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Feb 6, 2012

Radioactive xenon-135 is produced from iodine-135 as a result of nuclear fission, and it acts as the most significant neutron absorber in nuclear reactors.[11]

 

129Xe is produced by beta decay of129I, which has a half-life of 16 million years, while 131mXe, 133Xe, 133mXe, and 135Xe are some of the fission products of both 235U and 239Pu,[60] and therefore used as indicators of nuclear explosions.

 

Some radioactive isotopes of xenon, for example, 133Xe and 135Xe, are produced by neutron irradiation of fissionable material within nuclear reactors.[7] 135Xe is of considerable significance in the operation of nuclear fission reactors. 135Xe has a huge cross section for thermal neutrons, 2.6×106 barns,[11] so it acts as a neutron absorber or "poison" that can slow or stop the chain reaction after a period of operation.

 

This was discovered in the earliest nuclear reactors built by the American Manhattan Project for plutonium production. Fortunately the designers had made provisions in the design to increase the reactor's reactivity (the number of neutrons per fission that go on to fission other atoms of nuclear fuel).[69] 135Xe reactor poisoning played a major role in the Chernobyl disaster.[70]

 

A shutdown or decrease of power of a reactor can result in buildup of 135Xe and getting the reactor into the iodine pit. Under adverse conditions, relatively high concentrations of radioactive xenon isotopes may be found emanating from nuclear reactors due to the release of fission products from cracked fuel rods,[71] or fissioning of uranium in cooling water.[72]

 

In nuclear energy applications, xenon is used in bubble chambers,[144] probes, and in other areas where a high molecular weight and inert nature is desirable. A by-product of nuclear weapon testing is the release of radioactive xenon-133 and xenon-135. The detection of these isotopes is used to monitor compliance with nuclear test ban treaties,[145] as well as to confirm nuclear test explosions by states such as North Korea.[146]

http://en.wikipedia.org/wiki/Xenon

 

 

One of the common fission products is tellurium-135, which undergoes beta decay with half-life of 19 seconds to iodine-135. Iodine-135 itself is a weak neutron absorber. It builds up in the reactor in the rate proportional to the rate of fission, which is proportional to the reactor thermal power. Iodine-135 undergoes beta decay with half-life of 6.57 hours to xenon-135. The yield of 135Xe for uranium fission is 6.3%; about 95% of xenon-135 originates from decay of iodine-135.

 

Xenon-135 is the most powerful known neutron absorber. Its buildup in the fuel rods significantly lowers reactivity of the reactor core. By a neutron capture, Xe-135 is transformed ("burned") to xenon-136, which is stable and does not significantly absorb neutrons. The burn rate is proportional to the neutron flux, which is proportional to the reactor power; a reactor running on twice the power will have twice the xenon burn rate.

 

Xenon-135 beta-decays with half-life of 9.2 hours to caesium-135; a poisoned core will spontaneously recover after several half-lives. For some reactors, the 135Xe concentration will be equal to its equilibrium concentration at full power. After about 3 days of shutdown, the core can be assumed to be free of 135Xe, without it introducing errors into the reactivity calculations.[4] http://en.wikipedia.org/wiki/Iodine_pit

 

129Xe is produced by beta decay of 129I (half-life: 16 million years); 131mXe, 133Xe, 133mXe, and 135Xe are some of the fission products of both 235U and 239Pu, and therefore used as indicators of nuclear explosions.

The artificial isotope 135Xe is of considerable significance in the operation of nuclear fission reactors. 135Xe has a huge cross section for thermal neutrons, 2.65×106barns, so it acts as a neutron absorber or "poison" that can slow or stop the chain reaction after a period of operation.

 

This was discovered in the earliest nuclear reactors built by the American Manhattan Project for plutonium production. Fortunately the designers had made provisions in the design to increase the reactor'sreactivity (the number of neutrons per fission that go on to fission other atoms of nuclear fuel). Relatively high concentrations of radioactive xenon isotopes are also found emanating from nuclear reactors due to the release of this fission gas from cracked fuel rods or fissioning of uranium in cooling water.

http://en.wikipedia.org/wiki/Isotopes_of_xenon

 

133Xe, 137Xe, and 135Xe that has not captured a neutron all beta decay to isotopes of caesium. Fission produces 133Xe, 137Xe, and 135Xe in roughly equal amounts, but after neutron capture, fission caesium will contain more stable 133Cs (which however can become 134Cs on further neutron activation) and highly

radioactive137Cs than 135Cs.

 

135Xe that does not capture a neutron decays to Cs-135, one of the 7 long-lived fission products,(SEE BELOW) while 135Xe that does capture a neutron becomes stable 136Xe. Estimates of the proportion of 135Xe during steady-state reactor operation that captures a neutron include 90%,[6] 39%–91%[7] and "essentially all".[8]136Xe from neutron capture ends up as part of the eventual stable fission xenon which also includes 136Xe, 134Xe, 132Xe, and 131Xe produced by fission and beta decay rather than neutron capture.

 

133Xe, 137Xe, and 135Xe that has not captured a neutron all beta decay to isotopes of caesium. Fission produces 133Xe, 137Xe, and 135Xe in roughly equal amounts, but after neutron capture, fission caesium will contain more stable 133Cs (which however can become 134Cs on further neutron activation) and highly radioactive137Cs than 135Cs.

http://en.wikipedia.org/wiki/Xenon-135#Decay_and_capture_products

 

Very little has changed since Chernobyl blew up and radiated everyone, except that many more nuclear accidents, meltdowns, melt throughs and ‘accidental’ radiation releases happened, plus way more radioactive substances are now in the air, on the ground and in the ocean as well as inside all of us.

How many radioactive elements and isotopes are released from something like Fukushima, some of which eventually end up inside all of us?

 

According to Asahi: about 1,000 kinds of radioactive materials have been released from  Fukushima reactors. http://enenews.com/asahi-sources-reveal-about-1000-kinds-of-radioactive-materials-released-from-fukushima/comment-page-1#comment-195658

 

Let’s focus on just 93 out of the 1,000 total, shall we? There are 93 different long lived radioactive elements that hang around and pollute both the environment and us for at least 17,000 years and up to BILLIONS of years in total decay life. Want to see the list of all 93?

http://www.care2.com/c2c/share/detail/3069680

 

 

Long half life radioactive elements

Part I http://www.care2.com/c2c/share/detail/3047473  Elements 1-9

Part II http://www.care2.com/c2c/share/detail/3048444  Elements 10-13

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Posted: Feb 6, 2012 8:00pm
Jan 1, 2012

Radioactive xenon-135 is produced from iodine-135 as a result of nuclear fission.[11] Radioactive xenon known as 129Xe is produced by beta decay of Radioactive Iodine, known as I29I, which has a half-life of 16 million years, while 131mXe, 133Xe, 133mXe, and 135Xe are some of the fission products of both 235U and 239Pu,[60] and therefore used as indicators of nuclear explosions.

Some radioactive isotopes of xenon, for example, 133Xe and 135Xe, are produced by neutron irradiation of fissionable material within nuclear reactors.[7] 135Xe is of considerable significance in the operation of nuclear fission reactors. 135Xe has a huge cross section for thermal neutrons, 2.6×106 barns,[11] so it acts as a neutron absorber or "poison" that can slow or stop the chain reaction after a period of operation.

This was discovered in the earliest nuclear reactors built by the American Manhattan Project for plutonium production. Fortunately the designers had made provisions in the design to increase the reactor's reactivity (the number of neutrons per fission that go on to fission other atoms of nuclear fuel).[69] 135Xe reactor poisoning played a major role in the Chernobyl disaster.[70]

A shutdown or decrease of power of a reactor can result in buildup of 135Xe and getting the reactor into the iodine pit. Under adverse conditions, relatively high concentrations of radioactive xenon isotopes may be found emanating from nuclear reactors due to the release of fission products from cracked fuel rods,[71] or fissioning of uranium in cooling water.[72] (This is what happened at Chernobyl and Fukushima for example.)

In nuclear energy applications, xenon is used in bubble chambers,[144] probes, and in other areas where a high molecular weight and inert nature is desirable. A by-product of nuclear weapon testing is the release of radioactive xenon-133 and xenon-135. The detection of these isotopes is used to monitor compliance with nuclear test ban treaties,[145] as well as to confirm nuclear test explosions by states such as North Korea.[146] http://en.wikipedia.org/wiki/Xenon

One of the common fission products is tellurium-135, which undergoes beta decay with half-life of 19 seconds to iodine-135. Iodine-135 itself is a weak neutron absorber. It builds up in the reactor in the rate proportional to the rate of fission, which is proportional to the reactor thermal power. Iodine-135 undergoes beta decay with half-life of 6.57 hours to xenon-135. The yield of 135Xe for uranium fission is 6.3%; about 95% of xenon-135 originates from decay of iodine-135.

129Xe is produced by beta decay of radioactive Iodine - 129I (half-life: 16 million years); 131mXe, 133Xe, 133mXe, and 135Xe are some of the fission products of both 235U and 239Pu, and therefore used as indicators of nuclear explosions.

The artificial isotope 135Xe is of considerable significance in the operation of nuclear fission reactors. 135Xe has a huge cross section for thermal neutrons, 2.65×106barns, so it acts as a neutron absorber or "poison" that can slow or stop the chain reaction after a period of operation.

This was discovered in the earliest nuclear reactors built by the American Manhattan Project for plutonium production. Fortunately the designers had made provisions in the design to increase the reactor'sreactivity (the number of neutrons per fission that go on to fission other atoms of nuclear fuel). Relatively high concentrations of radioactive xenon isotopes are also found emanating from nuclear reactors due to the release of this fission gas from cracked fuel rods or fissioning of uranium in cooling water.http://en.wikipedia.org/wiki/Isotopes_of_xenon

133Xe, 137Xe, and 135Xe that has not captured a neutron all beta decay to isotopes of caesium. Fission produces 133Xe, 137Xe, and 135Xe in roughly equal amounts, but after neutron capture, fission caesium will contain more stable 133Cs (which however can become 134Cs on further neutron activation) and highly radioactive137Cs than 135Cs.

135Xe that does not capture a neutron decays to Cs-135, one of the 7 long-lived fission products,(SEE BELOW) while 135Xe that does capture a neutron becomes stable 136Xe. Estimates of the proportion of 135Xe during steady-state reactor operation that captures a neutron include 90%,[6] 39%–91%[7] and "essentially all".[8]136Xe from neutron capture ends up as part of the eventual stable fission xenon which also includes 136Xe, 134Xe, 132Xe, and 131Xe produced by fission and beta decay rather than neutron capture.133Xe, 137Xe, and 135Xe that has not captured a neutron all beta decay to isotopes of caesium. Fission produces 133Xe, 137Xe, and 135Xe in roughly equal amounts, but after neutron capture, fission caesium will contain more stable 133Cs (which however can become 134Cs on further neutron activation) and highly radioactive137Cs than 135Cs. http://en.wikipedia.org/wiki/Xenon-135#Decay_and_capture_products

Long half life radioactive elements

Part I http://www.care2.com/c2c/share/detail/3047473  Elements 1-9

Part II http://www.care2.com/c2c/share/detail/3048444  Elements 10-13

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Posted: Jan 1, 2012 9:13pm
Dec 17, 2011

 

10. Uranium 235 ~ 7030.8 million years * (700 million years X 10) “It was discovered in 1935 by Arthur Jeffrey Dempster. If at least one neutron from U-235 fission strikes another nucleus and causes it to fission, then the chain reaction will continue. If the reaction will sustain itself, it is said to be critical, and the mass of U-235 required to produce the critical condition is said to be a critical mass. A critical chain reaction can be achieved at low concentrations of U-235 if the neutrons from fission are moderated to lower their speed, since the probability for fission with slow neutrons is greater. A fission chain reaction produces intermediate mass fragments which are highly radioactive and produce further energy by their radioactive decay. Some of them produce neutrons, called delayed neutrons, which contribute to the fission chain reaction. In nuclear reactors, the reaction is slowed down by the addition ofcontrol rods which are made of elements such as boron, cadmium, and hafnium which can absorb a large number of neutrons. In nuclear bombs, the reaction is uncontrolled and the large amount of energy released creates a nuclear explosion.”

“The Little Boy gun type atomic bomb dropped on Hiroshima on August 6, 1945 was fueled by highly enriched uranium.

Decay product of:
Protactinium-235
Neptunium-235
Plutonium-239

Decays to:
Thorium-231

Source: http://en.wikipedia.org/wiki/Uranium-235

 

11. Plutonium 239 - 480,000 years (24,200 years * x 20)

The nuclear properties of plutonium-239, as well as the ability to produce large amounts of nearly pure Pu-239, led to its use in nuclear weapons and nuclear power stations. The fissioning of an atom of uranium-235 in the reactor of a nuclear power plant produces two to three neutrons, and these neutrons can be absorbed by uranium-238 to produce plutonium-239 and other isotopes. Plutonium-239 can also absorb neutrons and fission along with the uranium-235 in a reactor. In any operating nuclear reactor containing U-238, some plutonium-239 will accumulate in the nuclear fuel.[4] Unlike reactors used to produce weapons-grade plutonium, commercial nuclear power reactors typically operate at a high burnup that allows a significant amount of plutonium to build up in irradiated reactor fuel. Plutonium-239 will be present both in the reactor core during operation and in spent nuclear fuelthat has been removed from the reactor at the end of the fuel assembly’s service life (typically several years). Spent nuclear fuel commonly contains about 0.8% plutonium-239.

Plutonium-239 present in reactor fuel can absorb neutrons and fission just as uranium-235 can. Since plutonium-239 is constantly being created in the reactor core during operation, the use of plutonium-239 as nuclear fuel in power plants can occur without reprocessing of spent fuel; the plutonium-239 is fissioned in the same fuel rods in which it is produced. Fissioning of plutonium-239 provides about one-third of the total energy produced in a typical commercial nuclear power plant. Reactor fuel would accumulate much more than 0.8% plutonium-239 during its service life if some plutonium-239 were not constantly being “burned off” by fissioning.

A small percentage of plutonium-239 can be deliberately added to fresh nuclear fuel. Such fuel is called MOX (mixed oxide) fuel, as it contains a mixture of uranium oxide (UO2) and plutonium oxide (PuO2). The addition of plutonium-239 reduces or eliminates the need to enrich the uranium in the fuel.”

 

Decay product of:
Curium-243 (α)
Americium-239 (EC)
Neptunium-239 (β-)

Decays to:
Uranium-235 (&alpha

 

http://en.wikipedia.org/wiki/Plutonium_239

 

  1. More plutonium found in Fukushima Daiichi soil – Detected in four samples April 7, 2011
  2. TEPCO: Plutonium levels at 3.5 pCi/kg found in soil .5 km from reactor April 23, 2011
  3. First time Plutonium reported outside Fukushima plant June 6, 2011
  4. Nuclear expert says Americium has been found in New England — Element even heavier than Uranium (VIDEO) April 28, 2011
  5. 3 different types of plutonium detected around Fukushima nuclear plant March 28, 2011

 

Plutonium Human Health Effects:

http://toxnet.nlm.nih.gov/cgi-bin/sis/search/r?dbs+hsdb:@term+@na+@rel+plutonium,+radioactive

PLUTONIUM, RADIOACTIVE
CASRN: NO CAS RN
“This record contains information specific for compounds containing plutonium and plutonium in the zero valence state; all plutonium nuclides are radioactive.

Human Health Effects:

Evidence for Carcinogenicity:
There is sufficient evidence in humans that inhalation of plutonium-239 aerosols causes lung cancer, liver cancer and bone sarcoma. Exposure to plutonium-239 also entails exposure to plutonium-240 and other isotopes. /Plutonium-239/
[IARC. Monographs on the Evaluation of the Carcinogenic Risk of Chemicals to
Man. Geneva: World Health Organization, International Agency for Research on Cancer, 1972-PRESENT. (Multivolume work). Available at: http://monographs.iarc.fr/index.php p. V78 478 (2001)] **PEER REVIEWED**

There is sufficient evidence in experimental animals for the carcinogenicity of mixed alpha-particle emitters (radium-224, radium-226, thorium-227, thorium-228, thorium-230, thorium-232, neptunium-237, plutonium-238, plutonium-239 (together with plutonium-240), americium-241, curium-244, californium-249 and californium-252). /Mixed-alpha particle emitters/
[IARC. Monographs on the Evaluation of the Carcinogenic Risk of Chemicals to
Man. Geneva: World Health Organization, International Agency for Research on Cancer, 1972-PRESENT. (Multivolume work). Available at: http://monographs.iarc.fr/index.php p. V78 478 (2001)] **PEER REVIEWED** ”

See link for the rest of the story…

 

 

 

12. Neptunium 237 – 20,140,000 years (2,144,000 years * x 20)

“19 neptunium radioisotopes have been characterized, with the most stable being 237Np with a half-life of 2.14 million years, 236Np with a half-life of 154,000 years, and 235Np with a half-life of 396.1 day.

Neptunium accumulates in commercial household ionization-chamber smoke detectors from decay of the (typically) 0.2 microgram of americium-241 initially present as a source of ionizing radiation. With a half-life of 432 years, the americium-241 in a smoke detector includes about 3% neptunium after 20 years, and about 15% after 100 years.

Due to its long half-life neptunium becomes the major contributor of the total radiation in 10,000 years. As it is unclear what happens to the containment in that long time span, an extraction of the neptunium would minimize the contamination of the environment if the nuclear waste could be mobilized after several thousand years.[21][22]

  http://en.wikipedia.org/wiki/Neptunium_237

“Neptunium is found in reactors as a by-product of plutonium production from uranium-238 (about one part neptunium is produced for every 1,000 parts plutonium). All neptunium isotopes are radioactive; the stablest is neptunium-237, with a half-life of 2,144,000 years, and among the most unstable is neptunium-225, with a half-life of more than 2 microseconds.http://www.britannica.com/EBchecked/topic/409395/neptunium-237

 

Ruthenium 103 ~ 390 days (39 days x 10) [Ruthenium is a fission product of uranium-235.]

Ruthenium 106 ~3 years  (374 days * x 10)

Strontium-90 ~ 28.85 years [Strontium-90 is a product of nuclear fission and is found in large amounts in spent nuclear fuel and in radioactive waste from nuclear reactors. It is often attracted to bone, and is one of the causes of leukemia.

 

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Posted: Dec 17, 2011 6:26pm
Mar 29, 2011
How many people truly BELIEVE that all of these accumulating hundreds of thousands of tons of nuclear spent fuel with a HALF life of 24,000 years, can truly be guarded safely without any incidents for even 1,000 years? Can anyone truly guarantee that they and their future 80,000 generations will guarantee the safety of these tombs for 24,000 years? How many generations is it for 250,000 years? 

Remember, the radiation load only reduces by 50% in the first 24,000 years. This poison must actually be guarded and kept safe for something like 250,000 years to actually make it somewhat safer, even though it would still be highly radioactive. 

I cannot even think five years into the future, much less 1,000 years. How far into the future can you think? Who will pay for this? Not the nuclear industry, that is for sure. 

What chance do we have of pulling this off AT ALL? The pyramids are only 5,000 years old, and no one can tell us how they were built, what they are REALLY for, or who built them, or why they were constructed. Has anyone taken a radiation reading inside? Maybe it was a tomb for nuclear waste....Silly point of course, but I am helping people to see, rather than stay in denial about what is happening here. 

How are we going to guard something for MUCH MUCH LONGER than the oldest pyramids, and even have a chance of passing on the knowledge of the danger to another 20,000 years worth of future generations beyond that? It is totally ridiculous.. and it is not going to happen. We do not even track what happens to the poisonous plutonium and uranium mine tailings, which are highly poisonous and radioactive. Many are being used for construction, and no one seems to care, that they are poisoning everyone who takes part. 

The danger is growing, in the form of spent fuel pools containing thousands of tons of spent fuel at each nuclear plant. Spent fuel is still dangerous, much like the Fukushima Chernobyl crisis illustrates. One spent fuel pile has gone into at least partial meltdown, despite assurances that this 'could never happen'.. Right, just keep drinking the KoolAid. 
I have only pointed at the tip of the red hot radioactive volcano that can erupt at any time, poisoning everyone on the planet. 

Want to know more? http://www.facebook.com/E.R.St...
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Posted: Mar 29, 2011 7:28pm
Oct 19, 2009
Fwd; Dandelion email,

NOT A HALLOWEEN JOKE--DEAD PEASANT LIFE INSURANCE--YOUR EMPLOYER BETTING ON YOUR LIFE TO GAIN AT YOUR DEATH

 

"Your employer insures your life, without your knowledge, and is betting on your life to benefit them at the time of your death.

Hmmmm....wonder how many work place accidents were truly an accident, or the brakes letting go on your car? How do we really know?

Some companies that do it are Wal-Mart and American Express....so if they do it....I'm sure the list goes on.

CHECK OUT MY STORY.....and I suggest watching Michael Moores movie, is where I learned it first. In Peace, Dandelion

http://www.care2.com/news/member/901507364/1279558

Thanks for viewing, noted, and forward this one....maybe some unexplained deaths may not be so unexplained. Even if no foul play was done, do you really want your employer getting rich off your death?"

----------------------------------

My addition; 

As Michael Moore explains in the movie, insurance laws on us peasants prevent us from taking out insurance policies on our neighbors and co workers. We cannot get fire insurance or life insurance on our bosses, since it would create a conflict of interest, and tempt us to do something illegal in order to profit... So why is this common sense law that applies to us peasants not applying to the huge corporations that do this for all their employees? I am talking about large blue chip companies here... not scammy fly by night fraudsters, which is what I would expect from them...

What makes it worse is that the financial companies that almost brought down the worldwide money system with leveraged ARM loan derivatives, are now doing the same thing with these insurance policies... They are now gambling on your death and selling it on the open market to the highest bidder, worldwide.. They add a leverage factor of forty times, which is their profit.. the same as the Arm Loan Derivative scandal... 

They got bailed out of one huge mess, so now they are creating an even LARGER mess, with taxpayer money. No laws exist for this and it is the WILD WEST... anything goes, same as Arm Loans.. Because it pays such HUGE PROFITS, it is attracting the brightest minds, the smartest people and the biggest scammers who are going to make BILLIONS if not TRILLIONS on this next fraud.. They will sell this to investors who will lose EVERYTHING, just like those who invested in ARM Loan Derivatives.

 

Watch the movie: Capitalism at your local movie theatre now, to learn about this and many other scams that large corporations are doing on your behalf, to try and 'help' you, the loyal peasant employee... 

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Posted: Oct 19, 2009 9:53am
Sep 16, 2009
A Real Death-Panelist confesses voluntarily about her role in 'death panel'. She is the tip of the iceberg.  

Dr. Linda Peeno, MD Medical Director for Humana testimony before Congress in 1996
http://www.youtube.com/watch?v=DoqpPwvUoP0&feature=related

Dr. Linda Peeno MD eleven years later; she says nothing has changed, except that it has gotten MUCH, MUCH WORSE. 
http://www.youtube.com/watch?v=TqSshZZMHGA

Jeering, mean-spirited, healthy people who are against universal healthcare for all, have NO idea that they could end up having their health issue kicked out, by some death panelist just like this woman some day.  

Think it cannot happen to you? A once healthy woman who appears to be in her late 30's or 40's, who has worked hard her entire adult life and DID NOT take on an"irresponsible mortgage" has now been diagnosed with not one, but two debilitating, auto-immune diseases and fears she will lose her house because she has to decide between paying for her prescriptions that run $389 every 2 weeks or pay her property taxes.  This video is a national disgrace!! Click on Link below.... http://www.youtube.com/watch?v=QkrW22u7SwU  

Whistleblower: Wendell Potter, senior executive with Cigna for 15 years. Powerful pictures and story illustrating the sad, deplorable condition of our disease care system by an EXECUTIVE WITHIN HEALTHCARE INDUSTRY... Our system is BROKEN, completely and absolutely. BILL MOYERS JOURNAL | Wendell Potter | PBS  37 minutes, well worth watching. 
Source; 
Dandelion G. share
---------------------------------------
Another kind of 'death panel'; "The numbers are simply staggering: Every year 1.5 million people are sickened or severely injured by medication mistakes, and 100,000 die. And yet all of those deaths are preventable. What’s the answer? We have to protect ourselves. Here are the ten medication mistakes experts say are most likely to kill or cause serious harm." http://www.care2.com/greenliving/10-common-medication-mistakes-that-can-kill.html
My comment; the medical industry causes enough deaths to equal a fully loaded 747 jumbo jet crashing EVERY DAY, killing everyone aboard; about 400 people, yet few are upset, crying or asking for any change. Terrorists are not the enemy.. They only killed 3,000 on 9/11, compared to 100,000 per year from this direct cause... they are amateurs.  We do not need a death panel, as we already have it, with the Big Pharma industry causing all of these deaths... 
The answers to prevent all of these needless deaths and millions of people suffering are out there. Switch to safe, non toxic, no side effects natural health modalities as laid out in the group here on Care2; Nature Provides.. http://www.care2.com/c2c/group/natureprovides
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Posted: Sep 16, 2009 1:03pm

 

 
 
Content and comments expressed here are the opinions of Care2 users and not necessarily that of Care2.com or its affiliates.

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