Name: Sapiens B
Languages: Azranit, Tyronit, and Rostok are the most common languages. Others exist. Only Azranit has anything resembling a full translation.
Ancestry: A separate genetic pool of
Homo Sapiens who successfully colonized Eurasia in an alternate TL. Having invented travel to alternate TLs, they appear to be scouting our and other TLs for unknown reasons, possibly resource extraction or colonization.
Religion: Unkown, but believed to be some sort of Animism/Agnosticism.
Distribution: Worldwide on their native earth. Most incursions in our world are believed to have taken place within English-speaking countries and it is suspected that these language and culture seems to be the one they have the most information on.
Part 1
Sapiens B is the name for an alternate version of Homo Sapiens. They are Homo Sapiens, descended from lineages that in our timeline did not survive into the present day, with data suggesting a point of divergence around 70,000 BP, possibly coinciding with the Mt. Toba eruption.
Ara is the Azranit name for Earth. The Azranit are believed to be the most developed society of Sapien Bs. Along with the Tyronit and Rostok cultures, they seem to constitute what might be considered Ara’s ‘first world.’ Sometime in the last 100 years, they invented interdimensional travel and have begun to travel into alternate timelines, including our own.
Traits:
Sapiens B are morphologically indistinguishable from Homo Sapiens, from here on out, referred to as Sapiens A. On closer examination, some differences are apparent.
Genetically, they seem to have a slightly higher percentage of Neanderthal/Denisovan ancestry, typically between 5-7%. They also have one additional blood type, Rhesus incomplete, among an unknown percentage of their population. This blood type does exist among Sapiens A but is extremely rare (81 individuals, all from Western Australia or Papua New Guinea). This trait is theorized to come from Denisovan ancestry. Red hair is common among their Eurasian populations. However, it originates in the Neanderthal variant of the MC1R gene rather than the convergent but unrelated Sapien A gene for redheads.
Behaviorally, they tend toward less conversation and ‘small talk’ and have specific cues in their language for ‘pay attention, this is important.’ They appear to be less hierarchical and collaborate more freely, with a greater emphasis on lateral thinking than Sapiens A. Facial expressions and body language are similar but not identical to Sapien A’s. This trait is most noticeable when members of the two subtypes interact with their respective domestic animals. Dogs tend to be slow to ‘warm up’ to Sapien Bs, while Sapien As have a hard time with the genetically modified mammoths and domesticated jackals. Both have issues with their respective horse breeds. These differences seem only to apply to mammalian species domesticates.
Finally, Sapien B population sizes tend to be more dispersed than Sapien A populations using similar geography.
Prehistory/History:
Sapiens B may have diverged around 70 kya. Sixty-five kya, they entered through the Sinai into the modern Middle East, displacing Neanderthal populations. In our timeline, Neanderthal populations drove back these incursions. Eurasian populations of Sapien A are descended from populations that entered Eurasia around the Horn of Africa and Modern Yemen.
After settling Palestine and the Tigris and Euphrates river valleys, the population seems to have split, with one population reaching the Persian Gulf ultimately to the Philippines, Indonesia, and Australia, while another branch headed into Europe along the Mediterranean coast.
In both cases, Sapiens remained a coastal sea people, with Neanderthal/Denisovan populations dominating the interiors for a much longer time period. As to why one hint seems to suggest Sapiens B band sizes remained smaller for longer than Sapiens A populations. Only around 40 kya do we see Sapiens B band sizes increase and incursions pushing Denisovan/Neanderthal populations into absorption/extinction, mostly around 20 kya. Denisovan populations lingered longer in the high arctic around the Chukchi Peninsula until around 1000 years ago.
This may be responsible for the most significant divergence from our timeline, the failure of Sapiens B to cross Beringia into the Americas, with settlement only happening in the last 2-3 kya from Europe.
As the Holocene began, Sapien B populations began to settle into communities and domesticate animals and plants, much like Sapien A, with a pattern of similar but ‘not quite’ the same breeds and domesticates. For example, a canid descended from the Eurasian Golden Jackal rather than the Grey Wolf, horses, sheep, and camelids but no cattle, with aurochs being extinct, cats, but not ‘our’ cats.
Sapien B technology seems to be more fiber-based, with greater use of plant fibers in buildings and transportation, for example, great use of rope bridges, spindle/tension electricity generation, and more pedals, with Inca technology being the closest analog, though nowhere near as advanced.
Sapien B culture appears slower to take big steps, such as switching to agriculture full-time. In turn, they are quicker to adopt new technologies within a framework and spot problems, adopting culture-wide solutions with less internal ‘resistance.’ For example, when phonetic scripts were invented, they spread much more quickly among Sapien B societies, replacing pictograms within a much shorter timeframe. There is no such thing as a power grid among Sapien B cultures. Every house has solar, wind, methane, or spindle/tension electrical generation on sight (or more than one in combination). Industrialization again started slightly later among Sapien B societies but took off faster. It was also generally ‘greener’ due to the Sapien B tendency to notice small details and then work together to find solutions.
It should be noted that all of these things are tendencies, and the extent to which it is cultural versus genetic is highly debated. Sapien A children who have been fostered in Sapien B society, usually due to capture during conflict, have shown these same tendencies. However, the sample size of such children is rather small.
With the advent of Sapien B travel to alternate worlds, there have been some children born of mixed Sapien A/B ancestry, primarily the result of Sapien A’s captured/have stumbled onto Sapien B activities and brought to Sapien B worlds to train infiltrators, as well as a few deep cover agents having liaisons. Such children are usually raised in Sapien B settings and apparently suffer little to no prejudice. Again, the number of such instances remains tiny.
Appendix:
Artifact 1: English transcript of pages from a children’s book about famous historical figures. Provisional translations are noted with
italics.
Arat Romot:
Look outside your window! Do you see your family mammoth or perhaps the village herd outside? If that is the case, you can thank the
spirit/memory of Arat Romot.
She was a
genetic artist and ecological engineer among the early settlers of North Timod (North America). She realized settlers were straining the ecological balance. This would have long-term consequences for soil health and water cleanliness.
In those days, ecological engineering was not seen as an important field as it is today. We hadn’t visited other worlds and did not fully understand the damage we humans could cause.
Unable to convince enough people of the full value of her work, she and a few trusted apprentices came up with another solution. She upgraded the intelligence, reflexes, and rate of reproduction of key species so that settlers adjusted their behavior, notably her work on the pug-nosed bear (
short-faced bear) and the
glyptodont.
Without her, we probably wouldn’t have tasty
glyptodont stew or bread wraps. Can you think of what we might eat if we didn’t have
glyptodont ranches?
It worked and slowed a lot of the ecological damage. But there were surprises. One species realized they were better in symbiosis with us. This, of course, is the bald mammoth (Columbian Mammoth).
Enhanced bald mammoths were smart enough to realize they were too big to dodge the flechettes of hunters. But they could prevent smaller animals like camelids, horses, and bison from escaping hunters. So the hunters learned to leave them alone. They also protected injured or separated hunters, even digging in the dirt to provide fresh water.
This, of course, led to mammoths becoming man’s best friend. Though your jackals might believe they are man’s best friend. Which do you think are better friends?
This was not the end of the story. To read the story of the hunter Jayonuk Kobut, who taught Bald Mammoths writing, turn to page 236