well he is a jew <| sep |> Both of these issues were an unintended sideeffect of our optimisation process and we ' re working to fix them especially the blood spurts as soon as we can . The new ' minimal ' blood spurt is simpler and less ' expensive ' to render but clearly it ' s too intrusive and harms gameplay . We ' ll also be removing the thirdperson blood spurts that are generated when you are the victim of incoming damage , as the onscreen indicators and screenblood serve that purpose there . <| sep |> Surprisingly no . It was HB power and HB slip screen from the same formation . <| sep |> It ' s yet another , among many , signs of how plentiful subsurface water ice is on Mars . We ' ve known for a very long time that Mars has water ice at the poles . We ' ve known for many years now that Mars also has a lot of subsurface ice in the form of permafrost across most of its surface less so near the equator though . And we ' ve known even more recently that there are even large glaciers on Mars covered with a thin one to several meters of material . This is just a particularly large example of such a glacier . It improves the chances of their having been life on Mars at some point in time , as well as still life on Mars or some sign of it . It also significantly advantages future Mars colonization efforts . With so much high purity water ice available relatively easily , it opens up a lot of possibilities . Within the first few missions the colonists are going to take earth moving equipment and dig up some of that ice , then begin processing it . If you have power , water , and CO 2 which is abundant in the Martian atmosphere then you can make a ton of different things with minimal industrial equipment . You can make water for drinking and other human uses , of course , but you can also make Hydrogen and Oxygen . Oxygen is useful for breathing , Hydrogen can be reacted with CO 2 to produce Methane . Methane and liquid Oxygen are a quite dandy rocket propellant , so you can have the enormous advantage of sending rockets to Mars without any fuel for the return trip to Earth . You can also use MethaneOxygen to run other equipment . If you have the main base running off of solar power and batteries you can have a gas fueled generator as a backup power system . You can run ground equipment off it . You could use it to power aircraft or shortrange VTVL rockets for local transportation around Mars . With those local resources you could also manufacture Carbon Monoxide , which you could use to reduce metal ores and produce IronSteel , Aluminum , etc . With those resources you could make things like concrete , polymers , glass , etc . WaterCO 2 forms the basis of an entire pyramid of industrial activities that can be done with local Martian materials .