Tribunal judges: Monsanto isn’t feeding the world – it’s undermining food security

Monsanto promotes its genetically modified (GM) crops and associated pesticides on the claimed grounds that they are needed to help ‘feed the world’.

But the five judges of the Monsanto Tribunal found that far from contributing to food security, Monsanto’s activities have “negatively affected food availability for individuals and communities.”

The judges of the Tribunal, held last October in The Hague, listened to the testimony of 28 witnesses from around the world whose health and livelihoods had suffered as a result of Monsanto’s products and activities.

The judges are all renowned for their expertise in human rights and international law issues. They were led by the Belgian Françoise Tulkens, former vice-president of the European Court of Human Rights.

Last week the Monsanto Tribunal judges announced their damning verdict, based on a number of considerations. First, the judges found that Monsanto had interfered with the ability of individuals and communities to feed themselves directly from productive land:

“Monsanto’s activities have caused and are causing damages to the soil, water and generally to the environment, thereby reducing the productive possibilities for the production of adequate food.

“Communal agricultural activities as well as forests that provide food resources are being devastated by the spread of genetically engineered seeds that use large amounts of herbicides like glyphosate. These activities by Monsanto are interfering with the right to produce food.”

Aims and scope of the Monsanto Tribunal

The verdicts of opinion tribunals such as the Monsanto Tribunal are not legally binding. Such tribunals are tasked with examining the rules of law applicable to problematic events or situations that directly affect and are of serious concern to individuals, groups, or society as a whole.

Their objective is twofold: to alert public opinion, stakeholders and policy-makers to acts considered unacceptable and unjustifiable under legal standards; and to contribute to the advancement of national and international law.

The Tribunal judges stated that they had no reason to doubt the sincerity or veracity of those who volunteered to testify before it. But, because their testimony was not given under oath or tested by cross-examination, and because Monsanto declined to participate in the proceedings, the Tribunal was not in a position to make findings of fact concerning the allegations of various company misdeeds.

Rather, for the purpose of answering the questions posed for the Tribunal’s consideration, the Tribunal assumed that the facts and circumstances described by the witnesses would be proven in a court of law.

Furthermore, the judges said that Monsanto is interfering with the right to food by denying peasant farmers access to seeds.

Farmers in countries that adopted GMO crops have seen their seed choices restricted. Non-GMO seeds are being withdrawn from the market, leading to a decreased choice of seeds.

The judges added that “use of GMOs all around the world is undermining the ability of farmers to access seeds and damaging agricultural production by communities. This situation is also affecting food sovereignty, which implies priority of people’s right to food and food production, rather than corporate interests.”

Under threat: biodiversity and fundamental human rights

Monsanto’s activities also threaten biodiversity, the judges said, as an increasing number of farmers use the same GMO seeds to grow the same monocrops: “By reducing crop biodiversity and local plants, Monsanto has interfered with the right to food and is moreover aggravating the risks of food security and undermining the resilience of local food production systems.”

Another dimension of the right to food that was exposed by the witnesses was the impact of GMO seeds on farmers’ property rights. For example, farmers who have not bought or intentionally used Monsanto’ seeds have had their fields or crops contaminated by GMOs.

In some cases, the judges added, farmers have been forced to pay royalties to Monsanto and have been unable to sell their products as organic or free from GMOs: “Monsanto has aggressively pursued intimidation tactics that have damaged the fabric of communities and caused great anxiety and mental affliction.”

In a blistering condemnation of patents on seeds, the judges said that these “are in contradiction with the principle of human right to food which guarantees access to nutrition, the basic need for every human to exist. Intellectual property rights should be rightfully respected, but when companies are taking hold of sources of nutrition, [this should be] under closer scrutiny.

Seed saving threatened by aggressive marketing of GMO seeds

The judges noted that the “aggressive marketing of GMO seeds” has “interfered with the right to food by forcing farming methods that do not respect traditional cultural practices.”

They explained, “Farmers that have fallen prey to Monsanto’s aggressive and misleading tactics have been forced to buy seeds every year and have lost the ability to save seeds. Since the advent of agriculture thousands of years ago, farmers have been saving seeds for cultivation the next season.

“This cultural practice has allowed for diversity and resilience in periods of drought or against pests. But the spread of GMO seeds by Monsanto has denied farmers the ability to practice agriculture according to their traditional cultural practices. A non-commercial seeds system must exist and expand, ensuring that farmers have the ability to preserve their traditional knowledge.”

Widening the perspective beyond Monsanto alone, the judges stated, “Today’s dominant agro-industrial model is highly problematic, not only because it is dependent on dangerous chemicals, but also due to its negative effects on climate change, its impact on the loss of biodiversity, and its inability to ensure food sovereignty.”

Monsanto’s activities could constitute ecocide

The judges considered whether Monsanto could be held liable for the crime of ecocide – defined as causing substantive and lasting damage to biodiversity and ecosystems, affecting the life and the health of human populations – if it were recognized in international criminal law.

They decided that the activities of Monsanto could possibly constitute a crime of ecocide, based on (among other actions):

  • the company’s introduction of large-scale use of dangerous agrochemicals in industrial agriculture;
  • the production and release of genetically engineered crops, which expose communities and individuals to the risks of increased pesticide and herbicide use;
  • and severe contamination of plant diversity, soils, and water.


Another future is possible!

The judges pointed out that an alternative farming future to the agro-industrial model is not only desirable but also practical. Referring to the UN- and World Bank-sponsored IAASTD report on the future of farming, the judges said:

“A rise in organic agricultural practices in many places illustrates that farming with less, or without, pesticides, herbicides, and other dangerous chemicals is feasible. Studies have indicated that agroecology is capable of delivering sufficient yields to feed the entire world population and ensure that people are adequately nourished.”

In conclusion, the five eminent judges of the Monsanto Tribunal found that Monsanto has:

  • interfered with people’s right to feed themselves from the land;
  • contaminated soil and water, thus reducing the potential for the production of food;
  • undermined farmer access to seeds by genetically modifying and patenting seeds, which cannot be saved but which have to be bought anew each year;
  • promoted the growth of GMO monocultures, which damage biodiversity and undermine the resilience of local food production systems;
  • introduced the large-scale use of dangerous agrochemicals along with the GM crops that depend on them, thus exposing people and the environment to increased amounts of health-threatening pesticides.

Most damning of all is the judges’ conclusion that none of these tragic developments are necessary, as the world can feed itself using agroecological methods.

 


 

Claire Robinson is managing editor at GMWatch, a public news and information service on issues surrounding GM crops and foods.

This article was originally published by GMWatch.

 

403861

Tribunal judges: Monsanto isn’t feeding the world – it’s undermining food security

Monsanto promotes its genetically modified (GM) crops and associated pesticides on the claimed grounds that they are needed to help ‘feed the world’.

But the five judges of the Monsanto Tribunal found that far from contributing to food security, Monsanto’s activities have “negatively affected food availability for individuals and communities.”

The judges of the Tribunal, held last October in The Hague, listened to the testimony of 28 witnesses from around the world whose health and livelihoods had suffered as a result of Monsanto’s products and activities.

The judges are all renowned for their expertise in human rights and international law issues. They were led by the Belgian Françoise Tulkens, former vice-president of the European Court of Human Rights.

Last week the Monsanto Tribunal judges announced their damning verdict, based on a number of considerations. First, the judges found that Monsanto had interfered with the ability of individuals and communities to feed themselves directly from productive land:

“Monsanto’s activities have caused and are causing damages to the soil, water and generally to the environment, thereby reducing the productive possibilities for the production of adequate food.

“Communal agricultural activities as well as forests that provide food resources are being devastated by the spread of genetically engineered seeds that use large amounts of herbicides like glyphosate. These activities by Monsanto are interfering with the right to produce food.”

Aims and scope of the Monsanto Tribunal

The verdicts of opinion tribunals such as the Monsanto Tribunal are not legally binding. Such tribunals are tasked with examining the rules of law applicable to problematic events or situations that directly affect and are of serious concern to individuals, groups, or society as a whole.

Their objective is twofold: to alert public opinion, stakeholders and policy-makers to acts considered unacceptable and unjustifiable under legal standards; and to contribute to the advancement of national and international law.

The Tribunal judges stated that they had no reason to doubt the sincerity or veracity of those who volunteered to testify before it. But, because their testimony was not given under oath or tested by cross-examination, and because Monsanto declined to participate in the proceedings, the Tribunal was not in a position to make findings of fact concerning the allegations of various company misdeeds.

Rather, for the purpose of answering the questions posed for the Tribunal’s consideration, the Tribunal assumed that the facts and circumstances described by the witnesses would be proven in a court of law.

Furthermore, the judges said that Monsanto is interfering with the right to food by denying peasant farmers access to seeds.

Farmers in countries that adopted GMO crops have seen their seed choices restricted. Non-GMO seeds are being withdrawn from the market, leading to a decreased choice of seeds.

The judges added that “use of GMOs all around the world is undermining the ability of farmers to access seeds and damaging agricultural production by communities. This situation is also affecting food sovereignty, which implies priority of people’s right to food and food production, rather than corporate interests.”

Under threat: biodiversity and fundamental human rights

Monsanto’s activities also threaten biodiversity, the judges said, as an increasing number of farmers use the same GMO seeds to grow the same monocrops: “By reducing crop biodiversity and local plants, Monsanto has interfered with the right to food and is moreover aggravating the risks of food security and undermining the resilience of local food production systems.”

Another dimension of the right to food that was exposed by the witnesses was the impact of GMO seeds on farmers’ property rights. For example, farmers who have not bought or intentionally used Monsanto’ seeds have had their fields or crops contaminated by GMOs.

In some cases, the judges added, farmers have been forced to pay royalties to Monsanto and have been unable to sell their products as organic or free from GMOs: “Monsanto has aggressively pursued intimidation tactics that have damaged the fabric of communities and caused great anxiety and mental affliction.”

In a blistering condemnation of patents on seeds, the judges said that these “are in contradiction with the principle of human right to food which guarantees access to nutrition, the basic need for every human to exist. Intellectual property rights should be rightfully respected, but when companies are taking hold of sources of nutrition, [this should be] under closer scrutiny.

Seed saving threatened by aggressive marketing of GMO seeds

The judges noted that the “aggressive marketing of GMO seeds” has “interfered with the right to food by forcing farming methods that do not respect traditional cultural practices.”

They explained, “Farmers that have fallen prey to Monsanto’s aggressive and misleading tactics have been forced to buy seeds every year and have lost the ability to save seeds. Since the advent of agriculture thousands of years ago, farmers have been saving seeds for cultivation the next season.

“This cultural practice has allowed for diversity and resilience in periods of drought or against pests. But the spread of GMO seeds by Monsanto has denied farmers the ability to practice agriculture according to their traditional cultural practices. A non-commercial seeds system must exist and expand, ensuring that farmers have the ability to preserve their traditional knowledge.”

Widening the perspective beyond Monsanto alone, the judges stated, “Today’s dominant agro-industrial model is highly problematic, not only because it is dependent on dangerous chemicals, but also due to its negative effects on climate change, its impact on the loss of biodiversity, and its inability to ensure food sovereignty.”

Monsanto’s activities could constitute ecocide

The judges considered whether Monsanto could be held liable for the crime of ecocide – defined as causing substantive and lasting damage to biodiversity and ecosystems, affecting the life and the health of human populations – if it were recognized in international criminal law.

They decided that the activities of Monsanto could possibly constitute a crime of ecocide, based on (among other actions):

  • the company’s introduction of large-scale use of dangerous agrochemicals in industrial agriculture;
  • the production and release of genetically engineered crops, which expose communities and individuals to the risks of increased pesticide and herbicide use;
  • and severe contamination of plant diversity, soils, and water.


Another future is possible!

The judges pointed out that an alternative farming future to the agro-industrial model is not only desirable but also practical. Referring to the UN- and World Bank-sponsored IAASTD report on the future of farming, the judges said:

“A rise in organic agricultural practices in many places illustrates that farming with less, or without, pesticides, herbicides, and other dangerous chemicals is feasible. Studies have indicated that agroecology is capable of delivering sufficient yields to feed the entire world population and ensure that people are adequately nourished.”

In conclusion, the five eminent judges of the Monsanto Tribunal found that Monsanto has:

  • interfered with people’s right to feed themselves from the land;
  • contaminated soil and water, thus reducing the potential for the production of food;
  • undermined farmer access to seeds by genetically modifying and patenting seeds, which cannot be saved but which have to be bought anew each year;
  • promoted the growth of GMO monocultures, which damage biodiversity and undermine the resilience of local food production systems;
  • introduced the large-scale use of dangerous agrochemicals along with the GM crops that depend on them, thus exposing people and the environment to increased amounts of health-threatening pesticides.

Most damning of all is the judges’ conclusion that none of these tragic developments are necessary, as the world can feed itself using agroecological methods.

 


 

Claire Robinson is managing editor at GMWatch, a public news and information service on issues surrounding GM crops and foods.

This article was originally published by GMWatch.

 

403861

Tribunal judges: Monsanto isn’t feeding the world – it’s undermining food security

Monsanto promotes its genetically modified (GM) crops and associated pesticides on the claimed grounds that they are needed to help ‘feed the world’.

But the five judges of the Monsanto Tribunal found that far from contributing to food security, Monsanto’s activities have “negatively affected food availability for individuals and communities.”

The judges of the Tribunal, held last October in The Hague, listened to the testimony of 28 witnesses from around the world whose health and livelihoods had suffered as a result of Monsanto’s products and activities.

The judges are all renowned for their expertise in human rights and international law issues. They were led by the Belgian Françoise Tulkens, former vice-president of the European Court of Human Rights.

Last week the Monsanto Tribunal judges announced their damning verdict, based on a number of considerations. First, the judges found that Monsanto had interfered with the ability of individuals and communities to feed themselves directly from productive land:

“Monsanto’s activities have caused and are causing damages to the soil, water and generally to the environment, thereby reducing the productive possibilities for the production of adequate food.

“Communal agricultural activities as well as forests that provide food resources are being devastated by the spread of genetically engineered seeds that use large amounts of herbicides like glyphosate. These activities by Monsanto are interfering with the right to produce food.”

Aims and scope of the Monsanto Tribunal

The verdicts of opinion tribunals such as the Monsanto Tribunal are not legally binding. Such tribunals are tasked with examining the rules of law applicable to problematic events or situations that directly affect and are of serious concern to individuals, groups, or society as a whole.

Their objective is twofold: to alert public opinion, stakeholders and policy-makers to acts considered unacceptable and unjustifiable under legal standards; and to contribute to the advancement of national and international law.

The Tribunal judges stated that they had no reason to doubt the sincerity or veracity of those who volunteered to testify before it. But, because their testimony was not given under oath or tested by cross-examination, and because Monsanto declined to participate in the proceedings, the Tribunal was not in a position to make findings of fact concerning the allegations of various company misdeeds.

Rather, for the purpose of answering the questions posed for the Tribunal’s consideration, the Tribunal assumed that the facts and circumstances described by the witnesses would be proven in a court of law.

Furthermore, the judges said that Monsanto is interfering with the right to food by denying peasant farmers access to seeds.

Farmers in countries that adopted GMO crops have seen their seed choices restricted. Non-GMO seeds are being withdrawn from the market, leading to a decreased choice of seeds.

The judges added that “use of GMOs all around the world is undermining the ability of farmers to access seeds and damaging agricultural production by communities. This situation is also affecting food sovereignty, which implies priority of people’s right to food and food production, rather than corporate interests.”

Under threat: biodiversity and fundamental human rights

Monsanto’s activities also threaten biodiversity, the judges said, as an increasing number of farmers use the same GMO seeds to grow the same monocrops: “By reducing crop biodiversity and local plants, Monsanto has interfered with the right to food and is moreover aggravating the risks of food security and undermining the resilience of local food production systems.”

Another dimension of the right to food that was exposed by the witnesses was the impact of GMO seeds on farmers’ property rights. For example, farmers who have not bought or intentionally used Monsanto’ seeds have had their fields or crops contaminated by GMOs.

In some cases, the judges added, farmers have been forced to pay royalties to Monsanto and have been unable to sell their products as organic or free from GMOs: “Monsanto has aggressively pursued intimidation tactics that have damaged the fabric of communities and caused great anxiety and mental affliction.”

In a blistering condemnation of patents on seeds, the judges said that these “are in contradiction with the principle of human right to food which guarantees access to nutrition, the basic need for every human to exist. Intellectual property rights should be rightfully respected, but when companies are taking hold of sources of nutrition, [this should be] under closer scrutiny.

Seed saving threatened by aggressive marketing of GMO seeds

The judges noted that the “aggressive marketing of GMO seeds” has “interfered with the right to food by forcing farming methods that do not respect traditional cultural practices.”

They explained, “Farmers that have fallen prey to Monsanto’s aggressive and misleading tactics have been forced to buy seeds every year and have lost the ability to save seeds. Since the advent of agriculture thousands of years ago, farmers have been saving seeds for cultivation the next season.

“This cultural practice has allowed for diversity and resilience in periods of drought or against pests. But the spread of GMO seeds by Monsanto has denied farmers the ability to practice agriculture according to their traditional cultural practices. A non-commercial seeds system must exist and expand, ensuring that farmers have the ability to preserve their traditional knowledge.”

Widening the perspective beyond Monsanto alone, the judges stated, “Today’s dominant agro-industrial model is highly problematic, not only because it is dependent on dangerous chemicals, but also due to its negative effects on climate change, its impact on the loss of biodiversity, and its inability to ensure food sovereignty.”

Monsanto’s activities could constitute ecocide

The judges considered whether Monsanto could be held liable for the crime of ecocide – defined as causing substantive and lasting damage to biodiversity and ecosystems, affecting the life and the health of human populations – if it were recognized in international criminal law.

They decided that the activities of Monsanto could possibly constitute a crime of ecocide, based on (among other actions):

  • the company’s introduction of large-scale use of dangerous agrochemicals in industrial agriculture;
  • the production and release of genetically engineered crops, which expose communities and individuals to the risks of increased pesticide and herbicide use;
  • and severe contamination of plant diversity, soils, and water.


Another future is possible!

The judges pointed out that an alternative farming future to the agro-industrial model is not only desirable but also practical. Referring to the UN- and World Bank-sponsored IAASTD report on the future of farming, the judges said:

“A rise in organic agricultural practices in many places illustrates that farming with less, or without, pesticides, herbicides, and other dangerous chemicals is feasible. Studies have indicated that agroecology is capable of delivering sufficient yields to feed the entire world population and ensure that people are adequately nourished.”

In conclusion, the five eminent judges of the Monsanto Tribunal found that Monsanto has:

  • interfered with people’s right to feed themselves from the land;
  • contaminated soil and water, thus reducing the potential for the production of food;
  • undermined farmer access to seeds by genetically modifying and patenting seeds, which cannot be saved but which have to be bought anew each year;
  • promoted the growth of GMO monocultures, which damage biodiversity and undermine the resilience of local food production systems;
  • introduced the large-scale use of dangerous agrochemicals along with the GM crops that depend on them, thus exposing people and the environment to increased amounts of health-threatening pesticides.

Most damning of all is the judges’ conclusion that none of these tragic developments are necessary, as the world can feed itself using agroecological methods.

 


 

Claire Robinson is managing editor at GMWatch, a public news and information service on issues surrounding GM crops and foods.

This article was originally published by GMWatch.

 

403861

Tribunal judges: Monsanto isn’t feeding the world – it’s undermining food security

Monsanto promotes its genetically modified (GM) crops and associated pesticides on the claimed grounds that they are needed to help ‘feed the world’.

But the five judges of the Monsanto Tribunal found that far from contributing to food security, Monsanto’s activities have “negatively affected food availability for individuals and communities.”

The judges of the Tribunal, held last October in The Hague, listened to the testimony of 28 witnesses from around the world whose health and livelihoods had suffered as a result of Monsanto’s products and activities.

The judges are all renowned for their expertise in human rights and international law issues. They were led by the Belgian Françoise Tulkens, former vice-president of the European Court of Human Rights.

Last week the Monsanto Tribunal judges announced their damning verdict, based on a number of considerations. First, the judges found that Monsanto had interfered with the ability of individuals and communities to feed themselves directly from productive land:

“Monsanto’s activities have caused and are causing damages to the soil, water and generally to the environment, thereby reducing the productive possibilities for the production of adequate food.

“Communal agricultural activities as well as forests that provide food resources are being devastated by the spread of genetically engineered seeds that use large amounts of herbicides like glyphosate. These activities by Monsanto are interfering with the right to produce food.”

Aims and scope of the Monsanto Tribunal

The verdicts of opinion tribunals such as the Monsanto Tribunal are not legally binding. Such tribunals are tasked with examining the rules of law applicable to problematic events or situations that directly affect and are of serious concern to individuals, groups, or society as a whole.

Their objective is twofold: to alert public opinion, stakeholders and policy-makers to acts considered unacceptable and unjustifiable under legal standards; and to contribute to the advancement of national and international law.

The Tribunal judges stated that they had no reason to doubt the sincerity or veracity of those who volunteered to testify before it. But, because their testimony was not given under oath or tested by cross-examination, and because Monsanto declined to participate in the proceedings, the Tribunal was not in a position to make findings of fact concerning the allegations of various company misdeeds.

Rather, for the purpose of answering the questions posed for the Tribunal’s consideration, the Tribunal assumed that the facts and circumstances described by the witnesses would be proven in a court of law.

Furthermore, the judges said that Monsanto is interfering with the right to food by denying peasant farmers access to seeds.

Farmers in countries that adopted GMO crops have seen their seed choices restricted. Non-GMO seeds are being withdrawn from the market, leading to a decreased choice of seeds.

The judges added that “use of GMOs all around the world is undermining the ability of farmers to access seeds and damaging agricultural production by communities. This situation is also affecting food sovereignty, which implies priority of people’s right to food and food production, rather than corporate interests.”

Under threat: biodiversity and fundamental human rights

Monsanto’s activities also threaten biodiversity, the judges said, as an increasing number of farmers use the same GMO seeds to grow the same monocrops: “By reducing crop biodiversity and local plants, Monsanto has interfered with the right to food and is moreover aggravating the risks of food security and undermining the resilience of local food production systems.”

Another dimension of the right to food that was exposed by the witnesses was the impact of GMO seeds on farmers’ property rights. For example, farmers who have not bought or intentionally used Monsanto’ seeds have had their fields or crops contaminated by GMOs.

In some cases, the judges added, farmers have been forced to pay royalties to Monsanto and have been unable to sell their products as organic or free from GMOs: “Monsanto has aggressively pursued intimidation tactics that have damaged the fabric of communities and caused great anxiety and mental affliction.”

In a blistering condemnation of patents on seeds, the judges said that these “are in contradiction with the principle of human right to food which guarantees access to nutrition, the basic need for every human to exist. Intellectual property rights should be rightfully respected, but when companies are taking hold of sources of nutrition, [this should be] under closer scrutiny.

Seed saving threatened by aggressive marketing of GMO seeds

The judges noted that the “aggressive marketing of GMO seeds” has “interfered with the right to food by forcing farming methods that do not respect traditional cultural practices.”

They explained, “Farmers that have fallen prey to Monsanto’s aggressive and misleading tactics have been forced to buy seeds every year and have lost the ability to save seeds. Since the advent of agriculture thousands of years ago, farmers have been saving seeds for cultivation the next season.

“This cultural practice has allowed for diversity and resilience in periods of drought or against pests. But the spread of GMO seeds by Monsanto has denied farmers the ability to practice agriculture according to their traditional cultural practices. A non-commercial seeds system must exist and expand, ensuring that farmers have the ability to preserve their traditional knowledge.”

Widening the perspective beyond Monsanto alone, the judges stated, “Today’s dominant agro-industrial model is highly problematic, not only because it is dependent on dangerous chemicals, but also due to its negative effects on climate change, its impact on the loss of biodiversity, and its inability to ensure food sovereignty.”

Monsanto’s activities could constitute ecocide

The judges considered whether Monsanto could be held liable for the crime of ecocide – defined as causing substantive and lasting damage to biodiversity and ecosystems, affecting the life and the health of human populations – if it were recognized in international criminal law.

They decided that the activities of Monsanto could possibly constitute a crime of ecocide, based on (among other actions):

  • the company’s introduction of large-scale use of dangerous agrochemicals in industrial agriculture;
  • the production and release of genetically engineered crops, which expose communities and individuals to the risks of increased pesticide and herbicide use;
  • and severe contamination of plant diversity, soils, and water.


Another future is possible!

The judges pointed out that an alternative farming future to the agro-industrial model is not only desirable but also practical. Referring to the UN- and World Bank-sponsored IAASTD report on the future of farming, the judges said:

“A rise in organic agricultural practices in many places illustrates that farming with less, or without, pesticides, herbicides, and other dangerous chemicals is feasible. Studies have indicated that agroecology is capable of delivering sufficient yields to feed the entire world population and ensure that people are adequately nourished.”

In conclusion, the five eminent judges of the Monsanto Tribunal found that Monsanto has:

  • interfered with people’s right to feed themselves from the land;
  • contaminated soil and water, thus reducing the potential for the production of food;
  • undermined farmer access to seeds by genetically modifying and patenting seeds, which cannot be saved but which have to be bought anew each year;
  • promoted the growth of GMO monocultures, which damage biodiversity and undermine the resilience of local food production systems;
  • introduced the large-scale use of dangerous agrochemicals along with the GM crops that depend on them, thus exposing people and the environment to increased amounts of health-threatening pesticides.

Most damning of all is the judges’ conclusion that none of these tragic developments are necessary, as the world can feed itself using agroecological methods.

 


 

Claire Robinson is managing editor at GMWatch, a public news and information service on issues surrounding GM crops and foods.

This article was originally published by GMWatch.

 

403861

Ecologist Special Report: From fish to forests and conflicts to coffee…how humans are affected by climate-driven species shifts

Shifts in the distribution of land, marine and freshwater species caused by climate change are a growing cause of species extinction, conflict, and major economic uncertainty, says a major new study that highlights the extent of these species shifts.

Published in the prestigious journal, Science, the study recognises the crucial role knowledge held by the world’s indigenous peoples has to play in conservation and ecological restoration efforts that help build resilience to climate change

“Previous studies have shown that land-based species are moving polewards by an average of 17 km per decade, and marine species by 72 km per decade. Our study demonstrates how these changes are affecting worldwide ecosystems and human health and culture in the process,” says Associate Professor Gretta Pecl, lead author of the report, from IMAS and the Centre for Marine Socioecology, Tasmania.

“While some species favour a warmer climate and are becoming more abundant, many others that humans exploit or interact with face depletion or extinction. Human survival depends on other life on earth so the redistribution of the planet’s living organisms is a substantial challenge for people worldwide,” she adds.

Extinction, disease and conflict

The depletion and extinction of species as a result of climate change forms part of a wider pattern. Scientists are broadly in agreement that Earth is currently undergoing a sixth mass extinction event that it could take 10 to 30 million years for Earth to recover from.  

Due to human-induced environmental impacts, globally, species are going extinct at 1-10,000 times the ecologically normal ‘back ground rate’. These drastic losses in biodiversity are reducing the resilience of ecosystems and their ability to cope with ecological shocks, like increasingly frequent extreme weather events caused by climate change.

According to the study, other challenges posed by shifts in species distribution include escalating conflicts over species moving from one ‘economic zone’ to another, as in the case of Iceland’s ‘mackerel wars.’

Livelihoods, employment and profitability in industries such as marine tourism and coffee growing are being jeopardised as primary growing zones shift, corals die, jellyfish infest waters used for recreation, and urchins destroy fish habitats in kelp forests.

Climate change-related species shifts will also have profound consequences for human health. Rising temperatures are encouraging the poleward spread of mosquitos capable of carrying malaria, placing new regions at greater risk of this and other illnesses.

Changes in the distribution of species are also directly impacting the food security and traditional knowledge systems of Indigenous Peoples who rely on subsistence herding, hunting and fishing activities for their physical, cultural and spiritual wellbeing.

Arctic in focus

The Arctic is an area of particular concern in the study. With Arctic temperatures recently at 20°C above average and sea ice at its lowest recorded extent, in 2016 the authors of the comprehensive Arctic Resilience Report warned that the rapid melting of Arctic ice could trigger polar ‘tipping points’ with catastrophic consequences worldwide.

Indigenous Peoples who still retain close, subsistence relationships with Arctic ecosystems have been the first to notice the biological ‘indicators’ and ‘subtle signs’ of these drastic climate impacts. The authors of the Science study have documented these observations in collaboration with Arctic Indigenous Peoples, making them visible through the study.

One such example comes from the Näätämö River, one of Europe’s last free-flowing rivers to host wild populations of Atlantic salmon. Located in Finland’s far Arctic North, for thousands of years, Näätämö and her salmon have been at the heart of the Skolt Sami People’s subsistence and culture.  This relationship has endured despite the forcible relocations suffered by the Skolt Saami during the 20th Century.

Climate change is endangering Näätämö’s salmon populations and the Skolt way of life, whilst mining, aquaculture and tourism are potential future drivers of change. Increased temperatures and rainfall variability are causing the salmon’s aquatic habitat to become less optimal for the fish, with drought endangering salmon spawning. If water levels become too low, salmon migrating to upriver spawning sites from the Atlantic are not able to swim in the river. Such stressors are what can cause a species to shift their range in search of more favourable conditions.

Another case study comes from Kolyma in Russian Siberia where the Chukchi People’s physical, cultural and spiritual wellbeing relies primarily on reindeer herding. Climate change is causing irregular freeze-thaw events that lock-up the reindeer’s principal winter food, lichen, beneath a layer of ice, as well as the melting of permafrost and other impacts that are causing changes in reindeer migration patterns. Maintaining the transhumance way of life that the Chukchi People have traditionally operated is becoming more and more challenging.

Indigenous knowledge crucial for climate resilience

However, as well as being a region of global concern, in a Science first, the study highlights the work of indigenous Arctic communities as major inspirations in the global effort to curb and build resilience to climate change.

In climate circles, resilience is defined as the capacity of interrelated human and natural systems to “buffer and adapt to stress and shocks, and thus navigate and even shape change”.

The Skolt Sami are using their traditional knowledge and working hand-in-hand with scientists to guide efforts to restore the Näätämö River, building back the water system’s resilience and in turn their own.

As part of the pioneering Näätämö River Co-Management Initiative, the Skolt Saami have developed locally devised indicators of environmental change that are more sensitive than Finland’s nationally mandated regulatory parameters. Based on traditional knowledge transmitted and updated down the generations, these indicators systems are helping the Skolt Saami and partner scientists to detect and address ecological changes in a pre-emptive fashion.

The Skolt Saami have already identified and begun to restore key salmon spawning sites, helping the embattled fish to reproduce. They have also begun to adapt their own fishing practices and encourage other local subsistence fishers to do the same. Changes include using one net during the salmon season, rather than three and shifting fishing practices to focus on other species that inhabit the river, including fish that prey on young salmon.

The innovative co-management structure of the project is giving the Skolt Saami a louder voice in matter concerning the Näätämö River, opening spaces for them to share observations and recommendations based on traditional knowledge. ‘Co-managers’ in the process include scientists and local authorities, brought together in a structure first pioneered in North Karelia, Finland.

‘Our best chance for survival’

Showcasing the efforts of the Skolt Saami and other Indigenous Peoples like the Chukchi, the Science article is an important recognition of the vital role indigenous knowledge and its holders have to play in leading efforts to respond to climate change. 

“Most of the things we hear and learn are narratives of how serious the northern climate change is getting”, says Pauliina Feodoroff, President of the Saa’mi Nue’tt cultural organization.

“This article (the Science study) and the work connected with it through the Näätämö Collaborative Management Project has allowed us to partner in new ways with scientists to detect changes. Most importantly, this new dialogue contains elements of restoring some of the damages that have already happened, helping to build our resilience. The project and the article demonstrate how exact and relevant our Indigenous Sámi knowledge is in assessing and responding to climate change, in partnership with science.”

Dr Tero Mustonen, co-author of both this article and the new Science study and Director of the Snowchange Cooperative, an Arctic-wide network of indigenous and traditional peoples, says the new study is a call to action for more Indigenous knowledge-led ecosystem restoration.

“For many Indigenous communities, the climate change of today results from the past decades, even centuries of industrial uses of lands in their homelands that has caused environmentally negative consequences. Present resilience can be built, as has been demonstrated by the Skolt Sámi in Finland, through locally led efforts of ecological restoration in those areas where it makes sense. Indigenous knowledge has also proven to be a viable method of detecting change, such as arrival of new species to northern locations”, says Mustonen.

In light of the new study’s findings, Mustonen is calling for a moratorium on destructive and extractive development activities in Arctic environments and territories, where the preservation of carbon sinks can help slow the impacts of climate change.

“Permafrost melt is a global event. Industries, like oil and gas have no role in these regions anymore. This is about global climate risk and climate security. Preservation of these marshmires, old-growth forests and tundra habitats, which have been governed for millennia sustainably by the Sámi and other Indigenous peoples, are our best bet for survival as the Arctic warms. They also contain the endemic species of the North, whose preservation has inherent value,” says Mustonen.

These Authors

Dr Tero Mustonen – a passionate defender of traditional worldview and cosmology of his people, is a Finn and head of the village of Selkie in North Karelia, Finland. He has worked as the traditional knowledge coordinator for Eurasia for the Arctic Biodiversity Assessment. Professionally, he works for the award-winning Snowchange Cooperative, which is a non-profit organization based in Finland with members across the Arctic, including the communities of Eastern Sámi, Chukchi, Yukaghir, Sakha, Evenk, Even, Inuit, Inuvialuit, Gwitchin and many more. Mustonen is well-known scholar of Arctic biodiversity, climate change and indigenous issues; he has won several human rights and environmental awards for the work with Snowchange and indigenous peoples of the Arctic

Hannibal Rhoades is Communications and Advocacy Coordinator at The Gaia Foundation, a UK-based organisation working internationally to support indigenous and local communities to revive their knowledge, livelihoods and healthy ecosystems. Hannibal is a contributing writer at Intercontinental Cry and has covered stories of indigenous and local communities working for environmental and social justice for many publications

 

 

403808

Special Investigation: How bullying and intimidation in abattoirs threatens food safety checks

Food safety and animal welfare checks in abattoirs are being hampered because of bullying and harassment of inspection staff, The Ecologist can reveal.

Data obtained by The Bureau of Investigative Journalism highlights how meat hygiene inspectors and vets working for the Food Standards Agency (FSA) endure regular abuse and intimidation – and in some cases physical violence – in slaughterhouses across England and Wales, with 180 incidents recorded over a 36-month period.

On more than 20 occasions between January 2013 and July 2016, the data reveals, the FSA was forced to withdraw inspection staff from abattoirs completely because of concerns for their physical safety and welfare – a measure regarded as a last resort.

Unions say the problem is more widespread than the figures suggest, with incidents going unreported. A Unison survey of meat hygiene inspectors found that, last year, 51% of respondents had been the victim of bullying and harassment. One inspector said the situation was so bad he had considered suicide, according to the Union.

Although many of the abattoirs where incidents have taken place are smaller facilities supplying butchers shops or wholesale markets, plants operated by large meat processing companies also appear in the FSA data.

The FSA told the Bureau that the bullying and harassment “can seriously impact on or even prevent [inspectors] from carrying out our regulatory role”. There are around 850 meat hygiene inspectors and official veterinarians working in abattoirs in England and Wales.

The situation was described as “wholly unacceptable” by one leading food industry expert: “The public buys food expecting it to be safe, yet here we see levels of inappropriate management and poor work culture which help explain why food poisoning statistics stubbornly fail to come down”, said Tim Lang, Professor of Food Policy at City University. “The Food Standards Agency has been weakened by cuts but it must be held to account.”

Henry Smith, Conservative MP for Crawley and co-chair of the All-Party Parliamentary Group for Animal Welfare, said: “There seems to be an endemic general abuse problem with some of the abattoir sector – [affecting] both food standards staff and livestock – and [this] highlights even more the case for compulsory independent CCTV monitoring of their activities. Such offensive behaviour is both a risk to public health and animal welfare standards.”

And campaigners expressed concern over the potential impact on animal welfare and food hygiene standards.

“These incidents show just how bad tensions between the regulator and those being regulated have become. Many slaughterhouse operators and those that represent them resent all oversight,” said Isobel Hutchinson of Animal Aid. “The FSA must stand up for its vets and should prosecute anyone who threatens, intimidates or physically attacks them as they try to do their job.”

The official FSA records reveal that between January 2013 and July 2016 there were 180 incidents reported to the agency’s Health, Safety and Wellbeing Team , including 106 instances of verbal abuse, 51 incidents involving aggressive behaviour, 7 physical assaults and 15 acts of intimidation, amongst others.

The regulator classifies aggressive behaviour as an incident “where the individual was subject to an episode of aggression, verbal or non-verbal.” Intimidation is viewed as an incident “where behaviour or language resulted in an individual feeling threatened.”

Physical assault involves “unwelcome physical contact, including an actual physical attack or where a person genuinely believed they were going to be attacked” and verbal abuse covers other incidents “including those that relate to the use of sexist or racist remarks.”

In most instances, the data reveals, abuses were dealt with by a letter to the Food Business Operator (FBO), a mix of formal and informal meetings or other – unspecified or unrecorded – action. Mediation was used in 16 cases.

Formal investigations were launched on seven occasions, the records show, and six cases – including three involving aggressive behaviour, one incident of intimidation, one of verbal abuse and one assault – were referred to the police. On 21 occasions, the FSA was forced to take the most drastic action and withdraw inspection staff from the premises concerned.

The agency told The Bureau that due to the significant effect this can have on the commercial operation of an approved premises, the withdrawal of service “would be a measure of last resort and where other options would be insufficient to protect the health and safety of FSA staff.”

“It will only be considered where a single incident is considered to be of a sufficiently serious nature, or where there is evidence of continued or persistent bullying and harassment have been established to an extent which may pose a risk to health and safety”, it said.

Although the FSA said it was impossible to quantify the number of non-reported incidents, one industry source said the figures “were only the instances that get reported, there will be plenty of day to day abuse that is just accepted as part of the culture and environment.”

A Unison survey of its meat hygiene inspector members found that 62% of respondents had witnessed bullying and harassment in the past year, and that 51% had themselves experienced it. Most – 68 % – said those responsible were either meat plant owners or workers. Intimidation was the most commonly cited form of bullying – 39% – according to the survey, followed by shouting – 36% – and abuse, at 24%.

“Our annual survey is the real picture and it shows that our members who serve the public and protect our meat supplies are being bullied out of the job”, said Paul Bell of Unison. “Even administrators are being bullied. One respondent has said they feel like committing suicide because of the bullying they receive and the lack of action to tackle industry from their manager.”

The FSA said: “We adopt a zero-tolerance approach towards workplace bullying and harassment. Individuals are encouraged to report incidents of harassment or bullying at work, whether they are the recipient or witness to an incident. All allegations of bullying and harassment will be investigated and, if appropriate, action will be taken.

“We have put in place a programme of training and support for our managers to ensure that in the first instance we can support our inspectors and work collaboratively with food businesses to uphold the standards of expected behaviour. We also continue to communicate to food businesses and their representative organisations the importance of upholding these standards.”

Earlier this year serious hygiene failures in UK abattoirs were uncovered by a Bureau investigation which found 1 in 4 meat plants had failed a key food safety test during official audits.

 


 

Andrew Wasley is food and agriculture reporter at the Bureau of Investigative journalism An investigative journalist specialising in food issues, he’s also co-founder of the award-winning investigative agency Ecostorm and a previous editor of the Ecologist magazine. His book, ‘The Ecologist Guide to Food‘, was published in 2014.

Follow him on Twitter: @Andrew_Wasley

 

 

403806

Lies, damned lies and twisted statistics – fake science set to kill 100,000 English badgers

Some people will insist that the English badger cull is completely political.

Yet in some senses, everything in society that is large-scale, expensive, complex and at the heart of a national industry is bound to be political to some extent.

Priorities, such as who gets the money and decisions on what success or failure may look like are political decisions.

It is easy to ‘blame’ hidden agendas and dark forces, and they may to some extent exist. But quite often the answers are simpler, and rooted in the frailties and fallibility of humans – the human factor. And science with all its inner secrets and complexities is not immune at all to that.

There is no shortage of science in bovine tuberculosis (bTB) and badger studies. Whether, it is the molecular biology of bTB strains, the intricacies of bTB testing, badger vaccination, cattle vaccination and the’ DIVA’ test, the hands-on pathology of disease investigation. Or perhaps population size estimation and trend analysis or the modelling of hypothetical disease pathways.

The list seems endless, and is a mind-boggling arena for the non-scientist. Understanding the inter-relationships of these disciplines requires simultaneous insight into such areas of expertise and uncertainty.

So, before we blame politicians too quickly, there is a need to look through the microscope at the science that is involved. After all, get two experts on any issue in front of you, any politician will say, and they are bound to disagree.

No meaningful contribution?

From 2013 onwards, the rallying cry of the ‘anti-badger cull’ movement was that badger culling could offer “no meaningful contribution to cattle bTB control in Britain.” This was based upon the final (ISG 2007) report on the Randomised Badger Culling Trials (RBCT) that took place between 1998 and 2005 in England.

And that was also my understanding at the time, based on summaries of the published findings. The main conclusion from culling 70%+ of badgers over a six week period was that any reduced bTB transmission from badgers to cattle is offset by a ‘perturbation effect’, whereby increased movements of surviving badgers, causes an increased transmission of bTB to cattle, in particular around a culling zone.

But by 2015, with Natural England approving badger culling for the first time in Dorset, it was clear that the animal conservation and welfare charities and aligned RBCT scientists, had completely failed to convince government that the culling policy was wrong, and not based on scientific advice. Checking the scientific detail became the last remaining option to try to make sense of the situation.

As an applied ecologist who has co-managed a large wildlife disease investigation with the Institute of Zoology at ZSL, London, I had some relevant background for reviewing the RBCT.

To start with, the science relating to badgers moving around more extensively during and after culling looked reasonably straight forward field study and well documented. The change in number of foxes, expanding into empty badger setts though predator release effects; literally the empty niches left by depleted badger populations, seemed well recorded.

So where did they go wrong?

Moving onto the guts of the main 2007 Independent Scientific Group (ISG) report and the published statistical papers of 2005-2007 and beyond to 2013 was next.

This was trickier. It took four months of evening and weekend reading to get fully into the near 300 page summary of the £50 million research project, and a further period with help from senior statisticians to get better grip on what had been done. Along the way, checking with biologists studying mammals, diseases, or natural processes, there were few who had studied it closely, as opposed to just parts of it and most were just generally aware of the various conclusions.

The RBCT distinguished two types of badger culling – ‘reactive’ and ‘proactive’ – each planned in ten areas of around 100 square km in size. Reactive culling is where badgers are killed only on land within a few km of a new bTB cattle herd breakdown and not widely over a large area, as in proactive culling.

But from 1998, reactive badger culling experiments had a faltering start, further hampered by the Foot and Mouth crisis in 2001, restricting access to farms. The result was a depleted dataset due to these unforeseen circumstances. The ISG report nevertheless had come up with its hypothesis that badgers were giving bTB to cows rapidly, by catching and passing it on via a ‘perturbation effect’.

Yet for many, the speed of bTB transmission from badger to cattle involved looks unrealistically rapid for it to be a genuine phenomenon. The work did not seem to have taken into account when the data on cattle TB incidence was taken – which was immediately after the first proactive badger removals.

The sequence of events proposed after badgers killings would be:

  • increased badger mobility and transmission of TB amongst badgers. Newly infected badgers becoming infectious (a process taking months or longer),

  • then infectious badgers making contact with cattle somehow in a mechanism that is unknown,

  • cows establishing new bTB infection in vulnerable individuals, over months or longer, sufficiently to trigger responsiveness to the tuberculin test

  • detection at slaughter / post mortem culture / microscopy; breakdowns might need to wait six months on average and up to a year for the next testing period to be detected, during which there was a 20-50% chance per cow of it being missed and possibly picked up after a further year or longer.

  • on testing, checking for non-visible disease by culture will then take several months.

Notably, this entire sequence of events requires a considerable time to play through.

Safe science? Growing doubts …

Reviewing the literature on BTB and badgers, there was a group of six academics including Professor Simon More from the Centre for Veterinary Epidemiology and Risk Analysis in Dublin who had studied the ISG and published an immediate critique of several aspects.

In addition, the record showed Sir David King (Chief Scientist at the time) set up his own expert group that effectively challenged the strength of the statistics concerning reactive badger culling increasing cattle breakdowns via a badger / bTB perturbation effect.

More recently, the Chief Veterinary Officer for Wales has drawn similar conclusions as those before her (see video after 34 minutes and BBC report). So now there are three separate expert appraisals suggesting independently that reactive culling and its related badger / bTB perturbation effect are not safe science.

All in all, the suggested increased bTB transmission would have been likely to take years, if indeed it was real at all. The cold fact is that the reactive culling studies were too interrupted to prove increased bTB herd breakdowns resulting from reactive culling.

This was a fatal blow to the ISG conclusions in 2007 and in fact to badgers, because the other main finding of the RBCT in relation to proactive badger culling was that killing badgers reduces bTB herd breakdowns by around 23%.

So by 2010, during the preparations of the 2011 Government Policy on bovine TB eradication, it was only the proactive cull ‘benefit’ that was foremost in the minds of the cull designers. This too was the message to the politicians and the farming industry at the time.

A Catch 22 that snared the scientists, campaigners and celebrities

The irony of this situation is that in 2012, the anti-cull movement of charities, voluntary bodies and celebrities got behind the 2007 ISG report findings, and the statements by scientists associated more closely with the research, perhaps not realising or recognising its flaws.

They used the ‘no meaningful contribution’ and ‘government ignoring science’ as their campaign headline. But in doing so they were in fact saying: “we agree that it is badgers spreading bTB significantly and with the perturbation effects increased bTB spread by badgers to cattle, and that badger culling can work.”

And so those scientists involved were trapped in a Catch 22 of either: agreeing their bTB perturbation hypothesis was unproven, and that proactive culling works to reduce bTB; or trying to prop-up the perturbation effect story, as a balance to the proactive cull bTB reduction.

In the end, most of the anti-cull movement campaigned, unaware of this paradox and without really knowing the details of the real scientific uncertainty underneath.

Checking the science of proactive badger culling

Slightly taken aback, it seemed important next to turn to the aspect of the RBCT that had been suggested was more robust; the proactive badger cull ‘benefit’ of reducing bTB from mass badger culling across a wide area. This involved looking at the methods and analysis of proactive culling.

The first, and rather shocking thing to notice is that the raw data shows that in four of the ten proactive culling zones, bTB actually went up and not down when compared with its control area. There was no ‘benefit’ nearly half of the time in terms of what the farmer and veterinarian might see ‘on the ground’.

How could that be? To find the answer I next had to tackle mathematical modelling and the assumptions and adjustments made to the raw data that had turned this into a ‘significant’ result. After a lot of hard work by a statistician who had volunteered to retrace the analysis, there was nothing in the analysis that actually looked ‘wrong’ in terms of the mechanics of what had been done.

However a number of serious problems began gradually to emerge. Using an alternative but equally valid model on the RBCT data indicated a lack of statistical significance from the proactive cull data. This was simply using, for each comparison between cull and control area the years over which proactive culling was actually carried out, rather than the average number of years, as used in the ISG analysis.

This was a very simple adjustment, using the time that each set of herds had actually been exposed to change rather than the average. As such it was an equally valid, if not more valid approach, to that used in the study.

Confounding variables and unjustified exclusions of data

Other issues cropped up, such as the wide range of confounding variables such as changes to testing and cattle movements that were likely to have been uneven within and between study areas and controls. The RBCT had not been a double-blind trial and landowners had known whether badger culling was taking place or not in the cull and control areas.

However, without proof of variables causing statistical skew within and between triplets, it is hard to prove the relevance without tracking down new data from the RBCT period. There was no time to do that – something for the future, perhaps government would take an interest.

It also became clearer that the RBCT had actually been a study in a period during which bTB was very rapidly increasing, not declining. Many of the study areas were very heavily infected before the study had started. What was being concluded upon was not an actual decline but a slower rate of increase.

However, perhaps the biggest shock of all was that the RBCT analysis had only used ‘confirmed’ herd breakdown rather than ‘all’ cattle breakdown data in its final 2007 presentation. This is highly significant because our understanding of disease prevalence has improved since the 2007 ISG report.

The lack of visible lung lesions or laboratory ‘culture test positive’ made during cattle slaughter and post mortem checks, is no longer viewed as meaning that the animal is free of bTB.

Furthermore, whilst the tuberculin skin test misses many infected cows, it very rarely gives false positives. Those RBCT reactor cows with no visible lesions at post-mortem had, all along, been infected with bTB.

The fatal RBCT / ISG proactive culling oversight

This dilemma comes up in the 2007 ISG report (see pages 93-96). It points towards difficulties with post-mortem culturing of bTB as the reason that the disease would be overlooked in unconfirmed reactors.

In hindsight, and what may be seen now as the disastrous move, the ISG analysis decided just to use ‘confirmed’ breakdown-only data as opposed to ‘all’ breakdown (confirmed and unconfirmed). Simon More in Dublin had also spotted this.

What happens when you add all the unconfirmed test results back into the model as being correctly identified as having bTB is that there is no statistically significant effect of proactive culling of badgers on new herd bTB breakdown.

Here was a lethal blow to the ISG proactive cull analysis and conclusions. The ISG should have concluded that the RBCT had failed to find a link between proactive badger culling and a reduction in bTB herd breakdowns – the exact opposite of its finding.

Instead it concluded that badgers do pass bTB to cattle at a significant rate. It also said badger culling was not worth doing because of a balancing effect resulting from perturbation effect causing herd breakdown. That was a story that the public and government of the day embraced – but one that extended way beyond the limits of safe scientific conclusion, and one that the government kicked into the long grass.

An inconvenient truth becomes increasingly obvious

The strength of the RCBT had slowly crumbled to bits over my year of study. Several scientists along the way advised me that the RBCT was ‘not strong science’. But busy with their own issues, they had tended to see the ‘pro-badger’ ISG conclusion that the advice not to cull badgers was possibly ‘right for the wrong reason’ and so fairly harmless – not realising what a change of government might then do.

Others had entertained doubts but felt no need to comment over the bTB ‘hot potato’, especially as much of their funding was provided by government.

By August 2016, as more badger killing was announced, the awful truth was becoming ever more obvious. The badger protection movement, with few exceptions had joined with the ISG scientists to uphold ‘the ISG science’, based upon badgers giving bTB to cattle with significant frequency.

They were supported by several Oxford University related academics, although I noted this was often cautiously on more general terms than the ISG specific findings. Speaking out were some who were behind the scenes of the 1997 Krebs review and its RBCT.

On checking and double checking, and testing the frailties, many closest to the issue did not want to talk about it, which just seemed suspicious. Some wanted it covered up for tactical reasons. The phrase ‘reputational damage’ was used.

A lack of mutual understanding between veterinarians and modellers?

Looking back to the RBCT design, it does seem odd that John Krebs and Roy Anderson at Oxford University had concluded the need for a trial of the kind undertaken, given the clear uncertainties at the time over the disease and the role of wildlife.

Robert May (Oxford and Imperial) who was Chief Scientific Adviser (1995-2000) at its origination, and who worked closely with Krebs, has acknowledged that (see page 302) the use of mathematical models during the 2001 Foot and Mouth Disease epidemic had created controversy based on a “lack of mutual understanding between veterinarians and modellers.”

It looks perhaps as if the RBCT may have been a prelude to such problems, but this time involving zoologists. Krebs was recently quoted at the Royal Society as saying “We must acknowledge as scientists that we don’t always get it right. Models make assumptions, labels slip in freezers.”

Was this perhaps a message regarding the trials that bear his name? Now is the time to find out – before £100 million that would be better spent helping cattle farmers is used to kill and injure 100,000 or more English badgers, all because weak science, and weaker statistics, failed the farmer, cow and badger.

 


 

Tom Langton is a consulting ecologist to government, business and industry who provides advocacy support to charities and pressure groups seeking justice where environmental damage is being caused to species and habitats.

This article is co-published with the Badger Trust. It is scheduled for publication in the next edition of Badger News.

Other articles by Tom Langton

 

403803

We can do it! ‘Mission 2020’ bid to get emissions falling in three years

“It’s time to swallow the alarm clock!” This was how former UN climate chief Christiana Figueres launched Mission2020 this week, a new campaign to ensure that 2020 is the year global emissions start to decline.

The launch event took place at Google’s glitzy London office and featured the likes of renowned climate economist Lord Nick Stern and Astro Teller of Google X, the mysterious ‘moonshot factory’ that comes up with the company’s more ambitious projects like Google Glass and driverless cars.

He spoke via video link up from, what I liked to imagine, was some top secret subterranean lab under the mountains of California.

However the star of the show was Figueres, the veteran Costa Rican diplomat who stepped down as Secretary General of the UN’s climate change secretariat following the successful Paris Agreement in 2015.

She has launched this new venture so that the good work of Paris is not lost and to ensure the sense of urgency about global decarbonisation is internalised – hence her clock-swallowing metaphor.

A big challenge – but an achievable one!

Mission2020 is a three-pronged call to arms: peaking global emissions within the next three years is “necessary, desirable and achievable”. It’s a daunting task. Scientists insist that we must start to bend this emission curve before the next Olympic Games. But Figueres, with the zeal of an evangelist, made the case that the challenge had to be confronted head on:

“Is this challenging? Absolutely it is. But we’re on our way. For the last three years we’ve seen flat global emissions while global economic growth has increased 2-3 % a year.”

She listed off some of the progress already made, such as the need for 30% of global grid electricity to be renewable by 2020 and how we’re already at 23.7%, as well as some of the intimidating tasks to overcome. She said we had to end deforestation by 2020 and cited plans by the Indian Government for the country to have 100% electric vehicles by 2030.

Such high ambitions sound unlikely, sitting where we do in the second quarter of 2017. But Astro Teller used history to shed some useful light on the kind of unlikely achievements we’ve already accomplished:

“When I was a child at the height of the Cold War, we were making nuclear weapons at a ferocious rate. The idea that in 35 years time, there would be one sixth of the nuclear weapons would have been laughable, but, as a species, we managed it.

“There was also the idea, back in the 19th Century, that we thought we would run out of fertiliser and run out food and that millions of people would starve. However in 1909 artificial fertiliser was created in a lab, and just four years later it was in mass production through the Haber-Bosch process. For every story about technology ruining our lives I see stories of how technology can save them.”

The low-carbon future that’s already happening

Teller pointed out that such expectation busting leaps were already been hinted at in the decarbonisation race. The first was the recent announcement that Deep Mind, the UK created machine learning system bought by Google in 2014, had found a way of saving 40% of the energy used in Google’s data centres. Likewise self-driving cars could be another boon for the climate:

“At the moment you build a car to keep the occupant safe by putting enough steel around them so that when you crash it into a wall the person survives. But if you could build cars that didn’t crash into walls, you could use a lot less steel.”

Not only would this reduce the carbon footprint of vehicle manufacture, it would also be lighter and so use less energy. And cars that drove themselves would also likely drive more efficiently with less sudden stops and starts, also reducing energy use.

If all this sounds like environmentalist sci-fi, economist Lord Stern, said this low carbon future was no fantasy: “This is the global growth story. This is the demand boost that the world needs. By 2030 we need to reduce emissions by 20% and in that time we will double the amount of infrastructure the world needs. If that new economy looks anything like the old economy then we won’t make it. It’s radical change but it’s extremely attractive change.”

Some of these attractive ‘co-benefits’ of decarbonisation include improvements to transportation systems, the preservation of natural resources, cities with cleaner air and better health.

I don’t care what people talk about, as long as they are decarbonising!

Concluding the session by answering a question from the audience, Figueres said that although she was grateful to be in the Google offices, the search engine, along with twitter and other social media channels meant we often end up reading things we already agree with and speaking to the green bubble.

“We need to get out of the bubble. Talking to ourselves is not going to get it done.” She added that it was important the climate change debate spoke to people’s real concerns:

“I don’t mind if people aren’t talking about climate change – people will be motivated by the things they care about. Like in China, the wonderful progress there has been due to concerns around health and air quality.

“I don’t care what people talk about, as long as they are decarbonising!”

 


 

Joe Ware is a journalist and writer at Christian Aid and a New Voices contributor to The Ecologist.

Twitter: #2020DontBeLate

 

403802

Permafrost thaw threatens flood of carbon, methane emissions

Permafrost, the layer of permanently frozen ground that lies just beneath the Earth’s surface in the polar regions, has been found to be more sensitive to the effects of global warming than climatology had recognised.

In a new study published in Nature Climate Change, scientists say they expect the warming to thaw about 20% more permafrost than previously thought, potentially releasing significant amounts of greenhouse gases into the Earth’s atmosphere.

The study, conducted by climate change experts from the universities of Leeds and Exeter and the Met Office, all in the UK, and the universities of Stockholm and Oslo, suggests that nearly 4 million square kilometres of frozen soil – an area larger than India – could be lost for every additional degree of global warming the planet experiences.

Permafrost is frozen soil that has been at a temperature of below 0C for at least two years, trapping large amounts of carbon that is stored in organic matter held in the soil.

There’s more carbon in permafrost than in the atmosphere!

When permafrost thaws, the organic matter starts to decompose, releasing greenhouse gases, including carbon dioxide and methane, and raising global temperatures. The study says it is estimated that there is more carbon contained in the permafrost than is currently in the atmosphere.

Thawing permafrost has potentially damaging consequences not just for greenhouse gas emissions, but also for the stability of buildings and infrastructure in high-latitude cities.

Roughly 35 million people live in the permafrost zone, with three cities and many smaller communities built on continuous permafrost. The study says a widespread thaw could cause the ground to become unstable, putting roads and buildings at risk of collapse.

Recent studies have shown that the Arctic is warming around twice as fast as the rest of the world, with permafrost already starting to thaw across large areas. The researchers suggest that the huge permafrost losses could be averted if ambitious global climate targets are met.

Lead author Sarah Chadburn, associate research fellow at the University of Exeter, says: “Achieving the ambitious Paris Agreement climate targets could limit permafrost loss. For the first time, we have calculated how much could be saved.”

The researchers used a novel combination of global climate models and observed data to estimate the global loss of permafrost under climate change.

They looked at the way that permafrost changes across the landscape, and how this is related to the air temperature, and then considered possible future increases in air temperature before converting these to a permafrost distribution map, using their observation-based relationship.

This allowed them to calculate the amount of permafrost that would be lost under proposed climate stabilisation targets.

Co-author Peter Cox, professor of climate system dynamics at the University of Exeter, says: “We found that the current pattern of permafrost reveals the sensitivity of permafrost to global warming.”

Susceptible to warming

According to the study, permafrost appears to be more susceptible to global warming than previously thought, as stabilising the climate at 2C above pre-industrial levels would lead to the thawing of more than 40% of today’s permafrost areas.

The 2C target was set at the 2015 UN climate conference, which concluded the Paris Agreement, although participants agreed to aim for more stringent reductions to 1.5C. Dr Chadburn says that 0.5C difference could have big consequences: “A lower stabilisation target of 1.5C would save approximately two million square kilometres of permafrost.”

Another of the co-authors, Dr Eleanor Burke, permafrost research scientist at the Met Office Hadley Centre, says: “The advantage of our approach is that permafrost loss can be estimated for any policy-relevant global warming scenario. The ability to more accurately assess permafrost loss can hopefully feed into a greater understanding of the impact of global warming and potentially inform global warming policy.”

The authors’ report of the greater vulnerability of the permafrost to warmth will now be tested by other groups of researchers, who will seek to replicate it.

Whether the achievement of the Paris targets on emissions cuts is likely to be possible still remains doubtful in the view of some leading climate scientists.

 


 

Alex Kirby writes for Climate News Network, where this article was originally published (CC BY-ND). A former BBC journalist and environment correspondent, he now works with universities, charities and international agencies to improve their media skills, and with journalists in the developing world keen to specialise in environmental reporting.

 

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False promise: nuclear power: past, present and (no) future

In a December 1953 speech to the United Nations, President Dwight D. Eisenhower launched the ‘Atoms for Peace’ programme, saying:

“The miraculous inventiveness of man shall not be dedicated to his death but consecrated to his life.”

He claimed that “peaceful power from atomic energy is not a dream of the future. That capability, already proved, is here – now – today.” And the USA would help to ensure it could be used worldwide.

However, his advisors soon told him that it wasn’t viable. A classified internal State Department Intelligence Report, circulated in January 1954, ‘Economic Implications of Nuclear Power in Foreign Countries‘, warned that the introduction of nuclear power would

” … not usher in a new era of plenty and rapid economic development as is commonly believed. Nuclear power plants may cost twice as much to operate and as much as 50 percent more to build and equip than conventional thermal plants.” [Quoted by Mara Drogan in ‘The Nuclear Imperative: Atoms for Peace and the Development of U.S. Policy on Exporting Nuclear Power, 1953-1955 Diplomatic History 40 Issue 5 948-974.]

Nonetheless, the nuclear juggernaut rolled on, with, US Atomic Energy Commission Chairman Lewis Strauss, in a 1954 address to science writers, claiming: “It is not too much to expect that our children will enjoy in their homes electrical energy too cheap to meter.”

The USA, followed by the UK, France, Russia and Japan, poured vast resources into nuclear power – new plants and new research projects.

Murphy’s law of nuclear power?

But things didn’t always go to plan. For example, there took place a series of accidents at US experimental reactor test sites, including an explosion at the SL1 project in Idaho in 1961, which killed three operators – one of whom was impaled to the roof by a fuel rod.

Then in 1966, the Fermi fast reactor, near Detroit, suffered a fuel melt down, and in 1979, the Pressurised Water Reactor (PWR) at Three Mile island narrowly avoided a major hydrogen explosion by venting radioactive gas to the air. That signalled the end of nuclear growth in the the USA. The multi-billion dollar plant had to be written off. Opposition mounted. New plants, orders collapsed.

Then came the Chernobyl disaster in the Ukraine in 1986, with the cloud spreading across most of Europe. There was a global meltdown in orders for new plants.

However, it wasn’t just the accidents that were the problem. The poor economics of nuclear gradually became more apparent- as cheaper alternatives began to emerge. It turned out to be too expensive – e.g. it could not compete with cheap gas plants in the UK. As Lord (Walter) Marshall, one- time head of the UK Atomic Energy Authority, when chair of the CEGB in 1987, commented:

“The British Public have never had the cheap electricity that we have always promised from nuclear power. It has been, and continues to be, a case of ‘jam tomorrow, but never today’.”

But for our politicians, the nuclear dream never died

But that didn’t stop Marget Thatcher from pushing ahead with a new nuclear plant (a PWR) at Sizewell, work on it starting in 1987. Or Tony Blair later trying to relaunch a new programme “with a vengence”. That has still yet to happen. But it’s pending, with the £24 billion Hinkley Point C European Pressurised-water Reactor (EPR), if it goes ahead, being the first new UK plant in 30 years.

Fukushima, in 2011, had intervened, slowing the nuclear programme worldwide, and creating liabilities of hundreds of billions of dollars. But the UK has pressed ahead with plans for maybe 18GW of new plant – delivering around 30% of UK electricity in the 2030s.

This expansion is based on so-called ‘Generation III’ reactors, basically upgrades of the Generation II PWRs and similar designs that have been the mainstay of nuclear so far. The new versions are unlikely to be any more competitive against cheap gas and increasingly cheap renewables.

The nuclear industry still has hopes for the French EPR, the Toshiba / Westinghouse AP1000 and the Hitachi ABWR – an upgrade of the Fukushima boiling water reactor design.

But the EPRs being built in France and Finland, Flamanville and Olkiluoto, are both around eight years late and three times over budget. Flamanville’s gigantic stainless steel reactor vessel and dome is also suffering from serious metallurgical flaws which may yet prevent its completion.

The two AP1000s being built in the USA have also been delayed, creating losses of over $10 billion that have pushed Westinghouse into bankruptcy, and its Japanese parent company, Toshiba, into what may prove to be a terminal financial meltdown. The two ABWRs under construction in the US are also seriously behind schedule.

Generation IV reactors to the rescue?

Given these problems, some look to new ‘Generation IV’ designs. They are basically new versions of the old designs looked at in the 1950s, 60s and 70s in the USA and elsewhere – and abandoned as unviable, or after accidents.

They include fast neutron plutonium breeders, High Temperature Reactors (HTRs) and Molten Salt Reactors (MSR) possibly using thorium as a fuel and possibly also in scaled down Small Modular Reactor (SMR) format.

The message from the past is not promising. Most countries (US, UK, France) gave up on fast breeders in the 1980s and 1990s. Japan has now too. The UK tested an HTR in the 1960s with its Dragon project at Winfrith. Germany and the USA had a go too. The US also tested some MSR technology in the 1960s, and also the use of thorium as fuel. SMRs were also tested.

None of these ideas went forward owing to massively escalating costs and successive technical dificulties. But the industry claims that new variants on these old designs will be upgraded, cheaper and safer.

However, in a review of Generation IV options, the French nuclear agency IRSN said that, at the present stage of development, it did not see any evidence that “the systems under review are likely to offer a significantly improved level of safety compared with Generation III reactors, except perhaps for the High Temperature Reactor” – and even that would require “significantly limiting unit power”.

Allison MacFarlane, former chair of the US Nuclear Regulatory Commission, talking about the HTR, said “I do not see past experience pointing at a positive direction.”

She also noted that Fast Breeder Reactors “turn out to be very expensive technologies to build. Many countries have tried over and over. What is truly impressive is that … many governments continue to fund a demonstrably failed technology.”

As nuclear power grows more costly, renewables prices plunge

Cost reduction is clearly vital if any of these ideas is to prosper. That’s one of the arguments used for small modular reactors (SMRs): they would be faster to build and so possibly easier to finance. It might also be possible to use the waste heat from them to supply heat to urban areas – if residents would accept them in or near cities.

But is that likely? SMRs are very unlikely ever to be cheap. The reason why civil nuclear power stations ever got so big as the EPR (1.6GW), ABWR (1.6GW) and AP1000 (1.25GW) is to reap ‘economies of scale’ which would be lost by going small.

And of course there is nothing remotely ‘new’ about SMRs, indeed they are a distinctly mature technology: hundreds of them have been deployed in military submarines and ships, for decades. The reason why they were never used for civil power generation is simple – they cost too much! So what exactly is about to change?

In any case all these Generation IV ideas are a decade or two, or maybe more, away from anything approaching commercial reality. It’s like the situation renewables faced in the 1980s. Renewables did break through and are now viable – wind and PV solar especially. Will Generation IV nuclear be able to do the same? Or do we need to wait until Generation V – fusion? If that ever works. Or do we actually need any of these nuclear ideas?

Renewables have outperformed nuclear across the board – undercutting its cost and delivering over twice its total annual output globally: renewables now supply 24% of global electricity, and are growing rapidly, as against the fairly static 11.5% from nuclear.

Renewables are on the way to 50% of power production in many countries by 2030, and maybe close to 100% by 2050. The resource is huge, and, unlike uranium or thorium, it won’t ever run out, or leave long-term hazardous wastes. That looks like our best future.

 


 

Dave Elliott is Emeritus Professor of Technology Policy at the Open University and is active in the renewable energy policy field. See his newsletter and blogs.

The book: Dave’s new book ‘Nuclear Power: past, present and future‘ for the Institute of Physics looks at the long turgid nuclear story in detail and includes full references. It is due to be published leter this month, April 2017.

Once published it wil be available here.

Existing books by Dave Elliott

 

 

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