The scanner will search for foreign bacteria and other signs of ill-health, and compare with available data to provide a diagnosis. The user may run a self-scan to determine their own physical well-being. This information will be limited without access to a network database. Scanning any living organism will display basic information on their state of health on the scanner's HUD. Your PDA's AI will also attempt to synthesize theories on behavioral tendencies and evolutionary origins where possible, as well as deliver assessments on how best to approach them. If no match is found then the species will be assigned an easy-to-remember name, and a new databank entry will be created. The scanner will attempt to match scanned organisms against the onboard database. The scanner is also equipped to break down damaged and otherwise useless devices into their base metals for salvage purposes. These blueprints may then be constructed at the appropriate fabricator. ![]() Record the physical parameters of scanned technologies to add their blueprints to the PDA databank. ![]() It emits electromagnetic radiation in the specified direction, which is reflected by the environment and then analyzed to determine the physical make-up of the targeted object. ![]() The essential science and survival tool, the scanner can be used to add new blueprints to memory, and analyze unknown entities. Source: Unlocked after the Sea Emperor Leviathan has delivered its speech. This may explain the vast tracts of lifeless ocean in a rough perimeter around the emperor's location. Those lifeforms which learned to keep the emperor alive survived with its help. The symbiotic relationship between this specimen and other lifeforms likely developed as a direct result of the bacterial infection. Even if this is so, there is evidence that introduction of the bacterium decimated life on the planet, and this would have had catastrophic effects on the emperors' food supply and survival rate. There is no evidence to support the assumption that all members of the species were immune from the alien bacterium. Given the rarity of this event, it is impossible to calculate those conditions precisely. The species likely had a preferred environment for egg-laying - in fact, successful hatching may depend on such conditions. Given their sparse population, mating and egg-laying were likely infrequent, perhaps a once in a lifetime event. Offspring would likely split off at a young age to form their own herds elsewhere. Family size would be strictly limited by available food supply. This creature likely lived and moved in small herds around the planet's ocean trenches, coming to the surface to feed off the huge volumes of microorganisms in the shallower waters. Source: Scan Ray Species in the Disease Research FacilityĪvailable biological data has been used to synthesize the effects of the alien bacterium on the sea emperor's natural lifecycle. While some rays have stayed within the limits of the cave systems where they first evolved, others are relatively more recent adaptations to new environments, likely the results of overpopulation.Īll of the rays on 4546B have given up predation in favor of herbivorous scavenging, and use poisonous flesh to protect themselves. A fast and fearsome stalker of small creatures in the dark. It would have most resembled the ghostray in size and appearance, with translucent skin for camouflage and forward-mounted eyes for hunting. ![]() The 'alpha ray' would have evolved deep in the ocean trenches, quickly growing in line with available food supplies. Ghostrays, jellyrays, crimson rays and rabbit rays likely all share a common evolutionary ancestor. The specimens are 99.99% genetically identical to those encountered on the planet today, suggesting that rays in particular have undergone little evolutionary mutation in the past millenium. Different species of ray indigenous to 4546B, each adapted to different environments.
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