Environmental Research Letters is an open-access electronic-only peer-reviewed scientific journal covering research in all aspects of environmental science. Numerical modelling or simulation, as well as theoretical and experimental approaches to environmental science form the core content. Approaches from a range of physical and natural sciences, economics, and political, sociological and legal studies are also present. The editor-in-chief is Daniel Kammen (University of California, Berkeley). According to the Journal Citation Reports, the journal has a 2010 impact factor of 3.049.
Ocean pipes 'not cool,' would end up warming climate
To combat global climate change caused by greenhouse gases, alternative energy sources and other types of environmental recourse actions are needed. There are a variety of proposals that involve using vertical ...
Toward better agricultural fertilization management
A new study led by researchers from UPM shows that ammonia emissions associated with crop fertilization could be reduced by up to 82% with a minimum impact on agricultural production.
Scientists map unprecedented urbanization in East-Southeast Asia
Researchers have, for the first time, mapped the rapid urban expansion that has occurred across the whole of East-Southeast Asia in the last decade.
Global rainfall satellites require massive overhaul
Circling hundreds of miles above Earth, weather satellites are working round-the-clock to provide rainfall data that are key to a complex system of global flood prediction.
World thunderstorm 'map' key to assessing climate change
The Doomsday Clock, which measures the likelihood of global catastrophe, last week ticked a minute closer to "midnight"—- the apocalypse. The symbolic clock was set to 11:57 by a board of atomic scientists ...
Heat waves becoming more prominent in urban areas, research reveals
The world's urban areas have experienced significant increases in heat waves over the past 40 years, according to new research published today.
New study details future of oil and gas development in the Western Amazon
The western Amazon—a vast region encompassing the Amazonian portions of Bolivia, Colombia, Ecuador, Peru, and western Brazil—is one of the world's last high-biodiversity wilderness landscapes. It is also home to an active ...
Satellite study identifies water bodies important for biodiversity conservation
Using satellite images to study changing patterns of surface water is a powerful tool for identifying conservationally important "stepping stone" water bodies that could help aquatic species survive in a ...
'Gold rush' threatens tropical forests in South America
A global "gold rush" has led to a significant increase of deforestation in the tropical forests of South America.
Novel sampling method reveals oil sand mining is not polluting Athabasca Delta
A new study into the pre-industrial baseline levels of heavy metals in sediment carried by the Athabasca River shows that emissions from the Alberta oil sands and other human activities have not yet increased ...
Better dam planning strategies
When dams are built they have an impact not only on the flow of water in the river, but also on the people who live downstream and on the surrounding ecosystems. By placing data from close to 6,500 existing ...
How will climate change transform agriculture?
Climate change impacts will require major but very uncertain transformations of global agriculture systems by mid-century, according to new research from the International Institute for Applied Systems Analysis.
Most carbon-dense ecosystem in Amazonia mapped for first time
The highest concentration of carbon in parts of Amazonia is not stored in trees, but below the ground as peat, according to new University of Leeds research.
Is natural gas a 'bridge' to a hotter future?
Natural gas power plants produce substantial amounts of gases that lead to global warming. Replacing old coal-fired power plants with new natural gas plants could cause climate damage to increase over the ...
CO2 warming effects felt just a decade after being emitted
It takes just 10 years for a single emission of carbon dioxide (CO2) to have its maximum warming effects on the Earth.