So in case anyone is wondering and haven't checked the Google Docs, here is a compiled list of the inhabited systems. I am willing to accept ideas for inhabited colonies in any of these systems.

1) [b][u]Sol System[/u][/b] (obviously)
2) [b][u]Alpha Centauri[/u][/b], a triple star system. All three stars will have at least one inhabited colony. I created a planed called Eden that orbits Alpha Centauri A. Proxima B is likely inhabitable IRL, so will likely include it.
3) [u][b]Gliese 514.[/b][/u] Unsure about including Gliese 514b due to its eccentric orbit that brings it in and out of the habitable zone, but will still keep it as an inhabited system. Might create a new planet here.
4) [u][b]Barnard's Star.[/b][/u] Currently, IRL, none of its four planets are in the habitable zone. They are too close, but the system will still be claimed.
5) [u][b]Wolf 1061.[/b][/u] There are three confirmed planets IRL, with a super-Earth is located near the inner edge of habitable zone.
6) [u][b]Sirius.[/b][/u] A binary system with two white star orbiting a distance of 20 AU. Sirius A is a main sequence, while Sirius B is a white dwarf. Will likely come up with a handful of planets, as there are not planets discovered IRL.
7) [u][b]Tau Ceti[/b][/u]. An inhabited planet will be here. It is a desert planet that was once inhabited by a reptilian species. Evidence does show this reptilian species' civilization. Archaeology is underway as to what happened to them due to them being extinct. The planet is the second closest planet and its year is about half as long as Earth's year.
8) [u][b]Epsilon Indi[/b][/u]. Another desert planet with a similar history to Tau Ceti. However, this civilization is separate from the reptilians of Tau Ceti.
9) [u][b]Epsilon Eridani[/b][/u]. This system is relatively new compared to many other systems, but has the potential for habitable Earth-like bodies.
10) [u][b]Ross 128[/b][/u]. IRL, currently only has one planet with reduced chances of habitability and is also tidally locked.
11) [u][b]Gliese 667[/b][/u] is a triple star system. All three a smaller than the Sun. AB orbit each other, with the greatest distance at 20 AU and the closest at 5 AU. C orbits the pair at about 230 AU. IRL, C is the only star in this system with confirmed planets, with two being confirmed Super-Earths
12) [u][b]47 Ursae Majoris[/b][/u]. Three confirmed planets IRL. The first is a gas giant 2.53 times the mass of Jupiter and takes about 3 years to orbit 47UMa; the second takes 6.55 years; and the third takes 38.33 years. IRL, any terrestrial planets may have been disrupted during their development due to 47 UMab. Thus, any habitable planets/moons could be desert/arid worlds unless they are terraformed.
13) [u][b]Gamma Cephei[/b][/u] is a binary system. Gamma A is named Errai and is a K1 giant/subgiant star. Gamma B is a red dwarf. An exoplanet named Tadmor is confirmed IRL. It is potentially in the habitable zone.
14) [u][b]Xi Bootis[/b][/u] is a binary system with a G-type star that is 88% mass and 82% radius of our sun, and a K-type that is 66% of our sun's mass and 61% of its radius. No confirmed planets IRL.
15) [u][b]Sigma Draconis[/b][/u] is a main sequence dwarf. No confirmed planets IRL.
16) [u][b]Gliese 876[/b][/u] is a red dwarf with about 35% of our sun's mass. Four confirmed planets: G876 d, the innermost with a of 6.7 times that of Earth; G876 c, 0.74 times the mass of Jupiter and is in the habitable zone and takes about 30 days; G876 B, about twice the mass of Jupiter and takes about 61 days; and G876 e is the size of Uranus and is the furthest, taking 124 days to make a complete orbit.
17) [u][b]82 Eridani[/b][/u] is a main sequence star and hosts three confirmed planets and a dust disk IRL. It is slightly smaller than our sun. The planets are super Earths, but their orbits last 90 days or less.
18) [u][b]Delta Pavonis[/b][/u] is slightly larger in mass, radius, and brightness than our sun, but has less temperature and is expected to start the process of becoming a red giant. No confirmed planets IRL.
19) [u][b]Kepler-22[/b][/u]. The furthest system colonized by humanity. The colony is called Swanhilde.
20) [b][u]Lalande 21185[/u][/b] is the brightest red dwarf in Earth's northern hemisphere. Two confirmed planers, one unconfirmed IRL, with all three outside the habitable zone.