before they can be taken to cemeteries for conventional burials. And if by some miracle, a corpse did come to life inside its coffin, would it really “rise from the grave”? To answer this question, one must ask another: how? How would a body with normal human strength claw its way out of a coffin, possibly made of steel, possibly encased in a hermetically sealed box, six feet underground? If one looks at the preservation methods involved in standard American burials, the fact is obvious that any person, undead or otherwise, could not possibly scrape, scratch, and crawl his or her way to the surface. But what if the casket is not made of steel? Even a plain pine box would be prison enough to
entomb the most tenacious zombie. What if the wooden casket has rotted? In that case, the body has been lying buried so long that its brain has rotted away as well. Remember: Bodies that reanimate have to be fresh, reasonably intact, and infected with the virus. Does this describe a long-dead corpse? Although it’s seen as an iconic vision of the living dead, like vampires drinking blood or werewolves howling at the full moon, the fact remains that zombies have not and never will rise from the grave.
14. Capitols and City Halls
Apply the same principles regarding police stations, hospitals, and houses of worship to state, municipal, and federal government buildings. Most will be the focus of concentrated human activity, making them centers of chaos and zombie congregation. Avoid all government buildings if possible.
GENERAL RULES:
Buildings in poorer, inner-city neighborhoods tend to be more secure than others. Their reliance on high fences, razor wire, barred windows, and other anti-crime features make them readily defensible. Buildings in middle– or high-income areas tend to emphasize aesthetics. What rich city council wants an eyesore in its neighborhood? Instead of ugly, even tacky, safety features, these affluent people rely more heavily on law enforcement and private security (forces of proven unreliability). For these reasons, and if the situation permits, head away from the suburbs and toward the inner city.
Avoid “accidents waiting to happen.” Many industrial structures of the sort commonly found in inner-city or “downtown” areas house explosive or flammable materials. They also may contain complicated machinery such as power generators and environmental regulators, mechanisms that require constant supervision. Put those two together, and disaster is guaranteed. The Khotan nuclear power plant is only one extreme example. More numerous if less dramatic incidents usually occur with all Class 2 and 3 outbreaks. Do not seek refuge in or near industrial sites, fuel-storage facilities, airports, or any other place identified as high-risk.
When choosing a refuge, consider these questions carefully:
1. Is there a wall, fence, or other physical perimeter?
2. How many potential entrances/exits are there?
3. Can the people in your party simultaneously defend each fence and exit?
4. Is there a secondary defensive position, multiple floors, or an attic?
5. Can the building be secured?
6. Is there a potential escape route?
7. What is the supply situation?
8. Is there a water line?
9. If needed, are weapons or tools available?
10. Are materials available to reinforce the entrances?
11. What about means of communication: phone, radio, Internet, etc.?
12. Given all these factors, how long could you or your group survive an extended siege?
Make sure to consider all these questions when choosing where to make your stand. Resist the urge to dash into the nearest building.Remember, no matter how desperate the situation seems, time spent thinking clearly is never time wasted.
The Fortress
In Class 3 outbreaks, private homes and even public structures prove insufficient to support human life. Eventually, the people inside will have either suffered the eventual degradation of their defenses, or simply run out of
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