Localization
{
  en-us
	{
		// Body names
		#LOC_KSRSS_Ceres_name = Ceres
		#LOC_KSRSS_67P_name = 67P - ChuryumovGerasimenko
		#LOC_KSRSS_Halley_name = Halley
		#LOC_KSRSS_Earth_name = Earth
		#LOC_KSRSS_Moon_name = The Moon
		#LOC_KSRSS_Jupiter_name = Jupiter
		#LOC_KSRSS_Callisto_name = Callisto
		#LOC_KSRSS_Ganymede_name = Ganymede
		#LOC_KSRSS_Io_name = Io
		#LOC_KSRSS_Europa_name = Europa
		#LOC_KSRSS_Mars_name = Mars
		#LOC_KSRSS_Phobos_name = Phobos
		#LOC_KSRSS_Deimos_name = Deimos
		#LOC_KSRSS_Mercury_name = Mercury
		#LOC_KSRSS_Neptune_name = Neptune
		#LOC_KSRSS_Triton_name = Triton
		#LOC_KSRSS_Pluto_name = Pluto
		#LOC_KSRSS_Charon_name = Charon
		#LOC_KSRSS_Ryugu_name = Ryugu
		#LOC_KSRSS_Saturn_name = Saturn
		#LOC_KSRSS_Dione_name = Dione
		#LOC_KSRSS_Iapetus_name = Iapetus
		#LOC_KSRSS_Mimas_name = Mimas
		#LOC_KSRSS_Rhea_name = Rhea
		#LOC_KSRSS_Tethys_name = Tethys
		#LOC_KSRSS_Enceladus_name = Enceladus
		#LOC_KSRSS_Titan_name = Titan
		#LOC_KSRSS_Uranus_name = Uranus
		#LOC_KSRSS_Titania_name = Titania
		#LOC_KSRSS_Venus_name = Venus
		#LOC_KSRSS_Vesta_name = Vesta
		#LOC_KSRSS_Sun_name = The Sun
		#LOC_KSRSS_Miranda_name = Miranda
		#LOC_KSRSS_Ariel_name = Ariel
		#LOC_KSRSS_Oberon_name = Oberon
		#LOC_KSRSS_Umbriel_name = Umbriel
		
		// Body descriptions
		#LOC_KSRSS_Ceres_desc = Ceres is the largest object in the asteroid belt, holding about a third of the Asteroid Belts mass. It  was the first thing in the Asteroid Belt discovered, and it is so large that it is spherical. It is classified as a Dwarf Planet, and is only a bit smaller than Pluto. It is currently orbited by the Dawn Probe.
		#LOC_KSRSS_67P_desc = 67P/Churyumov–Gerasimenko is a periodic comet in the solar system named after its discoverers. "Tchouri" was the destination of the European Space Agency's Rosetta probe, which was launched on March 2, 2004 on board an Ariane 5G+.
		#LOC_KSRSS_Halley_desc = 1P/Halley is a short-period comet visible from Earth every 75 or 76 years, the only one known to be visible from Earth in the naked eye. Last seen : 1986.
		#LOC_KSRSS_Earth_desc = The Pale Blue Dot, home to over seven-billion humans and trillions of other life-forms of various shapes and sizes. Earth is where you are in our neighbourhood, our home. For now, it is our very only place in the vast expanse of our marvellous universe.
		#LOC_KSRSS_Moon_desc = The Moon is Earth's only satellite, a large, gray, and rather barren rock. It is the only other body besides Earth that humans have stepped on and, briefly, called home.
		#LOC_KSRSS_Jupiter_desc = The largest planet in our solar system, the gas giant Jupiter. This planet alone is two and a half times the mass of all of the other planets in the Solar System combined. Made up largely of hydrogen and helium with a relatively mysterious rocky core of heavy elements, Jupiter bears a unique and beautiful cosmic painting of various layers with a prominent and awe-inspiring storm that is said to have existed possibly over three-centuries. Jupiter has at least sixty-seven moons counting the four large "Galilean Moons", one of which has a greater diameter than the first planet Mercury.
		#LOC_KSRSS_Callisto_desc = The fourth of the Galilean moons, Callisto is the second-largest moon in the Jovian system. Callisto has a very thin atmosphere comprised mostly of carbon dioxide and has a rather intense ionosphere.
		#LOC_KSRSS_Ganymede_desc = The largest moon in our Solar System, Ganymede is the third Galilean moon around Jupiter. Ganymede has a liquid iron core which produces a unique, yet meager, magnetosphere.
		#LOC_KSRSS_Io_desc = The closest Galilean moon to Jupiter, and the fourth-largest moon in our Solar System, Io, like all other Galilean moons, was named after one of Zeus's lovers. Io is the most active body in the Solar System geologically which produces an effect on the other moons in Jupiter's grasp. There have been observations of large eruptions that are estimated to rise up to five-hundred-kilometers. Io is made up of silicate rock with an iron sulfide core which can give it the distinctive look achieved by plains coated in sulfur and sulfur dioxide.
		#LOC_KSRSS_Europa_desc = The smallest of the four Galilean moons but only slightly smaller than our Moon, Europa is a rocky moon with a surface mostly made up of water ice. It is believed that under this icy surface a water ocean exists, possibly holding life within the depths.
		#LOC_KSRSS_Mars_desc = The red planet. Named after the Roman god of war, Mars is the fourth planet, and the second smallest in our solar system. Its reddish appearance is due to the presence of large amounts of iron oxide on its surface. Mars has a very thin atmosphere and has many craters that resemble our own Moon. Mars also has the second highest known mountain in our solar system with the famous Olympus Mons at 21,229 meters.
		#LOC_KSRSS_Phobos_desc = One of two natural satellites orbiting Mars, Phobos is named after the Greek god which was depicted as the embodiment of horror. Phobos is the larger and closer natural body around Mars.
		#LOC_KSRSS_Deimos_desc = The second natural satellite around Mars, Deimos is named after Phobos' twin brother, said to personify terror.
		#LOC_KSRSS_Mercury_desc = The first planet in our neighborhood. Mercury is the smallest and fastest of the planets in the solar system. From Earth you may be able to see this planet in the early morning or evening. With temperatures varying from very hot to very cold, this planet is not one that you would want to be on for very long.
		#LOC_KSRSS_Neptune_desc = Neptune is the eighth and farthest planet from the Sun in the Solar System. It is the fourth-largest planet by diameter and the third-largest by mass. Among the gaseous planets in the Solar System, Neptune is the most dense.
		#LOC_KSRSS_Triton_desc = The largest satellite around Neptune, Triton is unique among all large moons in the Solar System for its retrograde orbit around its planet.
		#LOC_KSRSS_Pluto_desc = Recently removed from the planetary list, Pluto has been dubbed a "minor-planet". It is the largest object in the Kuiper belt second most massive known dwarf planet. Pluto is mostly comprised of rock and ice and is quite small.
		#LOC_KSRSS_Charon_desc = Charon is the largest of Pluto's moons, and is mutually gravitationally locked with it, so each keeps the same face towards the other.
		#LOC_KSRSS_Ryugu_desc = 162173 Ryugu is a near-Earth object and a potentially hazardous asteroid of the apollo group.
		#LOC_KSRSS_Saturn_desc = The sixth planet in our neighborhood, Saturn is named after the Roman god of Agriculture and is a gas giant with a unique ring surrounding it. Under the gassy layer composed largely of hydrogen, there is a rocky core with a very hot interior.
		#LOC_KSRSS_Dione_desc = Dione is the 15th largest moon in the Solar System, and is more massive than all known moons smaller than itself combined, first discovered in 1684 by Giovanni Cassini.
		#LOC_KSRSS_Iapetus_desc = Iapetus is the furthest large regular moon in Saturn's system, usually inclined, making Saturn's rings visible from the moon's surface, with a large ridgeline along it's equator, giving this moon a curious, walnut like shape.
		#LOC_KSRSS_Mimas_desc = Mimas, not Minmas, is the closest regular moon to Saturn, and the smallest body to keep a spherical shape in the solar system. It definitely isn't the Death Star.
		#LOC_KSRSS_Rhea_desc = Rhea is the second-largest moon of Saturn and the ninth-largest moon in the Solar System. It is the smallest body in the Solar System confirmed to be in hydrostatic equilibrium.
		#LOC_KSRSS_Tethys_desc = Tethys is an icy body, similar in nature to Dione and Rhea. Its density, equal to that of water, indicates that it is mainly composed of ice. It owes its name to the titan Tethys from Greek mythology.
		#LOC_KSRSS_Enceladus_desc = Enceladus is the sixth-largest moon of Saturn, covered by fresh, clean ice and the surface temperature at noon only reaches 75 K.  Its notable features include water-rich plumes venting from cryovolanoes the south polar region.
		#LOC_KSRSS_Titan_desc = Titan is the largest moon of Saturn. It is the only natural satellite known to have a dense atmosphere, and the only object other than Earth where clear evidence of stable bodies of surface liquid has been found.
		#LOC_KSRSS_Uranus_desc = The seventh planet in our neighborhood, Uranus, named after the Greek god of the sky, is similar to the relatively nearby planet Neptune. Uranus is sometimes placed in a category separate from gas giants, known as "Ice Giants". Having a similar atmosphere to Jupiter and Saturn, Uranus is different from the two gas giants in that it contains more water, ammonia and methane. It also has the coldest planetary atmosphere, somewhere around 49K.
		#LOC_KSRSS_Titania_desc = Titania is the largest of the moons of Uranus and the eighth largest moon in the Solar System at a diameter of 1,578 kilometres (981 mi). Discovered by William Herschel in 1787, Titania is named after the queen of the fairies in Shakespeare's A Midsummer Night's Dream. Its orbit lies inside Uranus's magnetosphere.
		#LOC_KSRSS_Venus_desc = This beautiful object is the second planet of our neighborhood. Named after the goddess of love and beauty, Venus is one of the brightest objects in our night sky. Though she is considered a sister planet to Earth, Venus has no satellites (moons) and is alone in her orbit around our star.
		#LOC_KSRSS_Vesta_desc = Vesta is the second-most-massive and second-largest body in the asteroid belt after the dwarf planet Ceres, and it contributes an estimated 9% of the mass of the asteroid belt. It is slightly larger than Pallas, though significantly more massive. Vesta is the last remaining rocky protoplanet (with a differentiated interior) of the kind that formed the terrestrial planets. Numerous fragments of Vesta were ejected by collisions one and two billion years ago that left two enormous craters occupying much of Vesta's southern hemisphere. Debris from these events has fallen to Earth as howardite–eucrite–diogenite (HED) meteorites, which have been a rich source of information about Vesta.
		#LOC_KSRSS_Sun_desc = The Sun, a G2V main sequence yellow dwarf.
		#LOC_KSRSS_Miranda_desc = Miranda or Uranus V is the smallest and innermost of Uranus's five round satellites. Like the other large moons of Uranus, Miranda orbits close to its planet's equatorial plane. At just 44 km in diameter, Miranda is one of the smallest objects in the Solar System known to be spherical under its own gravity. Of the bodies that are known to be in hydrostatic equilibrium, only Saturn's moon Mimas is smaller.
		#LOC_KSRSS_Ariel_desc = Ariel is the fourth-largest of the 27 known moons of Uranus. Ariel orbits and rotates in the equatorial plane of Uranus, which is almost perpendicular to the orbit of Uranus, and so has an extreme seasonal cycle.
		#LOC_KSRSS_Oberon_desc = Oberon, also designated Uranus IV, is the outermost major moon of the planet Uranus. It is the second-largest and second most massive of the Uranian moons, and the ninth most massive moon in the Solar System. Discovered by William Herschel in 1787, Oberon is named after the mythical king of the fairies who appears as a character in Shakespeare's A Midsummer Night's Dream. Its orbit lies partially outside Uranus's magnetosphere.
		#LOC_KSRSS_Umbriel_desc = Umbriel is a moon of Uranus discovered on October 24, 1851, by William Lassell. It was discovered at the same time as Ariel and named after a character in Alexander Pope's poem The Rape of the Lock. Umbriel consists mainly of ice with a substantial fraction of rock, and may be differentiated into a rocky core and an icy mantle. The surface is the darkest among Uranian moons, and appears to have been shaped primarily by impacts. However, the presence of canyons suggests early endogenic processes, and the moon may have undergone an early endogenically driven resurfacing event that obliterated its older surface.
		
		// Biomes
		#LOC_KSRSS_Biome_001 = White Spots
		#LOC_KSRSS_Biome_002 = Occator Crater
		#LOC_KSRSS_Biome_003 = Kerwan Plain
		#LOC_KSRSS_Biome_004 = Highlands
		#LOC_KSRSS_Biome_005 = Midlands
		#LOC_KSRSS_Biome_006 = Lowlands
		#LOC_KSRSS_Biome_007 = Zadeni Crater
		#LOC_KSRSS_Biome_008 = Urvara Crater
		#LOC_KSRSS_Biome_009 = Yalode Crater
		#LOC_KSRSS_Biome_010 = Highest Points
		#LOC_KSRSS_Biome_011 = Haulani Crater
		#LOC_KSRSS_Biome_012 = Hapi and Anuket Region
		#LOC_KSRSS_Biome_013 = Imhotep Region
		#LOC_KSRSS_Biome_014 = Ash Region
		#LOC_KSRSS_Biome_015 = Khepry Region
		#LOC_KSRSS_Biome_016 = Ma'at Region
		#LOC_KSRSS_Biome_017 = Maftet, Bastet and Serqet Region
		#LOC_KSRSS_Biome_018 = Anuket Region
		#LOC_KSRSS_Biome_019 = Seth and Babi Region
		#LOC_KSRSS_Biome_020 = North Pole
		#LOC_KSRSS_Biome_021 = South Pole
		#LOC_KSRSS_Biome_022 = Major Craters
		#LOC_KSRSS_Biome_023 = Aitken Basin
		#LOC_KSRSS_Biome_024 = Oceanus Procellarum
		#LOC_KSRSS_Biome_025 = Mare Orientale
		#LOC_KSRSS_Biome_026 = Mare Nubium
		#LOC_KSRSS_Biome_027 = Mare Imbrium
		#LOC_KSRSS_Biome_028 = Mare Serenitatis
		#LOC_KSRSS_Biome_029 = Mare Tranquillitatis
		#LOC_KSRSS_Biome_030 = Mare Fecunditatis
		#LOC_KSRSS_Biome_031 = Mare Nectaris
		#LOC_KSRSS_Biome_032 = Mare Frigoris
		#LOC_KSRSS_Biome_033 = Mare Crisium
		#LOC_KSRSS_Biome_034 = Shores
		#LOC_KSRSS_Biome_035 = Grasslands
		#LOC_KSRSS_Biome_036 = Tundra
		#LOC_KSRSS_Biome_037 = Mountains
		#LOC_KSRSS_Biome_038 = Desert
		#LOC_KSRSS_Biome_039 = Tropics
		#LOC_KSRSS_Biome_040 = Ice Cap
		#LOC_KSRSS_Biome_041 = Ocean
		#LOC_KSRSS_Biome_042 = Taiga
		#LOC_KSRSS_Biome_043 = Forest
		#LOC_KSRSS_Biome_044 = Savanna
		#LOC_KSRSS_Biome_045 = Great Red Spot
		#LOC_KSRSS_Biome_046 = Equatorial Bands
		#LOC_KSRSS_Biome_047 = South Temperate Bands
		#LOC_KSRSS_Biome_048 = South Polar Bands
		#LOC_KSRSS_Biome_049 = North Temperate Bands
		#LOC_KSRSS_Biome_050 = North Polar Bands
		#LOC_KSRSS_Biome_051 = Pyroclastic Wastes
		#LOC_KSRSS_Biome_052 = Volcanic Snows
		#LOC_KSRSS_Biome_053 = Volcanic Flows
		#LOC_KSRSS_Biome_054 = Volcanic Hotspots
		#LOC_KSRSS_Biome_055 = Cryovolcanic Ice
		#LOC_KSRSS_Biome_056 = Tectonic Deformation
		#LOC_KSRSS_Biome_057 = Pole
		#LOC_KSRSS_Biome_058 = Craters
		#LOC_KSRSS_Biome_059 = Gilgamesh Basin
		#LOC_KSRSS_Biome_060 = Ridged Plains
		#LOC_KSRSS_Biome_061 = Argadnel Regio
		#LOC_KSRSS_Biome_062 = Chaotic Plains
		#LOC_KSRSS_Biome_063 = Crosscut Plains
		#LOC_KSRSS_Biome_064 = Lineaments
		#LOC_KSRSS_Biome_065 = Cratered Highlands
		#LOC_KSRSS_Biome_066 = Cratered Midlands
		#LOC_KSRSS_Biome_067 = Asgard Crater
		#LOC_KSRSS_Biome_068 = Valhalla Crater
		#LOC_KSRSS_Biome_069 = Young Craters
		#LOC_KSRSS_Biome_070 = Old Craters
		#LOC_KSRSS_Biome_071 = South Equatorial Bands
		#LOC_KSRSS_Biome_072 = Minor Craters
		#LOC_KSRSS_Biome_073 = Stickney Crater
		#LOC_KSRSS_Biome_074 = Grooves
		#LOC_KSRSS_Biome_075 = Olympus Mons
		#LOC_KSRSS_Biome_076 = Valles Marineris
		#LOC_KSRSS_Biome_077 = Arean Mountains
		#LOC_KSRSS_Biome_078 = Arean Canyons
		#LOC_KSRSS_Biome_079 = North Ice Cap
		#LOC_KSRSS_Biome_080 = South Ice Cap
		#LOC_KSRSS_Biome_081 = Polar Craters
		#LOC_KSRSS_Biome_082 = Polar Lowlands
		#LOC_KSRSS_Biome_083 = Planitia
		#LOC_KSRSS_Biome_084 = North Equatorial Bands
		#LOC_KSRSS_Biome_085 = Mordor Macula
		#LOC_KSRSS_Biome_086 = Serenity Chasma
		#LOC_KSRSS_Biome_087 = Alice Crater
		#LOC_KSRSS_Biome_088 = Gallifrey Macula
		#LOC_KSRSS_Biome_089 = Ripley Crater
		#LOC_KSRSS_Biome_090 = Nasreddin Crater
		#LOC_KSRSS_Biome_091 = Macross Chasma
		#LOC_KSRSS_Biome_092 = Butler Mons
		#LOC_KSRSS_Biome_093 = Argo Chasma
		#LOC_KSRSS_Biome_094 = Kaguya-Hime Crater
		#LOC_KSRSS_Biome_095 = Kubrick Mons
		#LOC_KSRSS_Biome_096 = Vulcan Planum
		#LOC_KSRSS_Biome_097 = Nitrogen Dunes
		#LOC_KSRSS_Biome_098 = South Pole Crater
		#LOC_KSRSS_Biome_099 = Cthulhu Regio
		#LOC_KSRSS_Biome_100 = Tombaugh Regio
		#LOC_KSRSS_Biome_101 = Maculae
		#LOC_KSRSS_Biome_102 = Sputnik Planum
		#LOC_KSRSS_Biome_103 = Montes
		#LOC_KSRSS_Biome_104 = Terrae
		#LOC_KSRSS_Biome_105 = Dorsae
		#LOC_KSRSS_Biome_106 = Fossae
		#LOC_KSRSS_Biome_107 = Alba Mons
		#LOC_KSRSS_Biome_108 = Elysium Mons
		#LOC_KSRSS_Biome_109 = Tempe Terra
		#LOC_KSRSS_Biome_110 = Hellas Basin
		#LOC_KSRSS_Biome_111 = Argyre Basin
		#LOC_KSRSS_Biome_112 = Arabia Terra
		#LOC_KSRSS_Biome_113 = Utopia Planitia
		#LOC_KSRSS_Biome_114 = Amazonis Planitia
		#LOC_KSRSS_Biome_115 = Tharsis Rise
		#LOC_KSRSS_Biome_116 = Seas
		#LOC_KSRSS_Biome_117 = Canyons
		#LOC_KSRSS_Biome_118 = Northern Polar Region
		#LOC_KSRSS_Biome_119 = Southern Polar Region
		#LOC_KSRSS_Biome_120 = Odysseus 
		#LOC_KSRSS_Biome_121 = Ithaca Chasma
		#LOC_KSRSS_Biome_122 = Craterous
		#LOC_KSRSS_Biome_123 = North Pole Storms
		#LOC_KSRSS_Biome_124 = South Pole Storms
		#LOC_KSRSS_Biome_125 = Herschel
		#LOC_KSRSS_Biome_126 = Herschel Peak
		#LOC_KSRSS_Biome_127 = Turgis
		#LOC_KSRSS_Biome_128 = Central Bulge
		#LOC_KSRSS_Biome_129 = Scarred Region
		#LOC_KSRSS_Biome_130 = Ridge
		#LOC_KSRSS_Biome_131 = Gertrude Crater
		#LOC_KSRSS_Biome_132 = Messina Chasmata
		#LOC_KSRSS_Biome_133 = Ursula Crater
		#LOC_KSRSS_Biome_134 = Lakshmi Planum
		#LOC_KSRSS_Biome_135 = Fortuna Tessera
		#LOC_KSRSS_Biome_136 = Volcanic Rise
		#LOC_KSRSS_Biome_137 = Marcia
		#LOC_KSRSS_Biome_138 = Calpurnia crater
		#LOC_KSRSS_Biome_139 = Minucia Crater
		#LOC_KSRSS_Biome_140 = Vestalia Terra
		#LOC_KSRSS_Biome_141 = Feralia Planitia
		#LOC_KSRSS_Biome_142 = Saturnalia Fossae
		#LOC_KSRSS_Biome_143 = Divalia Fossae
		#LOC_KSRSS_Biome_144 = Albana Crater
		#LOC_KSRSS_Biome_145 = Pomponia Crater
		#LOC_KSRSS_Biome_146 = Parentatio Rupes
		#LOC_KSRSS_Biome_147 = Rheasilvia
		#LOC_KSRSS_Biome_148 = South Craters
		#LOC_KSRSS_Biome_149 = Regio
		#LOC_KSRSS_Biome_150 = Coronae
		#LOC_KSRSS_Biome_151 = Rupes
		#LOC_KSRSS_Biome_152 = Sulci
		#LOC_KSRSS_Biome_153 = Verona Rupes
		#LOC_KSRSS_Biome_154 = Plains
		#LOC_KSRSS_Biome_155 = Chasmata
		#LOC_KSRSS_Biome_156 = Hamlet Crater
		#LOC_KSRSS_Biome_157 = North Crater
		#LOC_KSRSS_Biome_158 = Small Crater
		
		// ResearchBodies
		#autoLOC_RBodies_discovery_Mercury = Looking directly at the Sun was not such a bad idea actually.
		#autoLOC_RBodies_discovery_Venus = What a beauty that planet is. Such a shame we can’t get a closer look at it… Or can’t we ?
		#autoLOC_RBodies_discovery_Mars = At first, we thought that was a laser pointer. What an idea to be that red anyway !
		#autoLOC_RBodies_discovery_Deimos = So we’re not the only one to have a moon in the end !
		#autoLOC_RBodies_discovery_Phobos = So, Mars does have two moons now. That’s more than we do, isn't it ?
		#autoLOC_RBodies_discovery_Ceres = That one was tricky indeed ! Such a tiny spot in the sky. Like if it was hiding... 
		#autoLOC_RBodies_discovery_Vesta = How small can a planet be, I wonder… This is even smaller than our Moon !
		#autoLOC_RBodies_discovery_Ryugu = Wow, this one is very close ! We would be wise to keep an eye on that rock in the future.
		#autoLOC_RBodies_discovery_ChuryumovGerasimenko = Another day, another comet ! We should really send something there one day.
		#autoLOC_RBodies_discovery_Halley = Wait a minute… according to the History division, this comet was known for millennia !
		#autoLOC_RBodies_discovery_Jupiter = Either this is closer than we think… or we’ve just discovered a real monster !
		#autoLOC_RBodies_discovery_Io = Wait, is Jupiter orbited by a Safran-flavoured ice-cream scoop ?
		#autoLOC_RBodies_discovery_Europa = What do you mean “that’s a place on Earth” ?
		#autoLOC_RBodies_discovery_Ganymede = Is that a star ? Is that a planet ? No, it’s a moon ! It’s frankly huge though. Haven’t they standardized the sizes yet ?
		#autoLOC_RBodies_discovery_Callisto = Pff, that one isn’t even properly differentiated ! Whatever that might mean.
		#autoLOC_RBodies_discovery_Saturn = Is this planet really wearing rings ? How fancy ! Or maybe is it trying to show off. Anyway, it has been declared Best Planet of Them All. And it surely is...
		#autoLOC_RBodies_discovery_Mimas = Mimas is both extremely small and extremely round, that’s impre… wait, is that a laser gun ?!
		#autoLOC_RBodies_discovery_Enceladus = This one is actually quite bright ! Could it be a very big disco ball ?
		#autoLOC_RBodies_discovery_Tethys = According to our analysis, this is quite literally a snowball !
		#autoLOC_RBodies_discovery_Dione = Far away and freezing cold. I think that’s my next holiday location !
		#autoLOC_RBodies_discovery_Rhea = Not all extra-terrestrial locations are interesting, you know ?
		#autoLOC_RBodies_discovery_Titan = This one is so big we first thought it was another planet !
		#autoLOC_RBodies_discovery_Iapetus = You should really start thinking about solving that hydrostatic equilibrium issue, Iapetus.
		#autoLOC_RBodies_discovery_Uranus = In terms of “Pale Blue dots”, I think Uranus is a strong contender !
		#autoLOC_RBodies_discovery_Miranda = “Hell is empty and all the devils are used to name extraterrestrial bodies”
		#autoLOC_RBodies_discovery_Ariel = Is Ariel really rotating like that ?
		#autoLOC_RBodies_discovery_Umbriel = This probably answers the “how dark and cold can it be” questions…
		#autoLOC_RBodies_discovery_Titania = Wait, haven’t we already named something Titan ? Oh, Titania you say… right.
		#autoLOC_RBodies_discovery_Oberon = “The course of true Moons never did run smooth”
		#autoLOC_RBodies_discovery_Neptune = Could it be that our quest is at an end ? Can they really be something even further out ? Well, most probably.
		#autoLOC_RBodies_discovery_Triton = Well, I guess there’s no rule about orbiting backwards…
		#autoLOC_RBodies_discovery_Pluto = This can’t be yet another planet, can it ?
		#autoLOC_RBodies_discovery_Charon = We’re starting to be worried that our instruments might not be able to see anything smaller, and further, that this moon Charon.
		#autoLOC_RBodies_discovery_Earth = That's home. That's us. On it, there is everyone you love, everyone you know, everyone you ever heard of, every human being who ever was, lived out their lives. And that’s where all the chocolate is grown, so think about it twice before leaving like that.
		#autoLOC_RBodies_discovery_Moon = The moon is a loyal companion. It never leaves. It’s always there, watching, steadfast, knowing us in our light and dark moments, changing forever just as we do. But most of the time, it’s just hidden by the clouds...
	
		// Contracts
		#LOC_KSRSS_Contract_Agency_Title = Air and Space Exploration Bureau
		#LOC_KSRSS_Contract_Agency_Description = Welcome to the Air and Space Exploration Bureau, an appropriately under-funded agency with impossibly tight deadlines and limitless ambitions. Going up proudly, and crashing steadily, the A.S.E.B. will never let you down - unless someone else happens to pay more. Physics willing, we will explore and pioneer spaceflight wherever it’s possible !
		#LOC_KSRSS_Contract_Parameter_Uncrewed = Uncrewed vessel (probe)
		#LOC_KSRSS_Contract_Parameter_Orbit = Achieve Orbit around @targetBody
		#LOC_KSRSS_Contract_Parameter_Crewed = At least one Kerbal is on board
		#LOC_KSRSS_Contract_Parameter_ReturnHome = Splashdown or land on Earth safely
		#LOC_KSRSS_Contract_Parameter_Docking = Dock two spacecrafts in orbit
		#LOC_KSRSS_Contract_Parameter_Capacity2 = Have a crew capacity of at least 2
		#LOC_KSRSS_Contract_Parameter_DockingPort = Have at least 1 docking port
		#LOC_KSRSS_Contract_Parameter_Power = Have any type of Power Generation on your Station
		#LOC_KSRSS_Contract_Parameter_Lab = Have at least 1 science lab on the station
		#LOC_KSRSS_Contract_FirstLaunch_Title = First Launch
		#LOC_KSRSS_Contract_FirstLaunch_Synopsis = Achieve Liftoff!
		#LOC_KSRSS_Contract_FirstLaunch_Description = Build and fly test your first vessel. The only requirement for this contract is to leave the ground. Side note: any kind of controlled flight will be considered show off.
		#LOC_KSRSS_Contract_FirstLaunch_Completed = Well done! That’s an interesting way to crash indeed.
		#LOC_KSRSS_Contract_Space_Title = Go to Space
		#LOC_KSRSS_Contract_Space_Synopsis = Leave the atmosphere
		#LOC_KSRSS_Contract_Space_Description = Scientists have frequently wondered "what’s up there ?" Well, it’s time to find out: fly high enough to reach the limit of the atmosphere. And if you plan to take someone up there, consider the addition of a breathing system. Might be useful.
		#LOC_KSRSS_Contract_Space_Completed = Congrats, you figured out how to leave ! Now let’s see how to come back… or how to stay.
		#LOC_KSRSS_Contract_UCOrbit_Title = Orbit Earth
		#LOC_KSRSS_Contract_UCOrbit_Synopsis = Reach a stable orbit around the Earth
		#LOC_KSRSS_Contract_UCOrbit_Description = The recent evolutions of long range missiles have led to an interesting discovery. Indeed, a totally peaceful flight test of our latest ICBM missed its totally consenting foreign target, but strangely… it did not fall down immediately. Instead, it actually kept falling further and further, following the curve of the Earth for a fair amount of time. It has been decided that you’ll be in charge of further investigation on this intriguing phenomenon… for peaceful applications, of course.
		#LOC_KSRSS_Contract_UCOrbit_Completed = I bet the tin can’s inventor never thought they would go this far.
		#LOC_KSRSS_Contract_COrbit_Title = Send the first Kerbal in Orbit
		#LOC_KSRSS_Contract_COrbit_Synopsis = Send a Kerbal into orbit and return home
		#LOC_KSRSS_Contract_COrbit_Description = Now that you mastered the orbit, it’s time to get your hands dirty… or floaty, to be precise. The Contract Bureau decided that you will have to select one of the staff members, strap him atop a powerful enough launcher, and see what happens. His approval is not required. However, you might want to bring him back… Let’s make that a requirement, actually.
		#LOC_KSRSS_Contract_COrbit_Completed = You’ve just crushed the long jump world record!
		#LOC_KSRSS_Contract_EVA_Title = First EVA
		#LOC_KSRSS_Contract_EVA_Synopsis = Perform the first spacewalk and return the Kerbal home
		#LOC_KSRSS_Contract_EVA_Description = Interestingly enough, the poor guy that you strapped on top of this giant firecracker seems to have enjoyed the experience quite a lot. His only complaint was that he could not look at the scenery as much as he’d like. So that’s the next mission: get a crew out of its capsule while in orbit. And once again: try to bring him back… please.
		#LOC_KSRSS_Contract_EVA_Completed = Turns out space snorkeling is a thing. Now, let’s see if there’s fish up there.
		#LOC_KSRSS_Contract_EVA_Notes = IMPORTANT : The Astronaut Complex must be at least lvl 2 to complete this contract.
		#LOC_KSRSS_Contract_Docking_Title = First Docking
		#LOC_KSRSS_Contract_Docking_Synopsis = Perform a docking maneuver in orbit
		#LOC_KSRSS_Contract_Docking_Description = According to the Commanding Automated System Enhancer, this job is not possible. But our test pilot answered that indeed, it was necessary. Unable to argue, we’re now dedicated to achieve this first orbital rendezvous and docking procedure. Actually, we are fairly confident that it could end up being very useful !
		#LOC_KSRSS_Contract_Docking_Completed = …and that’s how baby spacecrafts are made.
		#LOC_KSRSS_Contract_MoonFlyby_Title = Flyby the Moon
		#LOC_KSRSS_Contract_MoonFlyby_Synopsis = Flyby the Moon
		#LOC_KSRSS_Contract_MoonFlyby_Description = For centuries, astronomers have wondered what that silvery spot in the sky could be. Well, it’s time to find out: you have been chosen to develop, build and send a spacecraft capable of reaching our satellite. Because we don’t even know how it calls itself, you might want to go for a conservative approach: right now you are only required to get near enough so that we can assess whether it’s actually cheese or not.
		#LOC_KSRSS_Contract_MoonFlyby_Completed = What a slingshot that was!
		#LOC_KSRSS_Contract_CMoonFlyby_Title = Crewed Flyby of the Moon
		#LOC_KSRSS_Contract_CMoonFlyby_Synopsis = Bring a Kerbal close enough to the Moon
		#LOC_KSRSS_Contract_CMoonFlyby_Description = There is currently a quite violent dispute going on in the office: some maniacal engineers think they have spotted a face on the images gathered during a recent Moon flyby. Of course, their colleagues have tried to make them realize that they were just wrong, but they won’t change their minds. Even worse: they have now taken hostages and are threatening to use them as dummy payloads… So would you please send someone close enough to the surface of the Moon so that he can strike down this fake news ?
		#LOC_KSRSS_Contract_CMoonFlyby_Completed = How’s that for a honeymoon trip ?
		#LOC_KSRSS_Contract_MoonLanding_Title = First Moon Landing
		#LOC_KSRSS_Contract_MoonLanding_Synopsis = Achieve the first extraterrestrial landing
		#LOC_KSRSS_Contract_MoonLanding_Description = Turns out the Moon is no cheese, but it should still be hard enough for you to land a probe of some sort on its surface. Note however that no one can be sure that there is indeed such a thing as a lunar surface… So be careful.
		#LOC_KSRSS_Contract_MoonLanding_Completed = And… touchdown!
		#LOC_KSRSS_Contract_CMoonLanding_Title = Crewed Landing on the Moon
		#LOC_KSRSS_Contract_CMoonLanding_Synopsis = Land a Kerbal on the surface of the Moon
		#LOC_KSRSS_Contract_CMoonLanding_Description = Well, it’s time to make history: we are now familiar enough with the Moon to consider landing with a crew member on it. Of course, the goal is mainly to be the first, but we may also find some scientific *things* to do along the way. Anyway, the world is watching us now !
		#LOC_KSRSS_Contract_CMoonLanding_Completed = One small hop for you, one giant headache for the engineers. Well done for that pioneering and quite frankly suicidal dive into the unknown.
		#LOC_KSRSS_Contract_SpaceStation_Title = Space Station
		#LOC_KSRSS_Contract_SpaceStation_Synopsis = Build a space station in Earth orbit
		#LOC_KSRSS_Contract_SpaceStation_Description = Previous crewed flights have led to valuable discoveries, but onboard experiments are too often terminated in a hurry when the crew realize they are about to re-enter. We would like to fix that. To do so, we thought of a larger, roomier and more equipped orbital platform, that could accommodate a small crew for an extended period of time. We would call it a space station… even though it would be orbiting at tremendous speeds. Let’s build this.
		#LOC_KSRSS_Contract_SpaceStation_Completed = Now let’s see what we can do with that thing.
		#LOC_KSRSS_Contract_MoonRover_Title = Moon Rover
		#LOC_KSRSS_Contract_MoonRover_Synopsis = Land a functional rover on the Moon
		#LOC_KSRSS_Contract_MoonRover_Description = Last time we landed on the Moon, we spotted a very interesting surface feature. However, it was a few meters too far from the lander itself, which was thus unable to gather ANY science out of it. How clever... A more versatile lunar system is thus required: build, launch and land a ridin’ lander on the Moon.
		#LOC_KSRSS_Contract_MoonRover_Completed = They see you rollin’, and they’re lovin’ !
		#LOC_KSRSS_Contract_MoonSample_Title = Land on the Moon and come back to Earth
		#LOC_KSRSS_Contract_MoonSample_Synopsis = Land on the Moon and come back to Earth
		#LOC_KSRSS_Contract_MoonSample_Description = Let’s face it: pointing cameras and garden-variety lasers at some Moon rocks is not the most efficient way to study the lunar surface. We would like you to try and bring back one or two souvenirs. Scientists would then be able to conduct more in-depth experiments with it (mainly, it would finally settle the argument around the "Moon Flavor" at the local ice cream store).
		#LOC_KSRSS_Contract_MoonSample_Completed = Did you forgot something?
		#LOC_KSRSS_Contract_MoonSpaceStation_Title = Moon Station
		#LOC_KSRSS_Contract_MoonSpaceStation_Synopsis = Build an orbital station around the Moon
		#LOC_KSRSS_Contract_MoonSpaceStation_Description = More and more Kerbals are now finding low earth orbit "has-been", especially the ones that experienced our actual space station. So we thought we could do something: we would like to have another space station available, around the Moon this time. You’ll then be able to come and go more freely on and around our satellite ! Also, please fix the lavatory this time…
		#LOC_KSRSS_Contract_MoonSpaceStation_Completed = Mission complete: you can now enjoy a priceless stay around the Moon for a very precise amount of money.
		#LOC_KSRSS_Contract_MoonBase_Title = Moon Base
		#LOC_KSRSS_Contract_MoonBase_Synopsis = Land a surface base on the Moon
		#LOC_KSRSS_Contract_MoonBase_Description = A famous hotel group has recently conducted a survey on their customers. « Where would you like our next hotel to be built ? » they asked. And apparently, « on the Moon » was the most given answer. We think most of these answers were meant to be jokes… but still: we are now asked to build such an infrastructure on the lunar surface. However, since most tourists will not survive a launch aboard our Moon rockets, we will probably have this base pretty much just for us !
		#LOC_KSRSS_Contract_MoonBase_Completed = Now we have to agree on what the local specialties will be.
		#LOC_KSRSS_Contract_VenusFlyby_Title = Venus Flyby
		#LOC_KSRSS_Contract_VenusFlyby_Synopsis = Flyby Venus
		#LOC_KSRSS_Contract_VenusFlyby_Description = Well, here we go again… Astronomers think they have discovered another celestial body near us. According to the first data we got, it looks like a burning hell. But still, it may be worthy to have a look. Let’s send something toward that shiny thing !
		#LOC_KSRSS_Contract_VenusFlyby_Completed = Turns out this Venus hadn't any arms either. Too bad.
		#LOC_KSRSS_Contract_VenusLanding_Title = Land on Venus
		#LOC_KSRSS_Contract_VenusLanding_Synopsis = Land on Venus
		#LOC_KSRSS_Contract_VenusLanding_Description = We are now nearly certain that this new celestial is indeed a planet ! Well, at least is it round, and big. However, we are not sure what its surface is like. So we would like to send something down there. And who knows, maybe will something… or someone else?
		#LOC_KSRSS_Contract_VenusLanding_Completed = What a burning hell! But on the other hand, it would be much easier to bake pizzas here...
		#LOC_KSRSS_Contract_CVenusFlyby_Title = Crewed Venus Flyby
		#LOC_KSRSS_Contract_CVenusFlyby_Synopsis = Perform a crewed flyby of Venus
		#LOC_KSRSS_Contract_CVenusFlyby_Description = Since we named that close neighbor planet "Venus", the Poetic Bureau urges us to send someone up close to relate how beautiful this planet can be. But don’t worry: they will settle for a few words about its shininess or whatever. Then we should be able to make some science, hopefully.
		#LOC_KSRSS_Contract_CVenusFlyby_Completed = A flyby was a nice milestone. Now think about it twice before trying to land someone there.
		#LOC_KSRSS_Contract_MarsFlyby_Title = Mars Flyby
		#LOC_KSRSS_Contract_MarsFlyby_Synopsis = Flyby the Red Planet
		#LOC_KSRSS_Contract_MarsFlyby_Description = Well, things are getting out of hands: the Astro-logical Division recently discovered (by sheer luck) another neighbor. It’s red, it’s mysterious, and it’s close: the perfect combo ! And according to the early analysis, it might have been habitable, some time ago. Of course, they are now asking us to send something there to see what’s what. Let’s go to Mars !
		#LOC_KSRSS_Contract_MarsFlyby_Completed = Turns out Mars is a very nice place, actually!
		#LOC_KSRSS_Contract_MarsLanding_Title = Mars Landing
		#LOC_KSRSS_Contract_MarsLanding_Synopsis = Land on Mars
		#LOC_KSRSS_Contract_MarsLanding_Description = Our recent flyby of Mars has revealed a lot. But mainly, it raised more questions: Why is it that dry ? Could life have formed there ? Could it become a colony site someday ? Why is it red ? Anyway, the next step will not surprise you: we would like to get a closer look at its surface, so let’s build a Mars lander ! Warning: it seems that Mars is protected by an atmosphere. This information might be somewhat useful.
		#LOC_KSRSS_Contract_MarsLanding_Completed = This place looks surprisingly familiar...
		#LOC_KSRSS_Contract_MarsRover_Title = Mars rover
		#LOC_KSRSS_Contract_MarsRover_Synopsis = Land a functional rover on Mars
		#LOC_KSRSS_Contract_MarsRover_Description = Landing on Mars was nice, but quite frustrating once again: what’s behind this rock ? And behind this hill ? And behind the lander’s legs that is regrettably on the camera’s way ? Well, it’s time to find out: build a rover, and send it to Mars. And make sure they see you rollin’…
		#LOC_KSRSS_Contract_MarsRover_Completed = Sand dunes, sci-fi looking rolling vehicle… let’s call it Max, and let’s make it mad. Would fit nicely.
		#LOC_KSRSS_Contract_MarsSample_Title = Return from Mars
		#LOC_KSRSS_Contract_MarsSample_Synopsis = Land on Mars and come back
		#LOC_KSRSS_Contract_MarsSample_Description = This one might be a bit tricky, but the Geologists Team is not budging: they want Mars sand on their sandbox. Fair enough, they’ll pay for it. Now get to Mars, scoop some sand somewhere, and get it back. Or you could buy some red dust at the local store...
		#LOC_KSRSS_Contract_MarsSample_Completed = Turns out Mars dust is too abrasive to be used in a sandbox. Fair enough.
		#LOC_KSRSS_Contract_CMarsFlyby_Title = Crewed Mars Flyby
		#LOC_KSRSS_Contract_CMarsFlyby_Synopsis = Bring a Kerbal close enough to Mars
		#LOC_KSRSS_Contract_CMarsFlyby_Description = Some cunning engineers have figured out that a Kerbal could survive as long as 3 years in a capsule. Nobody knows how he ended up with those numbers, quite frankly: who cares ? All we know is that it’s enough to go to Mars, and come back ! Hence your next job: to perform a crewed flyby of Mars, whatever the cost on the crew's mental health. They’ll be fine, don’t worry.
		#LOC_KSRSS_Contract_CMarsFlyby_Completed = Oh, hi Mars.
		#LOC_KSRSS_Contract_CMarsLanding_Title = Crewed Mars Landing
		#LOC_KSRSS_Contract_CMarsLanding_Synopsis = Land a Kerbal on Mars
		#LOC_KSRSS_Contract_CMarsLanding_Description = There is a rumor growing in the office: what if Earth was doomed ? Where could we go ? Well, we might have found an answer: Mars. However, before sending the whole society up there, there is some further testing to be done. And we think we could start by a small crew on the surface first. So pack up, say bye, and go ! Oh, and you might want to figure out how to come back before leaving. Warning: the martian atmosphere was classified as a "Tier 5" on the deceit scale…
		#LOC_KSRSS_Contract_CMarsLanding_Completed = There is actually no way a wind burst could tumble your ship over. But you might as well keep some potatoes… just in case.
		#LOC_KSRSS_Contract_MarsBase_Title = Mars Base
		#LOC_KSRSS_Contract_MarsBase_Synopsis = Land a surface base on Mars
		#LOC_KSRSS_Contract_MarsBase_Description = Remember when we were asked to build a hotel on the Moon, and then nobody wanted to go because they said our rockets were deadly etc ? Well, this time it’s different: a reality show is set to be filmed on the Red Planet ! However, the director argued that "filming this famous (and numerous) cast in a few centimeter wide capsule was no easy task". So instead, he wants us to build something… bigger. Big enough to accommodate the cast itself, but also the filming team ! Now hopefully, they’ll soon find out that Mars is too far away to actually broadcast something from there, and then we’ll have a very neat scientific Mars base ready !
		#LOC_KSRSS_Contract_MarsBase_Completed = So you really forgot all the music files except the disco ones?
		#LOC_KSRSS_Contract_MarsMoonsLanding_Title = Land on Mars moons
		#LOC_KSRSS_Contract_MarsMoonsLanding_Synopsis = Explore Mars’s Moons Phobos and Deimos
		#LOC_KSRSS_Contract_MarsMoonsLanding_Description = Some touchy engineers have decided to perform a checkup on Mars’s moons: they are quite frustrated that the Red Planet gets to have two satellites when we only have one, so they want to make sure ours is better than both Phobos and Deimos, as we call them. So, let’s see what is going on with those two ! Fly by them two, land on it, and do everything you can to prove that one big Moon is better than two small rocks.
		#LOC_KSRSS_Contract_MarsMoonsLanding_Completed = On the one hand, two moons is quite a romantic sight. But on the other, it’s a pain to explore.
		#LOC_KSRSS_Contract_HalleyFlyby_Title = Flyby Halley's Comet
		#LOC_KSRSS_Contract_HalleyFlyby_Synopsis = Flyby Halley's Comet
		#LOC_KSRSS_Contract_HalleyFlyby_Description = Now that we managed to gather some knowledge about asteroids and their behaviours (and now that the astrology division is convinced they’re actually not signs of an imminent doom), we feel like it’s time to explore the comet of them all: Halley’s ! Go and give us your feedback on that once mysterious twinkle in the sky.
		#LOC_KSRSS_Contract_HalleyFlyby_Completed = Well, it was definitely prettier from Earth.
		#LOC_KSRSS_Contract_RyuguLanding_Title = Ryugu Landing
		#LOC_KSRSS_Contract_RyuguLanding_Synopsis = Land on Ryugu
		#LOC_KSRSS_Contract_RyuguLanding_Description = Another day, another rock to explore ! This time we set our sight on a near-Earth asteroid named Ryugu. We’re told someone already went there and even came back with samples. But we want to make sure it really happened. In order to verify their claims, go and land there!
		#LOC_KSRSS_Contract_RyuguLanding_Completed = Is that a bullet hole??
		#LOC_KSRSS_Contract_67PLanding_Title = Land on 67P/Churyumov–Gerasimenko
		#LOC_KSRSS_Contract_67PLanding_Synopsis = Land on 67P/Churyumov–Gerasimenko
		#LOC_KSRSS_Contract_67PLanding_Description = For years, tired engineers have spent long nights under the stars, deploying their vast knowledge of the ancient art of procrastination. Among them, some ended up discovering a new kind of objects: comets. Those orbiting rocks regularly shine in the sky, looking like a hairy star. Because of that unique look, we thought exploring one of them would be worth it. We selected 67P/Chuly...chuky...churioumov Gel… Well, whatever its name, let’s land there !
		#LOC_KSRSS_Contract_67PLanding_Completed = We’re still unable to pronounce this place’s name, but at least we explored it.
		#LOC_KSRSS_Contract_VestaLanding_Title = Land on Vesta
		#LOC_KSRSS_Contract_VestaLanding_Synopsis = Land on Vesta
		#LOC_KSRSS_Contract_VestaLanding_Description = You know what’s better than one asteroid ? Two asteroids ! And you know what’s better than two asteroids ? Three asteroids ! And you… well, you got it. Actually, we recently discovered a whole set of tiny rocks, orbiting around the Sun. They form a “belt”, right between Mars and Jupiter. Among them, a few stand out, and there’s one in particular we would like to explore: Vesta. Go and land there, to see what’s what.
		#LOC_KSRSS_Contract_VestaLanding_Completed = Landing on an asteroid is clearly funnier than seeing an asteroid land on us...
		#LOC_KSRSS_Contract_CeresLanding_Title = Land on Ceres
		#LOC_KSRSS_Contract_CeresLanding_Synopsis = Land on Ceres
		#LOC_KSRSS_Contract_CeresLanding_Description = We have some news: apparently, our solar system is not only composed of planets, moons, and wreckages. Instead, there is a myriad of small, yet natural objects floating around ! Or at least, so were we told. To make sure, we would like to send a lander on the first object of this kind we discovered: Ceres.
		#LOC_KSRSS_Contract_CeresLanding_Completed = Turns out exploring small bodies is fun, too.
		#LOC_KSRSS_Contract_MercuryFlyby_Title = Flyby Mercury
		#LOC_KSRSS_Contract_MercuryFlyby_Synopsis = Flyby Mercury
		#LOC_KSRSS_Contract_MercuryFlyby_Description = You won’t believe that one: while casually hazing the newbies, some Astro-logical seniors asked one of them to use the biggest telescope he’ll find to look at the Sun, thinking that losing the sense of sight would make a good initiation rite. However, not only can the rookie still see (thereby supporting the theory according to which Kerbals are indeed some kind of vegetable), but he also found a new planet ! To ensure that he did actually find something (and that he can actually see), we’d like you to send something there.
		#LOC_KSRSS_Contract_MercuryFlyby_Completed = Yep, this newbie can definitely see!
		#LOC_KSRSS_Contract_JupiterFlyby_Title = Flyby Jupiter
		#LOC_KSRSS_Contract_JupiterFlyby_Synopsis = Flyby Jupiter
		#LOC_KSRSS_Contract_JupiterFlyby_Description = Clearly, Saturn is the best looking planet of the neighborhood. However, it’s apparently not the largest: Jupiter is. Plus, the Astro-logical Division claims (we think they guessed it, actually) that its huge gravitational field has protected us from much despair, trapping a lot of otherwise deadly asteroids. Fair enough, we will go and explore Jupiter!
		#LOC_KSRSS_Contract_JupiterFlyby_Completed = C’mon, being this big is just show off.
		#LOC_KSRSS_Contract_SaturnFlyby_Title = Flyby Saturn
		#LOC_KSRSS_Contract_SaturnFlyby_Synopsis = Flyby Saturn
		#LOC_KSRSS_Contract_SaturnFlyby_Description = The exploration of the inner solar system was recently described as “cute” by our main competitor. According to their spokesperson, they’ll soon have explored “the outer worlds, the gas giants and the cold rocks that drift about in outer space”. And despite the fact that we never heard about them before, we decided to accept the challenge ! To begin with, let’s see if Saturn is as beautiful as it seems.
		#LOC_KSRSS_Contract_SaturnFlyby_Completed = Yep, it is magnificent.
		#LOC_KSRSS_Contract_SaturnAtmo_Title = Saturn Atmospheric Probe
		#LOC_KSRSS_Contract_SaturnAtmo_Synopsis = Probe Saturn’s atmosphere
		#LOC_KSRSS_Contract_SaturnAtmo_Description = Most surface studies of Saturn show that it's basically gaseous. But is it, really? To make sure, we’d like to send something right into those clouds! Because, what if there is a ground down there? What if there is life even? What if they have better coffee than ours? Shouldn't be that hard anyway… Whatever there is down there, we want to know!
		#LOC_KSRSS_Contract_SaturnAtmo_Completed = So I guess we’re not sending a lander there, are we?
		#LOC_KSRSS_Contract_JupiterAtmo_Title = Jupiter Atmospheric Probe
		#LOC_KSRSS_Contract_JupiterAtmo_Synopsis = Probe Jupiter’s atmosphere
		#LOC_KSRSS_Contract_JupiterAtmo_Description = Saturn’s might actually be a gigantic cloud, right… (too bad for the coffee), but what about Jupiter ? Since this is the biggest known planet in our stellar system, we assume it would be the most susceptible of hosting a sneaky surface. We would really do with some tastier coffee…
		#LOC_KSRSS_Contract_JupiterAtmo_Completed = So, no coffee I guess?
		#LOC_KSRSS_Contract_JupiterMoonsFlyby_Title = Flyby Jupiter's Moons
		#LOC_KSRSS_Contract_JupiterMoonsFlyby_Synopsis = Flyby Jupiter’s moons
		#LOC_KSRSS_Contract_JupiterMoonsFlyby_Description = Just like Saturn (you cheater), Jupiter has indeed a whole lot of moons. Right now we identified at least 4 of them, and we think they might be interesting, some way or another. I think you already figured it out: fly by them. All of them ! And give us some feedback.
		#LOC_KSRSS_Contract_JupiterMoonsFlyby_Completed = What about leaving for honeymoons?
		#LOC_KSRSS_Contract_SaturnMoonsFlyby_Title = Flyby Saturn's Moons
		#LOC_KSRSS_Contract_SaturnMoonsFlyby_Synopsis = Flyby Saturn's moons
		#LOC_KSRSS_Contract_SaturnMoonsFlyby_Description = In depth-review of the data we collected about Saturn led us to conclude that having more satellites is, in fact, a good thing. Indeed, we discovered no less than 7 moons around the ringed giant. And as we know, Saturn is undoubtedly the best looking planet known to us, so it may have just won the argument… Still, we want to make sure: get closer to those moons, and assess their beauty, once for all.
		#LOC_KSRSS_Contract_SaturnMoonsFlyby_Completed = Turns out it’s definitely possible to “shoot for the moons”.
		#LOC_KSRSS_Contract_TitanLanding_Title = Land on Titan
		#LOC_KSRSS_Contract_TitanLanding_Synopsis = Land on Titan
		#LOC_KSRSS_Contract_TitanLanding_Description = We have now proved that more moons is a good thing, and that Saturn had a lot of them. However, we would now like to identify the best of its moons… But we can’t pay you to explore one of them. Actually, we picked the largest… because. So here’s the plan: land on Titan ! Yeah, that’s it. Just do it.
		#LOC_KSRSS_Contract_TitanLanding_Completed = Lakes, mountains, volcanos, craters… This moon has more diverse landscapes than my home state!
		#LOC_KSRSS_Contract_UranusFlyby_Title = Flyby Uranus
		#LOC_KSRSS_Contract_UranusFlyby_Synopsis = Flyby Uranus
		#LOC_KSRSS_Contract_UranusFlyby_Description = The Astro-logical team has done its thing again: while randomly looking for some shapes in the sky, they have found another “drifting star”, aka a planet. The amount of fermented beverage they absorbed prior to that session led to a particularly bad naming of the said celestial body… But we should still have a closer look at it. Let’s fly by!
		#LOC_KSRSS_Contract_UranusFlyby_Completed = Wrongly named, but not wrongly built. Uranus is quite a nice place actually, though very far away.
		#LOC_KSRSS_Contract_NeptuneFlyby_Title = Flyby Neptune
		#LOC_KSRSS_Contract_NeptuneFlyby_Synopsis = Flyby Neptune
		#LOC_KSRSS_Contract_NeptuneFlyby_Description = This morning, a letter arrived at the office. The writer explained that he just discovered a new planet ! Indeed, he noticed that his morning coffee was consistently worst at certain times, and that this worstness followed a precise periodical pattern. A few lines of calculus and some very bad coffee later, he concluded that there should be yet another planet, further even than Uranus. We still have to answer to him that yes, we already knew about what we call Neptune for quite a long time now, but we also thought that we could do something: to be precise, we would like to take a closer look at it !
		#LOC_KSRSS_Contract_NeptuneFlyby_Completed = That was quite a journey! But why did we come here again?
		#LOC_KSRSS_Contract_UranusAtmo_Title = Uranus Atmospheric Probe
		#LOC_KSRSS_Contract_UranusAtmo_Synopsis = Probe Uranus’s atmosphere
		#LOC_KSRSS_Contract_UranusAtmo_Description = In the past, we’ve been very disappointed to discover that neither Saturn or Jupiter actually had a proper surface, nor were they host for some life forms growing tasteful coffee beans. However, according to the latest data from Uranus, we figured out it could have a gigantic icy core ! This would make it a basically infinite icecubes source, which is of course extremely valuable. To make sure, please send a probe right into Uranus’s cloud layers.
		#LOC_KSRSS_Contract_UranusAtmo_Completed = ...or we could just use the ice cubes dispenser in the cafeteria.
		#LOC_KSRSS_Contract_NeptuneAtmo_Title = Neptune Atmospheric Probe
		#LOC_KSRSS_Contract_NeptuneAtmo_Synopsis = Probe Neptune’s atmosphere
		#LOC_KSRSS_Contract_NeptuneAtmo_Description = Recent analysis has shown that Neptune was home to some of the most violent winds of the whole solar system ! When one of the lead engineers, fond of sailing, heard that, he went crazy. The only thing he wants to work on is a Neptunian Atmospheric probe. So I guess he’ll have it. I wish we could send him along too…
		#LOC_KSRSS_Contract_NeptuneAtmo_Completed = Turns out sailing on Neptune is incredibly impractical! Fair enough, we’ll go dune-buggying on Mars instead.
		#LOC_KSRSS_Contract_UranusMoonsFlyby_Title = Flyby the moons of Uranus
		#LOC_KSRSS_Contract_UranusMoonsFlyby_Synopsis = Flyby the moons of Uranus
		#LOC_KSRSS_Contract_UranusMoonsFlyby_Description = Despite having the worst name of all, Uranus happens to have a lot of moons… again ! And for some reasons, we decided we should give them a go.
		#LOC_KSRSS_Contract_UranusMoonsFlyby_Completed = Is someone keeping track of all the moons we know of?
		#LOC_KSRSS_Contract_NeptuneMoonsFlyby_Title = Flyby Neptune's moon
		#LOC_KSRSS_Contract_NeptuneMoonsFlyby_Synopsis = Flyby Neptune's moon
		#LOC_KSRSS_Contract_NeptuneMoonsFlyby_Description = At last, a planet that doesn’t make a fool of us by having much more moons ! It’s even slightly smaller than ours, according to the first analysis of it. As a reward for being less impressive than our Moon, Triton - as we called it - will be visited by us!
		#LOC_KSRSS_Contract_NeptuneMoonsFlyby_Completed = Triton wasn’t that big, but what a beauty!
		#LOC_KSRSS_Contract_PlutoFlyby_Title = Flyby Pluto
		#LOC_KSRSS_Contract_PlutoFlyby_Synopsis = Fly by Pluto (which is actually not a planet, just so you know. Also Saturn is prettier and consistently better than Jupiter)
		#LOC_KSRSS_Contract_PlutoFlyby_Description = Well, at last we’ve gotten rid of this nonsense Astro-logical Division… Indeed, one of their cult leaders had finally discovered a new planet ! It’s quite small, and very far away, but still an achievement. When the discovery was announced, they started a bacchanale-style celebration they’re infamous for. However, it was then established that Pluto was not alone on its orbit, and many likewise objects were discovered. We thus decided to declassify it, making it a dwarf planet. When they heard the news, the party quickly got out of hands and ended up in a mess. As for today, we think no one made it out. We thought we could mark this milestone by at least sending some kind of probe out there.
		#LOC_KSRSS_Contract_PlutoFlyby_Completed = Not a planet, but still worth exploring!
		
		// UI
		#LOC_KSRSS_UI_Title = KSRSS Settings
		#LOC_KSRSS_UI_Msg = Use this window to change your KSRSS textures resolution
		#LOC_KSRSS_UI_Label1 = KSRSS (planets) resolution:
		#LOC_KSRSS_UI_Label2 = KSRSSVE (clouds) resolution:
		#LOC_KSRSS_UI_Label3 = You MUST reboot KSP to apply the changes
		#LOC_KSRSS_UI_Button = Save
		
		
		// ROCs
		#LOC_KSRSS_Ridgeline = Ridgeline
		#LOC_KSRSS_Ejecta = Mars Ejecta
		#LOC_KSRSS_BrownBoulder = Brown Boulder
		#LOC_KSRSS_LightStone = Callisto Light Stone
		#LOC_KSRSS_Geyser = Geyser
		#LOC_KSRSS_Berg = Enceladus Berg
		#LOC_KSRSS_IceChunk1 = Enceladus Ice Chunk
		#LOC_KSRSS_Meteorite1 = Mars Meteorite
		#LOC_KSRSS_Stone1 = Mars Stone
		#LOC_KSRSS_IceChunk2 = Europa Ice Chunk
		#LOC_KSRSS_Stone2 = Europa Stone
		#LOC_KSRSS_Stone3 = Stone
		#LOC_KSRSS_Crater = Moon Crater
		#LOC_KSRSS_LargeCrater = Moon Large Crater
		#LOC_KSRSS_DarkBoulder = Venus Dark Boulder
		#LOC_KSRSS_Meteorite2 = Meteorite
		
//Science Result
        //Crew Report
        #LOC_KSRSS_Science_CrewReport_MercurySrfLanded = Is it hot out there or is it just me?
        #LOC_KSRSS_Science_CrewReport_MercuryInSpace = You look down at the barren grey surface and view several strange and interesting geological formations.

        #LOC_KSRSS_Science_CrewReport_VenusSrfLanded1 = The red temperature alarm light is blinking on and off. The spacecraft may or may not be melting right now.
        #LOC_KSRSS_Science_CrewReport_VenusSrfLanded2 = What a wonderful place to stage a faked Moon landing.
        #LOC_KSRSS_Science_CrewReport_VenusInSpace = Below you is a nearly flat white-yellow rolling sphere. The cloud formations are barely apparent in visible light. You know that the surface is much less serene.
        #LOC_KSRSS_Science_CrewReport_VenusFlyingHigh = The clouds are gradually approaching. The beautiful sky reminds you of Earth's sky.
        #LOC_KSRSS_Science_CrewReport_VenusFlyingLow = Passing through the clouds, the lighting becomes very much darker and it takes a few moments for your eyes to adjust. You can just about make out the orange-grey surface.

        #LOC_KSRSS_Science_CrewReport_EarthInSpace1 = You're floating in a most peculiar way.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace2 = The stars look very different, today.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace3 = You're a rocketman, burning out your fuse out here.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace4 = You are in space and not dead, which Ground Control agrees to be a major step forward.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace5 = You begin to feel weightless. You try to hold back your lunch.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace6 = You see the continents below you slowly rolling by. From this altitude there are no national borders. Humankind's effect on the planet seems minimal.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace7 = Strange to think that the only thing separating you from your planet's atmosphere is a few kilometers of nothing at all.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace8 = Orbiting Earth in your spaceship, you see how beautiful your planet is. You hope the planet's beauty will be preserved and increased, not destroyed.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace9 = Planet Earth is blue, and there's nothing you can do.
        #LOC_KSRSS_Science_CrewReport_EarthInSpace10 = You try not to think about the fact that you are falling around the ground at many times the speed of sound in a tin can. Actually, that's a pretty badS thought.
        #LOC_KSRSS_Science_CrewReport_EarthFlying1 = You look around for any towers to buzz.
        #LOC_KSRSS_Science_CrewReport_EarthFlying2 = Look! Clouds!
        #LOC_KSRSS_Science_CrewReport_EarthFlying3 = You could probably breathe at this point if you had to eject.
        #LOC_KSRSS_Science_CrewReport_EarthFlyingHigh = Almost in the space, but not quite.
        #LOC_KSRSS_Science_CrewReport_EarthSrfLanded = Time to wait for the recovery trucks.
        #LOC_KSRSS_Science_CrewReport_EarthSrfSplashed1 = Time to wait for the recovery ship.
        #LOC_KSRSS_Science_CrewReport_EarthSrfSplashed2 = You might be seasick.

        #LOC_KSRSS_Science_CrewReport_MoonInSpace1 = It's a dull grey moon but you love it anyway.
        #LOC_KSRSS_Science_CrewReport_MoonInSpace2 = You're sitting in a tin can, far above The Moon.
        #LOC_KSRSS_Science_CrewReport_MoonSrfLanded1 = The Spacecraft has Landed.
        #LOC_KSRSS_Science_CrewReport_MoonSrfLanded2 = Now to find out if it is made from cheese.
        #LOC_KSRSS_Science_CrewReport_MoonSrfLanded3 = You look around for studio lights.

        #LOC_KSRSS_Science_CrewReport_MarsSrfLanded1 = You look out the window for Little Green Men from Mars.
        #LOC_KSRSS_Science_CrewReport_MarsSrfLanded2 = Mars, the red planet. Wow. You're actually there.
        #LOC_KSRSS_Science_CrewReport_MarsFlying1 = Seven Minutes of Terror seem to mostly be over.
        #LOC_KSRSS_Science_CrewReport_MarsFlying2 = There's almost no atmospheric drag here.
        #LOC_KSRSS_Science_CrewReport_MarsFlyingHigh = Mars' atmosphere is so thin it won't slow you down much, but it is so thick that you have to deal with shock heating.
        #LOC_KSRSS_Science_CrewReport_MarsInSpaceLow = What a terrifically red planet.
        #LOC_KSRSS_Science_CrewReport_MarsInSpaceHigh = Mars, the Red Planet. You can see Phobos and Deimos out the window.

        #LOC_KSRSS_Science_CrewReport_PhobosSrfLanded = Mars is huge in the sky.
        #LOC_KSRSS_Science_CrewReport_PhobosInSpace = This place would be a brilliant mining moon if it weren't for the fact that it is currently falling into Mars.

        #LOC_KSRSS_Science_CrewReport_DeimosSrfLanded = You're not entirely certain that you're not still in freefall.
        #LOC_KSRSS_Science_CrewReport_DeimosInSpace = "Have *you* ever fell around a mountain before?" That is your new comeback to anything ever.

        #LOC_KSRSS_Science_CrewReport_CeresInSpace = Strange white spots. Ice, aliens, or minerals?

        #LOC_KSRSS_Science_CrewReport_VestaInSpace = The asteroid is so close to being an Oblate Spheroid that you feel like it should be a dwarf planet. You then remember what it's diameter is, and retract your opinion.

        #LOC_KSRSS_Science_CrewReport_JunoInSpace = Why are you here? It's a lumpy rock, that's all.

        #LOC_KSRSS_Science_CrewReport_PallasInSpace = You take a look outside, and see the boring rock outside.

        #LOC_KSRSS_Science_CrewReport_ChuryumovGerasimenkoInSpace = To Boldly Go Where Rosetta has Gone Before.
        #LOC_KSRSS_Science_CrewReport_ChuryumovGerasimenkoSrfLanded = To Boldly Go Where Philae has Gone Before.

        #LOC_KSRSS_Science_CrewReport_JupiterInSpaceHigh = You see the beautiful brown and white cloud bands and zones of Jupiter, and view the moons in their slow dance around Jupiter.
        #LOC_KSRSS_Science_CrewReport_JupiterInSpaceLow = Jupiter appears to be absolutely huge. You can barely see the curvature.
        #LOC_KSRSS_Science_CrewReport_JupiterFlyingHigh = One of the most badS places to aerobrake in the entire system. You are pressed back into your seat, and are very nearly going to pass out, but you're better than th...
        #LOC_KSRSS_Science_CrewReport_JupiterFlyingLow = What the HECK are you doing that deep in the atmosphere?
        #LOC_KSRSS_Science_CrewReport_MetisInSpace = Jupiter is huge in the sky. Metis seems to be hugging Jupiter's Roche limit.

        #LOC_KSRSS_Science_CrewReport_AdrasteaInSpace = Jupiter has a LOT of moons.
        #LOC_KSRSS_Science_CrewReport_AmaltheaInSpace = Wow. That's REALLY red. Puts Mars to shame, really.

        #LOC_KSRSS_Science_CrewReport_IoInSpace1 = You speculate that Io's appearance is characteristic of a three-dimensional slice of a four-dimensional pizza intersecting the plane of our universe.
        #LOC_KSRSS_Science_CrewReport_IoInSpace2 = You pass through volcanic plumes, and can practically smell the sulfur. Not really of course, because the spacecraft is airtight.
        #LOC_KSRSS_Science_CrewReport_IoSrfLanded = Your spacecraft shakes and shifts until it ceases to be stable.

        #LOC_KSRSS_Science_CrewReport_EuropaInSpace = You look down at the cracked, icy terrain of Europa, dreaming of what wonders lie beneath the surface.
        #LOC_KSRSS_Science_CrewReport_EuropaSrfLanded = You want to go ice fishing here.

        #LOC_KSRSS_Science_CrewReport_GanymedeInSpace = The biggest moon in the solar system. Here it is. Ice and rock and plenty of it.
        #LOC_KSRSS_Science_CrewReport_GanymedeSrfLanded = You think about ice fishing here, but then try to find Europa in the sky out the window instead.

        #LOC_KSRSS_Science_CrewReport_CallistoInSpace = That's a LOT of craters. It may very well be the most cratered moon in the entire solar system. You look at your Encyclopedia Galactica. It says that it is in fact the most cratered moon in the Solar System.
        #LOC_KSRSS_Science_CrewReport_CallistoSrfLaned = Callisto must feel really left out, not being involved in the 1:2:4 resonance that Io, Europa, and Ganymede have.

        #LOC_KSRSS_Science_CrewReport_SaturnInSpace = Those are some neat rings there.
        #LOC_KSRSS_Science_CrewReport_SaturnFlyingHigh = A rather sedate atmosphere for braking, you might manage to stay awake this ti...
        #LOC_KSRSS_Science_CrewReport_SaturnFlyingLow = You may not be coming home.

        #LOC_KSRSS_Science_CrewReport_MimasInSpaceHigh = That's no moon. Wait, yes it is.
        #LOC_KSRSS_Science_CrewReport_MimasInSpaceLow = From here you can't see any thermal exhaust shafts. 
        #LOC_KSRSS_Science_CrewReport_MimasSrfLanded = You're either in a lander spacecraft or you're in a turret mounted to the surface of the Death Star. Either way, the view of Saturn is stunning. 

        #LOC_KSRSS_Science_CrewReport_EnceladusInSpace1 = You peer down at the extremely white surface, and dream of what waits below it.
        #LOC_KSRSS_Science_CrewReport_EnceladusInSpace2 = Every realized that all three celestial bodies in the Solar System that are likely to have water in or on them have names that start with "E"?
        #LOC_KSRSS_Science_CrewReport_EnceladusSrfLanded = You could settle for ice fishing here if it doesn't go well on Europa.

        #LOC_KSRSS_Science_CrewReport_DioneInSpace = Another boring white moon. Geez, how many can Saturn have?

        #LOC_KSRSS_Science_CrewReport_TethysInSpace = An uninteresting, basic, white moon. Just like your cousin, except for the moon part. You know the one. The one who hangs out at Starbucks and uses hashtags too much. Everyone has that one cousin. Or friend, or significant other, or sibling. The point is, Thethys is the moon equivalent of whoever that person is.

        #LOC_KSRSS_Science_CrewReport_RheaInSpace = The second largest Saturnian moon is slightly more interesting in its terrain than the other boring white moons.

        #LOC_KSRSS_Science_CrewReport_IapetusInSpace = The equatorial ridge is quite strange. Perhaps Iapetus was created in a huge planet making mould? Or maybe it's a ring system that fell down over time. Whatever the asnwer is, it's certainly a distinctive feature.

        #LOC_KSRSS_Science_CrewReport_TitanInSpaceHigh = From the distance, Titan seems to be a fuzzy orange sphere.
        #LOC_KSRSS_Science_CrewReport_TitanInSpaceLow = Titan seems to have been aptly named. It's quite large by Moon standards.
        #LOC_KSRSS_Science_CrewReport_TitanFlyingHigh = Atmospheric entry here is calm and sedate, considering the thick atmosphere and the low velocity.
        #LOC_KSRSS_Science_CrewReport_TitanFlyingLow = There's so much air density here you could probably fly a brick, so your spacecraft flies quite nicely.
        #LOC_KSRSS_Science_CrewReport_TitanSrfLanded = Extreme cold aside, it's an extremely cool moon.
        #LOC_KSRSS_Science_CrewReport_TitanSrfSplashed = The oceans are made from Methane. Your spacecraft sinks easily.

        #LOC_KSRSS_Science_CrewReport_HyperionInSpace = You are beginning to feel trypophobic.
        #LOC_KSRSS_Science_CrewReport_HyperionSrfLanded = Your spacecraft sinks a few inches into the surface, which is more or less just a light puff of regolith.

        #LOC_KSRSS_Science_CrewReport_PhoebeInSpace = Saturn is so small from here.

        #LOC_KSRSS_Science_CrewReport_UranusInSpace1 = Hehehe. Uranus.
        #LOC_KSRSS_Science_CrewReport_UranusInSpace2 = Mission control's message has arrived on schedule. The message: "It's pronounced Ooh-Rahn-Us or Ur-In-Is, got it?"
        #LOC_KSRSS_Science_CrewReport_UranusInSpace3 = It's a peaceful looking blue-green planet.
        #LOC_KSRSS_Science_CrewReport_UranusFlyingHigh = You had better be aerobraking here.
        #LOC_KSRSS_Science_CrewReport_UranusFlying1 = Unless you're sitting on top of a huge rocket booster, you're never getting out of Uranus.
        #LOC_KSRSS_Science_CrewReport_UranusFlying2 = Your spacecraft has penetrated deep into Uranus. Ooh-Rahn-Us. Jeez guys, get your head out of the gutter.

        #LOC_KSRSS_Science_CrewReport_TitaniaInSpace = Uranus looks good from here.

        #LOC_KSRSS_Science_CrewReport_MirandaInSpace = Wow. That's some weird terrain. It would be so fun to go down there.

        #LOC_KSRSS_Science_CrewReport_ArielInSpace = Some more severly cracked terrain here. A very interesting looking moon. Uranus' moons have a lot of cracks.

        #LOC_KSRSS_Science_CrewReport_UmbrielInSpace = A dark grey moon of little interest.

        #LOC_KSRSS_Science_CrewReport_OberonInSpace = There's some fascinating maria here.

        #LOC_KSRSS_Science_CrewReport_NeptuneInSpace = You have to double take to be 100% certain you didn't just look at the ocean hemisphere of Earth.
        #LOC_KSRSS_Science_CrewReport_NeptuneFlyingHigh = Aerobraking is so difficult you curse like a sailor until you pass out.
        #LOC_KSRSS_Science_CrewReport_NeptuneFlying1 = The storms toss and turn your ship. The winds are much much faster here without all that land in the way.
        #LOC_KSRSS_Science_CrewReport_NeptuneFlying2 = Your ship is struck by lightning at least three times in as many seconds.
        #LOC_KSRSS_Science_CrewReport_NeptuneFlying3 = You're not going back home, are you.

        #LOC_KSRSS_Science_CrewReport_ProteusInSpace = Proteus has some of the coolest views of Neptune in the entire system.

        #LOC_KSRSS_Science_CrewReport_TritonInSpace = It looks kind of like Pluto.

        #LOC_KSRSS_Science_CrewReport_PlutoInSpace1 = Pluto and Charon always seem to be together. It's like a tremendously slow dance.
        #LOC_KSRSS_Science_CrewReport_PlutoInSpace2 = You get some great looks at the fascinatingly swirly and irregular surface of Pluto.
        #LOC_KSRSS_Science_CrewReport_PlutoInSpace3 = You don't care if it's a planet or a dwarf planet. People are always too caught up about Pluto's planethood, so they never get around to looking at how cool it is.
        #LOC_KSRSS_Science_CrewReport_PlutoInSpace4 = Pluto loves you. You can tell, can't you?
        #LOC_KSRSS_Science_CrewReport_PlutoInSpace5 = Charon looks particularly lovely this time of year.
        #LOC_KSRSS_Science_CrewReport_PlutoSrfLanded1 = "It's not a real planet" they said in kindergarden. Well here you are, pushing the limits of the human lifespan, just so that you can rub this acheivement in little Bobby Tables' face!
        #LOC_KSRSS_Science_CrewReport_PlutoSrfLanded2 = The sun is not much more than another star at this distance.

        #LOC_KSRSS_Science_CrewReport_CharonInSpace1 = Charon looks particularly lovely this time of year.
        #LOC_KSRSS_Science_CrewReport_CharonInSpace2 = It is significantly greyer than the Pluto.

        //EVA Report
        #LOC_KSRSS_Science_EVAReport_VenusSrfLanded1 = After only a few seconds on the surface, you worry that your space suit may not be up to the task of keeping you from burning to a crisp.
        #LOC_KSRSS_Science_EVAReport_VenusSrfLanded2 = No time for big speeches. You're here to pick up rocks.
        #LOC_KSRSS_Science_EVAReport_VenusSrfLanded3 = Every surface is coated in a dull, flat, orange light. The atmosphere is so thick it's like looking through water.
        #LOC_KSRSS_Science_EVAReport_VenusSrfLanded4 = There are no shadows, and you can not see the Sun. The light is very dim, like twilight on Earth.
        #LOC_KSRSS_Science_EVAReport_VenusFlyingHigh = This is a rather precarious situation.
        #LOC_KSRSS_Science_EVAReport_VenusFlyingLow = You're falling so slowly you'd probably be fine.
        #LOC_KSRSS_Science_EVAReport_VenusInSpace = "...And maybe they've seen us... and welcome us allllll, yeah. With so many lightyears to go... and things to be fo-ou-ound, I'm sure that we all miss her sooooo... It's the Final Countdown! Dananaaaaa naaaa! Danana na naaaa! Dannana naaaa! The final countdown, woah, oh!" A few minutes later you hear Mission Control struggling to keep from laughing.
        
		#LOC_KSRSS_Science_EVAReport_EarthInSpace1 = You hope your space suit holds together.
        #LOC_KSRSS_Science_EVAReport_EarthInSpace2 = There is nothing outside of your suit right now. You feel strangely isolated.
        #LOC_KSRSS_Science_EVAReport_EarthInSpace3 = Your jetpack responds well to tiny bursts of thrust. Longer burns make this space suit difficult to control.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedGrasslands1 = You want to pick a flower and smell it.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedGrasslands2 = You're home, on the surface of Earth. You feel like hugging it.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedHighlands = It's a little chilly.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedMountains = It would be difficult to breathe here if you didn't have a space suit on. It's quite cold here, but man that view is incredible.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedDesert = Good thing you're in that climate controlled space suit, otherwise you would be quite uncomfortably warm.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedTropics = You might take a vacation here one day.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedPoles = Rocking on top of the world. Or the bottom. Really it doesn't matter from a planetary perspective, after all up, down, top, etc are subjective.
        #LOC_KSRSS_Science_EVAReport_EarthSrfSplashedWater = Fishes! You're starving!
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedShores1 = Sea shells she sells by the sea shore.
        #LOC_KSRSS_Science_EVAReport_EarthSrfLandedShores2 = You could enjoy a day at the beach right about now.
        #LOC_KSRSS_Science_EVAReport_EarthSrfSplashedShores = Not too far to swim to shore. Let's just hope it's a civilized continent and not a desert island.
        #LOC_KSRSS_Science_EVAReport_EarthFlyingHigh = New pickup line: "Did it hurt when you fell from heaven? Because you are SHOCKINGLY HOT." Get it? Like Shock Heating? Anyway, unless you want to be shock heated, you should probably get back in the ship.
        #LOC_KSRSS_Science_EVAReport_EarthFlying = This is a rather precarious situation.
        
		#LOC_KSRSS_Science_EVAReport_MoonSrfLandedLunarSeas = That's one small step for a man, one... giant leap for mankind.
        #LOC_KSRSS_Science_EVAReport_MoonSrfLanded1 = It's going to be hard to live up to Neil Armstrong's first words.
        #LOC_KSRSS_Science_EVAReport_MoonSrfLanded2 = I was strolling on the Moon one day, in the merry merry month of... uh... May?
        #LOC_KSRSS_Science_EVAReport_MoonSrfLanded3 = You search the sky for the Earth. You feel small.
        #LOC_KSRSS_Science_EVAReport_MoonSrfLanded4 = You look down at your boots, and see the footprint. It's remarkably well held-together.
        #LOC_KSRSS_Science_EVAReport_MoonSrfLandedFarSideBasin = You can't see the Earth at all. It's kind of eerie that your only connection to Earth is indirect satellite links.
        #LOC_KSRSS_Science_EVAReport_MoonInSpace = The ground is covered in craters. You hope you're not expected to land in this jetpack, because it would not work.
        
		#LOC_KSRSS_Science_EVAReport_MarsSrfLanded1 = And with peace, man has conquered the God of War.
        #LOC_KSRSS_Science_EVAReport_MarsSrfLanded2 = In your FACE, Neil Armstrong.
        #LOC_KSRSS_Science_EVAReport_MarsSrfLandedVallesMarineris = "The view from here is spectacular. Just look at those cliffs. Scares the heck out of me, actually."
        #LOC_KSRSS_Science_EVAReport_MarsSrfLandedMajorCraters = You wonder if you could see a rover from here.
        #LOC_KSRSS_Science_EVAReport_MarsSrfLandedOlympusMons = You're sitting with the gods here. Just as well, the atmosphere is essentially a vacuum up here.
        
		#LOC_KSRSS_Science_EVAReport_PhobosInSpace = You could easily land with your jetpack.
        #LOC_KSRSS_Science_EVAReport_PhobosSrfLanded = You're afraid you might trip into low orbit.
        
		#LOC_KSRSS_Science_EVAReport_DeimosSrfLanded = Single Stage to Orbit? More like Single Burp to Orbit!
        
		#LOC_KSRSS_Science_EVAReport_CeresSrfLanded1 = Ceres does not exist. #wakeupsheeple.
        #LOC_KSRSS_Science_EVAReport_CeresSrfLanded2 = When you look closely at the ground, you can see there are many different types of deposits mixed together.
        
		#LOC_KSRSS_Science_EVAReport_VestaSrfLanded = There's nothing interesting, so here's a joke: Three men died and they went to the pearly gates. Saint Peter told them that the kind of vehicle they would drive in heaven depended on how they lived their life.\nHe told the first man he would have a Cadillac because he lived a good life and never cheated on his wife.\nHe told the second he would have a motorcycle because he only cheated on his wife once and he regretted it.\nThen he told the third guy he would have a bicycle because he cheated on his wife alot.\nWell, two years later, the man on the bicycle spotted the man in the Cadillac crying.\nHe asked why he is crying since he had such a nice car and the man replied, "I just saw my wife go by on a skateboard!"
        
		#LOC_KSRSS_Science_EVAReport_PallasSrfLanded = There's little in the way of interesting stuff happening here, so here's a joke. At the Pentagon, there are five sides to every story.
        
		#LOC_KSRSS_Science_EVAReport_JunoSrfLanded = Nothing cool's going on here, so here's a joke: Why is a fire engine red ?\nBecause a fire engine has four wheels and eight men. Four and eight are twelve. There are twelve inches in a ruler. Queen Elizabeth was a ruler. Queen Elizabeth was also a ship. A ship sails on the ocean. The ocean is made of water. Fish live in water. The Chinese are noted for eating a lot of fish. The Chinese are called red. So therefore, a fire engine is red.
        
		#LOC_KSRSS_Science_EVAReport_JupiterFlyingLow = Get. Back. In. The. Ship.
        #LOC_KSRSS_Science_EVAReport_JupiterFlyingHigh = As you say your last prayers and/or pretend that you believed in a god this whole time, you contemplate death for a few short moments before you are no longer capable of contemplation.
       
		#LOC_KSRSS_Science_EVAReport_IoSrfLanded1 = It's difficult to move around what with the surface falling apart underneath you.
        #LOC_KSRSS_Science_EVAReport_IoSrfLanded2 = The geiger counter in your suit is clicking a lot. This is probably a bad thing.
        
		#LOC_KSRSS_Science_EVAReport_EuropaSrfLanded1 = You contemplate performing an ice slide. It probably wouldn't work.
        #LOC_KSRSS_Science_EVAReport_EuropaSrfLanded2 = You came here to go swimming, so where the heck is your giant ice-crust drill?
        
		#LOC_KSRSS_Science_EVAReport_GanymedeSrfLanded = The brown surface is hard, but at least the gravity is high enough to keep manoeuvring from being too difficult.
        
		#LOC_KSRSS_Science_EVAReport_SaturnFlyingLow = Get. Back. In. The. Ship.
        #LOC_KSRSS_Science_EVAReport_SaturnInSpaceLow = You fly among the rings. They tumble around, and you try your best not to be hit by any debris.
        #LOC_KSRSS_Science_EVAReport_SaturnInSpaceHigh = Beyonc� approved. 
        #LOC_KSRSS_Science_EVAReport_SaturnFlyingHigh = You're going to die soon. 
        
		#LOC_KSRSS_Science_EVAReport_MimasSrfLanded = You hum the Imperial March. 
        
		#LOC_KSRSS_Science_EVAReport_IapetusSrfLandedCentralBuldge = You check for all the signs of the planet being made from a massive planet press. The results are inconclusive. 
        
		#LOC_KSRSS_Science_EVAReport_UranusFlyingLow = Get. Back. In. The. Ship. Before. You. Freeze. Uranus. Off.
        #LOC_KSRSS_Science_EVAReport_UranusFlyingHigh = RIP you.
        
		#LOC_KSRSS_Science_EVAReport_MirandaSrfLanded = The terrain is extremely irregular. It looks fun to jump around.
        #LOC_KSRSS_Science_EVAReport_MirandaSrfLandedVeronaRupes = You hypothesize that this would be a terrific skydiving spot. This warrants further testing.
        
		#LOC_KSRSS_Science_EVAReport_NeptuneFlyingHigh = After all the time it took to get you here you're just going to die burning up in the upper atmosphere. What a shame.
        #LOC_KSRSS_Science_EVAReport_NeptuneFlyingLow = Get. Back. In. The. Ship.
        
		#LOC_KSRSS_Science_EVAReport_PlutoSrfLanded1 = You've been thinking about your first words on the surface of Pluto for decades. You think you've finally got it. "Hello is am a button face." Nailed it.
        #LOC_KSRSS_Science_EVAReport_PlutoInSpace = You may be a tad bit senile.
        #LOC_KSRSS_Science_EVAReport_PlutoSrfLanded2 = You are officially the oldest human to set foot on the surface of another world.
        
		#LOC_KSRSS_Science_EVAReport_CharonSrfLanded = Why are you here? You must have gone here instead of Pluto by mistake. You tend to make simple mistakes like that these days. Now if only you could find your false teeth you could tell mission control about how in your day, pilots had to navigate manually. At that point the young men and women at mission control will sigh, and you will tell them that they should respect you.
        
		#LOC_KSRSS_Science_EVAReport_KerberosSrfLanded = Kerberos? Kerb-eros. Strange. There was a video game you played in your youth with a suspiciously similar name.
        
		#LOC_KSRSS_Science_EVAReport_ChuryumovGerasimenkoInSpaceLow = You could probably use a quick few puffs of your jetpack to land.
        #LOC_KSRSS_Science_EVAReport_ChuryumovGerasimenkoInSpaceHigh = The comet is strange and unevenly shaped. It reminds you of a rubber ducky. How long has it been since you had a bath?
        #LOC_KSRSS_Science_EVAReport_ChuryumovGerasimenkoSrfLanded1 = Hey! You found Philae!
        #LOC_KSRSS_Science_EVAReport_ChuryumovGerasimenkoSrfLanded2 = Is it just you or does the ground seem to be boiling away?

        //Surface Sample
        #LOC_KSRSS_Science_SurfaceSample_MoonSrfLanded1 = As you pick up another cool rock, you decide to turn your sample collector into a golfing iron and hit a few rocks.
        #LOC_KSRSS_Science_SurfaceSample_MoonSrfLanded2 = The samples are remarkably similar to Earth rocks.

        #LOC_KSRSS_Science_SurfaceSample_VenusSrfLanded = The grey-orange rocks are very rounded due to wind erosion. The surface is cracked.
        
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLanded1 = The grey rocks dot the surface, and the soil is rich in iron. Just below the red soil is a dark grey surface.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLanded2 = This surface consists of a grainy, very fine sand-like dust, and it appears to be getting everywhere.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLanded3 = You hum the tune to Gustav Holst's Mars soundtrack as you pick up another rock.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLanded4 = Unable to satisfy your Curiosity, you attempt to drill into the rock with your tool. You're thinking it would be a lot easier if you had some kind of pulsating drill thing on a robotic arm.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLanded5 = There appears to be traces of water in the soil!
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLandedNorthIceCap1 = The ground is frozen carbon dioxide. Just under the dry ice is a layer of red dust and then grey rock. There's some water ice scatterered around as well.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLandedSouthIceCap1 = The ground is frozen carbon dioxide and reddish dirt. You wonder what Mars would be like if it had much larger ice caps.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLandedNorthIceCap2 = Snow Angel-nauts would seem to be possible here. This warrants further testing.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLandedSouthIceCap2 = Snowball wars could be fought out here.
        #LOC_KSRSS_Science_SurfaceSample_MarsSrfLandedOlympusMons = Beneath the red dust is several layers of frozen lava!
        
		#LOC_KSRSS_Science_SurfaceSample_IoSrfLanded1 = There is plenty of sulphur and sulphur dioxide frosts along the surface. Any rocks or terrain features are likely very very young due to the rapidity in which Io reshapes its surface.
        #LOC_KSRSS_Science_SurfaceSample_IoSrfLanded2 = You are upset that your hypothesis about Io being a three-dimensional slice of a four-dimensional hyperpizza is being proven inaccurate.
       
		#LOC_KSRSS_Science_SurfaceSample_EuropaSrfLanded1 = The surface consists of ice, dirt, and more ice.
        #LOC_KSRSS_Science_SurfaceSample_EuropaSrfLanded2 = Oh if only you had a way of drilling deeper into the ice to sample the underground ocean!
        #LOC_KSRSS_Science_SurfaceSample_EuropaSrfLanded3 = You chip away the frozen surface and deposit some of the white and brown surface into a container.
        #LOC_KSRSS_Science_SurfaceSample_EuropaSrfLandedLineaments = There is a significant amount of complex organic molecules in the ice!
        
		#LOC_KSRSS_Science_SurfaceSample_MimasSrfLanded = Is this moon made from metal alloys? You poke around. Nope. Just ice.
        
		#LOC_KSRSS_Science_SurfaceSample_PhobosSrfLanded = The surface gives away easily and you have a hard time keeping the sample in the container due to the low gravity.
        
		#LOC_KSRSS_Science_SurfaceSample_DeimosSrfLanded = Deimos' surface regolith is almost, but not quite, entirely unlike Earth's.
        
		#LOC_KSRSS_Science_SurfaceSample_EnceladusSrfLandedSouthernPolarRegion = There's some complex organic molecules in the ice. 
        #LOC_KSRSS_Science_SurfaceSample_EncaladusSrfLanded = Just ice. Not much of any interest. 
        
		#LOC_KSRSS_Science_SurfaceSample_PlutoSrfLanded = You barely remember why you left the ship. Something to do with surface samples? Oh yes, that's it. You fiddle around for the sample collector and find all sorts of non-water ices. 
        
		#LOC_KSRSS_Science_SurfaceSample_HyperionSrfLanded = The dust practically flies off to escape velocity when you try to grab some of it. The planet seems to be held together more magically than gravitationally. 
        
		#LOC_KSRSS_Science_SurfaceSample_TitanSrfLanded = The rocks? Solid ice. The dirt? Snow. It's all totally frozen. Virtually indistinguishable in appearance from rock and dirt. 
        #LOC_KSRSS_Science_SurfaceSample_TitanSrfSplashed = While normally the appearance of organic molecules in a lake on another world would be huge news, unfortunately the organic molecule in question is liquid methane, which happens to be the liquid that the lake is made from. Any study of this sample would have to be done in a heavily refrigerated container.
        
		#LOC_KSRSS_Science_SurfaceSample_ChuryumovGerasimenkoSrfLanded = The ices and organic molecules in the sample could provide a fascinating look into the possible origins of the solar system and life on Earth.

        //Temperature Scan
        #LOC_KSRSS_Science_TempScan_VenusSrfLanded1 = The thermometer has melted and then boiled.
        #LOC_KSRSS_Science_TempScan_VenusSrfLanded2 = The temperature is hot enough to melt lead.
        #LOC_KSRSS_Science_TempScan_VenusFlyingLow = Venus is very clearly the hottest planet in the Solar System.
        #LOC_KSRSS_Science_TempScan_VenusFlyingHigh = The temperature is only a little warmer than Earth sea level here. In fact if it weren't for the poisonous acid in the atmosphere and the lack of oxygen, this might be one of the most Earthlike places in the solar system (other than Earth, of course.)
        
		#LOC_KSRSS_Science_TempScan_MarsSrfLanded = Depending on the orientation, the thermometer either reads cold or very cold.
        
		#LOC_KSRSS_Science_TempScan_IoSrfLanded = It's quite warm here on account of the tidal heating.
        
		#LOC_KSRSS_Science_TempScan_EuropaSrfLanded = While the surface is pitifully cold, in the tidally heated interior of the planet the water may very well be liquid.
        
		#LOC_KSRSS_Science_TempScan_TitanSrfLanded = The thermometer has frozen. This is one of the coldest places in the solar system.
        
		#LOC_KSRSS_Science_TempScan_UranusFlyingLow = Uranus has the absolute coldest atmosphere in the entire solar system, at just over 42 kelvins. Let's hope the spacecraft has a good heater.
        
		#LOC_KSRSS_Science_TempScan_MercurySrfLanded = Depending on the orientation of the thermometer, the temperature is either extremely hot or extremely cold.
        
		#LOC_KSRSS_Science_TempScan_EarthInSpace = The temperature seems to change wildly based upon the thermometer's orientation.
        
		#LOC_KSRSS_Science_TempScan_PlutoSrfLanded = As one might expect, it is quite cold here.
        
		#LOC_KSRSS_Science_TempScan_CharonSrfLanded = As one would assume, the temperature here is low.

        //Seismic Scan
        #LOC_KSRSS_Science_SeismicScan_VenusSrfLanded = The planet is geologically dead for the most part.
        
		#LOC_KSRSS_Science_SeismicScan_IoSrfLanded = The moon is constantly shaking. There is a lot of volcanism here.
        
		#LOC_KSRSS_Science_SeismicScan_EuropaSrfLanded = There are a few Europaquakes. The moon is cryovolcanic.
        
		#LOC_KSRSS_Science_SeismicScan_EnceladusSrfLanded = This moon is cryovolcanic and is spewing its insides into space.
        
		#LOC_KSRSS_Science_SeismicScan_MoonSrfLanded = A few minor moonquakes every once in a while. All due to impacts, as the Moon is geologically dead.
        
		#LOC_KSRSS_Science_SeismicScan_CeresSrfLanded = The dwarf planet is mildly cryovolcanic.

        //Gravity Scan
        #LOC_KSRSS_Science_GravityScan_EarthInSpace = The sensor has provided a more detailed map of Earth's local gravitational field.
        
		#LOC_KSRSS_Science_GravityScan_MoonInSpace = The sensor maps the extremely uneven gravitational field of the Moon.
        
		#LOC_KSRSS_Science_GravityScan_VenusInSpace = The sensor provides a map of the surface despite the extremely thick clouds blocking the surface from view.
        
		#LOC_KSRSS_Science_GravityScan_MarsSrfLanded = Your mother would weigh only 250 pounds here.
        
		#LOC_KSRSS_Science_GravityScan_JupiterInSpace = The sensor scans the intricate gravitational interactions between the Jovain Moons.
        
		#LOC_KSRSS_Science_GravityScan_SaturnInSpace = It's almost as if there's an entire moon's worth of mass floating above Saturn's equator.
        
		#LOC_KSRSS_Science_GravityScan_EuropaInSpace = Scanning from orbit hints at the internal makeup of Europa.
        
		#LOC_KSRSS_Science_GravityScan_PlutoSrfLanded = There is an extreme tidal effect from Charon skewing the results.
        
		#LOC_KSRSS_Science_GravityScan_CharonInSpace = Minute changes in Charon's orbit from the other Plutinan moons are being observed.
        
		#LOC_KSRSS_Science_GravityScan_NixInSpace = Nix seems to be rotating erratically due to influence from Pluto and Charon.
        
		#LOC_KSRSS_Science_GravityScan_HyraInSpace = Hydra's rotation is unpredictable due the tidal interactions of its parent dwarf planets Pluto and Charon.
        
		#LOC_KSRSS_Science_GravityScan_KerberosInSpace = Kerberos is rotating unpredictably thanks to interactions from the other moons of Pluto.
        
		#LOC_KSRSS_Science_GravityScan_StyxInSpace = It's hard to tell what direction Styx will be facing at any given time. This is likely due to gravitational interaction with Pluto and Charon.
        
		#LOC_KSRSS_Science_GravityScan_Hyperion = This thing is more like a collection of rocks held together with dust than it is a solid rock.
        
		#LOC_KSRSS_Science_GravityScan_IapetusInSpace = Iapetus' equatorial ridge provides a slight pull on the sensor. The orbit of a planet like Iapetus would likely precess over time.
        
		#LOC_KSRSS_Science_GravityScan_MercuryInSpace = The sensor has difficulty mapping the surface of Mercury due to the tidal influence from the Sun.

        //Atmosphere Analysis
        #LOC_KSRSS_Science_AtmoAnalysis_VenusSrfLanded = Carbon Dioxide, Nitrogen, and Sulphuric Acid. Not fun stuff to breathe, certainly not at these temperatures.
        #LOC_KSRSS_Science_AtmoAnalysis_VenusFlyingHigh = Carbon Dioxide, Nitrogen. A bit of acids in the air. You wouldn't want to breathe the stuff, but you could probably go outside and be fine.
        
		#LOC_KSRSS_Science_AtmoAnalysis_EarthFlyingHigh = It seems there is very little atmosphere at these altitudes. Make sure you're properly suited up if you plan on going outside.
        #LOC_KSRSS_Science_AtmoAnalysis_EarthSrfLanded = Temperature and Pressure readings suggest today is as good a time for flying as any.
        #LOC_KSRSS_Science_AtmoAnalysis_EarthSrfLandedDeserts = It's very hot and dry out in the Deserts. The sensors were getting clogged up with dust. 		
        #LOC_KSRSS_Science_AtmoAnalysis_EarthSrfLandedIceCaps = The polar atmosphere was found to be very, very cold indeed. Some sensors froze shut, but we're reasonably sure this is still air. 		
        
		#LOC_KSRSS_Science_AtmoAnalysis_DunaSrfLanded = The thin Carbon Dioxide atmosphere is full of dust particles. Not breathable. Almost, but not quite, a vacuum.
        
		#LOC_KSRSS_Science_AtmoAnalysis_JupiterFlyingHigh = The clouds are made from Ammonia ice, 

        //Mystery Goo
        #LOC_KSRSS_Science_MysteryGoo_MercurySrfLanded = The Goo seems to be almost boiling. It writhes around the canister.
        
		#LOC_KSRSS_Science_MysteryGoo_VenusSrfLanded = The Goo has boiled away leaving behind a black, burnt residue.
        #LOC_KSRSS_Science_MysteryGoo_VenusInSpace = The Goo has become rubbery and bounces around the container.
        #LOC_KSRSS_Science_MysteryGoo_VenusFlyingHigh = The Goo turns blue.
        #LOC_KSRSS_Science_MysteryGoo_VenusFlyingLow = The goo is beginning to boil.
        
		#LOC_KSRSS_Science_MysteryGoo_EarthInSpaceLow = The Goo seems to have clumped into a sphere. It also appears to have become brittle.
        #LOC_KSRSS_Science_MysteryGoo_EarthFlyingHigh = The Goo seems to be getting very cold now.
        #LOC_KSRSS_Science_MysteryGoo_EarthFlyingLow = The Goo jiggles and wobbles as the craft flies.
        #LOC_KSRSS_Science_MysteryGoo_EarthSrfLandedShores = The Goo accumulates near the water facing side of the container.
        #LOC_KSRSS_Science_MysteryGoo_EarthSrfSplashedWater = The Goo escapes into the water!
        #LOC_KSRSS_Science_MysteryGoo_EarthSrfLandedDesert = The Goo seems to hate it here.
        #LOC_KSRSS_Science_MysteryGoo_EarthSrfLandedLaunchPad = The Goo doesn't seem to be doing much right now.
        #LOC_KSRSS_Science_MysteryGoo_EarthSrfLandedRunway = The Goo seems to behave very much the same as it always does around here.
        #LOC_KSRSS_Science_MysteryGoo_EarthSrfLandedKSC = The Goo seems bored.
        
		#LOC_KSRSS_Science_MysteryGoo_EuropaSrfLanded = The goo seems to have grown fins.
        
		#LOC_KSRSS_Science_MysteryGoo_JupiterInSpace1 = The goo forms a flat, black shape.
        #LOC_KSRSS_Science_MysteryGoo_JupiterInSpace2 = The goo swirls into several brown bands and white zones.
        
		#LOC_KSRSS_Science_MysteryGoo_SaturnInSpace = The goo spins up and breaks several bits off into its own ring system.
        
		#LOC_KSRSS_Science_MysteryGoo_UranusInSpace = The Goo has become extremely cold.
        
		#LOC_KSRSS_Science_MysteryGoo_NeptuneInSpace = The Goo is becoming agitated and seems to be giving off heat.
        #LOC_KSRSS_Science_MysteryGoo_NeptuneFlying = The goo has turned a dark blue and has become puffy.
        
		#LOC_KSRSS_Science_MysteryGoo_PlutoSrfLandedSputnikPlanum = The Goo seems to have formed a perfectly functional human heart.
        
		#LOC_KSRSS_Science_MysteryGoo_Hyperion = The goo becomes toroidal. You wish you had a doughnut.
        
		#LOC_KSRSS_Science_MysteryGoo_TitanSrfLanded = The goo has frozen solid and has fallen to the bottom of the container.
        
		#LOC_KSRSS_Science_MysteryGoo_TritonInSpace = The goo is accumulating at the retrograde side of the container.
        
		#LOC_KSRSS_Science_MysteryGoo_Moon = The goo seems to be less dense here.
        
		#LOC_KSRSS_Science_MysteryGoo_MarsInSpace = The goo seems to take on an orange-red sheen, looking very much like the planet below.
        
		#LOC_KSRSS_Science_MysteryGoo_PlutoInSpace = While observing the canister, you feel as though something is looking back at you from the shadows of the container.

        //Mobile Materials Lab
        #LOC_KSRSS_Science_MML_MercurySrfLanded1 = The materials bay bakes in the heat of Mercury's surface. It appears that trace elements are reacting to the samples contained within.
        #LOC_KSRSS_Science_MML_MercurySrfLanded2 = You expose the samples to the high temperatures of Mercury. A lot of them melt in really interesting ways.
        
		#LOC_KSRSS_Science_MML_VenusSrfLanded1 = The crushing pressure of the atmosphere is causing some of the materials to crystallize rapidly.
        #LOC_KSRSS_Science_MML_VenusSrfLanded2 = Some of the samples boil, others melt. The lead sample is now coating the bottom of the bay, and the plastic coating the wires has melted to cover the top of the lead pool. One sample solidifies, against all known laws of nature.
        
		#LOC_KSRSS_Science_MML_EarthSrfLanded = The materials show little signs of change, though one of the samples appears to be judging you silently.
        #LOC_KSRSS_Science_MML_EarthSrfLandedDeserts = The desert dust appears to have contaminated all the samples. We did learn that deserts aren't a good place to bring expensive science equipment though.
        #LOC_KSRSS_Science_MML_EarthSrfLandedPoles = The water sample has frozen solid and the goopy samples appear to be extra goopy.
        #LOC_KSRSS_Science_MML_EarthSrfLandedShores = The water spray has rusted one of the samples and some of the electronics ar&/F***13e5rse4t8st######
        #LOC_KSRSS_Science_MML_EarthSrfLandedWater = Everything has gotten really wet. One of the samples caught fire! Whoa!
        #LOC_KSRSS_Science_MML_EarthInSpace = The micro gravity has greatly affected the growth of crystalline structures. Loose objects are also flying around the bay in a very messy but fascinating way.
		
		#LOC_KSRSS_Science_MML_MoonSrfLanded1 = The fine dust of the Moon has intermixed with some of the samples. You have a sneaking suspicion that they'll never be able to get the lab clean again.
        #LOC_KSRSS_Science_MML_MoonSrfLanded2 = You leave the sample bay doors open on the Moon, and go do something else for a while.
        
        #LOC_KSRSS_Science_MML_DemiosSrfLanded = The samples appear to behave like they're in low orbit of Earth.
        
		#LOC_KSRSS_Science_MML_PhobosSrfLanded = Some of the surface material has mixed with the contents of the bay. You write down the results for good measure.
        
		#LOC_KSRSS_Science_MML_ChuryumovGerasimenkoSrfLanded = The samples appear to behave like they're in low orbit of Earth.
        
		#LOC_KSRSS_Science_MML_CeresSrfLanded1 = As the samples process, the computer asks if it can sing you a song while it works. Apparently it's about a flower of some kind.
        #LOC_KSRSS_Science_MML_CeresSrfLanded2 = One of the samples evaporates when exposed the environment.
        
		#LOC_KSRSS_Science_MML_JupiterInSpaceHigh = The extreme radiation from Jupiter's magnetic field seems to have caused some of the samples to glow violently green.
        #LOC_KSRSS_Science_MML_JupiterInSpaceLow = The computer gave an odd report no matter how many times we sent the request. Open the sample bay doors... "I'm sorry, I'm afraid I can't let you do that" was the only reply. The doors did open very promptly when we opened the fusebox panel. Very curious.		
        #LOC_KSRSS_Science_MML_JupiterFlyingHigh = The intense crushing pressure has drastically changed the composition of the materials. Super heating and ablation effects have been observed. The science bay is looking very disgruntled.		
        #LOC_KSRSS_Science_MML_JupiterFlyingLow = The samples burn, boil or crumple under the extreme pressures and heat. The visual camera shows a wonderful rainbow of colors before it cuts out.		
        #LOC_KSRSS_Science_MML_JupiterSrfLanded = You're not sure where the container stops and the samples start anymore...
        
		#LOC_KSRSS_Science_MML_SaturnInSpaceLow = The materials are being punched by ring material. The bay now has one or two extra holes.
        #LOC_KSRSS_Science_MML_SaturnFlyingHigh = The intense crushing pressure has drastically changed the composition of the materials. Super heating and ablation effects have been observed. The science bay is looking very disgruntled.
        #LOC_KSRSS_Science_MML_SaturnFlyingLow = The samples burn, boil or crumple under the extreme pressures and heat. The visual camera shows a wonderful rainbow of colors before it cuts out.
        #LOC_KSRSS_Science_MML_SaturnSrfLanded = You're not sure where the container stops and the samples start anymore...
        
		#LOC_KSRSS_Science_MML_UranusInSpace = Hehehehe. Uranus.
        #LOC_KSRSS_Science_MML_UranusFlyingHigh = The intense crushing pressure has drastically changed the composition of the materials. Super cooling effects have been observed. The science bay is looking very disgruntled.
        #LOC_KSRSS_Science_MML_UranusFlyingLow = The samples freeze, boil or crumple under the extreme pressures and cold. The visual camera shows a wonderful rainbow of colors before it cuts out.
        #LOC_KSRSS_Science_MML_UranusSrfLanded = You're not sure where the container stops and the samples start anymore...
        
		#LOC_KSRSS_Science_MML_NeptuneInSpace = The samples glow in unique ways, hinting at the magnetic field of Neptune.
        #LOC_KSRSS_Science_MML_NeptuneFlyingHigh = The intense crushing pressure has drastically changed the composition of the materials. Super heating and ablation effects have been observed. The science bay is looking very disgruntled.
        #LOC_KSRSS_Science_MML_NeptuneFlyingLow = The samples burn, boil or crumple under the extreme pressures and heat. The visual camera shows a wonderful rainbow of colors before it cuts out.
        #LOC_KSRSS_Science_MML_NeptuneSrfLanded = You're not sure where the container stops and the samples start anymore...
        
		#LOC_KSRSS_Science_MML_IoSrfLanded = The baking soda and vinegar reacts violently.
        
		#LOC_KSRSS_Science_MML_EuropaSrfLanded = The sample container door freezes up, before continuing to open. A thin coating forms on the surface of the samples.
        
		#LOC_KSRSS_Science_MML_TitanSrfLanded = It appears that some of the samples have become more conductive in the extreme cold.
        
		#LOC_KSRSS_Science_MML_PlutoInSpace1 = 010000100110100101101110011000010111001001111001
        #LOC_KSRSS_Science_MML_PlutoInSpace2 = The samples show little change, except for the sun-sensitive algae which is no longer glowing in reaction to the Sun.
        #LOC_KSRSS_Science_MML_PlutoSrfLanded1 = You lost your glasses, and without them you can't see the computer report. Mission control remarks that the small text is a terrible feature of decades-old computers.
        #LOC_KSRSS_Science_MML_PlutoSrfLanded2 = Although not much happens to the samples, your bio monitor seems to be flatlining for a few seconds. Are you finally dying? After all this time? You see you accidentally unplugged the bio monitor. Pluto won't grab you into the underworld yet!
        
		#LOC_KSRSS_Science_MML_CharonSrfLanded = Some of the black-colored chalks escape from the container, and falls on the ground. Aside from this incident, the materials are very unreactive.
        #LOC_KSRSS_Science_MML_CharonInSpace = You let the computer process the results. For now, you need another nap.
	}
}
