Well, that makes sense. The walkers would have had months, maybe over a year, to gather into larger and larger herds. When one of them stumbles over a settlement, even without targeting humans, they'll overwhelm fences and other obstacles. It doesn't help that someone seems to be attracting walkers to the prison!
"We just lost 12 of our own, 2 in cold blood"
I noticed Beth was only in one those scenes, I wonder if the "in cold blood" part is the same as what happens in the comics.
"We just lost 12 of our own, 2 in cold blood"
I noticed Beth was only in one those scenes, I wonder if the "in cold blood" part is the same as what happens in the comics.
Oh fuck, I hope not.
Is there a video of the trailer somewhere that can be seen outside of the USA?
Forget walkers. AMC's zombie drama "The Walking Dead" is bringing a crawler to the hit show when it returns this fall.
Star Danai Gurira, who plays survivor Michonne, told TVGuide.com that "there's a little hint of that (baby) in the premiere."
Robert Kirkman, the show's executive producer and author of the graphic novels the drama is based on, also confirmed the news to TV Guide. "It'll be something different from the baby who was seen in 'Dawn of the Dead' remark, which was horrific and done so well," he said. "There's still room for us to do something different and cool."
Sound crazy? Perhaps. But showrunner Scott Gimple did tease at Comic-Con earlier this month that season four is "going to get insane very quickly." And the man would know: He wrote the first episode.
Get insane? Probably means insaner!
Hide the breasts, break out the Kevlar bottle nipples!
This equation could spell your doom: (bN)(S/N)Z = bSZ. That is, if you ever found yourself in the midst of a zombie pandemic.
That's because the calculation describes the rate of zombie transmission, from one walking dead individual to many, according to its creators, Robert J. Smith?, a mathematics professor at the University of Ottawa who spells his name with a "?" at the end, and his students. Smith's work has inspired other researchers to create zombie mathematical models, which will be published with Smith's work in the upcoming book, "Mathematical Modeling of Zombies" (University of Ottawa Press, 2014).
Though of course done tongue-in-cheek, Smith's study demonstrates why zombies are the viruses of the monster world. Their likeness to viruses makes the creatures ideal subjects for theoretical epidemiological analyses, which can be used to capture the public's imagination as well as explore scientific principles, Smith said. [Zombie Facts: Real and Imagined (Infographic)]
As for a zombie apocalypse, Smith's model shows that a zombie infection would spread quickly (with N representing total population, S the number of susceptible people, Z the zombies, and b the likelihood of transmission). It also shows that zombies would overtake the world— there's no chance for a "stable equilibrium" in which humans could coexist with the undead or eradicate the disease.
Only coordinated attacks against the zombies would save humanity, the model shows.
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