Human prosperity relies on functioning ecosystem processes. Large carnivores play an integral role in their human and natural surrounding; integrative conservation strategies are warranted to ensure their persistence.
Since nuclear fission was discovered in 1938, the world has built many bombs, dropped a few, provided low emission energy, and facilitated the creation of long-lived nuclear waste that currently has nowhere to go
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.
Scientists find that the Big Five personality traits are related to environmental values and behavior at the individual and national level. Policymakers can use this information to tailor programs and policies to yield changes in environmental behavior.
Forest property tax incentives are effective tools for ensuring landscape connectivity, yet what type of program forest owners participate in differs by type of forest and owners. Policymakers can use this information to tailor programs and policies to increase forest conservation programs.
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.
Scientists and policy makers operate under very different time frames and professional priorities. Environmental research organizations should consider hiring knowledge brokers to ensure timely translation of scientific discoveries into regulations.
Whether you like your potatoes hashed, mashed, baked, broiled, crinkle cut or barbecued you are going to need to use energy to cook those spuds, but just how you accomplish this task has a lot to say about the energy footprint of your home-cooking.
In countries like South Africa where food takes up as much as one-fifth of household spending, reducing waste from 'farm to table' is much more than a moral obligation - it is an economical way to maximize resources.
Increasing carbon storage in soils through biochar and producing bioenergy from perennial plants can be a powerful means to mitigate climate change. Understanding soil microbial processes is crucial to achieve improved soil fertility, biodiversity, and carbon sequestration.