ETC Group's first Communiqué of 2005 focuses on Syngenta, the global gene giant that ranks first in agrochemicals and third in seeds. Syngenta has a patent pending in 115 countries that, if approved, would give it a multi-genome monopoly over at least 40 plant species.
Recent Content Related to Nanotechnology
A nanotecnologia, a manipulação da matéria na escala dos átomos e moléculas está rapidamente convergindo com a biotecnologia e tecnologia da informação para alterar radicalmente os sistemas de alimentação e agricultura. Nas próximas duas décadas, os impactos da convergência da escala nanométrica sobre os agricultores e alimentos serão maiores que os da mecanização agrícola ou da Revolução Verde. Nenhum governo desenvolveu um regime de regulamentação que considere os aspectos relativos � escala nanométrica.
Nanotechnology, the manipulation of matter at the scale of atoms and molecules, is rapidly converging with biotech and information technology to radically change food and agricultural systems. Over the next two decades, the impacts of nano-scale convergence on farmers and food will exceed that of farm mechanisation or of the Green Revolution. No government has developed a regulatory regime that addresses the nano-scale or the societal impacts of the invisibly small.
The ETC Group, announces the publication of Down on the Farm, the first comprehensive look at how nano-scale technologies will affect farmers, food and agriculture. Nanotechnology refers to the manipulation of matter at the scale of atoms and molecules, where size is measured in billionths of metres and quantum physics determines how a substance behaves. According to Hope Shand, ETC Group’s Research Director, "Over the next two decades, technologies converging at the nano-scale will have a greater impact on farmers and food than farm mechanisation or the Green Revolution."
After a year-long investigation, the United Kingdom’s Royal Society and Royal Academy of Engineering released its final report today (July 2004) examining the health, safety, environmental, ethical and societal implications of nano-scale technologies. The report was commissioned by the UK government last June. The UK’s Trade Union Congress today supported the Royal Society’s report and called for strong regulations to prevent worker exposure to manufactured nanoparticles. "There have been plenty of red flags, but the dollar signs have blotted out the warnings signs," said Rory O’Neill, spokesman for the Trade Union Congress.
Civil society organizations (CSOs) and peoples’ movements convening at the first Americas Social Forum in Quito, Ecuador, July 25-30 2004, are protesting J. Craig Venter’s US-government funded ocean expedition to collect and sequence microbial diversity from around the globe. Exotic microbes are the raw materials for creating new energy sources and even new life forms.
“Prince Charles’ thoughtful article in the Independent on Sunday (UK) is an impressive service to society and science in the unfolding public debate on nanotechnology,” according to Jim Thomas of the ETC Group’s Oxford office. “Not only does the Prince set aside the fictional notion of ‘grey goo,’ but he also sensibly reminds us that there are important unanswered questions relating to the control and ownership of these technologies,” said Thomas.
The ETC Group releases a new Communiqué today (08.07.2004) that provides an update on policy discussions related to nanotech health and safety issues and the glaring lack of regulatory oversight. According to the ETC Group, governments on both sides of the Atlantic are reluctantly and belatedly conceding that current safety and health regulations may not be adequate to address the special exigencies of nano-scale materials. In sharp contrast to the political climate one year ago, the potential health and environmental risks of some nano-scale technologies are being openly discussed in Europe and North America. Since mid-2002, ETC Group has called for a moratorium on the use of synthetic nanoparticles in the lab and in any new commercial products until governments adopt "best practices" for research.
On June 17-18 2010, a first intergovernmental dialogue on “Responsible Research and Development of Nanotechnology” convened in Washington with representatives from 26 countries. In his introductory remarks, Mike Roco of the US government’s National Science Foundation explained that the meeting was dedicated to the examination of broad societal issues that cannot be addressed by any single country. Roco asked: “How can we prepare our world for the emergence of nanotechnology?”
On June 17-18 2004, a first intergovernmental dialogue on "Responsible Research and Development of Nanotechnology" convened in Washington with representatives from 26 countries. In his introductory remarks, Mike Roco of the US government’s National Science Foundation explained that the meeting was dedicated to the examination of broad societal issues that cannot be addressed by any single country. Roco asked: "How can we prepare our world for the emergence of nanotechnology?"
In sharp contrast to the political climate one year ago, the potential health and environmental risks of some nano-scale technologies are now being openly discussed in Europe and North America. In recent months, governments on both sides of the Atlantic have reluctantly conceded that current safety and health regulations may not be adequate to address the special exigencies of nano-scale materials.
This brochure, The Little Big Down, is based on a larger ETC Group study, The Big Down: From Genomes to Atoms.
This document is a list of products based on nanotechnologies. It was distributed at a May 18, 2004 dialogue on nanotechnology at the Woodrow Wilson International Center for Scholars in Washington, DC. This is not an ETC Group document.
A new study revealing that engineered carbon molecules known as "buckyballs" cause brain damage in fish is one more brick in the wall of evidence suggesting that manufactured nanoparticles are harmful to the environment and to health.
A nanotech research initiative in Thailand aims to atomically modify the characteristics of local rice varieties — including the country's famous jasmine rice — and to circumvent the controversy over Genetically Modified Organisms (GMOs). Nanobiotech takes agriculture from the battleground of GMOs to the brave new world of Atomically Modified Organisms (AMOs).
In January 2004, Bangkok Post reported on a three-year research project at Chiang Mai University's nuclear physics laboratory,(1) funded by the National Research Council of Thailand, to atomically-modify rice. The research involves drilling a nano-sized hole (a nanometer is one-billionth of a meter) through the wall and membrane of a rice cell in order to insert a nitrogen atom. The hole is drilled using a particle beam (a stream of fast-moving particles, not unlike a lightening bolt) and the nitrogen atom is shot through the hole to stimulate rearrangement of the rice's DNA.
The ETC Group releases a new Communiqué today (11.02.2004) that focuses on J. Craig Venter’s controversial ocean expedition that is circumnavigating the globe to collect microbial diversity from gene-rich seas and shores every 200 miles.
J. Craig Venter, the genomics mogul and scientific wizard who recently created a unique living organism from scratch in a matter of days, is searching for pay-dirt in biodiversity-rich marine environments around the world. Venter’s yacht, the Sorcerer II, is now steaming toward the South Pacific after collecting land and marine microbes from Maine to Mexico, Panama, Chile, and — most recently — on Ecuador’s famous Galapagos Islands.
J. Craig Venter, the genomics mogul and scientific wizard who recently created a unique living organism from scratch in a matter of days, is searching for pay-dirt in the biodiversity-rich Galapagos Islands. From his 95-ft. yacht, Sorcerer II, Venter is hop-scotching around the globe collecting microbial diversity from gene-rich seas and shores every 200 miles.(1) Venter's ship has already sampled in the Sargasso Sea (North Atlantic), Mexico, Costa Rica, Panama, Ecuador (Galapagos), Chile and is now en route to French Polynesia (Tahiti, Bora Bora, etc.).
In a paper released 28th January 2004, five University of Toronto (UT) ethicists accuse Prince Charles of "fear-mongering" and ETC Group of condemning poor nations to exports of "bananas and t-shirts." The authors speak enthusiastically about the potential of nanotechnology to improve conditions in the developing world and they express dismay that, in their view, "commentators" are now focusing primarily on risks instead of benefits. ETC Group responds.
The Coalition Against Biopiracy (CAB) will present its highly un-coveted Captain Hook Awards – for infamous and outstanding malchievements in biopiracy – at the Biodiversity Convention (CBD) in Kuala Lumpur, Malaysia, Friday the 13th of February 2004. This is the third Global Biopiracy Awards ceremony since the Captain Hook awards were established in 1995. The previous awards were given out in ceremonies at the sixth meeting of the CBD (COP 6) in The Hague in 2002 and at the CBD's fifth meeting in Nairobi in 2000 (COP 5). The Coalition Against Biopiracy emphasizes that the Captain Hook Awards are a collaborative effort, made possible by the vigilance and analysis of many civil society and peoples’ movements around the world. This year, for the first time, the public was invited to make nominations by submitting claims along with full documentation to the CAB's web site at www.captainhookawards.org.
Over half of the world's 100 largest economic entities are transnational corporations (TNCs), not nations. TNCs have unprecedented power to shape social, economic and trade policies. Corporate hegemony is usurping the role and responsibilities of national governments, threatening democracy and human rights. Over the past two decades ETC Group (formerly as RAFI) has monitored corporate power and trends in the "life sciences." Consolidation, technological convergence and non-merger corporate alliances are among the trends examined in this issue of ETC Communiqué.