“…Evidence of both glacial ages and of waters arriving from outside the Earth to drawn it, remaining on it most specially the ones from the second flooding, I think, are the waters found in the dark side of the moon (Colaprete et al, 2010), where its dark pole is located (Duke, 2002), and in the south pole of mars (Mackenzie, 2002), plus its dried rivers and lakes (Kerr, 2000), water in Io (Salama et al, 1990), and in other moons of Jupiter and of other planets (Sammonds, 2006), and both in the Kuiper belt (Jewitt and Luu, 2004), and in the Oort comet cloud (Hsieh and Jewitt, 2006) in the outermost part of the Solar System mostly composed of gigantic frozen ice-cubes like Eris (Bertoldi et al, 2006; Sicardy et al, 2011), Ceres (Thomas et al, 2005), Pluto (Ridpath, 1978), now removed from the status of planet (Spahr, 2006), and many others (Grundy et al, 2009); H 2 O also in the colorful nebula/nebulae (Miranda et al, 2001) and in comets (Meier et al, 1998), meteors/meteorites (Jenniskens and Mandell, 2004), asteroids (Rivkin and Emery, 2010), and regoliths (Seshadri et al, 2008), etc., being the water in them the one that evaporates, forming their characteristic long comet-tails, making them smaller and smaller every time… As a matter of fact, the presence of water all over the outer space beyond our atmosphere is so overwhelming that it deserves its own and careful review.…”