Kerbol 3000

Kerbol 3000:

Moho: Its surface has been painted completely white, its atmosphere is just thick enough with oxygen to allow for breathing, and the polar areas are inhabited.

Moho (Alternate): Another possibility is adding a large reflective disk to the Moho-Sun L1 point to block out a portion of sunlight. Doing this with Kopernicus is difficult or impossible. In this case, all of Moho could be terraformed.

Eve: Eve has been terraformed with plants that have very reflective violet leaves, increasing its albedo significantly. The oceans have been drained and replaced with shallower water seas.

Gilly: Gilly has an ocean and water now, but only due to sci-fi forcefields holding the atmosphere down. This is represented in-game as an extended exosphere which quickly builds to several atmospheres of pressure before falling off and building up to a maximum of 1 atm.

Kerbin: The deserts now span the whole equator. The ice caps are nearly gone. This is the bad outcome!

Mun: Mun's temporary atmosphere extends far above its surface, and its maria are now true oceans.

Minmus: The salt and stone has been covered in a layer of dirt atop which mint plants now grow. The flats are filled with very salty water. Weak forcefield protects its atmosphere.

Duna: Pretty much what you'd expect. Green Duna, still keeps its ice caps.

Ike: More or less similar to the Mun, though with a weak forcefield protecting the atmosphere.

Dres: See Ike.

Jool: Shrunk until it has the density necessary for nuclear fusion, turning it into a tiny star with a greenish white glow.

Laythe: No ice caps, very warm tropical climate.

Vall: Tidally locked water world. Its trademark valleys are preserved only near the edge and the far side.

Tylo: Atmosphere built up from volatiles extracted from the surface. Just barely breathable. Oceans cover the subjoolean point, but are otherwise frozen.

Bop: LEFT ALONE.

Pol: Similar to Gilly. Vines and flowering plants cover Pol's surface.

Eeloo: Orbited by a fusion powerplant spotlight, warm enough for the subsurface ocean to be exposed under the cracks.