"Sex Education" For Pandas 39
ahertz writes: "If only it were this easy for geeks! CNN is reporting that officials at the China Giant Panda Breeding Center in Woolong, China are showing... err... panda pr0n to increase the sex drive of captive pandas. The program is apparently quite effective, as birth rates have risen dramatically."
It IS that easy... (Score:4, Insightful)
Of course, the problem with US is the opposite sex... it's nothin' to do with how horny we are.
- Jester
Re:It IS that easy... (Score:2, Funny)
A better report than the CNN one... (Score:5, Funny)
Maby not more informative, but a hell of a lot funnier.
Better ones where that came from... (Score:2)
Can the pun police arrest this guy? (Score:3, Funny)
No, no, no pandering to pandas!
panda porn (Score:4, Funny)
Girl Panda 1: Ja es ist soo hot.
Girl Panda 2: Dein mastash ist so grose
[Break into wukacha guitar music]
Eureka! (Score:4, Funny)
Animals can see TV? (Score:3, Interesting)
I would have expected animals to see the colors of TV screens as completely different from the ways we see them. Do pandas have the same color perception humans do, or do they just have the ability to perceive mis-colored pandas as still being panda (and therefore sexy...)
Re:Animals can see TV? (Score:2)
Re:Animals can see TV? (Score:2)
It has to do with primary colors, and how they mix together. With the three primary colors, you should be able to make any other color, with the right mix.
Re:Animals can see TV? (Score:3, Insightful)
The part of the lecture that applies to my question is the part where different spectral energy distributions produce the same color--which opens the possibility that non-human could percieve two lights that humans believe are the same color as two different colors.
I recall sometime ago an article linked to from slashdot suggesting it may be possible some women have a fourth primary color in their eyes. Certainly it's not difficult to imagine some animals are more sensitive to infra-red ultra-violet lights than humans--in which case the light shown by our visible light tv's would certainly look different than the light an animal would see in the real world.
Wait a minute, I'm an idiot. Obviously color has nothing to do with animals and humans detecting black vs. white things. AND PANDAS ARE BLACK AND WHITE!! Therefore, of course color is not needed in these sex education films...
Then again, if Panda color perception is different from human color perception, maybe pandas don't see themselves as black and white...
Re:Animals can see TV? (Score:1)
That depends on whether it is being displyed on a B&W TV or a color TV. On a color TV, white is a linear combination of RGB. Even if it appears white to us, it may still appear some other color to the Pandas. For a B&W TV, I believe the spectrum for white is more like natural light, in which case it may apear the same.
Re:Animals can see TV? (Score:2)
The only reason they are called primary colours is that they are the ones we can detect! Quick rundown: We have 2 types of retinal sensing cells, rods and cones:
I hope that made sense
Re:Animals can see TV? (Score:1)
Re:Animals can see TV? (Score:2)
Re:Animals can see TV? (Score:1)
Re:Animals can see TV? (Score:2, Informative)
Re:Animals can see TV? (Score:2)
Re:Animals can see TV? (Score:1)
read before you yap (Score:2)
2) our eyes have a magnitude more rods (brightness) than cones (color) -- unrelated, but FYI -- that's when it's really dark you can't see jack worth of color but still make out images
3) human cones respond to cyan, magenta (sp?), and yellow. do you know why paper prints uses CYMK as primary colours? ditto.
4) screens uses RGB for some other reason -- i don't remember right now, but it's either a) RGB is an easier color space to work with, or b) CYM phosphers were hard to come by. might be a combinaiton of both.
Re:read before you yap (Score:1, Informative)
RGB is used on the monitor because on emitting the light the colors mix additive. CMY is used on paper, because the colors mix subtractive, reflecting the light from another light source.
Re:read before you yap (Score:1)
RGB is additive is fine -- but as for paper, RYB (red - yellow - blue) works just fine. just because CMY is subtractive is not reason enough that it's the dominant color space for paper.
i know somebody in the print business -- will find out and let you know.
Could someone confirm this? (Score:1)
1) RGB, or any other color space -- can create any color if you look at it from far enough. besides, even if panda can only see two primary colours like dogs -- the TV image will still look the same as real world -- unless they can see into beyond the visible spectrum (i do not think this is the case, by the way), because the TVs are calibrated for the visible spectrum, and any near-infrared / uv will come off totally screwed up.
I am not familiar with the operating principles of rods and cones, so I'd like someone to discount the possibility I'm going to describe. As it is now, I can't be sure if the person I'm quoting is correct.
OK, so let's say human cones are calibrated to one of three frequencies, x,y,z. Thus, xyz-colorspace monitors would be able to produce any color within that range by emitting varying amounts of photons.
If the color FF,00,ED (using a 24-bit colorspace for convenience) is to be produced, the monitor would emit FF x-frequency photons, 0 y-frequency photons and ED z-frequency photons. The x, y and z receptors would notice their respective photons and the brain would compile the perceived color into a single type of photons of frequency (FFx+0y+EDz)/3.
This would work perfectly, of course, unless suddenly someone would develop a set of eyes that would sense the frequencies x+1,y+1,z+1. They'd still work in real life, since photons of all frequencies are present (the brain could just use the algorithm (x-1,y-1,z-1)/3.)
Monitors, however, would no longer work properly, since the receptors tuned to different frequencies would no longer fire at all when hit by the limited number of different photons emitted from the monitor. The screen would look black.
OK, so this is probably *not* how it works, but I'd be very interested if someone would care to explain how it *does*! Thanks.
Re:Could someone confirm this? (Score:1)
Re:Animals can see TV? (Score:1)
pr0n (Score:2, Interesting)
They'd better teach good manners... (Score:4, Funny)
Lemme get this straight... (Score:1, Funny)
Sometimes I don't get you guys.
Cool! Pornda Stars! (Score:5, Funny)
Bamboobs?
Pandy Stripe?
Pand Solo?
And what about Pornda film titles?
Grin and Bear it?
Hot Bamboobs? (see pornda name above..)
Ling-Ling does Szechuan?
pandas (Score:1)
Not so funny... (Score:3, Insightful)
Re:Not so funny... (Score:2)
The small panda population is not surprising, considering their lack of desire to mate.
Panda Porn, the new Rage online (Score:1)
The mind boggles... (Score:3, Funny)