This year, we have seen the largest-ever outpouring of reporting and planning for inevitable climate change in the Anthropocene. One of the latest studies, REthinking Energy, draws on worldwide research and … [Read full article]
A firefighter pauses at the $2013 Rim Fire in Yosemite National Park, August-September 2013 (Calfire photo on facebook). President Obama released the federal budget for 2015 last week. Overall, it … [Read full article]
A decade-long biodiversity survey of the tropical island of New Guinea cites no less than 1, 060 new species of plants and animals discovered between 1998 and 2008. New Guinea’s … [Read full article]
The resurgent interest in alternative fuels has propelled interest in using biomass “feedstocks” as an energy source for liquid fuel and bio-electricity generation. But bio-fuel (and other ‘commodity chemicals’) derived from biomass faces one big technical challenge: how to separate the useful constituents of cellulose-based biomass (i.e., its its six-carbon, building block sugars) from the not so useful ones (such as lignin and hemicellulose)? REcetn research has confirmed that the key to biomass conversion to fuel is a fungus with the less-than-appealing name of brown rot fungus.