3.1 Life at the Surface
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June 19, 2021 at 4:14 am
Thanks to the Transiting Exoplanet Survey Satellite project and the team that carried out this project for broadening our knowledge. This is an interesting topic.
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February 25, 2023 at 7:31 pm
Thank you to Prof. Sassilov and WSU for allowing peer review of material. I am thankful for knowledge gaps revealed and fathomed- Prof. Weiss for Class G stars found in supporting data for another topic.
I hope Prof. Sassilov is on the JWST teams for searching for exo-planets.
It is incredible the Swiss have now put up an affordable space probe not to find anything new, but to study regions already found as an affordable alternative.
Prof. Sassilov, WSU Alumni, do we know of any methane lakes found in thr Earth`s polar, or circumpolar regions?
In my research on triple point methane and how Saturn has the moon(planet?)
Titan as a region Prof. Lorenz guided his built Huygens space probe to, we see polar regions can go into triple pojnt methane- gas, liquid, solid. Titan is triple point methane, in Prof. Lorenz book Titan Unveiled (a really good read). .I do not know methane as Prof. Koury`s superfluid, supercool state nor do I know methane as plasma.
Water finalizes molecular motion at minus forty degrees Celcius.
Then methane allows motion.
In Calgary skies lately, we see the morning skyrings as round rainbows around Sol as the Sun photons breach the frozen air- often cooler than land temperatures. We first see the Snowdog boundaries, then the larger, breaching ring.
If you find an ammonia, methane, or ethylene lake in an Earth polar region, let me know. 🙂
Thanks!
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April 27, 2026 at 10:33 am
Thanks to the Transiting Exoplanet Survey Satellite project and the team that carried out this project for broadening our knowledge
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April 27, 2026 at 10:34 am
Thanks to the Transiting Exoplanet Survey Satellite project and the team that carried out this project for broadening our knowledge. This is an interesting topic.
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May 17, 2026 at 2:40 am
goood and nice thank for help Life at the surface means organisms living on or near a planet’s surface, where they interact with sunlight, air, and water. On Earth, most life exists at the surface because it gets energy from the Sun and essential resources from the environment
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May 17, 2026 at 2:40 am
goood and nice thank for help Life at the surface means organisms living on or near a planet’s surface, where they interact with sunlight, air, and water. On Earth, most life exists at the surface because it gets energy from the Sun and essential resources from the environment
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May 17, 2026 at 2:40 am
goood and nice thank for help Life at the surface means organisms living on or near a planet’s surface, where they interact with sunlight, air, and water. On Earth, most life exists at the surface because it gets energy from the Sun and essential resources from the environment
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May 17, 2026 at 2:41 am
goood and nice thank for help Life at the surface means organisms living on or near a planet’s surface, where they interact with sunlight, air, and water. On Earth, most life exists at the surface because it gets energy from the Sun and essential resources from the environment
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May 17, 2026 at 10:17 am
Life as a planetary phenomenon means that life and a planet are closely connected and influence each other. On Earth, life not only depends on the environment but also changes it, for example by producing oxygen and affecting the climate. Therefore, life is an active part of a planet, not just something that lives on it. Reply
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May 17, 2026 at 10:17 am
Life as a planetary phenomenon means that life and a planet are closely connected and influence each other. On Earth, life not only depends on the environment but also changes it, for example by producing oxygen and affecting the climate. Therefore, life is an active part of a planet, not just something that lives on it. Reply
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