Wow, I only wanted to wait a couple days for the posts to amass. But the few days quickly evolved into a GODDAMN WEEK. Or so. Oh well. I'm sorry. Anyways, I hope you guys had a good doomsday, a merry christmas, happy hanukkah, happy holidays, whatever you choose to celebrate. I even have a present for you! An INCREDIBLY gorgeous and detailed, procedurally generated universe simulator, for those of you who didn't hear about it. Space Engine. Here's a link:
en.spaceengine.org/It's completely free and it's actually made by only one guy, Vladimir Romanyuk from Russia. It's only one guy, as far as I know. If you aren't speechless yet, go watch some videos. Seriously, check it out. Back on topic..
>Increase size of drinlors to 5-6 cm.
>Increase capacity of gas chambers. (the drinlors will fly!)
>Develop the brain to be able to process basic instinct and grouping behaviors.
>Develop the organs further.
Heh, now they maybe deserve a new spot on THE TREE OF LIFE. The very basic clump of nerves develops into a more sophisticated organ to manage all the other body functions and they actually develop a basic memory! The organs become more sophisticated over the generations aswell.
......WHY WAS MY POST OVERLOOKED AGAIN?!
Oh, I'm quite sorry about that... It was a lot of posts the last time, forgive me. Here it is!
Heh, I can't resist! If nobody's claimed Light and Plants, I'll be Mazor!
Some of the photosynthetic Algae wash onto the rocky shoreline and enventually evolve thick cell walls that allow them to better be able to stay out of the water for extended periods of time, and specialized cells that excrete a sticky protein that allows them to cling to rock. Eventually the products of photosynthesis and decay from dead algae will start to erode shorelines into more sandy beaches
Appears you missed this
The algae develop the adaptations needed to hold out on land! They can actually survive quite far inland when washed out there in one of the gigantic tides. That means a bigger amount of plant life can live on the planet at once! And that means, a bit more oxygen. Hmm... Can't find the spot for the algae on THE TREE OF LIFE. I'll make a new one, plus this one for the land algae. The first land plant life!
...*slow clap*
I am impressed with this forum game, Bay12. No-where else would you find something this sophisticated.
Anyway, I will be joining as Cizin, God of Earthquakes and Radiation. I may make some small modification to life-forms, but I expect to join in more fully once some form of society develops.
Welcome aboard! Also, thanks, I tried to make this forum game on the ArmorGames forums, but it got populated MOSTLY by uneducated idiots and I never got satisfied with the game itself. It never had the level of detail I wanted it to have, and it never could, because it would just drive away most of the players. Anyone want the links to the threads, just for funsies? Yes, I created a bunch of threads. Five, I think.
Azeroth prepares again.
Vermiculums develop branches in their ends. Basically, they're now swimming worms with tentacles. The posterior tentacles are wider and used to help with swimming, while the anterior tentacles are longer and used for feeding.
Capillusalcyoneumites start to enhance their senses. In addition to tentacles specialized in catching food, there are also tentacles specialized in detecting light, detecting certain scents, and sensing electricity.
Marevenators evolve true, complete digestive tracts, including some symbiotic microbes derived from parasitic poripinnans.
Algae start going beyond mats and becoming actual, structured plants. These new kelipformes, as I'll call them, are mostly confined to coastal waters, but access to both nutrients in the seafloor and the sunlight from above gives them an advantage. They mostly have roots and photosynthetic stuff, not much in the way of leaves or stems. Yet.
Viridipetrans start tomove into fresher waters, even in swamps.
That's all that comes to mind for now.
The tentacles prove very practical! A logical path for evolution. The... things with the long name... develop more advanced senses! For example the eye... spots? Can't really call them spots when they're on the tentacles, but whatever. The marevenators develop complete digestive tracts, and they become new homes for anaerobic bacteria that help digestion! The first farts in the history of this planet... A memorable moment. The viridipterans adapt to swampy terrain, but they can't move around very effectively, because of all the algae vegetation... They need help to move around in the water! (I suppose that's why you sent them into the swamps... And I think we both know what my THAT'S WHY meant.) The algae, already adapted to life on land, develop into larger organisms, mat-like structures, able to grow into sizes that will cover whole beaches.
*Names The stars Solis Major and Solis Minor. Thats Latin for Large Sun and Small Sun.*
*Gives a random selection of all the animals new organelles, made out of the local prokaryotes, that focus on turning stored energy into a form the cells machinary can immediately use: The first Mitochondria.*
*I also harness the viruses to spread the ability to sence light to as many surface creatures as possible.*
FINALLY! The names for the stars! Well, we're already up to the multi-cellular stages of life. There are mitochondria-like organelles in the eukaryotic cells already. Not sure if I understood what you're trying to do right, but I have a question: How do viruses help at the development of sight?
Simple: use them to transfer the necessary genes from organism to orginsism.
*If the Ice Sheets havent already melted, get them started.*
*Starts eroding Zanzetkuken's Island, spreading the metals throughout the crust.*
*Pulls one of the local astaroids into a Horseshoe Orbit. http://en.wikipedia.org/wiki/Horseshoe_orbit*
Hmm, almost forgot about the viral DNA. Alright. The ice sheets are quite unstable, because the axis shifts all the time... Also, the first time I heard of a horshoe orbit, very interesting, thanks for informing me! You pull an asteroid into a horseshoe orbit. Parts of the island erode into the sea, making it even more acidic. But the local life is adapted to this already, so no harm was done.
Planet: Genesis
Mass: 0.95 Earth masses
Diameter: 11858 km
SMA: 2.4 AU
Atmosphere: Nitrogen (80%), Carbon Dioxide (9%), Oxygen (10%), Other gases (Argon, water vapor etc.) (0.8%), Sulfur dioxide (0.2%), 1.0 ATM
Axis: 12°
Water covering: 60% of the surface, quite unstable climate, warming
Geology: Active, Earth-like
Moons:
Tranquility:
Mass: 0.012 Earth masses
Diameter: 3446 km
SMA: 403 000 km
Orbital inclination: 28°
Atmosphere: None
Geology: Dead
Ignisterra:
Mass: 0.007 Earth masses
Diameter: 3177 km
SMA: 151 000 km
Orbital inclination: 87°
Atmosphere: None
Geology: Volatile, Io-like
The food diagram, for the partial explanation of one of the more complicated parts of this planet's ecosystem (Sorry, the link was broken the last time, and thanks to GWG for pointing it out.):
THE TREE(s) OF LIFE:
P.S.: I have a fishbone stuck, somewhere deep inside my mouth... Any advice on how to get it out of there is highly appreciated. I can't get to it with my finger either... Ugh. Sorry, if this disgusted you.