Observation from space suggests that one factor making Earth habitable may be an atmospheric Biolayer…

The footage of the STS-75 Tether incident is but one tiny accidental glimpse into the huge atmospheric habitat.

If some sky objects are living things, at the end of their life cycle they die. What would those huge objects composed mainly of gas and water vapor look like as they descend lifelessly into the higher pressures of earth’s near atmosphere?

They might sublimate, changing from solid to vapor, like jellyfish on the beach.

aurestr

Perhaps this time lapse video shows one such object.

Imagine this event occurring in great numbers. Perhaps sky life blooms and then dies off on massive scales, as marine invertebrates sometimes do.

We might see huge formations of water vapor, gathering, breaking up, circling the globe…like giant storm systems moving around the planet.

AtmosphereWithStorms

Could populations of atmospheric megafauna contribute to our planet’s atmosphere and the profiles of its various climates?

Perhaps our atmosphere results from more than just geophysical processes. Perhaps large populations of organisms alter resources to help create a livable atmosphere.

Perhaps these multitudes of organisms comprise an atmospheric Biolayer.

The Biolayer includes:

  • The organisms themselves, in their myriad forms
  • Products of their life activities like respiration, feeding, and excretion
  • Resources they use, create, and perhaps manage
  • Resources and forces created by the dissolution and sublimation of their carcasses

These elements could combine to help offer our planet a variety of protections as it hurtles through harsh space, and to help create the very atmosphere at the bottom of which we thrive.

AtmosphericStorms2

Earth’s atmospheric Biolayer could be vital, varied, endlessly changing, with constant exchange of life, energy, and resources between sea, land, sky…and space.

 

From NASA Space Shuttle mission STS-48, 1991

STS48

 

Scott

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