Distributed Solar: The Democratizaton of Energy
Category Archives: bacteria
Will soils hang on to their Carbon?
(Update, 2019-07-01) Another obstacle to afforestation as a means of rapidly drawing down CO2 from the climate system: U.Büntgen, P.J.Krusic, A.Piermattei, D.A.Coomes, J.Esper, V.S.Myglan, A.V.Kirdyanov, J.J.Camarero, A.Crivellaro, C.Körne, “Limited capacity of tree growth to mitigate the global greenhouse effect under … Continue reading
Posted in adaptation, American Association for the Advancement of Science, Anthropocene, argoecology, bacteria, being carbon dioxide, Carbon Cycle, carbon dioxide, Carl Safina, climate, climate change, climate disruption, Global Carbon Project, global warming, microbiomes, nonlinear, nonlinear systems
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Our uncontrolled experiment with Earth as an Astrophysics problem set
Hat tip to And then there’s Physics …: On climate change and Astrobiology , by Adam Frank.
Posted in adaptation, American Association for the Advancement of Science, Anthropocene, astrophysics, bacteria, bollocks, Carl Sagan, civilization, climate, climate disruption, conservation, consumption, cynicism, Daniel Kahneman, David Archer, David Suzuki, denial, destructive economic development, Eaarth, ecology, environment, environmental law, Equiterre, fossil fuels, games of chance, geophysics, global warming, greenhouse gases, Hyper Anthropocene, James Hansen, leaving fossil fuels in the ground, mass extinctions, meteorology, NASA, Neill deGrasse Tyson, oceanography, Our Children's Trust, physics, Principles of Planetary Climate, quantitative ecology, random walks, Ray Pierrehumbert, risk, Robert Young, science, sustainability
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Phytoplankton-delineated oceanic eddies near Antarctica
Excerpt, from NASA: Phytoplankton are the grass of the sea. They are floating, drifting, plant-like organisms that harness the energy of the Sun, mix it with carbon dioxide that they take from the atmosphere, and turn it into carbohydrates and … Continue reading
Posted in AMETSOC, Antarctica, Arctic, bacteria, Carbon Cycle, complex systems, differential equations, diffusion, diffusion processes, dynamic linear models, dynamical systems, Emily Shuckburgh, environment, fluid dynamics, geophysics, GLMs, John Marshall, marine biology, Mathematics and Climate Research Network, NASA, numerical analysis, numerical software, oceanic eddies, oceanography, physics, phytoplankton, science, thermohaline circulation, WHOI, Woods Hole Oceanographic Institution
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“Can we avert the post-antibiotic world?”
(Hat tip to Dan Satterfield.) A TED talk. Bacteria develop resistence so quickly that pharmaceutical companies have decided developing new ones is not in their best interest. From the speaker, Maryn McKenna.
