An Interloper's Guide to Tisouhe-Cring | No Man’s Sky Nature Documentary | Galactic Hub Space

With interstellar travel being  more accessible than ever before, space-faring civilizations have spread  far and wide throughout the Euclid galaxy. The Galactic Hub, the oldest and  largest of these civilizations, accommodates 11 regions, and contains the  most developed systems of known space. Nestled in the Uefert Nebula of  Hub space, the Tisouhe-Cring system contains five planets and one moon, inhabited  exclusively by Interlopers of the Galactic Hub. No major Gek, Vy’Keen or Korvax  settle

rs dwell within this system, and it remains devoid of any space  station or interstellar trading posts. Being one of the lesser  populated areas of Hub space, the native wildlife can thrive mostly  uninterrupted on their home planets. This is Later Beta. Though it maintains the farthest  orbit from the system's M-class star, Later Beta boasts the most extreme  heat of any planet in the system. Temperatures here average  around 50 degrees centigrade, exceeding 100 degrees during the  planet's inf

requent firestorms. In spite of these harsh conditions, a  diverse variety of life has taken hold, creating a rich and full ecosystem. Tall heat resilient plants cover the rocky ground,  casting much needed shade onto the small shrubs and grasses, that serve as the primary food  source for many of the planet's creatures. To cope with this excessive heat, the majority  of the species here have evolved to be small in stature, a trait that facilitates efficient heat  dispersal, keeping them cool th

roughout the day. One of Later Beta's species however,  evolved a little differently from the rest. Rattusdudima. Later Beta's megafauna species. Towering above its fellow herbivores, this  species can reach heights of up to five meters. Their bright, somewhat glossy  exoskeleton deflects both light and heat, enabling the animal to  maintain a comfortable temperature. Later Beta supports a crowded ecosystem, and  for the widespread population of Rattusdudima, this can make finding a mate challen

ging. Vibrant coloring and gigantic proportions, makes identifying each other  from vast distances much easier. Their distinct outlines, easy to differentiate  from those of the planet's other grazers. This is extremely important as Rattusdudima  are an inherently lazy species, and will only exert energy  when absolutely necessary. They live slow moving, solitary  lives and as a precocial species, expend very little effort in raising their young. Rattusdudima females lay a  clutch of up to six e

ggs, burying them below the surface in the cool  soil surrounding groups of solar vine. During periods of extreme heat, some females  choose not to expend energy burying their eggs, the balmy temperatures  perpetuating their laziness. Instead, they leave them on the planet's surface, making them easy prey for the  planet's various egg predators. Recently Later Beta  experienced its hottest decade; a period of time in which not a single  Rattusdudima offspring successfully hatched. This led to a

dramatic drop in their population, and the species are still  recovering from its effects today. Rattusdudima share the planet with a  remarkable array of animal species, all perfectly adapted to thrive  in the superheated conditions. Elsewhere in the system, it  is the complete lack of heat that poses the biggest challenge for survival. This is Tunas. The arctic moon of another  of Tisuohe-Cring's planets... Icisces Omega. From the moon's surface Icisces  omega's rings are visible, lighting up

the moon's icy skies  with an impressive display. The frost hardened ground is surprisingly fertile, supporting dense forests of evergreen trees,  along with smaller shrubs and grasses. These trees produce protein-rich leaves,  providing a huge amount of energy exclusively for Tunas' megafauna species. Formibroe. Taller, even than Rattusdudima, Formibroe  can reach heights of up to 5.8 meters. This height advantage allows them  sole access to a treetop buffet, consisting of only the freshest of

leaves. A thick blubber-like skin helps them to trap heat, keeping the animal warm in  temperatures as low as -94 degrees. This requires a lot of energy, and each day a single Formibroe will consume  its body weight in leaves. With each animal weighing an astonishing 262  kilograms, feeding can take most of the day, the creatures moving slowly to  conserve as much energy as possible. Luckily food is plentiful, and the species  experience no competition from the other grazers, whose diet is made

up of the  planet's low growing grasses and shrubs. Formibroe are relatively rare and as  such have evolved to be hermaphroditic, allowing them the best chance to  reproduce with any partner they find. After copulation, each mating  partner, now carrying a child, goes their separate ways, searching for  a sheltered place to birth their young. The parents take great care  in raising their infants, helping to feed them whilst they are too  small to reach the treetop leaves themselves. Animals on b

oth Tunas and Later Beta have overcome environmental challenges to survive  in harmony with their home planets. On Ranto II, the threat comes  from an entirely different source. Being the third planet from Tisuohe-Cring's star,  Ranto II boasts incredibly stable conditions, experiencing very little environmental disruption. Small lakes and streams break up the desert hills, providing plenty of drinking water  for the planet's inhabitants. 11 vegetarian species wander the plains  in the comfortab

le 30 degree temperatures, grazing on the many species of cacti  littering the planet's surface. All of them live cautious lives, always  aware of the impending threat presented by the planet's formidable megafauna species... Rhinoemyea. Barbed tentacles laced with a powerful neurotoxin, snatch at prey from underground  incapacitating any that cross its path. These tentacles can reach lengths of up to six meters and are strong enough to  carry even the heaviest of prey. Seemingly endless enduran

ce means that  they can give chase for a number of days, waiting for their quarry to tire  before going in for the kill. The animals here have each adapted their own  special trick to avoid capture by Rhinoemyea. Tapirbiium, the most common of Ranto's  grazers, uses its many metal tip legs to cause disruptive vibrations on the surface  in an effort to confuse any nearby predators. Should this fail, they are able to exert a quick  burst of speed to avoid any immediate danger, though the energy co

st is great. Bloatpeumum a fellow grazer, spends as  much of its life as possible airborne, never staying in one place for too long, as it  dives sporadically across a planet's surface. As with any adaptation, this  tactic is not entirely infallible and not all grazers are lucky enough  to avoid Rhinoemyea's toxic grip. Tisuohe-Cring's lesser travel  planets host some of the region's largest creatures, each specialised to  thrive perfectly within their environments. Travelers visiting the system

, will enjoy  not only seeing the creatures up close, but exploring the many Galactic Hub built races  and games stationed throughout the system. We hope you have enjoyed this documentary! Please Like, Comment and Subscribe, to  support the crew on the next adventure, and remember to check out the Galactic Hub,  out there amongst the stars and on Youtube. As always, have Fun, stay Safe,  and most importantly Be Curious!