James Randerson on Muck Rack

James Randerson

  • Independent Consultant, WATATAWA
Brussels
As seen in: Environmental Health Perspectives, Business Insider, Color Research & Application, Nature, The Guardian, Wiley Online Library, Yahoo Canada, Yahoo News, Yahoo News Malaysia, Yahoo News New Zealand and
Independent consultant. Ex-Editorial Director and Managing Ed @POLITICOEurope. Also Ex-science/environment guy Guardian, New Scientist. Pic: James Ewen
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Articles

Forest carbon protocols underestimate climate-driven carbon loss risks

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By Chao Wu, Grayson Badgley, Michael L Goulden, James Randerson, Anna T. Trugman, Jonathan Wang, Linqing Yang, Nezha Acil, Susan C. Cook-Patton, Danny Cullenward, Steven J. Davis, Christopher Williams, William Anderegg
| Nature Verified
Abstract Although the reduction of fossil fuel emissions remains of the utmost importance to mitigate climate change, maintaining and enhancing carbon sinks in forests have been widely promoted as nature-based climate solutions1,2,3,4. However, disturbances that could result in losses of forest carbon stocks are poorly accounted for when estimating the potential role of forests in climate mitigation5,6,7.
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The Q 10 of in situ microbial soil respiration varies with mean annual temperature, precipitation, pH, and plant cover: a meta-analysis and spatial prediction of Q 10

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By Melanie T. Hacopian, Andrea Zhou, Charlotte Alster, James Randerson, Kathleen K. Treseder, Eduardo Misael Choreño-Parra
| Nature Verified
Abstract The temperature sensitivity of soil microbial respiration, commonly quantified using the Q10 coefficient, is a key parameter in carbon cycle models. Uncovering how environmental factors affect in situ Q10 values can therefore provide critical insight into potential shifts in global carbon stocks under climate change. We collected data from previously published field experiments that measured soil microbial respiration across a range of temperatures.
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Climate impacts from North American boreal forest fires - Nature Geoscience

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By Sander Veraverbeke, Sol C. Cooperdock, Stefano Potter, Qirui Zhong, Michael Moubarak, Anna-Maria Virkkala, Scott Goetz, Michelle Mack, James Randerson, Nick Schutgens, Merritt Turetsky, Brendan Rogers, Max J. van Gerrevink, Guido R. van der Werf
| Nature Verified
Abstract The boreal forest biome is warming rapidly, impacting disturbance regimes and global climate. Boreal forest fires have intensified, initiating both climate warming (positive) and climate cooling (negative) impacts across spatial and temporal scales.
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