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Articles tagged with
Claim:
Increases in atmospheric CO2 is mainly from natural causes, like ocean outgassing, and not from humans who emit so little in comparison
Claim:
New documentary proves building offshore wind farms is responsible for the increase in whale deaths off the U.S. East Coast since 2016
“This article is well-written, and the visuals are outstanding. It is a very strong piece of science communication. That being said, there is at least one error. The author mistakenly conflates the long-term warming hole with the shorter-term North Atlantic cold anomaly. The two phenomena have very different timescales and are likely driven by different mechanisms.”
Claim:
Human additions of CO<sub>2</sub> are in the margin of error of current measurements and the gradual increase in CO<sub>2</sub> is mainly from oceans degassing as the planet slowly emerges from the last ice age.
“The Washington Post article accurately reports the results and links to other topics using reliable sources. Quotations from Pieter Tans and Paul Durack add important caveats showing that this is strong new evidence but not the final say. This caution is vital for readers to interpret the findings.”
“This is an accurate, concise summary of the slowdown of the Atlantic Meridional Overturning Circulation (AMOC) and its possible future states. There are a couple of minor issues: specifically, one of the links goes to an irrelevant article, and it would be useful to have a couple more citations to the scientific literature. The title is possibly a little overstated; I might instead say that the AMOC is at risk of collapsing in a warming world.”
Claim:
Most likely the primary control knob [on climate change] is the ocean waters and this environment that we live in.
“Changes in ocean chemistry, temperature, and circulation have significant consequences for marine life and can initiate positive feedbacks to accelerate ocean and atmosphere warming. This article is refreshing in that the author presents the results and significance of global ocean oxygen loss accurately and very clearly for non-expert audiences.”