#meep9898

[billowingbabes]

Ok but how fat is Lorelei~?

She's actually quite thin...

[meatymidnightmultiverse]

Azure keeps stealing all the lunches.~

I don't even check the fridge at work!

[nevermindtheweights]

@meep9898 replied to your post “I also think Nice Nature and Marvelous Sunday...”:

I don’t know Umas, but yeh

Nice is my fav <3

[doughyduo]

Nerissa is the kind of woman that gets turner on when you call her nicknames such as ‘piggy’ or ‘fatty’.~

It's more the implication that she's going to get more food than anything.

[caffeinatedoggy]

🎤 - Can they sing? For Marian and Wotan~

“I… hahhnfh… I used to… hooh… be able to… but my health has gone to… hHAUAARRRHhhrlph… shit… nghrrhhhHHRRRP…”

“Bitch I’m black it’s in my damn soul.”

[highstakeweights]

[ 😱 ] does your muse have any specific fears? where did those fears come from? For Madam D~

Time

She doesn't like to look at clocks, nor does she even have a calendar. Her life at The Blue Heron is a blur, she doesn't know if she's spent a few minutes at a table, or a few days. She doesn't age, doesn't grow sick, and has endless eternities to do whatever she pleases. But, the same can't be said for her bunnies, they're the only thing she can't preserve forever. Maybe she could keep them at The Blue Heron forever, never able to leave, never able to disappear like all the others... But would they grow to resent her? Start to hate her while she keeps loving them for all eternity?

As for where that fear came from? The terrible burden of lived experience, of course.

[corpulentcarbs]

18 for Ruby

18. Fattest you could imagine being?

“Well since I’m already 375 pounds I could honestly see myself pushing 600 pounds. I know I’m big now but could you imagine seeing me lug around that much weight, it won’t be easy but I can make it work.”

Future goals have been put into place, she’s truly her mother’s child after all with these high expectations.

[pudgy-planets]

TOP 5 moons

Ugggghhhhh Meep. That’s like choosing kids aldnsjsjsj

I can’t give a definitive top 5, but I can give you 5 that stand out the most to me personally.

With pictures of course!

Titan. The largest moon of Saturn. Slightly smaller than Ganymede, Jupiter’s largest moon and larger than Mercury in diameter! But only around 40% the mass due to Mercury being a world of rock, iron, and silicates compared to Triton which is mostly ice.

Titan is significant because it is the only moon in the solar system to have a significant atmosphere. Comparison of mostly nitrogen and methane, Titan has a geologically young surface with minimal impact craters. Combined with lakes of liquid methane and ethane adorning its surface. In fact, it mimics Earth’s water cycle with methane as methane is the triple point substance of the moon. It has dunes, lakes, ponds, rivers, and an atmosphere that obscures its surface. It is a simply magnificent world.

Europa. Jupiter’s smallest, but most significant moon to astronomers and geophysicists alike. Europa is a frigid satellite covered in a thick sheet of ice for a crust. Beneath its geologically young surface belays a global subsurface of salty, liquid water. Salt is an important building block, making it’s a key study for extraterrestrial life.

The reason Europa is capable of housing an ocean is due to the tidal heating caused by Jupiter’s powerful gravity, producing a heating effect. The cracks, ridges, and the reddish brown color of its surface back up these claims of flowing water AND salts and/or sulfur compounds. Which of course, oxidize.

Europa is a special world, one of the cornerstones of the belief that water, is not as uncommon in the universe as it may seem.

Io. Another one of Jupiter’s moons and the closest to the planet of the big four Galilean moons. It is the single most geologically and volcanically active body in the Solar System. This volcanism is due to the combined efforts of Jupiter’s magnetic field and the sheer bombardment of radiation due to the radiation belt it presides in.

The friction melts rock creating lakes of molten silicate and resurfacing the moon every couple of thousand years in the process. Compared to other bodies orbiting the planets, Io is not only the densest moon, but has the strongest gravity despite being so small on account of its metallic nature granting an iron core.

The intense radiation combined with its heat, means Io has the single lowest water to atomic ratio of any object in the solar system. It’s this proximity to Jupiter that prevents any ices from forming anything significant of its mass.

Enceladus. One of the smaller moons of Saturn, its surface is covered in clean ice, making it one of the most highly reflective surfaces in the solar system. Despite its small size of 500 kilometers, it’s a significant world with its features.

It had a thin atmosphere comprised of mostly water vapor. Its southern pole houses a plethora of cryovolcanoes that blast geysers of water vapor, molecular hydrogen, and other volatiles (volatiles being substances and compounds that would evaporate at normal temperatures and therefore only persist in the extreme.). Some of the molecules fall back to the planet, while others contributes to Saturn’s E ring’s composition.

It is a geologically active world with its surface showing signs of reshaping due to escaping internal heat and a subsurface ocean of liquid water. It’s generally colder than most of Saturn’s moons, but it too shows signs of conditions that would be favorable to simple organic life.

And finally, Triton. The largest of Neptune’s moons and the only one with enough mass to be rounded out into a spherical shape. It harbors a thin, but sturdy atmosphere and like Enceladus and Io, is geologically active.

It is the largest moon in relation to its parent planet (if we were to go off every celestial body, then it would be Pluto and Charon.), furthermore it is larger than all of the known dwarf planets in our solar system. Being 1.7 times bigger in diameter than Pluto and Eris. Triton is the only moon in the solar system to have a retrograde rotation, meaning it orbits the opposite way compared to the planet’s rotation. In addition, Triton is tidally locked to Neptune, always displaying the same face no matter what.

Due to its composition, properties, and retrograde orbit, Triton is thought to have originally been a dwarf planet that was ensnared by Neptune’s gravity from the Kuiper Belt. However, due to the laws of conservation of momentum, Triton is slowly getting closer to the planet and will eventually reach the Roche Limit. By which it will succumb to Neptune’s gravity and crumble, forming a new beautiful ring system.

Triton is unique. It is a differentiated (meaning that heavier particles sink inwards and lighter particles remain outwards.) world with ices on the surface, and a liquid ocean below it and a rocky, metallic core. It’s covered in cryovolcanoes, has a surface of frozen nitrogen, carbon monoxide, methane, and minimal impact craters. Its atmosphere pressure is capable of increasing and supports thin clouds and a haze.

A wondrous world indeed.

These are my “Top 5” Moons. I hope this answers your question.