• Welcome to the new COTI server. We've moved the Citizens to a new server. Please let us know in the COTI Website issue forum if you find any problems.
  • We, the systems administration staff, apologize for this unexpected outage of the boards. We have resolved the root cause of the problem and there should be no further disruptions.

Two Heads Are Better Than One

jawillroy

SOC-13
Popping this over to Contact!

Here's an idea I just flashed on - someone must have done this before that I can't recall or haven't read: A highly intelligent sophont developed from lamprey or leech-like forbears. It is virtually helpless on its own, lacking any but the most limited mobility. However, it is an extremely accomplished parasite.

The species calls itself Riders. Their ancestors simply latched onto larger animals for food. In time, Riders developed the ability to exercise considerable neural control over its hosts, allowing them to guide their "mounts" freely. Riders, when they find a good mount, will stay attached to the side of their host's head as long as possible and to that end will see that their mount stays well fed and as happy as can be arranged. On the Riders' homeworld, this has resulted in a symbiotic relationship with several different species in a variety of environments.

The introduction of a human population during the (MTU's) Old Empire period led to the development of symbioses between Riders and human hosts. While the transition to this state of affairs can not have been smooth, the resulting society has (apparently) long since come to embrace the arrangement - to the point that human riders expressed horror at learning that the scout surveyors that found them were "all alone."

The degree of host autonomy is not known, though there have been reports of polite arguments between Riders and their Mounts. Riders communicate with each other only by touch (their tails are long and supple.) They communicate with their hosts by something close to telepathy. They communicate with other sophonts through their hosts. "I am l'Edan's Gerain. l'Edan asks, are you hungry? Do you require drink? We can prepare it for you."

Riders effectively possess the physical attributes of their host. Their Int is +3; their Ed and Soc are -2 each.

You really, really don't want to know how Riders reproduce.
 
Last edited:
Not to highjack this thread but I am intrigued by the concept; what about a sentient life form where the male and female (if the terms even apply) are fused like the deep sea angler fish. When a pair reach sexual maturity, the two sexes physically bond to produce a single being capable of reproducing without any further contact with it's own kind.

Sexual dimorphism may play a part where one of the sexes is much larger than the other and the smaller is essentially a "rider".

I'm not sure what are the potential environmental or social causes of such an adaptation.
 
It's a pretty cool idea.

I'd love to run a game based on the players trying to interact almost entirely with a really well-removed-from-human species. Have the PCs taking the job of setting up as a trading company's advance factors: "Right, we'll drop you near the population centers, make friends with the natives and buy up as much as you can that'll sell back in humanspace. Here's your glass beads and trinkets, we'll be back in a month."
 
Not to highjack this thread but I am intrigued by the concept; what about a sentient life form where the male and female (if the terms even apply) are fused like the deep sea angler fish. When a pair reach sexual maturity, the two sexes physically bond to produce a single being capable of reproducing without any further contact with it's own kind.

Sexual dimorphism may play a part where one of the sexes is much larger than the other and the smaller is essentially a "rider".

I'm not sure what are the potential environmental or social causes of such an adaptation.


Check out the aliens in the book "The Jupiter Theft" by Donald Moffit. The Cygnans travelling around in generation starships have the arrangement of 2 females that are mobile and fully developed. They pair-bond for life while sharing a parasitic male that attaches like a tick to whichever female is ready to breed. The hormones released by the male also create an intense dependancy in the females to carry and nurture the male even when not in season for egg laying. Involuntary or long term loss of the male can send the female into shock and kill her in a painful withdrawl reaction.
 
Back
Top