id = temperatureScan
BopSrfLandedWesternDepression = The deep shadows here can keep it very cold.
BopSrfLandedMinorDepressions = In shadows like these, it gets pretty chilly.
BopSrfLandedRidges = These ridges get more solar exposure, so they stay hot longer.
BopSrfLandedPoles = It really isn't any colder here than anywhere else.  It just feels like it.
BopSrfLandedMidlands = Hot in the sun, cold in the dark.  Nothing groundbreaking here.
DresSrfLandedSmallCraters = The temperature fluctuates regularly with the sunrise and sunset.
DresSrfLandedDresTrench = Very little sunlight makes its way all the way down here.  It is very cold.
DresSrfLandedNorthernBasin = It never really gets that warm here.
DresSrfLandedLowlands = You stare intently at the thermometer, but it doesn't blink.
DresSrfLandedPolarHighlands = Some of the craters have shadows that seem like they could keep ice frozen permanently.
DresSrfLandedDepressions = It seems awfully cold for the middle of the day.  Then you realize the thermometer is blocked by your shadow.
DresSrfLandedWastelands = You doubt these results will earn you any fame or fortune back home.
DunaSrfLandedMidlands = A glance at the thermometer reminds you that Duna is a bit of a fixer upper.
DunaSrfLandedNorthPole = It is certainly cold enough that your ice cream won't melt out here.
DunaSrfLandedSouthPole = All this ice seems to back up the thermometer's readings.
DunaSrfLandedKerinerValley = The temperature in the Keriner Valley is warmer than it is on the rest of the surface.
DunaSrfLandedMaria = The reading's for Duna's Maria show some improvement over the midlands.
DunaSrfLandedDepressions = These depressions record warm enough temperatures that liquid water might sometimes be possible.
DunaSrfLandedMountains = You are shocked to discover that it gets colder the higher you go.
DunaSrfLandedVallesJebbedius = Its almost cozy down here, but be sure to bring a blanket.
EelooSrfLandedPoles = The thermometer appears to be frozen.
EelooSrfLandedScarring = These unusual scars are just as cold as the rest of Eeloo.
EelooSrfLandedCentralCrater = The temperature readout says: Stupid Cold
EelooSrfLandedAncientDepressions = Amazingly, it is even colder here than the rest of this ice ball.
EelooSrfLandedPromontories = The sun shines brightly in the sky, warming the...yeah, right.
EelooSrfLandedLowlands = The temperature fluctuates between far below freezing and deep below freezing.
EveSrfLandedCraterLake = A beautiful day to relax at the beach...
EveSrfSplashedCraterLake = A beautiful day on the lake.
EveSrfLandedEasternSea = This large sea has a very moderate temperature.
EveSrfSplashedEasternSea = This large sea has a very moderate temperature.
EveSrfLandedSouthernSea = The largest of Eve's bodies of water is clearly liquid, which tells you quite a bit about the temperature.
EveSrfSplashedSouthernSea = The largest of Eve's bodies of water is clearly liquid, which tells you quite a bit about the temperature.
EveSrfLandedLakes = These smaller lakes are quite pleasant.
EveSrfSplashedLakes = These smaller lakes are quite pleasant.
EveSrfLandedMountains = The air grows quite chilly up in the mountains.
EveSrfLandedPoles = As expected when you think of poles, it tends to be colder here.
EveSrfLandedImpactSites = The thermometer registers an entirely reasonable temperature.
EveSrfLandedPlains = The temperature doesn't look that bad, but you still wouldn't want to be here without a suit.
EveSrfLandedIslands = These islands cool and warm more slowly than the shores.
id = barometerScan
DunaSrfLandedMidlands = The pressure here looks more like the highest peaks on Kerbin.
DunaSrfLandedNorthPole = The colder temperatures here increase the pressure a bit.  A very little bit.
DunaSrfLandedSouthPole = The gauge is clearly in the "Deadly" zone.
DunaSrfLandedKerinerValley = The pressure in the Keriner Valley is higher than it is on the rest of the surface.
DunaSrfLandedMaria = These Maria aren't deep enough to significantly increase pressure readings.
DunaSrfLandedDepressions = Atmospheric pressure is certainly higher here, but not high enough to breathe.
DunaSrfLandedMountains = The readings suggest that parachutes would not be very effective at these altitudes.
DunaSrfLandedVallesJebbedius = The pressure is still lower here than anywhere on Kerbin's surface.
EveSrfLandedCraterLake = The high pressure almost exceeds the gauge's range.
EveSrfSplashedCraterLake = The high pressure almost exceeds the gauge's range.
EveSrfLandedEasternSea = You believe that the pressure here helps keep these seas from boiling away.
EveSrfSplashedEasternSea = You believe that the pressure here helps keep these seas from boiling away.
EveSrfLandedSouthernSea = You believe that the pressure here helps keep these seas from boiling away.
EveSrfSplashedSouthernSea = You believe that the pressure here helps keep these seas from boiling away.
EveSrfLandedLakes = The high pressure almost exceeds the gauge's range.
EveSrfSplashedLakes = The high pressure almost exceeds the gauge's range.
EveSrfLandedMountains = Even at the tops of the mountains Eve's atmosphere is still thicker than Kerbin's.
EveSrfLandedPoles = These readings make you really glad you're in a space suit.
EveSrfLandedImpactSites = The pressure at the bottom of these craters is even higher than on the surface.
EveSrfLandedPlains = The barometer strains under the weight of Eve's atmosphere.
EveSrfLandedIslands = The pressure is just amazingly high here.
id = mysteryGoo
BopSrfLandedWesternDepression = The canisters vibrations have increased in frequency to the point that you can no longer hear them.
BopSrfLandedMinorDepressions = The canister is still resonating, but the Goo seems to have retained its spherical shape.
BopSrfLandedRidges = The Goo jumps around a bit inside the vibrating canister.
BopSrfLandedPoles = The resonance has certainly weekend, but it still vibrates at you.
BopSrfLandedMidlands = You are concerned that the continued vibrations may cause the canister to fail.
DresSrfLandedSmallCraters = The Goo looks pretty normal.
DresSrfLandedDresTrench = The Goo has congealed into a very odd shape here.
DresSrfLandedNorthernBasin = Some dust kicked up by the landing is being absorbed by the Goo.
DresSrfLandedLowlands= The Goo appears less active here.
DresSrfLandedPolarHighlands = The Goo appears more active here.
DresSrfLandedDepressions = The Goo appears more or less active here.
DresSrfLandedWastelands = The Goo seems to be thinking that this is all a waste.
DunaSrfLandedMidlands = The Goo is much redder now.  You ponder whether "redder" is a word...
DunaSrfLandedNorthPole = The Goo is quite cold here.
DunaSrfLandedSouthPole = The Goo almost resembles strawberry ice cream.
DunaSrfLandedKerinerValley = The Goo has picked up quite a bit of red coloration from blowing dust.
DunaSrfLandedMaria = The Goo seems to be quite curious about this location.
DunaSrfLandedDepressions = The Goo almost seems to quiver slightly.
DunaSrfLandedMountains = The Goo reliably rolls to the downhill side of its container.
DunaSrfLandedVallesJebbedius = The Goo observes you. 
EelooSrfLandedPoles = The Goo is frozen solid.
EelooSrfLandedScarring = ...the abyss stares back at you.
EelooSrfLandedCentralCrater = The Goo has frozen into a shape that almost looks like...nah.
EelooSrfLandedAncientDepressions = Although it seems to still be frozen, the Goo appears to be straining to move.
EelooSrfLandedPromontories = The Goo has formed into an interesting conic shape, and frozen.
EelooSrfLandedLowlands = The Goo remains frozen.
EveSrfLandedCraterLake = The Goo shines with a purple sheen.
EveSrfSplashedCraterLake = The Goo shines with a purple sheen
EveSrfLandedEasternSea = The Goo is bouncing happily around in its container.
EveSrfSplashedEasternSea = The Goo is bouncing happily around in its container.
EveSrfLandedSouthernSea = The Goo almost seems to absorb the purple light from Eve's atmosphere.
EveSrfSplashedSouthernSea = The Goo almost seems to absorb the purple light from Eve's atmosphere.
EveSrfLandedLakes = The Goo has settled down somewhat, but still seems quite rubbery.
EveSrfSplashedLakes = The Goo has settled down somewhat, but still seems quite rubbery.
EveSrfLandedMountains = The Goo finds this environment to its liking.
EveSrfLandedPoles = You are sure you can seem the Goo shimmering faintly.
EveSrfLandedImpactSites = The Goo is quite jittery here.
EveSrfLandedPlains = The Goo has been crushed down by the atmospheric pressure.
EveSrfLandedIslands = The Goo seems extra bouncy here.
id = surfaceSample
BopSrfLandedWesternDepression = The dust here seems darker than it does elsewhere on the surface.
BopSrfLandedMinorDepressions = You find some larger rocks here, some of which are surprisingly regular in shape.
BopSrfLandedRidges = These ridges are generally free of loose debris.  You need a hammer to pry some samples loose.
BopSrfLandedPoles = Well there certainly isn't any ice here, if that's what you were looking for.
BopSrfLandedMidlands = While trying to pry up a rock, it slips out of your gloves and flies into orbit.  Oops.
DresSrfLandedSmallCraters = There is a good mix of sample material in these small impact craters.
DresSrfLandedDresTrench = You are quite certain that these samples represent the majority of Dres' composition.
DresSrfLandedNorthernBasin = The samples from this area are quite uniform in appearance.
DresSrfLandedLowlands = You collect some samples, but now your gloves are all dirty.
DresSrfLandedPolarHighlands = You find the occasional deposit of ice in the shadows, presumably left here from a comet impact.
DresSrfLandedDepressions = Many of the rocks here are large, and quite firmly attached.  You aren't at all certain how they formed.
DresSrfLandedWastelands = There hardly seems much out here worth picking up, but you grab a few handfuls of dust anyway.
DunaSrfLandedMidlands = This dirt is clearly naturally red, and not just painted that way.
DunaSrfLandedNorthPole = The snow and ice are surprisingly white, what with all the red dust everywhere else.
DunaSrfLandedSouthPole = Right at the edges of the cap, the ice is pretty dirty.
DunaSrfLandedKerinerValley = These samples seem likely to confirm that the valley was formed by water erosion.
DunaSrfLandedMaria = The rocks here are clearly igneous, implying a volcanic origin to the Maria.
DunaSrfLandedDepressions = All these rocks are red.  Honestly, you're a little tired of the color red now.
DunaSrfLandedMountains = These rocks are quite hard.  And red.  It's all red.
DunaSrfLandedVallesJebbedius = The geologists will be thrilled to get these samples back.
EveSrfLandedImpactSites = The soil seems to be significantly heavier here.
EelooSrfLandedPoles = It seems that Eeloo's polar regions are covered in ice.
EelooSrfLandedScarring = These scars have a unique and interesting composition.
EelooSrfLandedCentralCrater = There doesn't seem to be much rock in these samples, just more ice.
EelooSrfLandedAncientDepressions = These depressions are deep enough to include some rock in the samples.
EelooSrfLandedPromontories = This is definitely ice, not snow.
EelooSrfLandedLowlands = You sneak a snowball into your suit for later use...
EveSrfLandedCraterLake = These samples are quite damp.
EveSrfSplashedCraterLake = Whatever this liquid is, it isn't water.
EveSrfLandedEasternSea = This sample has a sandy consistency that says a lot about the forces of errosion on Eve.
EveSrfSplashedEasternSea = Whatever this liquid is, it isn't water.
EveSrfLandedSouthernSea = The samples here have intermingled with the sea.
EveSrfSplashedSouthernSea = Whatever this liquid is, it isn't water.
EveSrfLandedLakes = This sample is extremely runny, probably because its a liquid.
EveSrfSplashedLakes = The particles here are much larger than elsewhere, implying that these lakes are relatively recent features.
EveSrfLandedMountains = These mountains are clearly made of rock.
EveSrfLandedPoles = There is no ice in these samples.
EveSrfLandedImpactSites = Geologists should be able to find quite a bit from the samples from this impact site.
EveSrfLandedPlains = These samples display a pleasing violet color.
EveSrfLandedIslands = This sample has an almost muddy consistency.
id = crewReport
BopSrfLandedWesternDepression = You assume this large depression is the result of an impact.  It looks pretty deep.
BopSrfLandedMinorDepressions = These minor depressions almost make it look like Bop was crumpled up by some giant, crushing hand.
BopSrfLandedRidges = You're pretty sure you can see half of Bop from here.
BopSrfLandedPoles = There really isn't anything about this area that makes it feel particular polar.
BopSrfLandedMidlands = You are beginning to second guess your decision to land here.  Was it really worth the trip?
DresSrfLandedSmallCraters = Not a bad landing, if you do say so yourself.
DresSrfLandedDresTrench = This trench is certainly the most spectacular feature of Dres.
DresSrfLandedNorthern Basin = This area should have a wealth of interesting features.
DresSrfLandedLowlands = Now that you're here, you still can't decide if "here" is a plant or not.
DresSrfLandedPolarHighlands = You think you can identify some ice deposits here and there.
DresSrfLandedDepressions = These depressions are anything but depressing.
DresSrfLandedWastelands = On second thought, maybe you should have landed over there instead?
DunaSrfLandedMidlands = The environment here is clearly very harsh.  Maybe you should stay inside? 
DunaSrfLandedNorthPole = The ice fields seem to go on forever.  You feel very isolated.
DunaSrfLandedSouthPole = On second thought, this is kind of a strange place to land at.
DunaSrfLandedKerinerValley = The walls of the canyon rise steeply all around you.
DunaSrfLandedMaria = This spot seems especially barren.
DunaSrfLandedDepressions = These depressions offer a look at Duna's fascinating geology.  You can't wait to get outside and start 
exploring!
DunaSrfLandedMountains = That was kind of a rocky landing.  Get it?
DunaSrfLandedVallesJebbedius = After being stuck in a tiny capsule for months now, you can't wait to get out and stretch your legs.
EelooSrfLandedPoles = Thankfully, the sun isn't bright enough to cause glare during your landing.
EelooSrfLandedScarring = These scars are certainly different from the rest of the surface.
EelooSrfLandedCentralCrater = This crater certainly made a nice landing site.
EelooSrfLandedAncientDepressions = You look back to the sun, and think that you are very, very far from home.
EelooSrfLandedPromontories = Eeloo's promontories provide the best view of its icy landscape.
EelooSrfLandedLowlands = You pause for a moment to ponder your place in the universe.
EveSrfLandedCraterLake = It seems as though this impact crater has filled up with Eve's local water substitute.
EveSrfSplashedCraterLake = You report that its a wonderful day at the lake.
EveSrfLandedEasternSea = Looking across the strangely colored sea, you are not at all reminded of home...
EveSrfSplashedEasternSea = You're starting to get a little seasick.
EveSrfLandedSouthernSea = You wonder if there are any fish in the sea.
EveSrfSplashedSouthernSea = An old sea shanty gets stuck in your head.
EveSrfLandedLakes = These lakes are still bigger than you would want to swim across.
EveSrfSplashedLakes = A pleasant day for a swim, you think.
EveSrfLandedMountains = The mountains provide you with an eerie, alien view.
EveSrfLandedPoles = The sky is an eerie purple.
EveSrfLandedImpactSites = These sites must be fairly recent for them not to be erased by Eve's climate.
EveSrfLandedPlains = There is no way you could mistake this view for anything on Kerbin.
EveSrfLandedIslands = You wonder if these islands were formed through volcanic action or some other means.
id = evaReport
BopSrfLandedWesternDepression = You're pretty sure you could jump out of here if you wanted too.
BopSrfLandedMinorDepressions = Its really quite hard to walk here.  Jumping is great fun though.
BopSrfLandedRidges = You are very careful with your motions here.  One jump could send you halfway around Bop.
BopSrfLandedPoles = You wander about, and conclude that whoever called this a pole was off his rocker.
BopSrfLandedMidlands = At first you're concerned about the steep slopes all around.  Then you remember the gravity and laugh it off.
DresSrfLandedSmallCraters = You are eager to explore the origins of these small craters.
DresSrfLandedDresTrench = This view is truly awe inspiring and unique in the Kerbol system.
DresSrfLandedNorthernBasin = Your footprints here will last for untold centuries. You write your name with them. 
DresSrfLandedLowlands = Your boots are covered in grey dust that you'll probably be cleaning for hours.  Space is rough.
DresSrfLandedPolarHighlands = This area is ripe for exploration.
DresSrfLandedDepressions = Walking isn't really possible in this gravity.  Jumping is awesome though.
DresSrfLandedWastelands = You're not sure how long you would have to walk to find something different around here.
DunaSrfLandedMidlands = Red foot prints look especially awesome.
DunaSrfLandedNorthPole = You can throw snow balls really, really far.
DunaSrfLandedSouthPole = Building a snow dunian is great fun.  Then you remember you were supposed to be doing something official.
DunaSrfLandedKerinerValley = It gets dark surprisingly quick down here.  Good thing you put new batteries in your suit!
DunaSrfLandedMaria = While trekking across the barren mare, you can't help but notice that everything is red.
DunaSrfLandedDepressions = The red dust is getting all over your suit.  You doubt if it will ever be clean again.
DunaSrfLandedMountains = Hiking around the mountains is much easier in low gravity and a full pressure suit.  And the views are stunning!
DunaSrfLandedVallesJebbedius = For all the training and preparation, nothing could prepare you for the real thing.
EelooSrfLandedPoles = You are very glad your space suit has a built-in heater.
EelooSrfLandedScarring = The terrain here is uneven but fascinating.
EelooSrfLandedCentralCrater = This is a whole different face of Eeloo, different from the rest of the surface.
EelooSrfLandedAncientDepressions = Eeloo does have a certain remote majesty to it.
EelooSrfLandedPromontories = You look into the sky and can barely recognize the sun, let alone Kerbin.
EelooSrfLandedLowlands = You wonder how long you could live here on the surface, and decide that it is a very small number.
EveSrfLandedCraterLake = This lake looks pretty deep.
EveSrfSplashedCraterLake = You feel that now is an excellent time to take a swim.
EveSrfLandedEasternSea = The sea seems to have a shiny, purple sheen to it.
EveSrfSplashedEasternSea = The eastern sea is calm today.
EveSrfLandedSouthernSea = You can't seen all the way across the sea, even when you jump.
EveSrfSplashedSouthernSea = You're sure the water would be nice, if you could actually touch it that is.
EveSrfLandedLakes = The property value around these lakes has got to be enormous.
EveSrfSplashedLakes = You wonder if you could ski here.
EveSrfLandedMountains = The thicker atmosphere would make mountain climbing much nicer, if you could breathe it.
EveSrfLandedPoles = Frankly, the poles don't look that much different from the rest of Eve.
EveSrfLandedImpactSites = Although the crater looks ancient, you know that it must be fairly recent to still exist in Eve's harsh atmosphere.
EveSrfLandedPlains = Eve's gently rolling hills remind you of purple sand dunes.
EveSrfLandedIslands = You look around, but don't see a single palm tree.
id = mobileMaterialsLab
BopSrfLandedWesternDepression = Several samples react wildly with the surface compounds here.
BopSrfLandedMinorDepressions = Most of the samples are all brown now.
BopSrfLandedRidges = All the liquid samples have instantly boiled off into the vacuum.
BopSrfLandedPoles = Alas, none of the samples seem to want to grow frost for you.
BopSrfLandedMidlands = Where Bop's brown dust touches the samples, you begin to see interesting chemical reactions taking place.
DresSrfLandedSmallCraters = Most of the materials seem highly indifferent to the environment on Dres.
DresSrfLandedDresTrench = You hardly pay any attention to the results, the terrain is so interesting.
DresSrfLandedNorthernBasin = A few of the materials seem very put off by the environment on Dres.
DresSrfLandedLowlands = For some reason, the results take much longer than anticipated.
DresSrfLandedPolarHighlands = You wonder why a dirty sock was chosen as one of the material samples...
DresSrfLandedDepressions = One of the samples reacts with surprising violence, but nothing important is damaged.
DresSrfLandedWastelands = Nothing much happens when you open the materials bay.
DunaSrfLandedMidlands = The fine red dust of Duna drifts through the materials bay and clings to everything.
DunaSrfLandedNorthPole = Most of the materials behave just like you would expect them to when cold.  Except that one...
DunaSrfLandedSouthPole = It almost looks like some frost has formed on one of the materials.
DunaSrfLandedKerinerValley = You open up the materials bay before you set off to explore.
DunaSrfLandedMaria = Even the materials bay doesn't seem to react much out here.
DunaSrfLandedDepressions = Down at these lower altitudes, more of the materials seem to be reacting.
DunaSrfLandedMountains = There seems to be little reaction from most of the materials, other than the ones that freeze.
DunaSrfLandedVallesJebbedius = Several of the metallic compounds appear to be rusting.  Great, more red.
EelooSrfLandedPoles = Everything seems to be frozen.
EelooSrfLandedScarring = Several of the samples have become so brittle that they shatter.
EelooSrfLandedCentralCrater = The liquid samples are decidedly solid now.
EelooSrfLandedAncientDepressions = Eeloo's environment appears to be pretty unreactive.
EelooSrfLandedPromontories = You have scientifically determined that extreme cold has a tendency to freeze things.
EelooSrfLandedLowlands = For a few moments, it seems like the doors are frozen shut, but they finally swing open.
EveSrfLandedCraterLake = Several of the metallic samples start to corrode almost immediately.
EveSrfSplashedCraterLake = Very few of the materials like getting wet.
EveSrfLandedEasternSea = There is a very violent reaction when some liquid splashes up into the sample bay.
EveSrfSplashedEasternSea = Almost none of the materials like getting wet.
EveSrfLandedSouthernSea = The high humidity is having a significant impact on the results of this experiment.
EveSrfSplashedSouthernSea = Most of the materials don't react well to the moisture.
EveSrfLandedLakes = You find it difficult to focus on a few bits of metal with the marvelous scenes around you.
EveSrfSplashedLakes = Several of the samples just dissolve away.
EveSrfLandedMountains = Few of these materials can withstand Eve's harsh environment.
EveSrfLandedPoles = The immense pressure here partially crush some of the samples.
EveSrfLandedImpactSites = The immense pressures here partially crush some of the samples.
EveSrfLandedPlains = The immense pressures here partially crush some of the samples.
EveSrfLandedIslands = Few of these materials can withstand Eve's harsh environment.
id = seismicScan
BopSrfLandedWesternDepression = There doesn't appear to be any seismic activity here on Bop.
BopSrfLandedMinorDepressions = A single distant spike seems to indicate a small impact on the far side of Bop.
BopSrfLandedRidges = Yep.  Still reading 0.
BopSrfLandedPoles = There don't appear to be any special polar earthquakes, either.
BopSrfLandedMidlands = The geologists are pretty sure that you miscallibrated the instrument.
DresSrfLandedSmallCraters = There doesn't appear to be any significant seismic activity on Dres.
DresSrfLandedDresTrench = The instrument picks up a very interesting wave propagation in the surrounding rock.
DresSrfLandedNorthernBasin = A single tremor is reported by the instrument, of indeterminate origin.
DresSrfLandedLowlands = The scan reveals little in the way of groundbreaking data.
DresSrfLandedPolarHighlands = Mission Control tells you to stop dancing, and run the test again.
DresSrfLandedDepressions = A full checkout determines that the equipment is working fine.  There just isn't anything going on here.
DresSrfLandedWastelands = At least the results of this scan won't take up much disk space...
DunaSrfLandedMidlands = The accelerometer records some very odd readings, but they stop when you realize you're tapping your foot.
DunaSrfLandedNorthPole = Some distant readings might correspond to shifting ice.
DunaSrfLandedSouthPole = The ice at the south pole seems quite stable, seismically.
DunaSrfLandedKerinerValley = You detect an occasional spike that could be falling rocks, or something deeper.
DunaSrfLandedMaria = The accelerometer is either broken, or nothing is happening here.
DunaSrfLandedDepressions = At these lower elevations, an occasional faint reading is detected.
DunaSrfLandedMountains = The geologists back home are pretty sure that any readings you detect from here are falling rocks.
DunaSrfLandedVallesJebbedius = Could these readings indicate water flowing deep underground?
EelooSrfLandedPoles = These fain readings seem to indicate some form of movement below the surface.
EelooSrfLandedScarring = The scarred regions are definitely more active than the rest of the surface.
EelooSrfLandedCentralCrater = This area does not show much seismic activity.
EelooSrfLandedAncientDepressions = These depressions seem to be quite stable.
EelooSrfLandedPromontories = There is possibly evidence of activity deep within Eeloo.
EelooSrfLandedLowlands = These readings might correspond to ice moving on the surface.
EveSrfLandedCraterLake = The instrument detects a lot of moving liquid nearby.
EveSrfSplashedCraterLake = These readings don't make much sense in a lake, really.
EveSrfLandedEasternSea = The instrument detects a lot of moving liquid nearby.
EveSrfSplashedEasternSea = These readings don't really make much sense in an ocean.
EveSrfLandedSouthernSea = The instrument detects a lot of moving liquid nearby.
EveSrfSplashedSouthernSea = These readings don't really make much sense in an ocean.
EveSrfLandedLakes = The instrument detects a lot of moving liquid nearby.
EveSrfSplashedLakes = These readings don't make much sense in a lake, really.
EveSrfLandedMountains = Whatever raised these mountains does not seem to be causing any seismic activity today.
EveSrfLandedPoles = Isolated from the oceans, these readings reveal more about Eve's interior activity.
EveSrfLandedImpactSites = You detect the occasional small landslide or rock shift.
EveSrfLandedPlains = Isolated from the oceans, these readings reveal more about Eve's interior activity.
EveSrfLandedIslands = The instrument detects a lot of moving liquid nearby.
id = gravityScan
BopSrfLandedWesternDepression = This large depression returns some very interesting gravitational readings.
BopSrfLandedMinorDepressions = Bop's depressions seem to play havoc on the gravitational readings.
BopSrfLandedRidges = Some of these ridges must contain especially dense materials.
BopSrfLandedPoles = There is still nothing that differentiates these polar regions from anywhere else on Bop.
BopSrfLandedMidlands = The gravoli detector strains to get a reading in Bop's low gravity.
DresSrfLandedSmallCraters = The gravity scan is pretty sure that there isn't much here.
DresSrfLandedDresTrench = The scan records significant anomalies, probably because you're at the bottom of a giant canyon.
DresSrfLandedNorthernBasin = These results are just as small as you thought they would be.
DresSrfLandedLowlands = The gravolis here are either very small, or there aren't a lot of them.
DresSrfLandedPolarHighlands = The instrument has correctly determined that this way is "down."
DresSrfLandedDepressions = After careful calibration, the scanner collects a variety of readings on the local gravity field.
DresSrfLandedWastelands = You stare at the readouts from the experiment.  You have no idea what any of them mean.
DunaSrfLandedMidlands = The gravitational readings from Duna's midlands are exactly as expected.
DunaSrfLandedNorthPole = You detect some minor anomalies.  Maybe the composition of the poles is different than predicted?
DunaSrfLandedSouthPole = Duna's south polar region seems to register slightly less gravity than expected.
DunaSrfLandedKerinerValley = There are definite gravitational anomalies here in the Keriner Valley.
DunaSrfLandedMaria = The readings from the mare are as boring as the landscape.  At least they aren't red.
DunaSrfLandedDepressions = Several depressions register significant anomalies that bear father investigation.
DunaSrfLandedMountains = Gravitational readings suggest many of these mountains were formed volcanically.
DunaSrfLandedVallesJebbedius = The data from the bottom of the valley will doubtless thrill the scientists back on Kerbin.
EelooSrfLandedPoles = These readings will no doubt help refine our understanding of Eeloo's composition.
EelooSrfLandedScarring = There doesn't appear to be much of interest about the gravitational field here.
EelooSrfLandedCentralCrater = The gravitationally anomalies from this crater may help to determine its origin.
EelooSrfLandedAncientDepressions = There are several significant anomalies in these depressions.
EelooSrfLandedPromontories = Thankfully, the detector seems unaffected by the cold.
EelooSrfLandedLowlands = These readings match quite well with the scientists' predictions.
EveSrfLandedCraterLake = There is a large gravimetric anomaly here somewhere.
EveSrfSplashedCraterLake = There is a large gravimetric anomaly here somewhere.
EveSrfLandedEasternSea = The oceans have a significant impact on these readings.
EveSrfSplashedEasternSea = The oceans have a significant impact on these readings.
EveSrfLandedSouthernSea = The oceans have a significant impact on these readings.
EveSrfSplashedSouthernSea = The oceans have a significant impact on these readings.
EveSrfLandedLakes = The oceans have a significant impact on these readings.
EveSrfSplashedLakes = The oceans have a significant impact on these readings.
EveSrfLandedMountains = You record details of Eve's gravitational field here.
EveSrfLandedPoles = You record details of Eve's gravitational field here.
EveSrfLandedImpactSites = There are slight variations here.
EveSrfLandedPlains = These readings are very much as expected.
EveSrfLandedIslands = The lakes have an impact on these readings.
id = atmosphereAnalysis
BopSrfLandedWesternDepression =  Amazingly, some trace elements are detected.  Someone's getting a grant to study this.
BopSrfLandedMinorDepressions = The sensor flickers indecisively for a second, then declares there is nothing to see here.
BopSrfLandedRidges = Bop is far to small to have any detectable atmosphere.
BopSrfLandedPoles = There isn't even any ice to sublimate here.  No readings.
BopSrfLandedMidlands = The sensors seem to detect something organic.  Surely it couldn't have originated here on Bop.
DresSrfLandedDresTrench = Tiny amounts of a few trace elements are detected, but then dissipate.
DunaSrfLandedMidlands = The analysis confirms that Duna's atmosphere is tenuous, but mostly composed of carbon dioxide. 
DunaSrfLandedNorthPole = The instrument detects an unexpectedly large amount of water vapor.
DunaSrfLandedSouthPole = Although still thin, the atmosphere here at the south pole is a little nicer than elsewhere.
DunaSrfLandedKerinerValley = The denser atmosphere here yields an unexpected variety of trace elements.
DunaSrfLandedMaria = The results come back: exactly as expected.  You strongly considering going somewhere else.
DunaSrfLandedDepressions = The depressions reveal traces of methane.  Could this be evidence of microbial life?
DunaSrfLandedMountains = The analysis of the mountain air confirms what the barometer told you: There isn't much of it up here.
DunaSrfLandedVallesJebbedius = The technicians are pretty sure you messed this test up.  The results are far too diverse for Duna.
EelooSrfLandedPoles = When exposed to the sun's weak rays, there does appear to be some sublimation occuring.
EelooSrfLandedScarring = There are some free elements about, but not really enough to consider it an atmosphere.
EelooSrfLandedCentralCrater = The equipment cannot detect any atmosphere here.
EelooSrfLandedAncientDepressions = No traces of an atmosphere are found here.
EelooSrfLandedPromontories = You must run the equipment through an extensive warming process before it will function here.
EelooSrfLandedLowlands = These readings indicate that the ice is not composed of water.
EveSrfLandedCraterLake = You detect some anomalous readings here near the crater.
EveSrfSplashedCraterLake = The instrument is swamped by evaporation from the surrounding lake.
EveSrfLandedEasternSea = The instrument is swamped by evaporation from the surrounding sea.
EveSrfSplashedEasternSea = The instrument is swamped by evaporation from the surrounding sea.
EveSrfLandedSouthernSea = The instrument is swamped by evaporation from the surrounding sea.
EveSrfSplashedSouthernSea = The instrument is swamped by evaporation from the surrounding sea.
EveSrfLandedLakes = The instrument is swamped by evaporation from the surrounding lake.
EveSrfSplashedLakes = The instrument is swamped by evaporation from the surrounding lake.
EveSrfLandedMountains = There is still plenty of atmosphere at this altitude for a complex readout.
EveSrfLandedPoles = The instrument provides a detailed analysis of Eve's atmosphere.
EveSrfLandedImpactSites = There are a few trace elements which appear not to be native to Eve.
EveSrfLandedPlains = The instrument provides a detailed analysis of Eve's atmosphere.
EveSrfLandedIslands = The instrument is swamped by evaporation from the surrounding lake.