#carbondioxide — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #carbondioxide, aggregated by home.social.
-
Hidden #tree #bark #microbes munch on important #climate gases
Knowing these vast #microbiomes' preferences might help customize #reforestation plans
The #treebark microbes feast on #hydrogen, #methane and #carbonmonoxide. Methane is a #greenhousegas 28 times more potent than #carbondioxide over a 100-yr. Carbon monoxide — which is lethal to humans — and hydrogen enhance #globalwarming indirectly, by helping methane persist longer in atmosphere.
https://www.sciencenews.org/article/tree-bark-microbes-climate-gases
https://archive.ph/Pd33w -
Hidden #tree #bark #microbes munch on important #climate gases
Knowing these vast #microbiomes' preferences might help customize #reforestation plans
The #treebark microbes feast on #hydrogen, #methane and #carbonmonoxide. Methane is a #greenhousegas 28 times more potent than #carbondioxide over a 100-yr. Carbon monoxide — which is lethal to humans — and hydrogen enhance #globalwarming indirectly, by helping methane persist longer in atmosphere.
https://www.sciencenews.org/article/tree-bark-microbes-climate-gases
https://archive.ph/Pd33w -
Hidden #tree #bark #microbes munch on important #climate gases
Knowing these vast #microbiomes' preferences might help customize #reforestation plans
The #treebark microbes feast on #hydrogen, #methane and #carbonmonoxide. Methane is a #greenhousegas 28 times more potent than #carbondioxide over a 100-yr. Carbon monoxide — which is lethal to humans — and hydrogen enhance #globalwarming indirectly, by helping methane persist longer in atmosphere.
https://www.sciencenews.org/article/tree-bark-microbes-climate-gases
https://archive.ph/Pd33w -
Hidden #tree #bark #microbes munch on important #climate gases
Knowing these vast #microbiomes' preferences might help customize #reforestation plans
The #treebark microbes feast on #hydrogen, #methane and #carbonmonoxide. Methane is a #greenhousegas 28 times more potent than #carbondioxide over a 100-yr. Carbon monoxide — which is lethal to humans — and hydrogen enhance #globalwarming indirectly, by helping methane persist longer in atmosphere.
https://www.sciencenews.org/article/tree-bark-microbes-climate-gases
https://archive.ph/Pd33w -
Hidden #tree #bark #microbes munch on important #climate gases
Knowing these vast #microbiomes' preferences might help customize #reforestation plans
The #treebark microbes feast on #hydrogen, #methane and #carbonmonoxide. Methane is a #greenhousegas 28 times more potent than #carbondioxide over a 100-yr. Carbon monoxide — which is lethal to humans — and hydrogen enhance #globalwarming indirectly, by helping methane persist longer in atmosphere.
https://www.sciencenews.org/article/tree-bark-microbes-climate-gases
https://archive.ph/Pd33w