Why don't people do the math anymore... I'll be giving Blizzard the benefit of the doubt here, allowing for high birth rates etc. EDIT: above poster beat me to it...
The Terran were probably pretty promiscuous, you dropped 32k (real number of survivors from crash) in a place where they have all the technology and resources they want and tell them here, there are no authorities, go ahead and thrive. I figure they'd live like old west frontier families, albeit it was hard, but the birth rates were very high, as many as 8 children per female before infertility. but the terrans have vastly superior technology, the maximum average life-span is 150, though 80 is old (the new 60?). Assuming most Terran would be dead by 90 is reasonable. Although that doesn't matter as much, what matters if fertility, assuming the end date for female fertility was by 60, given all the technology they had, that's a forgiving guess, remember I'm looking for a way it could reasonably be "billions" here. I'll also assume that there is a steady rate of increase, no "baby booms" so to speak, for each generation the number of births is the same per year. I'll also assume that approx every female has 8 children, which is why I mentioned the old west, as that's a reasonable number for frontier families, which the Terran essentially are. I assume every lady
-2300, pop 32k, crash in Koprula sector
-2360, 128k births by now, majority of original colonists dying off within next 20 years, female population has average 8 children each by now est.
-2420, 512k births by now, 30 more yrs and first native generation mostly dead, all infertile, female population has average 8 children each by now est.
-2480, 2 million 48k births, this generation is going into Brood Wars, female population has average 8 children each by now est.
To summarize, 2 million, is not enough that a relatively small population planet could have billions of causalities. To have 1 billion (which is 1k million). You need 500 times a my forgiving estimate on terran population. The number of births per female would be absurd. The equations would be
(32k/2)x=y (originals)
(y/2)x=z (1st native)
(z/2)x=1 billion (2nd native)
x=births per female, y=number of births by 1st native generation, z=number of births in second. Each generation is divided by 2 in order to represent female population.
I don't have time to solve that, anyone who wants should go right ahead.




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