I guess you'll be "deluded"...no full atmosphered worlds would be landable/"walkable",have a look at Frontier ads.I'm starting to think that the recent push for data on Ammonia worlds may be a precursor to these planets being used in Odyssey as the new atmospherics.
As the target of this goal was to scan them for terraforming feasibility?
Pug
Maybe the terraforming removes the Ammonia before starting the process including the liquid Ammonia seas.I guess you'll be "deluded"...no full atmosphered worlds would be landable/"walkable",have a look at Frontier ads.
Just read Galnet,there was an article yesterday sayin' about "the Sirius failure" to terraform Ammonia worldsMaybe the terraforming removes the Ammonia before starting the process including the liquid Ammonia seas.
Then it starts to produce a breathable atmosphere.
Just a thought really.
we have all watched the various videos and announcements, ads etc. available if we have an interest in this game.
It would be mad not to.
Pug
Which was obviously going to happen from the start. The major obstacle to terraforming an AW - as opposed to a HMC with an ammonia atmosphere - is that any planet with a stable liquid-ammonia atmosphere and "hydro"-sphere is going to be far too far from its star. You can technologically rip out the ammonia to kill off all the existing life, sure, but you're not going to be able to stick a human-breathable atmosphere in place without it being far too cold for humans to live outside of environmental controlled spaces.Just read Galnet,there was an article yesterday sayin' about "the Sirius failure" to terraform Ammonia worlds
Missed that one, . Oh well.Just read Galnet,there was an article yesterday sayin' about "the Sirius failure" to terraform Ammonia worlds![]()
Good luckTenuous ammonia-heavy atmospheres will probably be as walkable as anywhere else.
This was not the point of discussionWhich was obviously going to happen from the start. The major obstacle to terraforming an AW - as opposed to a HMC with an ammonia atmosphere - is that any planet with a stable liquid-ammonia atmosphere and "hydro"-sphere is going to be far too far from its star. You can technologically rip out the ammonia to kill off all the existing life, sure, but you're not going to be able to stick a human-breathable atmosphere in place without it being far too cold for humans to live outside of environmental controlled spaces.
Apart that terraforming is not plausible at all by all means (it's a game not reality) Gas Giants are one thing,solid worlds with atmosphere (whatever it is) another.It's like them saying they have a plan to terraform gas giants in terms of plausibility.
Its a great point though as Ammonia has a far lower freezing temperature than water so it would make sense that it would be almost unbearable to humans and be further from the star, but that is not a prerequisite..Good luck
This was not the point of discussion
Apart that terraforming is not plausible at all by all means (it's a game not reality) Gas Giants are one thing, solid worlds with atmosphere (whatever it is) another.
Two reasons, I think:I still don't get it why the human civilization in ED would shoulder the costs of terraforming any planet if you think about the abundance of earthlike/water worlds in the galaxy. But I guess it's a sci-fi trope.
Obviously it's fictional, but Frontier's fictional terraforming tech has fairly well-defined limitations if you look at which planets are marked as "candidates" - it can basically replace the atmosphere with a breathable one, provided that doing so would leave the temperature in livable ranges as well.Apart that terraforming is not plausible at all by all means (it's a game not reality) Gas Giants are one thing,solid worlds with atmosphere (whatever it is) another.
Sure they are not in the goldilock zone,it's a known thing but here the point was "we'll be able to land/walk on fully atmosphered worlds?" and the answer is no,being there Ammonias or whatever else.Its a great point though as Ammonia has a far lower freezing temperature than water so it would make sense that it would be almost unbearable to humans and be further from the star, but that is not a prerequisite..
What's the name of that planet where Skywalker get shoved into the carcass of a big coo (Cow) to keep warm? Adapt and overcome
This was the point (it's a game not reality) how the hell should I know how terraforming would work lol, I was speculating.
Pug
Yse but HMCs with Ammonia traces in atmosphere are not Ammonia worlds,wich was the main argument of his question,and the fact that whatever "thin trace atmo" we will walk the same barren planets with just a better skybox up above (and better textures all over at least)Two reasons, I think:
1) Until very recently (about 15 years ago), long-distance travel was impractical and even crossing the bubble would take most ships months. There are a huge amount more terraformed ELWs than natural ELWs within the bubble, and that's probably why.
2) You might want to start afresh on a lifeless planet rather than risk damaging existing ecosystems. Unlikely to be a concern for most
Obviously it's fictional, but Frontier's fictional terraforming tech has fairly well-defined limitations if you look at which planets are marked as "candidates" - it can basically replace the atmosphere with a breathable one, provided that doing so would leave the temperature in livable ranges as well.
And there's therefore no such thing as a terraformable Ammonia World - though there are plenty of terraformable HMCs with an ammonia-rich atmosphere.
Building a solid shell at the appropriate depth on a gas giant, or moving an AW's orbit into the habitable zone of a star? Equally implausible given the Elite Dangerous setting's definition of terraforming and available technology ... both used as terraforming techniques in other SF settings, of course.
This does indeed have very little to do with which tenuous-atmosphere worlds will be walkable in Odyssey - whether the extremely thin atmosphere is mostly ammonia, mostly oxygen or mostly helium won't make a difference as we won't be trying to breath it anyway.
There’s also the inverse of this - an alien ecosystem comes with alien pathogens (of whatever kind) and things like parasites, etc.2) You might want to start afresh on a lifeless planet rather than risk damaging existing ecosystems. Unlikely to be a concern for most
I guess you'll be "deluded"...no full atmosphered worlds would be landable/"walkable",have a look at Frontier ads.
Cursory glance at the "thin" atmosphere descriptor...there is something else at play other than pressure, and I'll have to do a deeper dive because at the low range, they are as expected...all the way down to right at 100 pascals, which confirms the 99.99 pascal limit for landable, however...
At the top range, "thin" goes all the way up into the thousands of atmospheres of pressure...
I'm getting more data to first try and determine where the overlaps between "thin", "thick" and atmospheres with no atmospheric qualifier is and then go from there.
The highest 1000 planets with "thin" atmospheres are all either Nitrogen or Ammonia, with most of them being Nitrogen. The lowest pressure 1000 planets have a wide mix of composition including Ammonia, but curiously, no Nitrogen ones. So...way more analysis is needed including gravity, star type
Yeah, possibly, though in a month or so distance are numerous untouched ELWs and a month is a short time to colonize stuff. A small price compared to changing an entire equilibrium of an atmosphere, which would both be a massive project and a tedious one if space travel took weeks from system to system. Also there obviously is no land grab to outlier ELWs.1) Until very recently (about 15 years ago), long-distance travel was impractical and even crossing the bubble would take most ships months. There are a huge amount more terraformed ELWs than natural ELWs within the bubble, and that's probably why.
This is actually more complex than the War of the Worlds trope would suggest. Alien pathogens would be incompatible with human physiology, heck, the vast majority of Earth bacteria (not to mention of viruses) are incompatible with us and we share the same origin of DNA/RNA with them, not to mention millions of years of cohabilitation and in their case, trillions of generations. The Expanse series dealt with this apparent plot device elegantly byThere’s also the inverse of this - an alien ecosystem comes with alien pathogens (of whatever kind) and things like parasites, etc.
Tenuous ammonia-heavy atmospheres will probably be as walkable as anywhere else.
Wolf 1311 B 3 B in the trailer is currently 100% ammonia atmosphere, but it sure doesn't look like what an ammonia atmosphere is supposed to look. WIP I guess?That'd be cool, but they didn't show any footage or screenshots yet.
Never underestimate 3306cc's of handwavium!Tenuous ammonia-heavy atmospheres will probably be as walkable as anywhere else.
Which was obviously going to happen from the start. The major obstacle to terraforming an AW - as opposed to a HMC with an ammonia atmosphere - is that any planet with a stable liquid-ammonia atmosphere and "hydro"-sphere is going to be far too far from its star. You can technologically rip out the ammonia to kill off all the existing life, sure, but you're not going to be able to stick a human-breathable atmosphere in place without it being far too cold for humans to live outside of environmental controlled spaces.
It's like them saying they have a plan to terraform gas giants in terms of plausibility.
Now, sure, as a way of denying Thargoids living space, a planetary scale weapon that destroys their atmosphere is certainly one option. Unfortunately ... that works both ways, and it seems a highly unwise form of escalation.