Gaia Paradigm: A Biotic Origin Of The Polar Sunrise Arctic Bromine Explosion
M. Iudin

TL;DR
This paper explores the natural biotic processes behind Arctic bromine pollution, linking microbial activity, solar influence, and Gaia hypothesis to understand the phenomena's role in Earth's environmental stability.
Contribution
It introduces a biotic origin hypothesis for Arctic bromine explosion, emphasizing microbial metabolism and solar synchronization as key drivers, advancing understanding of biogeochemical cycles.
Findings
Marine microbes influence bromine cycling similarly to nitrogen fixation.
Bromine explosion correlates with solar activity and affects ozone depletion.
Satellite data reveals interannual variability of Arctic BrO clouds.
Abstract
The main attention is given to discussion of the natural causes and regularities of the Arctic bromine pollution. We make notice of marine microbial organisms and their metabolism as a prime driving force for the elemental biogeochemical cycles. One of the important conclusions of this study is on similarity between ocean bromine concentrating as by-product of the marine microbial activities and nitrogen fixation by soil bacteria. In both cases, microbial organisms and their food webs maintain the sustainability of the superficial environments throughout the geological ages of the biotic Earth. Phenomenology of bromine explosion points on synchronization of the biogeochemical processing upon the solar factor. Spatial-temporal extent and statistical properties of the Arctic BrO cloud make the bromine explosion phenomena an exceptionally valuable for modeling. In our analysis of of the…
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Taxonomy
TopicsMethane Hydrates and Related Phenomena · Atmospheric and Environmental Gas Dynamics · Astro and Planetary Science
