Feeds

Chemical weapons are not WMDs

Let's all calm down a bit, shall we?

Bridging the IT gap between rising business demands and ageing tools

Comment I remember the last time I handled a Weapon of Mass Destruction (WMD). It was in 2003, not long after the invasion of Iraq. I was serving as a bomb-disposal officer in the British armed forces. I was dressed in a full protective suit and gas mask, and a boffin from Porton Down stood next to me, likewise clad.

The hot sun glared down on us, and the wind blew the sandy local soil around. There it lay at our feet; a battlefield chemical weapon as ever was, in this case an artillery shell filled with deadly phosgene gas. Neither of us had any doubt. The very thing that the British and US invasion forces, the Iraq Survey Group, Hans Blix and everyone else had been searching for, and here it was.

I don't know about the chap from Porton Down, but it gave me a severe feeling of unreality. Because the sun, while hot, was not all that hot. The sandy soil was that of Britain, not Iraq. And this was the twentieth chemical weapon discovered at that one location in 2003 alone. Several others lay next to it, too. It was the third time I'd been there; that shell must have been at least my fortieth WMD. My unit had sent teams there scores of times, accounting for hundreds of weapons.

Lest anyone think the UK was hit by an enemy chemical bombardment a few years back without it making the press, I should point out that these WMDs were British. The place where I was standing was a test range, long ago. Boffins working on UK chemical weapons programmes fired thousands of gas shells into the area, showing the gay disregard for safety cases, compensation culture, and the Geneva Protocols so characteristic of the era.

Even more casually, once they were done they simply opened the range up to the public. To this day, it's a popular spot for a bracing walk among the unspoilt beauties of nature. My team and the Porton Down crowd had to chivvy curious spectators and dogs safely out of range before we could start work (I'm not aware of any civilian ever being harmed by the weapons at that site).

I like to tell this story at dinner parties. But it isn't for the usual reason that ordnance-disposal men tell their tales (to impress girls, of course). Rather, I'm trying to convince people not to use the term "Weapon of Mass Destruction", which drives me bonkers. I bring the matter up not to make myself look courageous, as I normally would, but to illustrate how utterly non-threatening chemical weapons are.

Dealing with those British WMDs was some of the least stressful work I ever did as an ordnance-disposal operator. Far from possessing any special deadliness, chemical warheads are less potent than ordinary conventional-explosive ones. Calling them "WMDs", which suggests they are in some way equivalent to nuclear bombs, is simply ridiculous. My unit regarded such operations as a pleasant holiday.

The dinner-party guests usually scoff politely. I point out that any thoughtful soldier would surely rather be struck at by chemical warheads than high-explosive ones. He can carry and wear cheap, portable equipment which will make him almost completely safe from chemical attack; nothing like that exists for normal bombardment.

People then suggest that chemical weapons cover vast areas and persist for long periods. They imagine frightful clouds of silent death blanketing wide regions for months or years, in which nobody could survive but those suited and masked. Wild figures culled from the media are sometimes quoted. A single kilogram of nerve agent is said to be enough to kill 100 million people, for instance.

That is actually true: but one would have to break the kilogram down into individual doses and administer them orally, without wasting so much as a tenth of a milligram. It would be far simpler to shoot one's victims or blow them up. Even strangling them barehanded would be easier. And this is generally the case with chemical weapons.

Let's look at more practical scenarios. In order to create a mile-wide cloud of nerve gas which was actually dangerous to be in, one would need to deliver at least half a ton of the stuff; perhaps ten tons or more if conditions were less than perfect. That assumes the use of many small projectiles scattered about – artillery shells would be ideal – so as to spread the cloud; otherwise the area would be much smaller.

But why not just use ordinary artillery? The shells will be falling anywhere from 150 to 30 metres apart. Ordinary explosive rounds at that density will take out a majority of unprotected people, rising to almost everyone at the high end. And in this case the protection required to survive isn't a cheap, portable suit and mask. One would want a bunker or a 30-ton armoured vehicle to withstand conventional artillery, and even then the risk of a direct hit would remain. Conventional ammunition is infinitely easier to get, store, and transport, too.

Mobile application security vulnerability report

More from The Register

next story
Bad back? Show some spine and stop popping paracetamol
Study finds common pain-killer doesn't reduce pain or shorten recovery
Malaysian Airlines flight MH17 claimed lives of HIV/AIDS cure scientists
Researchers, advocates, health workers among those on shot-down plane
Mwa-ha-ha-ha! Eccentric billionaire Musk gets his PRIVATE SPACEPORT
In the Lone Star State, perhaps appropriately enough
SMELL YOU LATER, LOSERS – Dumbo tells rats, dogs... humans
Junk in the trunk? That's what people have
All those new '5G standards'? Here's the science they rely on
Radio professor tells us how wireless will get faster in the real world
The Sun took a day off last week and made NO sunspots
Someone needs to get that lazy star cooking again before things get cold around here
Boffins discuss AI space program at hush-hush IARPA confab
IBM, MIT, plenty of others invited to fill Uncle Sam's spy toolchest, but where's Google?
prev story

Whitepapers

Designing a Defense for Mobile Applications
Learn about the various considerations for defending mobile applications - from the application architecture itself to the myriad testing technologies.
How modern custom applications can spur business growth
Learn how to create, deploy and manage custom applications without consuming or expanding the need for scarce, expensive IT resources.
Reducing security risks from open source software
Follow a few strategies and your organization can gain the full benefits of open source and the cloud without compromising the security of your applications.
Boost IT visibility and business value
How building a great service catalog relieves pressure points and demonstrates the value of IT service management.
Consolidation: the foundation for IT and business transformation
In this whitepaper learn how effective consolidation of IT and business resources can enable multiple, meaningful business benefits.