alphaotaku asked:
doodlingleluke answered:
quarks creates a line of cheap plastic ferengi figures that he gives out with the most expensive drinks and calles them “McQuarks” because as soon as nog mentioned the toys quark stopped listening

alphaotaku asked:
doodlingleluke answered:
quarks creates a line of cheap plastic ferengi figures that he gives out with the most expensive drinks and calles them “McQuarks” because as soon as nog mentioned the toys quark stopped listening

deep space deals AU okay
quark is the shitty barista that keeps shorting people but he tells good jokes
nog and jake are the underpaid teenagers who organize all the food when customers mess it up
odo is loss prevention
Garak is the guy who works at the other store too and occasionally scans prices for them
Kira is the head of customer service but she hates dealing with the dumbass customers (like Dukat who comes every Thursday at 11:57PM to return something)
Julian wears the dumb hi-vis vest and pushes carts but spends a lot of his time hanging around apparel talking to Garak
Sisko is store manager
O'Brien works all the freight and has to constantly fix the busted forklifts
Dax is the really nice cashier but she’s only working there to pay for college
DONE. BOOM. That is one complete Bajoran uniform top, hot dang. Still got a lot of tailoring to do on the pants, and miiight make a few adjustments to even out the shoulder fronts, but overall the piece is done.
Cup Moths (Paroxyplax sp., Limacodidae)
male (above) and female (below) - the obvious difference being the antennae
by Sinobug (itchydogimages) on Flickr.
Pu'er, Yunnan, China
See more Chinese moths on my Flickr site HERE…..
“Orat on a Stick! You can open his mouth, and close his mouth! Hours of fun for all!”
Found on www.spacequest.net
The aquarist was attempting to spawn a species called Mnemiopsis leidyi—a ghostly-looking little creature native to the Gulf of Mexico—in the Aquarium’s Jelly Lab. She tinkered with variables like water temperature, salinity and light exposure.
“We did some wacky stuff to get the conditions perfect,” she says, “but they weren’t doing as well as we’d hoped.”
Combing through the science, Senior Aquarist Tommy Knowles first began culturing ctenophores—or “comb bearers”—in 2012. His early attempts were mostly unsuccessful, but they provided a foundation for his team to build on.
Since the mid-90s, the Aquarium’s jelly team has learned how to raise nearly two-dozen species of cnidarian jellyfish—the “classic” jellies we often think of, like sea nettles and moon jellies. Comb jellies, in the phylum Ctenophora, represented a very different challenge to culture.
Figuring out how to grow jellies in-house is a big deal in the scientific world. Not only does it allow aquariums to display these animals for public education without impacting wild populations, it opens the door for labs and researchers to study these elusive, fragile and seasonal animals in greater detail.
“We don’t know what all their ecological roles are in the wild because comb jellies are so under-studied,” Senior Aquarist Wyatt Patry says.
In wild studies, scientists can only observe “snapshots” of comb jelly life. But in a lab, they can study the animals through their whole life cycle. This start-to-finish overview of ctenophore development can help researchers better understand comb jelly behavior in places like the Black Sea, where invasive Mnemiopsis have decimated fish populations.
And beyond the ecological benefits of understanding how comb jellies make more of themselves, learning about what makes a comb jelly may help improve our picture of how life on earth began.
“Comb jellies are getting much more attention these days because of work in the past 10 years tracing the ancient ancestor to all living things,” says George Matsumoto, senior research and education specialist for MBARI, “We don’t have a good idea of what this ancestor looked like, but the first group of animals diverging from the tree of life looks like the ctenophores.”
For these scientific reasons and to satisfy their own curiosities, MacKenzie and the jelly team continued to toil away behind the scenes on the combination to unlock the comb jelly code.
Then, like a pulsating row of cilia, a chance encounter at sea sent the dominos of ctenophore culture falling, one after the other…
Stay tuned for Part 2 and the thrilling conclusion!
Can’t handle the suspense? Click here to watch MacKenzie and co. crack the code of comb jelly culture.

It’s almost time for Star Trek Las Vegas and if you’re going to be at or near the con, here’s where you can find me!
1. Women at Warp Meetup! This meetup will be outside the ticketed area, so even if you don’t have a con ticket, you can come hang out with the Women at Warp crew! Right now this is scheduled for Friday, August 5 at 5:30 p.m. at the Rio’s Masquerade Bar but the time is subject to change. Best way to stay notified is by RSVPing to our Facebook event.
2. 50 years of women in Star Trek panel, featuring Kate Mulgrew! On Saturday, August 6 at 10:50 a.m. on the main stage, I’ll be back with my STLV women co-panelists (pictured above): Amy Imhoff, Kayla Iacovino and Mary Czerwinski. Also joining us to celebrate 50 years of women in Trek will be Kate Mulgrew! I’m so excited I might pass out.
3. Earl Grey Super BridgeMates - The Earl Grey podcast will be holding a “Super BridgeMates” competition on the Roddenberry stage in Quark’s Bar on Friday, August 5 from 12:30 to 1:15 p.m. and W@W co-host Andi and I will be bringing back our team, The Council of Mistresses. We’ll be up against team “Free Enterprise” (Darren Moser and Daniel Proulx) and “Team Lizard Babies” (Charlynn Schmiedt and Tristan Riddell) in a fun-filled, comedic game show involving fans, cosplayers, and audience members. Not only will the teams compete in hilarious trivia, but those in the audience will participate by acting out selected scenes from our favorite Star Trek moments and cosplayers will help create puzzles for the teams to solve.
So, who all’s going to STLV? Hope to see you next week!
technology related sensory memories from my childhood
The heaviness and rubber texture of the roller ball in a computer mouse, and the little ring of lint
Unkinking the curly cord of a telephone while you talked
The -peww sound and slowly fading image of a crt monitor turning off, and then running your finger through the static on the dusty glass
The crunch of opening or closing a plastic Disney vhs cover
The sound effects in kidpix
Extending and collapsing metal antennas and using them as magic wands
Manually rewinding cassette tapes by spinning them around my fingers
Playing with the rubber casing of the buttons on a Walkman–pulling them away, rotating them, slipping them from side to side on the stiff posts of the buttons
The audio and visual static at the end of a videotape
The satisfying thwap-thwap-thwap as you page through a well-filled CD sleeve book
How weird and small and light the first cordless phone felt