Atomic radiation is more harmful to women and children according to this document. There is no safe dose of radiation exposure - even a single emission from a radioactive nucleus can start a fatal cancer. Both the EPA and NRC acknowledge there is no safe threshold of exposure. Data from human populations supports this. Nuclear energy releases are considered "clean" only because radiation is invisible, but routine releases still occur and can contaminate large areas in accidents. Standards assume the individual getting a dose is an adult male, but women and children are more vulnerable to radiation-induced health effects. Better protection is needed given what is known about differential impacts across the lifecycle.
Atomic Radiation Is More Harmful To Women and Children_Mary Olson_NIRS
1. Atomic Radiation is More
Harmful to Women and Children
Mary Olson
Nuclear Information & Resource Service
www.nirs.org
2. No Safe Dose of Radiation
• All it takes is a single living cell and a single
emission from a radioactive nucleus to start a
fatal cancer
• Does cancer result from every dose?
No, but death is possible from a dose so small it
is not measurable – or other impacts such as
loss of an embryo
3. No Safe Dose is not a folk song
• EPA Standards explicitly state “there is no safe dose”
• US Nuclear Regulatory Commission – Chapter 10 of the
US Code of Regulations, part 20 and an additional
regulation called ALARA reflect this
• National Academy of Sciences Biological Effects of
Ionizing Radiation (BEIR I – VII) affirm “No Safe Dose”
• ! And data from human populations supports
4. Nuclear Energy is thought of as
“CLEAN”
Only because DIRTY radiation is
INVISIBLE
5.
6. Nuclear Factories have Routine
Releases of Radioactivity
People can get sick from these
BUT
On a BAD DAY the whole world
can get contaminated with
radioactive fall-out
7. APRIL 26 1986 – CHERNOBYL EXPLODES and FIRE STARTS
Note Spain on lower left, Scandinavia center top, “Black Tornado
is the PLUME of HIGHLY RADIOACTIVE FUEL PARTICLES
15. Radiation impacts our cells
Ionizing radiation part of the electromagnetic
spectrum
Charged and energized subatomic
waves (X-rays, Gamma) and
particles (beta, alpha, neutron)
Can damage living cells and tissues
16. At very high doses, radation damage can
be seen
Radiation burn from accident or malfunction
17. At Lower doses it takes a microscope but we can see
Radiation Induced Chromosomal Aberrations
Common from high-end of “low-dose” spectrum
18. US and international radiation standards assume that the individual
getting the “dose” is an adult male. Turns out they are the most
resistant part of the lifecycle to radiation. Women and children are
not protected to the same level by these standards.
20. PROTECT FIRST, STUDY SECOND – WE DON’T YET KNOW WHY
GIRLS AND WOMEN ARE MORE VULNERABLE TO RADIATION –
BUT WE KNOW ENOUGH NOW TO DEMAND BETTER PROTECTION
21. Eating, drinking, breathing in radioactivity is very different than
getting an X-ray. All the radioactivity results in radiation exposure –
and continues until it (hopefully) leaves the body.
22. Visible damage to lung tissue from
Plutonium
On alpha emitting particle will result in an extremely low
dose to body - - but VERY HIGH dose to tissue
23. National Academy of Science:
Biological Effects of Ionizing Radiation
BEIR VII Phase 2
26. Regulation of Ionizing Radiation
US Nuclear Regulatory Com. EPA -- Superfund
• 3.5 fatal cancers in every • 1 cancer in a million
1000 (men) exposed • 1 cancer in 100,000
• = 1 death in every 286 men
• 1 cancer in 10,000
• JAPAN –
• 2000 millirem/ year goal for
school children – from time
in school only
• 2 rems = 1 in 4 children
getting cancer
27. We can be pro-nuclear: the best nuclear reactor is a nice safe
93 million miles away – requires no cooling water, waste
disposal or special security. THE SUN!
Notes de l'éditeur
Feel free to change the title page as you see fit. This has no “copywrite” – the info should get OUT! Attribution at some point is nice…
It is really weird – but we cannot prove what starts a particular cancer – but it is possible to show in experiments that a single hit of a radioactive particle on a single cell can start a cancer… so yes, the more radiation that is around, the higher the chances – but there is nothing that says there HAS to be a lot of radiation for a cancer to start…
ALARA stands for “AS LOW AS REASONABLY ACHIEVABLE” – and applies to radiation doses to workers and the public from commercial nuclear industrial activities. Some sites are better at applying this concept than others!
Radiation has no smell, no taste, no sound, and is not visible to the eyes… one has to use a detector of some kind – and those measurements are limited in their precision and apply only to the area measured. Radioactivity in food and water are very difficult to detect unless highly concentrated.
THIS series of SIX slides is a schematic of the release from the Chernobyl nuclear power station, April 26 1986 – May 6 (11 days) 1986.After people “get” what they are looking at you can run the next slides relatively FAST like an animation.I like to do it FORWARDS and then BACKWARDS (like KiloWatt Ours – where the mountains get put back together) and then forward again… The release of radioactivity from Chernobyl (one reactor) exceeded all the nuclear weapons tests combined.
THIS Is the result of the plume and the wind in the immediate area of the reactor – marked with a STAR in Ukraine – almost on the border with Belarus. This area has the most concentrated radioactive contamination of land and water – some of it is permanently CLOSED to human habitation – probably more should be. HOWEVER only 1/3 of the total radioactive particles fell here.
And this shows all of Europe. Two Thirds of the radioactivity from Chernobyl was deposited outside the immediate area. Parts of Scotland (more than 1200 miles away from the reactor) were so highly radioactive that lamb / sheep’s wool, meat and milk could not be used.
On the left axis a age 0 – meaning birth, or before – GIRLS have twice the risk level as boys.
Inside this book are page after page of tables, reporting relative risk of cancer from various angles and studies. One of these compares men to women over all types of cancers and ages and in those numbers is the finding that women get cancer 50% more than men and also die of it 50% more than men when the level of radiation is the same. That means in a large group of people exposed to radiation, 2 men get sick and die while at the same level 3 women will get sick and die. The BEIR VII report does not discuss this difference between the genders in the text of the report. This finding is significant, and should be the basis for better protection for women – and men – but it also warrants more research. BEIR VII looks primarily at the data from the survivors of the two atomic bomb attacks (the USA dropped these instantly deadly bombs on Hiroshima and Nagasaki in 1945). The cities were vaporized, but amazingly, some people who were there survived…The study tracking their lives and deaths began 5 years later. Because of the gap, it is obvious that the group that survived to be studied were hardy, and likely, to some degree more resistant to radiation’s devastating effects to the immune system and other impacts besides cancer.
Women and children are not protected because the same dose of radiation produces more harm, illness and death when compared to adult males at the same level. The finding that male infants suffer less harm than female infants suggest that the difference is in some mechanism in the induction of cancer pictured here. Other health impacts include infertility, miscarriage, spontaneous abortion, reduced immune function, and auto-immune syndromes.
ONE WEEK after the Fukushima nuclear disaster began.