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During a spacewalk intended to clean the International Space Station, Russian astronauts took samples from the exterior of the station for a routine analysis. If we find life on the Moon or Mars, how will be know if we don’t have contaminated them years ago ?.
Well things certainly look promising for extraterrestrial life, as pretty much everywhere we look on Earth we find some form of life.
But just from looking at this single example, dinosaurs lived over 165 million years and during all that time no humans evolved. What about if 1 trillion dollars where spent trying to prove God exists scientifically, with testing and retesting and cross (lol) examinations and attempts to debunk it at all? The Idea that evolution of new species is viable is completely unscientific in nature- it is a faith, not a fact- nor can we know for sure that the earth is at lest 4.1 billion years old – there is no fricking way that carbon can last that long! When they’re done, they kill the cow, throw out the meat, hide and bones and come back for more. I was just thinking that a lot of astronauts have come and gone over the years, each bringing up their own possessions.
Yeah, they obviously are some evolution of Dolphins, I bet that before teleporting they also say : So long, and thanks for all the fish. That reminds me of an experiment from last year that took samples in the lower stratosphere (22-27km) and also found algae (diatoms). Interestingly enough the researcher argued that there are no know currents to lift lifeforms or even larger particles to such heights.
The leading Russian ISS scientists said the lifeforms are not living near any launch site and typically are found on the surface of the ocean. There are kinds of aerial plankton that float through the air but that is different from plankton that lives in the ocean. I’m not much of an electric universe person, but I can see electronic forces having a lot more chances of lifting tiny organisms to the space station more than air currents. This finding makes one think more critically about Sci-fi movies where you hear the words: “The Air Breathable!

So the same way it got there it could have gotten to some passing body like an asteroid and populate other planets and moons.
Or plankton fell to the earth from space and survive and reproduce in our Oceans, over millenia. There is a pretty nice Theory, Panspermia, that proposes precisely that life jumps from plant to planet and stellar system to stellar system into meteorites (like after the collision that killed the dinosaurs, big chunks of Earth, full of microbes, were expelled and arrived to Mars, Europa, … and currently are more than half way of our nearest stars). We now know that some of these microbes are incredibly resilient and can survive those travels.
One explanation, is if they are reusing the booster bodies, they are picking up plankton from their ocean dunking and not being completely sterilized. Then, maybe the two factions can work together in order to figure out how plankton made it all the way up into space, and perhaps even discover exactly why the plankton can survive. Then the dinosaurs disappear and all of a sudden, in just a relatively few million years, we have primates and see them cover the entire world.
But if that was the case, then some of them can be trapped by the rockets when going to the ISS (the high temperatures won’t be any problem for those amazing animals), so they could cling to the ISS when docking. They used a balloon and attached a sterilized chamber on it which opened later in the stratosphere. The little green men may come in peace…but not the little buggers swirling around them! Some nasty little green men can come and destroy our armies, but our swirling little buggers will kick their asses out of Earth :-). Evaporated water from some other location on earth carried by the clouds which the spacecraft passed through left residue on it’s exterior thus giving the seed to life. I understand we have to sterilize probes and rockets going to Mars, Europa, … because we know for certain that our microbes can perfectly adapt there, but why sterilize spacecrafts going to the ISS ?, there is not an hypothetical ecosystem to protect there.
Astronauts expected to find nothing more than contaminants created by the engines of incoming and outgoing spacecraft, but instead found that living organisms were clinging to outside of the ISS.
We’ve seen a planet just slightly closer and just slightly farther away to the sun than Earth and both are as dead as doorknobs, for all we know.

I’m very skeptical about that, but lets see what these new findings reveal and of course Rosetta!
Aerial plankton floats just in a few kilometers height at best, but how oceanic plankton got its hold on the ISS (300-400km) is very extraordinary. Would it be too farfetched to think these twisters aren’t capable of sucking material from the sea and spewing them hundreds of miles up? That said you would mostly care about the inside and connector areas, the exterior would probably just get a power wash. It could be that just around that time something else happened that allowed higher mammals, some element which had never been present during the previous 165!
Of course it could be that Venus and Mars are both unique examples and many other planets on their orbits have drastically different conditions. It is much more likely that the rocket is picking up the plankton while passing through a cloud, flash freezing the plankton to the surface in the ice that forms on the rocket. Yes, they look amazing.Though NASA has so far been unable to confirm whether or not the Russians truly did discover sea plankton clinging to the exterior of the station, there is some precedent for certain creatures being able to survive the vacuum of space. Tardigrades, water-dwelling microscopic invertebrates, are known to be able to survive a host of harsh environments. But that assumption would leave only conditions very similar to Earth’s for life to evolve in. They can survive extreme temperatures (slightly above absolute zero to far above boiling), amounts of radiation hundreds of times higher than the lethal dose for a human, pressure around six times more than found in the deepest parts of the ocean, and the vacuum of space.
The working theory is that atmospheric currents could be scooping up the organisms then carrying them all the way to the space station, though that would mean the currents could travel an astonishing 205 miles (330 km) above the planet.

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