically at the lens through which we view climate adaptation and asks: Are we building a resilience that accounts for the livelihoods of all, including the most vulnerable populations?
Environmental management is an interdisciplinary art. One important topic is the relationship between science and policy. A recent article identifies the barriers of integrating ecology and law in environmental management, and proposes "resilience-based adaptive governance" as a way to facilitate integration.
Through an in-depth economic analysis of coal mining in Cesar, Colombia, a researcher concludes that the environmental and social costs of coal mining outweighs the coal's market price — even when the global cost of carbon is not taken into account.
It is widely accepted that environmental change can influence human migration, but often these effects are most understood at the local scale, leaving the global picture obscure. A recent study uses spatial tools and global data to draw a clearer picture of what environmental conditions motivate human migration at the global scale.
Weather can change the day-to-day life of agricultural pests, like the corn earworm moth. But how do weather systems affect large groups of migrating moths and the migrating bats that prey on them? And how might shifts to those systems caused by climate change impact agriculture?
Following the Deepwater Horizon oil spill in 2010, concerns about potential seafood contamination prompted closures of commercial fisheries as federal regulators screened the safety of the fishery. Their population assumptions, while likely protective of the vast majority of Americans, excluded vulnerable Vietnamese Americans in the coastal region.
Management of multiple ecosystem services involves balancing multiple stakeholders and their respective value systems. This involves making trade offs, but not all trade offs are equal. A recent article analyzes how these decisions affect management decisions in a small-scale tropical fishery.
Many view agriculture as a major threat to the environment. But by integrating conservation techniques with agriculture and ranching, farmers movements can promote the protection of the environment while securing their food production.
Increasing intensity of human land-use makes ecological communities progressively more similar to one another, leading to an overall loss of diversity. Ecological metrics used to quantify diversity loss could provide helpful conservation benchmarks.
A recent study finds a striking imbalance in the global trade of arable land use. The imbalance is not only one between countries, but also one between the underdogs and top dogs of the global supply chain.
Glaciers are melting at high rates worldwide due to changes in global temperature. New research shows that in Canada most glaciers present in inland areas will disappear by 2100, creating water supply challenges throughout the Pacific Northwest.
Analysis of global forest cover reveals that over 70 percent of remaining forests are within 1 kilometer of non-forest edge. Synthesis of long-term studies show that this will result in pervasive loss of biodiversity and ecosystem services.
There is a distinct lack of innovation in energy technologies despite the need to curb emissions. Worse yet is the bigger void of innovation geared towards expanding energy access to the world's poor. A team of experts analyzed the reasons for this gap and outlined potential solutions.
New research suggests there are significant differences in the pollution offset by an additional unit of wind power versus solar power. The evidence suggests environmental policy subsidizing renewable energy instead of addressing emissions directly is inefficient and unnecessarily costly.
Without a shift to a more sustainable world, food security may be impossible to achieve. Hunger, a worldwide epidemic is only going to get worse without organized intervention. Can we turn this ship around?