@metal-brain saidJust a miscommunication. I was referring to the link provided in the news article to the research study.
That is NOT what wildgrass said. Apparently you don't read much.
"Notably, there is a transient negative thallium isotope excursion concurrent with the EPME, which requires substantial manganese oxide burial based on the thallium isotope mass balance. "
@wildgrass saidPost the article. I have no idea what you are talking about.
Just a miscommunication. I was referring to the link provided in the news article to the research study.
"Notably, there is a transient negative thallium isotope excursion concurrent with the EPME, which requires substantial manganese oxide burial based on the thallium isotope mass balance. "
@wildgrass saidThat is a totally different quote than what you posted before. Stop being dishonest. You are trying to digress in a feeble attempt to move the goal post. Do you think I am stupid?
You posted it
@wildgrass saidWhich link is it that you are referencing?
MB, there is a repeating pattern here where you seemingly refuse to read the reference material that you yourself are posing on the forum. The article you posted said that about mass extinction. You can read it since you posted it.
Transiently, a mass global extinction would transiently reduce aerobic respiration on a large scale, which might increase oxygen concentrations. Transiently.
@sonhouse saidDid I post only one link?
@Metal-Brain
It figures. You don't even know your own links much less having read them.
I am simply asking which link. Since my question was not answered maybe somebody made it up and no such thing was in any links I posted. It would not be the first time someone lied.