U.N. Forces from Nepal introduced cholera to Haiti

We’re here to help you! U.N. rescue forces from Nepal were the ones who introduced cholera to Haiti after the 2010 earthquake.

Soon after the start of the outbreak, which has sickened close to 300,000 people and killed nearly 5000, Haitians fingered the United Nations Stabilization Mission in Haiti (MINUSTAH), which has a camp populated by Nepalese soldiers in Mirebalais in the Centre Department, very close to where the first cholera cases occurred. The camp was also blamed in a leaked epidemiological report by a French cholera expert, Renaud Piarroux of the University of the Mediterranean in Marseille, written at the request of the Haitian government. Several genetic studies showed that the Haitian cholera strain strongly resembled others found recently in South Asia—although none pinpointed Nepal specifically.

Yet some cholera scientists—including Rita Colwell, seen by many as a giant in the field—contended that the bacteria had more likely been present in local waters, and that the outbreak had been triggered by a combination of environmental factors.

Rita Colwell is hardly what I’d call a “giant in the field,” at least nowadays. Though her biography lists a lot of research work, the last decade she has spent most of her time playing politics as a political appointee, going from one government agency to another.

Japan’s tsunami waves top historic heights

Japan’s tsunami in March produced the largest waves in history.

Some waves grew to more than 100 feet high, breaking historic records, as they squeezed between fingers of land surrounding port towns.

To me, however, this is the biggest takeaway:

Although terrible, the preliminary estimate also finds a better-than 92% survival rate for people living in coastal towns hit by the waves, Bourgeois says. “In that sense, given the magnitude of the unexpectedly large earthquake, things could have been even worse,” she says.

The real disaster in Japan

Getting control of the nuclear power plant in Fukushima is going to be a challenging job, no doubt. Nonetheless, it remains a minor and comparatively trivial problem for Japan after the earthquake and tsunami destroyed the country’s northeastern coast, and it saddens me that so much of the American press and public seems unable to absorb this simple fact.

This footage of the tsunami hitting a small coastal town in Japan gives us a clear and unvarnished look of the real disaster there. Near the end you can see people fleeing for their lives, and throughout the video the voices of the watchers can only express horrified gasps at what they are seeing.

Hideaki Akaiwa: Badass of the week

What heroes do.

Surrounded by incredible hazards on all sides, ranging from obscene currents capable of dislodging houses from their moorings, sharp twisted metal that could easily have punctured his oxygen line (at best) or impaled him (at worst), and with giant fucking cars careening through the water like toys, he pressed on. Past broken glass, past destroyed houses, past downed power lines arcing with electrical current, through undertow that could have dragged him out to sea never to be heard from again, he searched.

Hideaki maintained his composure and navigated his way through the submerged city, finally tracking down his old house. He quickly swam through to find his totally-freaked-out wife, alone and stranded on the upper level of their house, barely keeping her head above water. He grabbed her tight, and presumably sharing his rebreather with her, dragged her out of the wreckage to safety. She survived.

And that’s only the beginning. Read the whole thing.

The real disaster in Japan

The situation at the Japanese nuclear power planets continues to improve. Key quote:

It’s hard to imagine, but it’s now been eight days since the Honshu quake and tsunami, and evidence continues to accumulate that while it was certainly a bad industrial accident, the “doomsday” and “worst case” scenarios just haven’t happened. Every day longer makes those scenarios even less likely — the reactors are cooling, the Japanese are getting them supplied with power, and the fuel rods haven’t burned.

Meanwhile, the scope of the real disaster in Japan is becoming more clearly known: No bodies or survivors found in tsunami-hit Miyagi community.

Kobe fire department rescue team members, who also worked in areas affected by the Great Hanshin Earthquake, have been operating in Minami-Sanrikucho. But they do not have any idea of the whereabouts of the legions of missing people swept away after massive tsunami swallowed up houses. In all, 8,000 town residents remain missing.

What is it with today’s modern American press, that is obsessed about a non-problem at a nuclear power plant, while close-by whole cities have been laid waste, with literally tens of thousands of people killed?

My heart goes out to the Japanese people. Faced with such destruction, they still seem undaunted and unbowed. May they rebuild their country quickly and with courage.

The situation at the Fukushima nuclear power plant continues to stabilize

Here’s some good news: The situation at the Fukushima nuclear power plant continues to stabilize.

The article has a lot to say about the panicky overreaction of much of the press and political class over this incident. For example:

In summary it appears more and more that health consequences from reactor damage will be extremely minimal even for workers at the site. It will now be a surprise if anyone who has not been inside the plant gates this week is affected by the situation at at all – apart from all the people worldwide who have been taking iodide pills or eating salt unnecessarily. There may also be measurable psychological health effects from the global media-driven hysteria surrounding the situation, of course.

A detailed explanation of what has happened at the Fukushima nuclear power plant

Check out this detailed engineering explanation of what has happened, is happening, and will happen at the Fukushima nuclear power plant in Japan. Key quote:

The point is that the nuclear fuel has now been cooled down. Because the chain reaction has been stopped a long time ago, there is only very little residual heat being produced now. The large amount of cooling water that has been used is sufficient to take up that heat. Because it is a lot of water, the core does not produce sufficient heat any more to produce any significant pressure. Also, boric acid has been added to the seawater. Boric acid is “liquid control rod”. Whatever decay is still going on, the Boron will capture the neutrons and further speed up the cooling down of the core.

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