Monthly Archives: September 2015

Glyphosate harms bees’ spatial learning

Glyphosate’s harmful effects continue to accumulate, this time with evidence pointing to toxic and sublethal effects on bees.

According to a new study conducted by German and Argentinian researchers, honey bees exposed to low levels of glyphosate have a hard time returning home.

Glyphosate, the controversial and toxic active ingredient in Monsanto’s Roundup, is an herbicide widely used on genetically-engineered (GE) crops as well as on parks and golf courses, for control of weeds and grasses.

Along with neonicotinoids, which have been linked to worldwide bee decline by a growing body of science, glyphosate is just another chemical in the toxic mixture that bees and other non-target organisms are constantly exposed to in the environment.

In the study, titled ‘Effects of sublethal doses of glyphosate on honeybee navigation’ and published in the Journal of Experimental Biology, researchers evaluate the effects of recommended concentrations of glyphosate used in agricultural settings on honey bee navigation and found that a single exposure to a concentration of glyphosate within this range delays the return of the foraging honey bee to the hive.

Flight trajectories were also affected after successive exposure to the herbicide, suggesting that the spatial learning process is impaired by glyphosate ingestion during feeding.

And that’s on top of all the other environmental and health impacts

Other environmental problems from exposure to glyphosate that have been documented include adverse effects on earthworms and other soil biota, as well as shape changes in amphibians.

The widespread use of the chemical on genetically engineered glyphosate-tolerant crops has led it to be implicated in the decline of monarch butterflies, whose sole site to lay their eggs, milkweed plants, is being destroyed by glyphosate applications.

Along with environmental effects, glyphosate exposure has also been linked to health problems in humans. A research study published in the journal Environmental Health links chronic, links ultra-low dose exposure to glyphosate through drinking water to adverse liver and kidney function.

The study, ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposure‘, is the latest in a string of data showing unacceptable risks resulting from the use of glyphosate and products formulated with the chemical, like Roundup.

Beyond direct impacts to the kidney and liver, glyphosate has recently been implicated as a having sufficient evidence of carcinogenicity based upon an analysis of laboratory animal studies conducted by the World Health Organization’s International Agency for Research on Cancer.

Recently, California Environmental Protection Agency’s Office of Environmental Health Hazard Assessment (OEHHA) announced that it intended to list glyphosate as a cancer-causing chemical under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65).

The #1 most widely used chemical in the US

Most commonly formulated as Monsanto’s Roundup herbicide, glyphosate end-use products account for approximately 180-185 million pounds applied per year, making it the number one commonly used chemical in the US. Glyphosate use is currently growing due in large part to the increased cultivation of GE crops that are tolerant to the herbicide.

Corn and soybeans were originally genetically engineered to tolerate glyphosate in the mid-1990s. Today, these crops account for 90% of corn and soybeans in the US, leading to a dramatic increase in herbicide use.

In fact, the researchers point out that glyphosate use has increased by a factor of more than 250 – from 0.4 million kg in 1974 to 113 million kg in 2014. This not surprisingly allows herbicide-resistant superweeds to emerge, which leads the industry to turn to other dangerous chemicals like 2,4-D and glufosinate.

In the face of these widespread health impacts, and in the absence of real action to restrict this chemical at the federal level, concerned citizens are increasingly advocating for changes in public land management practices within their community.

Although glyphosate is an important chemical to remove from use in your community, a range of chemicals are linked to public health impacts, and a comprehensive approach that encourages organic land management is the best long-term solution.

 


 

The paper: ‘Effects of sublethal doses of glyphosate on honeybee navigation’ is published in the Journal of Experimental Biology.

Campaign: Whether the pesticide use relates to a local government, homeowners’ association, or child’s playing field, concerned residents can effect positive change to get glyphosate and other unnecessary bee-toxic chemicals like neonicotinoids out of the community. Get your community campaign going with Beyond Pesticides’ Start Your Own Local Movement factsheet.

This article was originally published by Beyond Pesticides. All unattributed positions and opinions in this piece are those of Beyond Pesticides.

 

 

Glyphosate harms bees’ spatial learning

Glyphosate’s harmful effects continue to accumulate, this time with evidence pointing to toxic and sublethal effects on bees.

According to a new study conducted by German and Argentinian researchers, honey bees exposed to low levels of glyphosate have a hard time returning home.

Glyphosate, the controversial and toxic active ingredient in Monsanto’s Roundup, is an herbicide widely used on genetically-engineered (GE) crops as well as on parks and golf courses, for control of weeds and grasses.

Along with neonicotinoids, which have been linked to worldwide bee decline by a growing body of science, glyphosate is just another chemical in the toxic mixture that bees and other non-target organisms are constantly exposed to in the environment.

In the study, titled ‘Effects of sublethal doses of glyphosate on honeybee navigation’ and published in the Journal of Experimental Biology, researchers evaluate the effects of recommended concentrations of glyphosate used in agricultural settings on honey bee navigation and found that a single exposure to a concentration of glyphosate within this range delays the return of the foraging honey bee to the hive.

Flight trajectories were also affected after successive exposure to the herbicide, suggesting that the spatial learning process is impaired by glyphosate ingestion during feeding.

And that’s on top of all the other environmental and health impacts

Other environmental problems from exposure to glyphosate that have been documented include adverse effects on earthworms and other soil biota, as well as shape changes in amphibians.

The widespread use of the chemical on genetically engineered glyphosate-tolerant crops has led it to be implicated in the decline of monarch butterflies, whose sole site to lay their eggs, milkweed plants, is being destroyed by glyphosate applications.

Along with environmental effects, glyphosate exposure has also been linked to health problems in humans. A research study published in the journal Environmental Health links chronic, links ultra-low dose exposure to glyphosate through drinking water to adverse liver and kidney function.

The study, ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposure‘, is the latest in a string of data showing unacceptable risks resulting from the use of glyphosate and products formulated with the chemical, like Roundup.

Beyond direct impacts to the kidney and liver, glyphosate has recently been implicated as a having sufficient evidence of carcinogenicity based upon an analysis of laboratory animal studies conducted by the World Health Organization’s International Agency for Research on Cancer.

Recently, California Environmental Protection Agency’s Office of Environmental Health Hazard Assessment (OEHHA) announced that it intended to list glyphosate as a cancer-causing chemical under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65).

The #1 most widely used chemical in the US

Most commonly formulated as Monsanto’s Roundup herbicide, glyphosate end-use products account for approximately 180-185 million pounds applied per year, making it the number one commonly used chemical in the US. Glyphosate use is currently growing due in large part to the increased cultivation of GE crops that are tolerant to the herbicide.

Corn and soybeans were originally genetically engineered to tolerate glyphosate in the mid-1990s. Today, these crops account for 90% of corn and soybeans in the US, leading to a dramatic increase in herbicide use.

In fact, the researchers point out that glyphosate use has increased by a factor of more than 250 – from 0.4 million kg in 1974 to 113 million kg in 2014. This not surprisingly allows herbicide-resistant superweeds to emerge, which leads the industry to turn to other dangerous chemicals like 2,4-D and glufosinate.

In the face of these widespread health impacts, and in the absence of real action to restrict this chemical at the federal level, concerned citizens are increasingly advocating for changes in public land management practices within their community.

Although glyphosate is an important chemical to remove from use in your community, a range of chemicals are linked to public health impacts, and a comprehensive approach that encourages organic land management is the best long-term solution.

 


 

The paper: ‘Effects of sublethal doses of glyphosate on honeybee navigation’ is published in the Journal of Experimental Biology.

Campaign: Whether the pesticide use relates to a local government, homeowners’ association, or child’s playing field, concerned residents can effect positive change to get glyphosate and other unnecessary bee-toxic chemicals like neonicotinoids out of the community. Get your community campaign going with Beyond Pesticides’ Start Your Own Local Movement factsheet.

This article was originally published by Beyond Pesticides. All unattributed positions and opinions in this piece are those of Beyond Pesticides.

 

 

Glyphosate harms bees’ spatial learning

Glyphosate’s harmful effects continue to accumulate, this time with evidence pointing to toxic and sublethal effects on bees.

According to a new study conducted by German and Argentinian researchers, honey bees exposed to low levels of glyphosate have a hard time returning home.

Glyphosate, the controversial and toxic active ingredient in Monsanto’s Roundup, is an herbicide widely used on genetically-engineered (GE) crops as well as on parks and golf courses, for control of weeds and grasses.

Along with neonicotinoids, which have been linked to worldwide bee decline by a growing body of science, glyphosate is just another chemical in the toxic mixture that bees and other non-target organisms are constantly exposed to in the environment.

In the study, titled ‘Effects of sublethal doses of glyphosate on honeybee navigation’ and published in the Journal of Experimental Biology, researchers evaluate the effects of recommended concentrations of glyphosate used in agricultural settings on honey bee navigation and found that a single exposure to a concentration of glyphosate within this range delays the return of the foraging honey bee to the hive.

Flight trajectories were also affected after successive exposure to the herbicide, suggesting that the spatial learning process is impaired by glyphosate ingestion during feeding.

And that’s on top of all the other environmental and health impacts

Other environmental problems from exposure to glyphosate that have been documented include adverse effects on earthworms and other soil biota, as well as shape changes in amphibians.

The widespread use of the chemical on genetically engineered glyphosate-tolerant crops has led it to be implicated in the decline of monarch butterflies, whose sole site to lay their eggs, milkweed plants, is being destroyed by glyphosate applications.

Along with environmental effects, glyphosate exposure has also been linked to health problems in humans. A research study published in the journal Environmental Health links chronic, links ultra-low dose exposure to glyphosate through drinking water to adverse liver and kidney function.

The study, ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposure‘, is the latest in a string of data showing unacceptable risks resulting from the use of glyphosate and products formulated with the chemical, like Roundup.

Beyond direct impacts to the kidney and liver, glyphosate has recently been implicated as a having sufficient evidence of carcinogenicity based upon an analysis of laboratory animal studies conducted by the World Health Organization’s International Agency for Research on Cancer.

Recently, California Environmental Protection Agency’s Office of Environmental Health Hazard Assessment (OEHHA) announced that it intended to list glyphosate as a cancer-causing chemical under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65).

The #1 most widely used chemical in the US

Most commonly formulated as Monsanto’s Roundup herbicide, glyphosate end-use products account for approximately 180-185 million pounds applied per year, making it the number one commonly used chemical in the US. Glyphosate use is currently growing due in large part to the increased cultivation of GE crops that are tolerant to the herbicide.

Corn and soybeans were originally genetically engineered to tolerate glyphosate in the mid-1990s. Today, these crops account for 90% of corn and soybeans in the US, leading to a dramatic increase in herbicide use.

In fact, the researchers point out that glyphosate use has increased by a factor of more than 250 – from 0.4 million kg in 1974 to 113 million kg in 2014. This not surprisingly allows herbicide-resistant superweeds to emerge, which leads the industry to turn to other dangerous chemicals like 2,4-D and glufosinate.

In the face of these widespread health impacts, and in the absence of real action to restrict this chemical at the federal level, concerned citizens are increasingly advocating for changes in public land management practices within their community.

Although glyphosate is an important chemical to remove from use in your community, a range of chemicals are linked to public health impacts, and a comprehensive approach that encourages organic land management is the best long-term solution.

 


 

The paper: ‘Effects of sublethal doses of glyphosate on honeybee navigation’ is published in the Journal of Experimental Biology.

Campaign: Whether the pesticide use relates to a local government, homeowners’ association, or child’s playing field, concerned residents can effect positive change to get glyphosate and other unnecessary bee-toxic chemicals like neonicotinoids out of the community. Get your community campaign going with Beyond Pesticides’ Start Your Own Local Movement factsheet.

This article was originally published by Beyond Pesticides. All unattributed positions and opinions in this piece are those of Beyond Pesticides.

 

 

Glyphosate harms bees’ spatial learning

Glyphosate’s harmful effects continue to accumulate, this time with evidence pointing to toxic and sublethal effects on bees.

According to a new study conducted by German and Argentinian researchers, honey bees exposed to low levels of glyphosate have a hard time returning home.

Glyphosate, the controversial and toxic active ingredient in Monsanto’s Roundup, is an herbicide widely used on genetically-engineered (GE) crops as well as on parks and golf courses, for control of weeds and grasses.

Along with neonicotinoids, which have been linked to worldwide bee decline by a growing body of science, glyphosate is just another chemical in the toxic mixture that bees and other non-target organisms are constantly exposed to in the environment.

In the study, titled ‘Effects of sublethal doses of glyphosate on honeybee navigation’ and published in the Journal of Experimental Biology, researchers evaluate the effects of recommended concentrations of glyphosate used in agricultural settings on honey bee navigation and found that a single exposure to a concentration of glyphosate within this range delays the return of the foraging honey bee to the hive.

Flight trajectories were also affected after successive exposure to the herbicide, suggesting that the spatial learning process is impaired by glyphosate ingestion during feeding.

And that’s on top of all the other environmental and health impacts

Other environmental problems from exposure to glyphosate that have been documented include adverse effects on earthworms and other soil biota, as well as shape changes in amphibians.

The widespread use of the chemical on genetically engineered glyphosate-tolerant crops has led it to be implicated in the decline of monarch butterflies, whose sole site to lay their eggs, milkweed plants, is being destroyed by glyphosate applications.

Along with environmental effects, glyphosate exposure has also been linked to health problems in humans. A research study published in the journal Environmental Health links chronic, links ultra-low dose exposure to glyphosate through drinking water to adverse liver and kidney function.

The study, ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposure‘, is the latest in a string of data showing unacceptable risks resulting from the use of glyphosate and products formulated with the chemical, like Roundup.

Beyond direct impacts to the kidney and liver, glyphosate has recently been implicated as a having sufficient evidence of carcinogenicity based upon an analysis of laboratory animal studies conducted by the World Health Organization’s International Agency for Research on Cancer.

Recently, California Environmental Protection Agency’s Office of Environmental Health Hazard Assessment (OEHHA) announced that it intended to list glyphosate as a cancer-causing chemical under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65).

The #1 most widely used chemical in the US

Most commonly formulated as Monsanto’s Roundup herbicide, glyphosate end-use products account for approximately 180-185 million pounds applied per year, making it the number one commonly used chemical in the US. Glyphosate use is currently growing due in large part to the increased cultivation of GE crops that are tolerant to the herbicide.

Corn and soybeans were originally genetically engineered to tolerate glyphosate in the mid-1990s. Today, these crops account for 90% of corn and soybeans in the US, leading to a dramatic increase in herbicide use.

In fact, the researchers point out that glyphosate use has increased by a factor of more than 250 – from 0.4 million kg in 1974 to 113 million kg in 2014. This not surprisingly allows herbicide-resistant superweeds to emerge, which leads the industry to turn to other dangerous chemicals like 2,4-D and glufosinate.

In the face of these widespread health impacts, and in the absence of real action to restrict this chemical at the federal level, concerned citizens are increasingly advocating for changes in public land management practices within their community.

Although glyphosate is an important chemical to remove from use in your community, a range of chemicals are linked to public health impacts, and a comprehensive approach that encourages organic land management is the best long-term solution.

 


 

The paper: ‘Effects of sublethal doses of glyphosate on honeybee navigation’ is published in the Journal of Experimental Biology.

Campaign: Whether the pesticide use relates to a local government, homeowners’ association, or child’s playing field, concerned residents can effect positive change to get glyphosate and other unnecessary bee-toxic chemicals like neonicotinoids out of the community. Get your community campaign going with Beyond Pesticides’ Start Your Own Local Movement factsheet.

This article was originally published by Beyond Pesticides. All unattributed positions and opinions in this piece are those of Beyond Pesticides.

 

 

Glyphosate harms bees’ spatial learning

Glyphosate’s harmful effects continue to accumulate, this time with evidence pointing to toxic and sublethal effects on bees.

According to a new study conducted by German and Argentinian researchers, honey bees exposed to low levels of glyphosate have a hard time returning home.

Glyphosate, the controversial and toxic active ingredient in Monsanto’s Roundup, is an herbicide widely used on genetically-engineered (GE) crops as well as on parks and golf courses, for control of weeds and grasses.

Along with neonicotinoids, which have been linked to worldwide bee decline by a growing body of science, glyphosate is just another chemical in the toxic mixture that bees and other non-target organisms are constantly exposed to in the environment.

In the study, titled ‘Effects of sublethal doses of glyphosate on honeybee navigation’ and published in the Journal of Experimental Biology, researchers evaluate the effects of recommended concentrations of glyphosate used in agricultural settings on honey bee navigation and found that a single exposure to a concentration of glyphosate within this range delays the return of the foraging honey bee to the hive.

Flight trajectories were also affected after successive exposure to the herbicide, suggesting that the spatial learning process is impaired by glyphosate ingestion during feeding.

And that’s on top of all the other environmental and health impacts

Other environmental problems from exposure to glyphosate that have been documented include adverse effects on earthworms and other soil biota, as well as shape changes in amphibians.

The widespread use of the chemical on genetically engineered glyphosate-tolerant crops has led it to be implicated in the decline of monarch butterflies, whose sole site to lay their eggs, milkweed plants, is being destroyed by glyphosate applications.

Along with environmental effects, glyphosate exposure has also been linked to health problems in humans. A research study published in the journal Environmental Health links chronic, links ultra-low dose exposure to glyphosate through drinking water to adverse liver and kidney function.

The study, ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposure‘, is the latest in a string of data showing unacceptable risks resulting from the use of glyphosate and products formulated with the chemical, like Roundup.

Beyond direct impacts to the kidney and liver, glyphosate has recently been implicated as a having sufficient evidence of carcinogenicity based upon an analysis of laboratory animal studies conducted by the World Health Organization’s International Agency for Research on Cancer.

Recently, California Environmental Protection Agency’s Office of Environmental Health Hazard Assessment (OEHHA) announced that it intended to list glyphosate as a cancer-causing chemical under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65).

The #1 most widely used chemical in the US

Most commonly formulated as Monsanto’s Roundup herbicide, glyphosate end-use products account for approximately 180-185 million pounds applied per year, making it the number one commonly used chemical in the US. Glyphosate use is currently growing due in large part to the increased cultivation of GE crops that are tolerant to the herbicide.

Corn and soybeans were originally genetically engineered to tolerate glyphosate in the mid-1990s. Today, these crops account for 90% of corn and soybeans in the US, leading to a dramatic increase in herbicide use.

In fact, the researchers point out that glyphosate use has increased by a factor of more than 250 – from 0.4 million kg in 1974 to 113 million kg in 2014. This not surprisingly allows herbicide-resistant superweeds to emerge, which leads the industry to turn to other dangerous chemicals like 2,4-D and glufosinate.

In the face of these widespread health impacts, and in the absence of real action to restrict this chemical at the federal level, concerned citizens are increasingly advocating for changes in public land management practices within their community.

Although glyphosate is an important chemical to remove from use in your community, a range of chemicals are linked to public health impacts, and a comprehensive approach that encourages organic land management is the best long-term solution.

 


 

The paper: ‘Effects of sublethal doses of glyphosate on honeybee navigation’ is published in the Journal of Experimental Biology.

Campaign: Whether the pesticide use relates to a local government, homeowners’ association, or child’s playing field, concerned residents can effect positive change to get glyphosate and other unnecessary bee-toxic chemicals like neonicotinoids out of the community. Get your community campaign going with Beyond Pesticides’ Start Your Own Local Movement factsheet.

This article was originally published by Beyond Pesticides. All unattributed positions and opinions in this piece are those of Beyond Pesticides.

 

 

Glyphosate harms bees’ spatial learning

Glyphosate’s harmful effects continue to accumulate, this time with evidence pointing to toxic and sublethal effects on bees.

According to a new study conducted by German and Argentinian researchers, honey bees exposed to low levels of glyphosate have a hard time returning home.

Glyphosate, the controversial and toxic active ingredient in Monsanto’s Roundup, is an herbicide widely used on genetically-engineered (GE) crops as well as on parks and golf courses, for control of weeds and grasses.

Along with neonicotinoids, which have been linked to worldwide bee decline by a growing body of science, glyphosate is just another chemical in the toxic mixture that bees and other non-target organisms are constantly exposed to in the environment.

In the study, titled ‘Effects of sublethal doses of glyphosate on honeybee navigation’ and published in the Journal of Experimental Biology, researchers evaluate the effects of recommended concentrations of glyphosate used in agricultural settings on honey bee navigation and found that a single exposure to a concentration of glyphosate within this range delays the return of the foraging honey bee to the hive.

Flight trajectories were also affected after successive exposure to the herbicide, suggesting that the spatial learning process is impaired by glyphosate ingestion during feeding.

And that’s on top of all the other environmental and health impacts

Other environmental problems from exposure to glyphosate that have been documented include adverse effects on earthworms and other soil biota, as well as shape changes in amphibians.

The widespread use of the chemical on genetically engineered glyphosate-tolerant crops has led it to be implicated in the decline of monarch butterflies, whose sole site to lay their eggs, milkweed plants, is being destroyed by glyphosate applications.

Along with environmental effects, glyphosate exposure has also been linked to health problems in humans. A research study published in the journal Environmental Health links chronic, links ultra-low dose exposure to glyphosate through drinking water to adverse liver and kidney function.

The study, ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposure‘, is the latest in a string of data showing unacceptable risks resulting from the use of glyphosate and products formulated with the chemical, like Roundup.

Beyond direct impacts to the kidney and liver, glyphosate has recently been implicated as a having sufficient evidence of carcinogenicity based upon an analysis of laboratory animal studies conducted by the World Health Organization’s International Agency for Research on Cancer.

Recently, California Environmental Protection Agency’s Office of Environmental Health Hazard Assessment (OEHHA) announced that it intended to list glyphosate as a cancer-causing chemical under California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (Proposition 65).

The #1 most widely used chemical in the US

Most commonly formulated as Monsanto’s Roundup herbicide, glyphosate end-use products account for approximately 180-185 million pounds applied per year, making it the number one commonly used chemical in the US. Glyphosate use is currently growing due in large part to the increased cultivation of GE crops that are tolerant to the herbicide.

Corn and soybeans were originally genetically engineered to tolerate glyphosate in the mid-1990s. Today, these crops account for 90% of corn and soybeans in the US, leading to a dramatic increase in herbicide use.

In fact, the researchers point out that glyphosate use has increased by a factor of more than 250 – from 0.4 million kg in 1974 to 113 million kg in 2014. This not surprisingly allows herbicide-resistant superweeds to emerge, which leads the industry to turn to other dangerous chemicals like 2,4-D and glufosinate.

In the face of these widespread health impacts, and in the absence of real action to restrict this chemical at the federal level, concerned citizens are increasingly advocating for changes in public land management practices within their community.

Although glyphosate is an important chemical to remove from use in your community, a range of chemicals are linked to public health impacts, and a comprehensive approach that encourages organic land management is the best long-term solution.

 


 

The paper: ‘Effects of sublethal doses of glyphosate on honeybee navigation’ is published in the Journal of Experimental Biology.

Campaign: Whether the pesticide use relates to a local government, homeowners’ association, or child’s playing field, concerned residents can effect positive change to get glyphosate and other unnecessary bee-toxic chemicals like neonicotinoids out of the community. Get your community campaign going with Beyond Pesticides’ Start Your Own Local Movement factsheet.

This article was originally published by Beyond Pesticides. All unattributed positions and opinions in this piece are those of Beyond Pesticides.

 

 

Nuclear power kills! The real reason the NRC cancelled its nuclear site cancer study

After spending some $1.5 million and more than five years on developing strategies to answer the question of increases of cancer near nuclear facilities, the US Nuclear Regulatory Commission (NRC) last week reported that they would not continue with the process. They would knock it on the head [1].

This poisoned chalice has been passed between the US National Academy of Sciences (NAS) and the NRC since 2009 when public and political pressure was brought to bear on the USNRC to update a 1990 study of the issue, a study which was widely seen by the public to be a whitewash.

The NCR quickly passed the unwelcome task up to the NAS. It requested that the NAS provide an assessment of cancer risks in populations living ‘near’ the NRC-licenced nuclear facilities that utilize and process Uranium. This included 104 operating nuclear reactors in 31 States and 13 fuel cycle facilities in operation in 10 States.

The NRC request was to be carried out by NAS in two phases. Phase 1 was a scoping study to inform design of the study to be begun in Phase 2 and to recommend the best organisation to carry out the work.

The Phase 1 report was finished in May 2012. The best ‘state of the art’ methods were listed and the job of carrying out the actual study, a pilot study, was sent to: Guess who? The NRC. The poisoned chalice was back home. The NRC was now in a corner: what could they do?

If you don’t like the truth … suppress it

The committee sat for three years thinking about this during which time more and more evidence emerged that if it actually carried out the pilot study, it would find something bad. It had to escape. It did. It cancelled it. The reason given was that it would cost $8 million just to do the pilot study of cancer near the seven sites NAS had selected in its 600 page Phase 1 report. [2]

So despite the truly enormous amount of information that has emerged about the adverse health effects of releases of radioactivity since 1990, no official investigation will be carried out. The nuclear industry is now in a corner.

Its only way forward is to continue with what is now clearly definable as a psychosis: a failure to compare belief with reality. It has to stick its fingers in its ears put on the blindfold and soldier on.

But this recent move of the NRC was unexpected. The closure of the study is hard for it to explain to Congress, the Senate and the public. Because even if it does cost $8 million, what is that compared with saving the lives of the thousands – or millions, if we take the whole radiation risk model?

On the European Child Health Committee PINCHE [3] there was a French statistician who told me that the sum they put on a single child leukemia was $1.7M. I bet you didn’t know they have costed it. NRCs best option (and I suspect their original plan) would have been to carry out some more dodgy epidemiology, like the 1990 study.

There are many ways to lose your statistical significance

It is not difficult to carry out an epidemiological study of cancer near any point source of radioactive contamination. But it is fairly easy to design the study in such a way that you find no effect.

They could have asked the UK’s COMARE [4] and their friends the leukemia cluster busters SAHSU [5] at Imperial College London, or better the Wales Cancer Intelligence Unit [6] in Cardiff.

When the NAS began their Phase 1 discussion on best methodology, what they called ‘State of the Art’, we followed developments with some interest. Indeed, in a bogus request for inputs NAS invited comments and suggestions. This is the modern democratic fig-leaf for all these decision-making processes where the outcome has already been decided.

We sent in our suggestions (which have been published recently [7]) and others did also, for example Ernest Sternglass’s outfit, the Radiation and Public Health Project RPH in New York, which had published several studies of cancer near US nuclear sites [8] and a book by Dr Jay Gould, The Enemy Within. None of the suggestions were acknowledged by the NAS or incorporated in any way.

What you need is the sex and age breakdown of the populations living close to the site (less than 10km) or near where the releases from the site end up (e.g. downwinders as in Trawsfynydd, or those near contaminated coasts as in Hinkley Point and Bradwell).

What NAS proposed you needed (like COMARE) was population data of those living inside 50 km from the nuclear source. 50 kilometres? How much radioactivity is going to travel 50 kilometres? The German KiKK study of child leukemia [9] found the effects inside 5km (about 3 miles). We found our breast cancer effects within 5 miles of the contamination. A 50km study would dilute any effect out of existence.

Of course also it is good to have some data about where the contamination goes. So you would look at downwind populations or those near where the liquid releases end up. But ‘State of the Art’ for the NAS was the usual absurdity of drawing circles around the point source.

This also dilutes any contaminated sector with those unexposed living in the (larger) uncontaminated sector. What NAS majored on was the need to quantify releases and calculate the doses from that data. The reason was obvious. They wanted to say that the doses were so small (below background) that they would not find anything.

All proceeding to plan, but then a nasty snag

Indeed, in the final 2012 Phase 1 report, the NAS committee stated exactly that. One of their main findings was low expected statistical power:

Doses resulting from monitored and reported radioactive effluent releases from nuclear facilities are expected to be low. As a consequence, epidemiologic studies of cancer risk in populations near nuclear facilities may not have adequate statistical power to detect the presumed small increases in cancer risks arising from these monitored and reported releases.”

    That is: we won’t be able to find anything because we already know that we can’t find anything. They include their expected result in the initial protocols.

    And just to underline this, they present the first of their three preferred study designs. Risk-projection models, they write,

    estimate cancer risks by combining population radiation dose and/or dose surrogate (e.g., distance and direction from a nuclear facility) estimates with risk coefficients derived from epidemiologic studies of other exposed populations, for example, Japanese atomic bombing survivors. Risk-projection models can be used to estimate population-based cancer risks for any facility type, population size, and time period.

    But since the doses from the Japanese study necessary to give a 50% increase in cancer risk are more than 1000mSv, and the doses calculated by the current risk model for releases from nuclear sites are less than 0.1mSv, the increase in cancer expected from the Japanese based ICRP model would not be measurable.

    The NAS could not reasonably exclude the one epidemiological method which would have turned up a result. Thus ecologic studies

    “estimate cancer risks by comparing observed cancer incidence and/or mortality rates in populations, considered as a group rather than as individuals, as a function of average radiation doses and/or dose surrogates for those populations.

    That is the obvious one, the one we use. It is to choose a group close to the plant and see if the cancer rates are high. Rather than predicting that they cannot be detected. And this is the reason they could not continue: because they would have found significant effect.

    How much should it cost?

    The NRC state it will cost $8 million to study the seven NAS proposed pilot sites. These are the six nuclear power stations at Dresden, Millstone, Oyster Creek, Haddam Neck, Big Rock Point, San Onofre and the nuclear fuel site at Erwin Tennessee.

    This is a pilot study: that means it is looking to see if there is a problem, if there is a high rate of cancer near the plants, and that reliance upon the Japanese A-Bomb comparison is unsafe.

    So all they really need is the predicted or measured places where the accumulated radioactive contamination has ended up (e.g. downwind and close to the site or the local coast) and cancer and demographic data for the people who live there; then either a nearby control group or a State average rate for comparison, perhaps both.

    We carried out the Bradwell study for £600 [10]. Essex Health authority commissioned the Small Area Health Statistics Unit SAHSU (the government’s leukemia cluster busters) and paid for £35,000 to check our results. Take the Millstone site in Connecticut, a power station I am familiar with and have visited in connection with a court case [11].

    Millstone is a dirty power station: its radioactive discharges end up in tidal Long Island Sound and the estuary of the Thames River. The tidal range in this area is 1.5m so there is plenty of mud uncovered at low water, like Bradwell and Hinkley Point.

    I looked at breast cancer in Connecticut. Guess what? The coastal Long Island Sound Counties have the high rates of breast cancer [12]. This is at county level its true but it is a pointer to what they would find. And probably they have already checked this out. They know what they will find.

    But who are these people? The usual suspects

    When the NRC were selecting the committees, I suggested myself. I had a track record of examining cancer rates near nuclear sites in the UK (I wrote).

    Surprisingly, they didn’t take up my offer, but peopled the committee with mathematical physicists and individuals with no knowledge of epidemiology and no history of studying those exposed to radioactive contamination.

    Many of the people on the committee were connected with the nuclear industry, or depended on the nuclear industry for their funding. Of course, 90% of the funding of the NRC itself is from the nuclear industry and its allies but surely we expect better from the National Academy?

    On the NAS website the members of the Nuclear and Radiation Studies Board NRSB are listed. Normally there is linked a biography page. When you look for the NRSB biography page you get Missing Content: bios page is not available for board: nrsb [13]

    Here is why. There is one epidemiologist Martha Linet, but she is a member of the International Commission on Radiological Protection (ICRP) Epidemiology committee and also the NCRP full committee. Seven board members are mathematical statisticians and physicists, two are waste management engineers, there is a woman professor of cancer care, and two mineralogists.

    Four work directly for the nuclear industry. One of the mathematical physicists is Fred Mettler Jr, also on the ICRP and the International Atomic Energy Agency IAEA. He also makes a living as an expert witness in radiation cases as I know having been up against him in New Orleans. No conflict of interest there then.

    The only good guy on this committee is David Brenner of Columbia, an Englishman from Liverpool, but again a physicist and radiobiologist.

    The plain fact is that this is an issue in epidemiology. The committee should have comprised medical and environmental epidemiologists. What possible need is there for mathematical physicists and engineers?

    The UK’s Hinkley Point nuclear complex kills babies

    Let’s bring this back home to get some perspective. Let’s be clear about what is going on.

    This NRC decision is a continuation of the cover up of the effects of low dose internal radiation exposure, the biggest public health scandal in human history where millions have been sacrificed on the altar of the Uranium economy and nuclear weapons.

    In the last few months I have started to put all my 20 years of research into the peer-review literature. I have reported the increased levels of breast cancer deaths near Bradwell and Trawsfynydd.

    Last week we published the Hinkley Point study [14] where we shifted our focus from cancer to infant deaths and stillbirths, also indicators of genetic damage, and showed that the nuclear plant releases kill children as well as adults. Naturally we also found excess adult cancer there, and Bowie and Ewings previously (1988) reported the usual local excess childhood leukemia.

    Our Hinkley Point study was a forensic investigation of causation. We began by looking at a large area of Somerset, some 115 wards between 1993 and 2005 and compared those near the sea or the muddy estuary of the tidal River Parratt (cf. Bradwell) with inland wards.

    We carried out some fancy statistical regressions of distance from the contaminated Steart Flats (the historic repository of the releases from Hinkley Point) and infant and perinatal mortality over the period. It is well accepted that infant mortality is caused by deprivation so we included the ward index of deprivation in the regression.

    Astonishingly the results showed that it was not deprivation that killed infants in Somerset. It was Hinkley Point. Deprivation was not statistically significant, not in Somerset. When we slowly statistically crept up on the cause of the infant deaths it turned out to partly relate to an accidental release of radioactivity in 1996 for which the plant was fined £20,000 by the regulators.

    The downwind town of Burnham-on-Sea, located adjacent to the contaminated mud flats, and which had the breast cancer cluster also naturally had the highest levels of infant mortality.

    In Burnham North there was a significant 70% excess mortality risk for breast cancer between 1997-2005 RR = 1.7 p = 0.001 (41 deaths observed and 24 expected). Between 1993 and 1998 excess risk for infant mortality in the town was 330% (RR = 4.3; p = 0.01) and for neonatal mortality RR = 6.7; p = 0.003 based on 4 deaths.

    Sex-ratio at birth (an indicator of genetic damage) was anomalous in Burnham-on-Sea over the whole study period with 1175 (boys to 1000 girls) expected rate 1055.

    The same cover up in the UK

    I like to think that I had something to do with the NRC cancellation, which has come just after this, our third nuclear site cancer paper, hit the streets. The NRC and the NAS have their equivalent cover-up artists in the UK.

    The Committee Examining Radiation Risks from Internal Emitters COMARE, the National Radiological Protection Board NRPB, SAHSU, the Royal Society. Much the same thing happened to the original version of the Bradwell breast cancer study, part of the Committee Examining Radiation Risks from Internal Emitters CERRIE in 2001-2004.

    There was a joint epidemiological study. Three groups looked at the wards near Bradwell to see who was correct about the breast cancers. Busby, Wakeford (for the nuclear industry) and Muirhead of NRPB (also for the nuclear industry). But in the several meetings of the ‘CERRIE Epidemiological Sub Committee’ it emerged that there was indeed a statistically significant effect.

    At this point the Minister Michael Meacher was sacked and replaced by Tony Blair (war criminal) [15] with Elliot Morley MP (later an actual jailed criminal [16] and like the NRC/ NAS circus, the Bradwell / CERRIE study was shut down.

    For me, dishonest scientists in this area, responsible for supporting an industry which they know is killing people – like some of those on the NAS and NRC boards – should also be prosecuted in a court of scientific fraud [17].

    I have a little list.

     


     

    Chris Busby is an expert on the health effects of ionizing radiation. He qualified in Chemical Physics at the Universities of London and Kent, and worked on the molecular physical chemistry of living cells for the Wellcome Foundation. Professor Busby is the Scientific Secretary of the European Committee on Radiation Risk based in Brussels and has edited many of its publications since its founding in 1998. He has held a number of honorary University positions, including Visiting Professor in the Faculty of Health of the University of Ulster. Busby currently lives in Riga, Latvia. See also: chrisbusbyexposed.org, greenaudit.org and llrc.org.

    Refernces

    1. http://safeenergy.org/2015/09/14/nrc-drops-cancer-study/

    2. http://dels.nas.edu/global/nrsb/CancerRisk

    3. http://onlinelibrary.wiley.com/doi/10.1080/08035320600886653/abstract

    4. https://www.gov.uk/government/groups/committee-on-medical-aspects-of-radiation-in-the-environment-comare

    5. http://www.sahsu.org/

    6. http://www.wcisu.wales.nhs.uk/home

    7. http://jacobspublishers.com/index.php/journal-of-epidemiology-current-edition

    8. http://radiation.org/about/index.html

    9. http://www.theecologist.org/News/news_analysis/2525488/nuclear_power_stations_cause_childhood_leukemia_and_heres_the_proof.html

    10. http://www.dailymail.co.uk/health/article-3116620/Nuclear-power-station-cancer-warning-Breast-cancer-rates-FIVE-TIMES-higher-Welsh-plant-twice-high-Essex-Somerset-sites-experts-reveal.html

    11. http://www.nirs.org/reactorwatch/routinereleases/busbyonmillstone32001.htm

    12. http://www.cancer-rates.info/ct/index.php

    13. http://dels.nas.edu/global/nrsb/BoardBios

    14. http://epidemiology.jacobspublishers.com/index.php/articles-epidemology/article-in-press-epidemology

    15. http://www.brusselstribunal.org/KLWarCrimes2011.htm

    16. https://en.wikipedia.org/wiki/Elliot_Morley

    17. https://www.youtube.com/watch?v=dOI-wpMlq28

    18. http://dels.nas.edu/global/nrsb/CancerRisk

     

     

Hinkley Point must be stopped – even if you believe in nuclear

The revival of the nuclear industry in Europe started in the frozen winter months of 2005 on an island off the Finnish coast.

Alongside two existing nuclear plants, the ground was prepared for a new power station to be built to the latest design. Completion was scheduled for about four years later in the first half of 2009,

Construction went wrong from the start. The numbers of workers on the site ballooned, peaking at almost 5,000 people from all around northern Europe.

As time passed, the completion date was pushed back. In early 2009, the plant was supposed to start in 2012. By 2010, the date was late 2013. The press releases carrying details of delays came out with predictable regularity. A second planned EPR reactor, Olkiluoto 4, was cancelled.

Today, the latest estimate is that the power station will begin generating electricity at the end of 2018, almost 14 years from the first shovels in the ground. Ten years after the start, a project that was meant to take about 50 months is still 40 months away from completion.

The owner is suing the contractor for nearly €3bn and the contractor counter-claims for even more. Costs are probably quadruple what was expected when construction started. This new nuclear power station has nearly bankrupted Areva, the French nuclear construction company running the site.

EdF’s disastrous nuclear gamble

There’s one other nuclear construction project going on in Europe and it uses exactly the same design as in Finland. This time it’s on the Normandy coast and is under the direct control of EdF, the French company behind the proposed nuclear plant at Hinkley Point in Somerset.

Work was begun at the Normandy power station in late 2007 with completion promised at the start of 2012. Press releases with wording eerily similar to the Finnish texts come out almost as frequently. Each time EdF claims rapid progress on the site while pushing back the finish date a few more months.

Full power from the plant is now expected in 2019, twelve years after the start of the project. Costs are over three times what was predicted in 2007.

EdF is the only company in Europe that still believes that the design it is using in Normandy –  and prospectively at Hinkley Point – can provide electricity at a reasonable price. Other major international businesses have quietly slunk away from nuclear.

Siemens withdrew from the Finnish project as soon as it could, the huge Italian utility ENEL withdrew from the Normandy plant in 2012 (as well as from a commitment to the other five reactors it had intended to build in partnership with EdF) and British Gas owner Centrica wisely withdrew from the Hinkley Point consortium in early 2013.

EdF soldiers on. It now says that Hinkley will start sometime “after 2023”. Given that the Finnish and Normandy plants will take at least 12 and 14 years respectively the lack of specificity is understandable.

What exactly is the problem with these reactors?

Why has this new design of nuclear power station proved so difficult to build? Tony Roulstone, who runs the Master’s programme in Nuclear Engineering at Cambridge University, gave his view in a public lecture late last year.

This type of new power station was “unconstructable”, he said, adding a comment that the Hinkley Point design was like “building a cathedral within a cathedral”. Huge numbers of inexperienced workers were crowded into a limited area, each unsure of exactly what they were doing or how it fitted into the master plan. The power station is over-complex and construction is unmanageable, he concluded.

Just for interest, we looked at exactly how long a cathedral might take to construct. Salisbury Cathedral, one of the biggest (see photo), took 46 years to complete in the 13th century. Hinkley Point probably isn’t going to take as long as this, but the difference is less than you might imagine.

Despite the evidence from other countries and the views of an increasing number of experts like Tony Roulstone, the government ploughs on with its unquestioning support for the EdF plan.

And unfortunately, the main competing design also vying for permission to construct nuclear plants in the UK, Toshiba’s AP1000, is also experiencing huge construction problems in China and the US. Electricity consumers in the state of Georgia have just had another 6% added to their bills to pay for the delays in the completion of the power station at Vogtle.

As in Finland, the contractors and the owner are scrapping over who is to blame for the overruns.

£1 billion a year subsidy for 35 years – is this wise?

All this might be acceptable if this generation of new nuclear plants was eventually going to reduce the costs of the transition to a fossil-free future. The chances of this look remote in the extreme. Hinkley will be paid at least double the current wholesale price of electricity if it is ever completed.

This means it will receive a subsidy from UK electricity bill payers of about £1.1bn a year, more than the total cost of the Feed-In Tariffs for solar PV and wind that the government recently curtailed because of a shortage of money. This subsidy will continue for 35 years, far longer than the support for any other technology.

The UK is saddling itself with a billion pound burden each year for more than a generation. If the project takes until 2025 to finish, a baby born today will be 45 years old when the subsidy ceases.

Against our pessimism the government argues that Hinkley Point is needed because of its ability to deliver large amounts of power reliably every hour of the day. Other technologies such as PV and wind cannot offer this security. Today, that conclusion is correct. But with sufficient R&D and government encouragement, by the time Hinkley is ready the problems of storage of energy will be solved.

Time to pull out of nuclear power for a generation

Other countries – less bewitched by the allure of nuclear – are making fast progress on the road to energy systems that can cope well with daily, and seasonal, swings in power production from renewables. And in many parts of the world, solar and wind are now costing little more than half what the UK government is promising EdF for its risky Somerset plan.

Solar, in particular, is now priced at less than a quarter of five years ago and the cost reductions are continuing. Construction is 50 times faster; a large solar farm takes 12 weeks to build compared to the 12 years for the Normandy reactor.

UK Government R&D support for all alternative energy technologies is probably running at about £250m a year, a quarter of what will be spent on eventually subsidising Hinkley Point.

The rational choice today is for the UK to back away from this generation of nuclear power and invest properly both in next generation of atomic energy and in renewable energy technologies that can shift the UK rapidly to a green future.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

This article was a research note prepared as part of the preparation for an article written by George Monbiot, Mark Lynas and Chris Goodall, published on the Guardian web site. It was originally published on Carbon Commentary.

 

Let fossil fuels rip for an ice-free Antarctica

German and US scientists have worked out how to melt almost all the ice in Antarctica, raise sea levels by 58 metres (disregarding other ice sheets , and flood cities that are now home to more than a billion people.

The answer is simple: just burn all the planet’s remaining fossil fuel resources, which would pump another 10,000 Gt (billion tonnes) of carbon into the atmosphere in the form of the greenhouse gas, carbon dioxide.

The West Antarctic ice sheet would become unstable by the end of the century, although it might take another 10,000 years to melt the much larger East Antarctic sheet.

But the release of carbon on such a scale would mean that sea levels could rise by three metres a century – and once the planet’s average temperatures had risen beyond 2C, the process might be impossible to stop, according to a study published in the journal Science Advances.

It concludes: “Our results show that the currently attainable carbon fuel resources are sufficient to eliminate the Antarctic Ice Sheet and that large parts of the ice sheet are threatened at much lower amounts of cumulative emission.

“The successive sea-level rise far exceeds all other possible contributions from thermal expansion or ice loss from mountain glaciers or the Greenland Ice Sheet. Thus, if emissions of fossil-fuel carbon result in warming substantially beyond the 2°C target, millennial-scale rates of sea-level rise are likely to be dominated by ice loss from Antarctica.

“With unrestrained future CO2 emissions, the amount of sea-level rise from Antarctica could exceed tens of meters over the next 1000 years and could ultimately lead to the loss of the entire ice sheet.”

Much larger loss

“Our findings show that if we do not want to melt Antarctica, we can’t keep taking fossil fuel carbon out of the ground and just dumping it into the atmosphere as CO2, like we’ve been doing”, says one of the report’s authors, Ken Caldeira, an atmospheric scientist at Stanford University’s Carnegie Institution for Science, California .

“Most previous studies have focused on the loss of the West Antarctic ice sheet. Our study demonstrates that burning coal, oil and gas also risks loss of the much larger East Antarctic ice sheet.”

The report’s lead author, Ricarda Winkelmann, climate system analyst at the Potsdam Institute for Climate Impact Research, says such action would cause global sea level rise on a scale unprecedented in human history.

“This would not happen overnight”, she says, “but the mind-boggling point is that our actions today are changing the face of planet Earth as we know it, and will continue to do so for tens of thousands of years to come.”

The study, although led by German scientists, started in Professor Caldeira’s global ecology lab in the US, and in every sense bears his signature. It takes a big, simple idea, strips away all the difficult short-term questions, and follows it to a logical conclusion.

People working with Caldeira in the last two years have settled a number of such big and ‘never before asked’ questions – for instance, whether geo-engineering could save the Arctic ice cap (it would not).

Another such question is whether treating the ocean as a renewable energy source by exploiting the difference in temperature between warmers surface waters and colder deep waters – a technology known as ocean thermal energy conversion (OTEC) – would actually accelerate global warming (it would).

The same style of thinking has established that it could take just 45 days for the heat from released carbon dioxide to outpace the initial combustion that released it, and that at current fossil fuel emission rates, all the ocean’s coral reefs would be at risk within this century.

Complex calculation

The timing is no great surprise: the world’s political leaders will gather at the UN climate change conference in Paris in December to decide on an international programme to limit global warming.

But though the question the scientists asked themselves is a simple one, it still involved some complex calculation.

“It is much easier to predict that an ice cube in a warming room is going to melt eventually than it is to say precisely how quickly it will vanish”, Dr Winkelmann says.

“Our results show that the currently attainable carbon resources are sufficient to eliminate the Antarctic ice sheet, and that major coastal cities are threatened at much lower amounts of cumulative emissions.

“In a world beyond two degrees, long-term sea level rise would likely be dominated by ice loss from Antarctica.”

And the bottom line of the latest research is really quite simple: unrestrained fossil fuel burning could cause extreme sea level rise over the next thousand years – and put crowded mega-cities such as New York, Tokyo, London, Shanghai and Calcutta at serious risk considerably sooner than that.

 


 

The paper:Combustion of available fossil fuel resources sufficient to eliminate the Antarctic Ice Sheet‘ is by Ricarda Winkelmann, Anders Levermann, Andy Ridgwell & Ken Caldeira’ and is published in Science Advances.

Tim Radford writes for Climate News Network. Additional reporting by The Ecologist.

 

Monsanto knew all along! Secret studies reveal the truth of Roundup toxicity

The year 2015 hasn’t been kind to Monsanto. In March, the World Health Organization declared that the company’s flagship product, its herbicide glyphosate or Roundup, is a probable human carcinogen.

Increasingly, national health ministries are taking a hard second look at glyphosate’s health and environmental dangers and efforts are underway to ban the herbicide. [1]

To protect its citizens, last year the Netherlands, Bermuda and Sri Lanka have either banned or imposed strict limits on Roundup. Last June, France banned its use in gardens. Brazil, Germany and Argentina are considering legislative bans.

And this month, California’s environmental protection agency launched plans to label Roundup as a carcinogen. [2]

Glyphosate is the most widely used herbicide in the world today. Over 130 countries currently permit extensive use of the chemical. The US is the largest consumer, using approximately 20% of the world’s Roundup. [3] The latest reliable figures from the US Geological Survey record 280 million pounds of Roundup were used in 2012, nearly a pound for every American. [4]

In 2013, gross profit of $371 million on crop chemicals including Roundup climbed 73% due to a 37% increase in sales. That same year Monsanto’s net income rose 22% to $1.48 billion. [5]

Numerous studies show that glyphosate is a serious health hazard

Over the years a large body of independent research has accumulated and now collectively provides a sound scientific rationale to confirm that glyphosate is far more toxic and poses more serious health risks to animals and humans than Monsanto and the US government admit.

Among the many diseases and health conditions non-industry studies identified Alzheimer’s, Parkinson’s and autism since Roundup has been shown to instigate aluminum accumulation in the brain.

The herbicide has been responsible for reproductive problems such as infertility, miscarriages, and neural tube and birth defects. It is a causal agent for a variety of cancers: brain, breast, prostate, lung and non-Hodgkin lymphoma.

Other disorders include chronic kidney and liver diseases, diabetes, heart disease, hypothyroidism, and leaky gut syndrome. In addition to lung cancer, glyphosate may be responsible for today’s growing epidemics of chronic respiratory illnesses among farm workers and their families. [6]

However, these findings derive from outside the Big Agriculture industry. Private industries routinely defend themselves by positing their own research to refute independent reports. Consequently, for several decades it has been a ‘he said she said’ stalemate.

But health regulators look the other way

Monsanto is content with this. It can conduct business as usual, Roundup sales increase, and the debates and media wars continue without government interference. Then who is protecting the public?

Government officials and health regulators more often than not simply ignore these studies even if published in peer-reviewed journals. The bulk are independently funded. Most have been performed in foreign nations and therefore American bias dismisses them outright.

Furthermore, Monsanto and other large chemical agricultural companies are quick to counter and discredit adverse scientific findings. The company has the financial means to retain large international PR firms, such as Burson-Marsteller and Fleishman Hillard, consultation firms and think tanks, as well as large armies of hired trolls and academic spokepersons to mobilize damage control upon notice and protect the integrity of Monsanto’s products and public image.

It funds and orchestrates self-serving research at universities and research laboratories to increase an arsenal of junk science. And of course it has Hillary Clinton and Bill Gates as its celebrity cheerleaders.

The EPA continues to align itself with Monsanto’s safety claims and limits glyphosate’s risks to kidney, reproductive and carcinogenic damage; and the warning only applies for very long-term exposure to high levels of the toxin. Anything under that is considered harmless.

The EPA continues to approve small amounts of glyphosate as safe in drinking water to children. Its safety level is 0.7 ug/L. This was determined back in 1994, and after 20 years of further research into glyphosate’s biomolecular activities and health risks, the level has remained the same. [7,8]

A review of existing data sponsored by Moms Across America found that out of 21 drinking water samples analyzed, 13 had glyphosate levels between 0.08 and 0.3 ug/L, well below the EPA’s limit, but significantly above the European Union’s limit of 0.1 ug/L. [9]

What if it can be shown that Monsanto knowingly lied and misled? Like Big Tobacco did?

While the company manages to successfully dodge scientific research outside its purview, the tables would certainly turn if it could be proven in a court of law that Monsanto has known for decades that glyphosate is one of the most toxic substances ever launched on the public, which adversely affects almost every tissue and cell in a mammal’s body.

Imagine for a minute that evidence emerged to implicate Monsanto on a massive cover-up and manipulation of scientific data from hundreds of research trials. If it were Monsanto’s data indicting itself about glyphosate’s toxicity, and if it can be shown the company falsified, masked or fudged its data to win regulatory approval, it may likely be the largest corporate scandal in history.

The question: could Monsanto be charged with crimes of omission and more deservingly crimes against humanity? This scenario may not be fantasy or the wishful thinking of GMO’s opponents. The case has a precedent and has been played out in the courts before.

In November 1998, the US government won a judgment against the four largest US tobacco companies: Philip Morris, RJ Reynolds, Brown & Williamson, and Lorillard.

The case came to trial after a former vice president of research and development at Brown & Williamson, Jeffrey Wigand, turned whistleblower and revealed that his company concealed the tobacco’s health risks and was making concerted efforts to addict people to smoking.

High ranking executives were found to have approved the inclusion of known addictive and carcinogenic chemicals, such as coumarin, in its cigarettes to increase smoking, sales and profits.

Before the trial there had never been a lawsuit lost by a tobacco company because no one could prove with absolute medical certainty that smoking had ever caused lung cancer or emphysema.

During Congressional hearings, all seven CEOs representing the four tobacco giants lied under oath stating they had no knowledge about an association between nicotine and brain addiction. Their rationale was that they believed their research data and marketing strategies were protected under propriety secrecy claims and therefore they could avoid conviction.

Although FDA scientists possessed all the necessary information that could condemn Big Tobacco’s false claims, the industry relied upon proprietary rules in order to hide behind legal protection. The FDA was silenced and powerless to make the industry’s information public.

Consequently it is estimated that millions of people died from a risk that could have been prevented or at least reduced substantially. Instead, the FDA honored the tobacco industry above all human life.

The guilty verdict, which resulted in the Tobacco Master Settlement Agreement against the tobacco companies, enforced a minimum $206 billion settlement over a 25 year period. While the majority of payments were to settle 46 states’ Medicaid lawsuits to recover smoking related health costs, the settlement unfortunately exempted the industry from private tort claims.

Many critics of the Agreement state that the settlement was too merciful. No tobacco executive went to prison and evidence indicates the industry emerged stronger and consolidated the companies into an ever more powerful cartel. [10]

What busted the tobacco companies was not the scientific evidence piling up outside the industry. Rather it was its crimes of omission about cigarettes’ health risks within the industry. The industry’s own research prosecuted itself. And this is demanded today in order to bring down Monsanto’s chemical regime and to protect populations and children throughout the world.

Perhaps we might want to consider the atmosphere Monsanto faced after it first developed glyphosate in 1973 and prepare for EPA approval for the remainder of the decade.

Monsanto’s toxic history

During the latter half of the 1970s, Monsanto’s leading products were under federal inquiry and public assault regarding safety. Dioxin had been banned. Safety concerns arose over its sweetener saccharin, and cyclamate was removed from the market.

The company’s attempts to get it’s new artificial sweetener aspartame confronted obstacles during FDA scientific review. Independent research had shown that aspartame caused brain tumors in mammals. And its best selling herbicide at the time, Lasso, was showing signs of carcinogenicity.

Today Lasso is a restricted-use pesticide due to its oncogenicity. With sales falling and future growth under threat, Monsanto faced a desperate need to launch a new and novel flagship product. Monsanto found itself banking its future on its new herbicide glyphosate.

As we recently discovered, enormous amounts of research, analysis and hundreds of trials were conducted to learn as much as possible about the compound’s bioactivity in mammals and its potential health risks. All of this research data, studies and reports were subsequently sealed as trade secrets upon submission to the EPA. For over thirty years it has sat in the EPA vaults.

Monsanto has yet to be caught and charged for falsifying scientific data on glyphosate. However on earlier occasions two laboratories Monsanto outsourced research to were caught and indicted.

In 1978, the EPA busted Industrial Biotest Laboratories for rigging laboratory results; the company’s executives were found guilty for submitting fabricated data supporting glyphosate positively to the government. In 1991, another firm, Craven Labs, was found guilty on similar charges with 20 felony counts. [11]

To this day, Monsanto continues to assert that Roundup is environmentally friendly. We are told it biodegrades rapidly and therefore poses no long-term risks after repeated usage. We are told that the herbicide is ideal for weed control. Throughout the US, it is liberally sprayed on our public parks, school playgrounds, sporting fields, and throughout our lawns and gardens.

We are told it doesn’t bio-accumulate in the body’s cells and tissues and is excreted rapidly. We are also told that glyphosate toxicity is dose specific. Only exceedingly high levels of the pesticide pose any serious health risks. [12]

Science – or propaganda? We have the documents …

How factual are these claims or are they mere propaganda to obscure scientific truths far more deceptive and sinister? To answer that we would have to know for certain whether or not Monsanto conducted long-term studies on glyphosate that revealed devastating toxic effects on mammal health.

We would need evidence that their own data clearly negates their scientific declarations, and that the company intentionally, and with forethought, either distorted or concealed data from federal regulatory officials and the public.

There is now an enormous cache of evidence on both scientific and legal grounds that Monsanto in fact conducted numerous studies in the 1970s and 1980s on glyphosate’s toxicity and health risks and intentionally sealed this research from independent and public review and scrutiny.

As with Big Tobacco’s proprietary claims that prevented the FDA from publicly warning Americans about the dangers of smoking, the EPA has sat on Monsanto’s own deleterious data for decades.

Anthony Samsel is an independent research scientist working internationally in the interest of public health and the environment. He is a member of the Union of Concerned Scientists, and a former scientist and consultant at Arthur D. Little, one of the world’s leading management consulting firms.

Now retired, Samsel has devoted much of his independent research on Roundup’s toxicological characteristics and bioactivity. Unable to gain access to research reports and data Monsanto submitted to the EPA through FOIAs, he turned to his senator’s office, who assisted in the procurement of studies and reports he sought.

Months later he received a hoard of scientific documents, over 15,000 pages worth, covering Monsanto’s complete glyphosate research.

The conclusion is clear: they knew

With his co-investigator Dr. Stephanie Seneff at MIT the two have been reviewing Monsanto’s data. Their conclusion is Monsanto’s claims about glyphosate’s safety are patently false. The company has known for almost four decades that glyphosate is responsible for a large variety of cancers and organ failures.

Clearly it was for this reason that Monsanto demanded the data and reports to be sealed and hidden from public scrutiny as proprietary trade secrets.

During an exclusive interview on the Progressive Radio Network on September 4, Samsel stated that Monsanto used an industry trick to dismiss evidence about glyphosate’s risks in its own research. “Monsanto misrepresented the data”, says Samsel, “and deliberately covered up data to bring the product [glyphosate] to market.” [13]

In order to minimize and cancel out its adverse findings, Samsel explained that Monsanto had relied upon earlier historical animal control data, toxicological research with lab animals afflicted with cancer and organ failures, and completely unrelated to glyphosate.

In some cases the control animals displayed kidney, liver and pancreatic diseases. Many of Monsanto’s own studies required the inclusion of extraneous studies in order to cancel out damaging results.

This is not an uncommon industry habit, particularly in toxicological science. It enables corporations to mask undesirable outcomes and make claims that observable illnesses and disease are spontaneous occurrences without known causal factors.

Frequently, Monsanto would have to rely on three external control studies to negate the adverse effects of a single one of its own. Samsel found other incidences in Monsanto’s data where five, seven and in one case eleven unrelated studies were necessary to diminish the severity of its own findings.

In effect, glyphosate received licensure based upon a platform of junk tobacco science. By ignoring cause and effect relationships behind the onset of multiple cancers and other life-threatening diseases throughout many of its research trials, Monsanto engaged in a radical scientific denialism that has since raked in tens of billions of dollars.

Low dose trials swiftly discontinued. Guess why …

But the cache of Monsanto documents, after Samsel’s and Seneff’s review, reveals much more that we should be worried about.

In addition, Monsanto’s studies included doses from low to high range. Samsel observed that low glyphosate doses were equally if not more toxic than higher doses. The company later discontinued low dose trials, relying only on higher levels because it is customarily assumed to have greater toxicological risks.

Samsel’s observation has recently been confirmed by a study published in the August issue of the Environmental Health Journal by scientists at Kings College London and the University of Caen in France. The two year study found that glyphosate administered at an ultra low dose of 0.1 ppb (the EU’s safety limit) in drinking water altered over 4000 gene clusters in the livers and kidneys of rats.

These alterations, the study reports, “were consistent with fibrosis, necrosis, phospholipidosis, mitochondria membrane dysfunction and ischemia.” [14] Consequently low doses of Roundup are far more toxic than US EPA limits.

During its years investigating glyphosate’s bioactivity, Monsanto conducted hundreds of trials on mice, rats, beagle dogs, rabbits and other life. Among the many cancers and diseases Monsanto’s own research found associated with glyphosate are:

  • Adenoma cancer in the pituitary gland
  • Glioma tumors in the brain
  • Reticular cell sarcomas in the heart
  • Malignant tumors in the lungs
  • Salivary mandibular reticular cell carcinoma
  • Metastatic sarcomas of the lymph gland
  • Prostate carcinoma
  • Cancer of the bladder
  • Thyroid carcinoma
  • Adrenal reticulum cell sarcomas
  • Cortical adenomas
  • Basal cell squamous skin tumors

In female mammals there were cancers of the lung, liver, thymus, stomach, bladder adrenal glands, ovaries, colon, uterus, parathyroid and mammary glands.

Long term studies on bioaccumulation that never saw the light of day. Until now

Samsel and Seneff also noticed that Monsanto had conducted many long-term studies, as much as two years, on mice and rats.

When Gilles-Eric Seralini and his French team reproduced and extended the length of Monsanto’s 3-month GMO maize rat-fed study for the life of the animals, they observed profuse cancer and tumor development started after the 4th month of the study. Monsanto continues to stand by its 3-month study as sufficient proof of GM maize’s safety.

Yet the thoroughness and variety of Monsanto’s research operations should give strong reason to suspect that Monsanto has likewise conducted long term studies and knows all too well the deleterious effects of its pesticides, herbicides and genetically modified crops.

One of Monsanto’s claims is that glyphosate doesn’t bio-accumulate in tissues, rapidly bio-degrades and is excreted from the body readily. Contrary to this claim, Monsanto carried out meticulous studies to determine levels of accumulation and the organs, tissues and cells glyphosate reaches.

Glyphosate was radio labeled with carbon 14 and given in 10 mg doses to seven groups of animals, male and female. After only 24 hours, the toxic chemical was found in the lungs and all body fluids: lymph, blood, urine and cerebral spinal fluid. Glyphosate also accumulated in the bone by 30 ppm and in the bone marrow by 4 ppm.

Monsanto’s studies were comprehensive. It found an accumulation of the chemical in red cells, thyroid, uterus, colon, testes and ovaries, shoulder muscle, nasal mucosa, heart, lung, small intestine, abdominal muscle and the eyes.

Samsel and Seneff noted that the bioaccumulation in the pancreas was not reported. Why would such meticulous efforts be made to measure radio labeled carbon 14 laced glyphosate levels in all the other organs, tissues and bodily fluids and then ignore the pancreas? The scientists believe this was deliberate.

Impacts on lungs, eyes

Samsel notes that glyphosate does a “particular number on the lungs.” According to a 2014 report by the National Cancer Institute (NCI), lung cancer rates have been declining. The decline is largely due to the national decrease in smoking. However, other lung cancers such as adenocarcinomas are on the rise.

The NCI is unable to account for this anomaly. [15] Yet the Institute is not considering that Americans are increasingly being exposed to glyphosate in their food, water and environment?

During the PRN interview, Dr. Seneff stated that the pancreas may be driving glyphosate to gather in the lungs. The pancreas is responsible for the release of the enzyme trypsin. which in turn infiltrates the lungs.

A study published by Brazil’s Universidade Federal de Santa Maria in the medical journal Ciencia Ruralmeasured glyphosate’s reactivity with digestive enzymes including trypsin. Trypsin activity was found to increase in parallel to higher glyphosate concentrations. [16] Seneff suggests that this may be contributing to the increase of glyphosate in the lungs that is contributing to the dramatic rise in COPD and asthma conditions, as well as lung cancers.

The occurrence of cataracts is rising rapidly, particularly in Mid-Western states such as ND, SD, NB, IA, KS, and MO. According to Prevent Blindness America’s statistics, 17% of adults over 40 years have cataract problems. The NIH projects the rate will reach nearly 40% by 2030. [17] Monsanto’s study showing glyphosate activity in the eye may be contributing to this epidemic.

Dr. Seneff stated that the eye’s exposure to sunlight reacts with glyphosate residue thereby potentially making the chemical more toxic. Farmers often apply glyphosate on crops when it is warm, moist and when there is plenty of sunlight in order for the chemical to activate more effectively. These are similar conditions to our eyes during the day.

Glyphosate metabolites and ‘inert’ ingredients

Monsanto’s research was not limited solely to the Roundup compound. It also performed extensive research on glyphosate’s individual metabolites, the intermediate molecules that result after Roundup’s breakdown through metabolic reactions. Many of these metabolites are every bit as toxic as glyphosate.

All the glyphosate metabolites in solutions fed to rats were measured before and after feeding. One of Samsel’s more disturbing discoveries was that levels of the metabolite N-Nitrosoglyphosate (NNG) were found in higher concentrations in the rats’ feces and urine excretions than the original amount in the feeding solutions. NNG is a known carcinogen and endocrine disruptor.

Samsel postulates that our own body’s natural nitrous acid reacts immediately with glyphosate, without requiring a catalyst, to produce NNG. Both the EPA and the World Health Organization acknowledge that NNG is present in glyphosate during the manufacturing process.

The agencies therefore have established safety limits for NNG. However, for any endocrine disruptor, there is no realistic safety limit because such chemical disruptors destroy cells on a molecule to molecule basis.

Nitrous acid naturally occurs in the colon, urinary tract and skin tissue. According to the CDC, skin cancer is the most common form of cancer in the US, and affects more men than women. The Skin Cancer Foundation estimates that “each year there are more new cases of skin cancer than the combined incidence of cancers of the breast, prostate, lung and colon.” [18,19]

Basal cell and squamous cell carcinomas are the two most common forms, both which have been identified by Monsanto with glyphosate exposure, particularly in males. When glyphosate reacts in the skin along with nitrous acid the metabolites NNG contributes to skin melanomas.

Other chemicals are added to Monsanto’s Roundup to increase its effectiveness such as the surfactant POEA (polyethoxylated tallow amine), which also increases its toxicity.

We don’t pay enough attention to these other ingredients, Samsel states, because the EPA permits Monsanto to add anything it wants to enhance Roundup’s potency while identifying these substances innocuously as ‘inert’. When Monsanto convinces the public that glyphosate breaks down quickly, we are not told that the compound’s metabolic byproducts are equally toxic.

We must have full congressional hearings to determine the truth

Therefore Anthony Samsel’s unprecedented discovery and review of Monsanto’s actual scientific and toxicological data of Roundup has provided us with information that warrants a thoughtful pause.

Samsel and Seneff cover the subject in more detail in a new peer-reviewed paper titled ‘Glyphosate Pathways to Modern Diseases IV: Cancer and Related Pathologies’. The paper has been approved for publication in October.

During recent years dozens of states are submitting bills to label GMO foods. These food crops are heavily laced with glyphosate residue. Not only GM crops, but even non-GM produce are sprayed with Roundup.

According to the Organic Consumers Association, non-organic and non-GM foods such as wheat, barley, oats, flax, peas, lentils, beans and sugar cane are also being sold to farmers “as a dessicant, to dry out all their crops so they could harvest them faster.” [20]

Monsanto, Dupont, Syngenta, Grocery Manufacturers of America and other agro-chemical companies are aggressively combating labeling efforts. The Big Ag lobby is today pushing for a national bill to prevent GMO labeling that would supersede individual state’s rights.

We can only wonder what the voting outcome in California, Colorado, Washington and Oregon may have been had Monsanto’s own research been made available to the media and public.

Is it therefore not time for full Congressional hearings to learn the truth once for all and make the disclosure of Monsanto’s Roundup research public for all?

 


 

Richard Gale is the Executive Producer of Progressive Radio and a former Senior Research Analyst in the biotechnology and genomic industries.

Dr. Gary Null is the host of the nation’s longest running public radio program on nutrition and natural health and a multi-award-winning director of progressive documentary films, including ‘Seeds of Death’ about GMOs, and ‘Poverty Inc’. More at the Progressive Radio Network

This article was originally published by Progressive Radio Network.

References

[1] Daniel Cressey. ‘Widely Used Herbicide Linked to Cancer‘, Nature. March 25, 2015.

[2] ‘California EPA mulls labeling Monsanto’s Roundup as being ‘known to cause cancer‘, RTTV, September 6, 2015.

[3] Alexis Baden-Mayer, ‘Monsanto’s Roundup. Enough to Make You Sick‘, Organic Consumers Association. January 21, 2015.

[4] Mary Ellen Kustin. ‘Glyphosate Is Spreading Like a Cancer Across the U.S.‘ Environmental Working Group. April 7, 2015.

[5] Jack Kaskey, ‘Monsanto Raises Forecast as Profits Tops Estimates on CornBloomberg Business, April 3, 2013.

[6] Alexis Baden-Mayer, op.cit.

[7] Environmental Protection Agency, ‘Glyphosate Fact Sheet‘.

[8] Environmental Protection Agency, ‘Basic Information about Glyphosate in Drinking Water‘.

[9] Zen Honeycutt, Henry Rowlands, Lori Grace. ‘Glyphosate Testing Full Report: Findings in American Mothers’ Breast Milk, Urine and Water‘, Moms Across America. April 7, 2015.

[10] ‘Tobacco Master Settlement Agreement‘, Wikipedia.

[11] ‘Monsanto Timeline of Crime 1901-2014‘, Children of Vietnam Veterans Health Alliance. February 16, 2015.

[12] EPA, ‘Glyphosate Fact Sheet’ op cit.

[13] Interview with Anthony Samsel and Stephanie Seneff. Gary Null Show, Progressive Radio Network. Broadcast on September 4, 2015.

[14] Mesnage R, Arno M, Costanzo M, Seralini G-E, Antoniou M., ‘Transcriptome profile analysis reflects rat liver and kidney damage following chronic ultra-low dose Roundup exposureEnvironmental Health 2015, 14:70. doi:10.1186/s12940-015-0056-1

[15] ‘Lung Cancer Fact Sheet‘, American Lung Association.

[16] Salbero I, Pretto A, Machado da Silva V, Loro V, Lazzari R, Baldisserotto B. ‘Glyphosate on digestive enzymes activity in piava (Leporinus obtusidens)‘. Cencia Rural Vol. 44 no. 9. September 2014.

[17] ‘Vision Problems in the US‘, Prevent Blindness America.

[18] Skin Cancer Foundation, ‘Skin Cancer Facts‘.

[19] ‘Skin Cancer Statistics‘, Centers for Disease Control.

[20] Alexis Baden-Mayer, op cit.