"Cloud seeding had nothing to do with the floods," said Katja Friedrich, an atmospheric scientist at the University of Colorado Boulder. This statement highlights the distinction between public perception and scientific evidence regarding the impact of cloud seeding on rainfall during the floods.
Under normal conditions, after these satellites reach the end of their lifespans, natural atmospheric drag pulls them down to lower altitudes, where air molecules cause them to disintegrate.
The proposed life cycle for Venusian microbes suggests that desiccated spores, residing in the lower haze layer, are crucial for their survival and potential germination in habitable conditions.
"When the polar jet stream zips more or less evenly around the Arctic, the continental U.S. and other midlatitude locations remain relatively warm because it keeps cold air trapped to the north."