Will a changing atmosphere host a burgeoning ecosystem of microbes?

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SUMMARY

The discussion centers on the potential impact of global warming on the vitality and diversity of unicellular life in the atmosphere. While some participants, like Andre, reject the premise of global warming, others acknowledge the historical underestimation of microbial biodiversity. The conversation emphasizes that without a comprehensive understanding of current microbial populations, any predictions regarding ecological succession and the emergence of new microbial ecosystems remain speculative.

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Loren Booda
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Would global warming (with its dynamic weather systems, carbon surplus, increased radiation and humidity, etc.) encourage the vitality, diversity and interaction of unicellular life in the atmosphere?
 
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IMO there isn't a good answer to this.

First off, Andre (down in another forum) seems to be adamantly against the whole idea of global warming. So the basic assumption of your question isn't accepted by everyone (I happen to agree with your assumption but I'm not a paleoclimatologist) which is not uncommon in science.

Secondly, we have historically and consistently underestimated biodiversity, especially at the "low end" - the microbiology end - since Joseph Lister was around. Because we don't have a great handle on it now, any projections about this sort of thing would be total speculation. Garbage in garbage out.

My personal point of view is: from an ecological successionary point of view, the guys who gets there first usually wins. This means if the environment changes the spores (or sclerotia or whatever) already in place have first shot at exploiting the new environment. Since we don't know what we have now in place, it makes it hard to predict. YMMV.
 

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