CRISIS WITHOUT END

Reviewed 2/17/2015

Crisis Without End, by Helen Caldicott

Access to this book courtesy of the
San Jose, CA Public Library
CRISIS WITHOUT END
The Medical and Ecological Consequences of the Fukushima
    Nuclear Catastrophe
Helen Caldicott (ed.)
New York: The New Press, October 2014

Rating:

4.5

Hign

ISBN-13 978-1-59558-960-6
ISBN-10 1-59558-960-0 241pp. HC/BWI $26.95

About that Symposium

As the Table of Contents shows, the presentations at Dr. Caldicott's March 2013 symposium number 20, all by people of long experience with nuclear power and mostly with significant expertise in relevant fields. Eighteen of these presentations are good; sixteen of them are very good. They fall into two broad categories: the technical faults of the Fukushima plant, and of reactors generally; and the complicated health effects of ionizing radiation.

About the former, I can say (as I have before) that several aspects of the Fukushima1 plant design were invitations to trouble. David Lochbaum and Arnold Gundersen expand on this by pointing out that studies prior to the construction of Fukushima predicted, for example, the necessity of a higher sea wall. Lochbaum notes that, had any of several shortcomings been corrected, the meltdowns at Fukushima might have been averted. Kevin Kamps provides a historical overview of the nuclear industry's major mistakes.

But I think members of the public understand fairly well that existing nuclear plants have flaws which make them a risky option, even if they cannot give specifics. Thus, the greater value of the symposium is in its coverage of health issues. To summarize, chronic exposure to low-level radiation is found to cause cancers, thyroid abnormalities, brain and nervous-system defects, and congenital malformations. Infants and children are especially susceptible, and women are more susceptible than men. Closely related to this relatively new understanding is the fact of bias in postwar studies such as the Life Span Study (LSS) of Hiroshima and Nagasaki survivors. The LSS did not start followup until five years after the bombing, and thirteen years after for cancer. And it has other biases.

For me, the four chapters that stand out in the book are by Timothy Mousseau, Wladimir Wertelecki, Steven Wing, and Herbert Abrams. They all deal with health, and convincingly argue for more research and stricter standards. It is noteworthy that the first two flank Chapter 10, by Alexey V. Yablokov. I have more to say about him below.

Academician Alexey Vladimirovich Yablokov

A co-founder of Greenpeace Russia, Dr. Yablokov is known in the West mainly for Chernobyl: Consequences of the Catastrophe for People and the Environment, which he wrote with Vassily B. Nesterenko and Alexey V. Nesterenko. Reportedly based on a survey of thousands of scientific papers published in Slavic languages, the book makes the claim that 985,000 people have already died due to radiation released by Chernobyl — a number orders of magnitude greater than any other estimate. Published in 2009 by the New York Academy of Sciences, the book drew strong criticism of both its conclusions and its methodology.2 The Academy stopped selling the 237-page book in printed form, but still hosts the PDF on its Web site. (Several reviews are hosted there as well.) It can also be downloaded from other sites. I have not read it (nor am I likely to.) But I have read Dr. Yablokov's contribution to this volume, and that gives me some basis for judgment.

Here is an excerpt from Dr. Yablokov's conclusion to his essay in the book:

What will be the total death toll of the Chornobyl catastrophe? The WHO and the IAEA only acknowledge the generations spanning 1986 to 2056, with nine thousand people estimated to die from cancer and a further two hundred thousand to fall sick due to the accident—the latter are practically invisible in the total mortality and morbidity of the affected populations. Under pressure, the United Nations Scientific Committee on the Effects of Atomic Radiation (UNSCEAR) launched discussions on Chornobyl-induced thyroid cancer and autoimmune thyroiditis (which has affected up to several thousand people), leukemia, and cataracts.

– Pages 116-117

If I wrote that Dr. Yablokov's work was up to 100 percent reliable, would he pick up on the snark? I aim it at his vague estimate for autoimmune thyroiditis. After so much study, should he not have a better grasp of the number of cases? This excerpt is characteristic of his presentation: he throws out a lot of casualty figures, but specifies them poorly. Where are they located? What was their radiation exposure? This information is not provided.

He includes a number of graphs. There are contour plots of two radionuclides within 30km of Chernobyl, and something on the contamination of Greece. There are plots of rates of various maladies (cancers, miscarriages) over time. There are photos of two deformed infants; their circumstances are not described.

A few of these figures stand out:

I submit that what is important is what radionuclides were released, and in what amounts.

Liquidators are the heroes who fought the disintegrating reactor and stopped the release of radioactivity — often with no protective gear. Naturally they and their families were strongly affected. But this has no relevance to harm to the general populace.

The meaning of this is not explained.

It all reads like a conspiracy-monger throwing stuff at the wall in hopes something will stick. Dr. Yablokov might have a case that the IAEA underestimated the harm from Chernobyl. But he doesn't make it here. I come down heavy on him because his work (specifically the book) has been a centerpiece of Dr. Caldicott's argument for years now.

If you want an example of how to properly construct the case for Western authorities underestimating the harm resulting from Chernobyl, you have only to look at the next essay: "Congenital Malformations in Rivne, Ukraine" by Wladimir Wertelecki. It states on page 131:

A critical difference between the Hiroshima-Nagasaki and Chornobyl radiation impacts is that radiation exposure from the bombs was external, intense, and short. There was virtually no residual radiation [because the bombs were air-bursts]. In contrast, the radiation exposure from Chernobyl was internal, low, and continuous. The impact of radiation on health is cumulative. The average pregnant woman in Polissia absorbs at least 250 becquerels per day, which by the age of twenty-five is equivalent to over 2,200,000 becquerels. A growing number of parents have been exposed to radiation since their own conception.

– Page 131

Clear, concise, and with solid numerical measurements. That's it!

Dr. Yablokov intersperses his figures with eight reasons why he distrusts the IAEA and WHO. I take a crack at them here (yellow is from the book, blue is my comments.)

1. THE NATURAL PROCESS OF DECAY OF SHORT-LIVED RADIONUCLIDES IS VERY FAST
Something short-lived doesn't last long — who could have guessed it? But this is not very relevant to the exposure of large populations, because the hottest radionuclides will decay before they spread very far. Those who are exposed to them early on can receive significantly harmful doses, of course. In fact, these people are likely to suffer acute effects, which can hardly be confused with illnesses arising from other causes. The same cannot be said of the other maladies Dr. Yablokov discusses here. That is why prompt measurements of dose rates are important.
2. DOSIMETERS DO NOT DETECT "HOT PARTICLES"
But they can be detected. He states that they were detected on the US west coast after Fukushima. Most of the people affected would not have been wearing dosimeters anyway. So this has little relevance to the population in general.
3. THE EFFECTS OF EACH RADIONUCLIDE ARE NOT HOMOGENEOUS
"It is impossible to estimate real effective doses because the effects of each radionuclide are not homogeneous in space and time."
This is about bioconcentration, mostly, which is a valid point. But again, it also ducks the main issue: measurements could be taken to answer this question.
4. THERE ARE TOO MANY VARIABLES TO DETERMINE THE LEVEL OF INTERNAL RADIATION BASED ON DIET
Once again: measurements
5. DIFFERENT PEOPLE HAVE DIFFERENT PERIODS OF RADIONUCLIDE EXCRETION
Measurements... (I feel like Paul Hornung in the old commercial with Bart Starr: (wearily) "Enjoy...")
6. ALL OFFICIAL DOSE ESTIMATIONS NEGLECTED THE EFFECTS OF CERTAIN RADIONUCLIDES
He means americium, plutonium, strontium "in some places."
7. CALCULATIONS USED THE MODEL OF A "CONDITIONAL PERSON"
Yes; an estimate makes simplifying assumptions in the interest of time.
8. THE DATA IS COMPROMISED
Now we get to the crux of the matter. Dr. Yablokov thinks there's a coverup. Actually, he's right. But he blames the wrong people. It was the authorities in the USSR (which still existed then) who sat on the news of the 1986 disaster until observers in Scandinavia detected the fallout. It's likely they also impeded proper measurements of radiation levels in the field. They remained uncooperative for three years — until the USSR collapsed, in fact, which produced new problems with data collection. The IAEA and other western agencies had to make do with inadequate data, so they made estimates. Now, the Russian Academician says they are the ones who are downplaying the health impacts of Chernobyl. From what I can discover, Dr. Yablokov has done good work in the past; he was once a Pew Marine Fellow. But his flawed 2009 work that suggests he has "gone emeritus" and should no longer be relied on.
1 Here I refer to the Fukushima Daiichi plant. There is also a Fukushima Daini plant, about 10 km down the coast. Similar in design, it survived because it did not lose power to run its cooling pumps.
2 Wikipedia has a good overview of Yablokov's book. Examples of criticism that are not on the NYAS Web site can be found here and here.
Valid CSS! Valid HTML 4.01 Strict To contact Chris Winter, send email to this address.
Copyright © 2015-2024 Christopher P. Winter. All rights reserved.
This page was last modified on 26 August 2024.