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Traceability Subscribe: receive free updates in your mailbox!
From the newsfordev database of articles
1-18
Icebreaker Launches Baacode Product Traceability for Merino Wool
Treehugger | Green products and services 08 08 2008 icebreaker merino wool baacode photo.jpgBaacode is the very clever moniker that outdoor sports apparel company, Icebreaker, have given their superfine merino garment traceability program. Much touted over the past few months, Baacode was officially launched this week. For as of this month new garments will sport a barcode number on their labelling. Customers can type this code into a website search engine and it will take them on a tour of the New Zealand high country sheep station (ranch) where the merino wool came from. As Icebreaker put it in their media release: “Customers will see the living conditions of th...
Developments
The New Agriculturalist 24 07 2008 Developments includes articles on the Enabling Rural Innovation approach, a way of helping communities plan their own development; the strenthening of the market for safou (African plum); a traceability system for livestock that is proving suitable for small-scale farmers in South Africa and Kenya; and efforts by the World Agroforesty Centre to expand bamboo cultivation in parts of Africa. 06/07/07
French president Sarkozy suggests support for tougher EU produce import standards
African Agriculture | Web log 14 07 2008

French President Nicolas Sarkozy has expressed new concerns about the direction of European agricultural policy.

He has questioned moves to cut farm production at a time of increasing global shortages as well as Europe’s decision to impose tough standards on farmers without the same restrictions being enforced on those that ship produce into the EU.

His comments at the European Parliament re-ignite the ongoing war of words he has been having with under-fire European Trade Commissioner Peter Mandelson. The former British government minister has been persistently accused for months of negotiating too much away in ongoing world trade talks, and leaving EU farmers exposed.

Sarkozy said European farmers would be worse off and threatened to veto Mr Mandelson’s planned deal. He asked the parliament: “Is it reasonable to ask the EU to reduce its agricultural production when the world has never needed food so much? I don’t think it is reasonable. It is not about French agriculture, it is about commonsense. Food security is everyone’s concern. It is reasonable to require of our farmers to abide by rules of security and traceability and still import meat from other countries who do not abide by those rules. This is the right time to talk about prices, subsidies and community preferences. I think we can reach agreement on concepts like food security and safety.”

Sarkozy also said Europe needed to debate its border controls and the amount of produce that can be shipped into the EU. He said it was only but fair and right that if Europe imposed controls on its food producers the same standards should apply to imports into the EU.

“That’s not a question of protectionism. It’s a question of fairness and justice and refusing to be naive.”

Mr Sarkozy’s remarks were welcomed by NFU Scotland president Jim McLaren who was encouraged at the commonsense language used by the French president. “Farmers in Scotland, like their EU and French counterparts, are only looking for a fair and reasonable system of control over the standards of the production systems operated by those who would bring imports into Europe.

“It cannot be right for Mr Mandelson to be negotiating away the access to EU agricultural markets with no regard for the different standards and consequentially the different costs of producing products in non-EU countries.

“Scottish farmers, like French farmers, only seek the illusive level playing field. It is this which will ultimately deliver sustainable and affordable food supplies to our own consumers in a world of increasing uncertainty over supplies from elsewhere.

“What a breath of fresh air to hear a European political leader speaking out for commonsense, fairness and justice in the world of agriculture.”

Press and Journal

Project Will Improve Food Supply Traceability from Paddock to Plate
Newswise | Science News 08 07 2008 Recognizing the need to find ways to protect the nation's food supply, Delaware Valley College in Doylestown, Pa has taken the lead academic role in an international trial to help exporters in Australia track food from their farms to U.S. plates using specialized software.
Local fishing in Senegal: quality and traceability challenges
Euforic | Highlights 03 07 2008 2008/05 - The Courier
No missing mail with RFID tags, says Commission
EurActiv | Latest documents 19 06 2008 With full liberalisation of all the EU's national postal services planned for 2013, the likely increase in the number of operators will make improved traceability of sent items a vital necessity to avoid dysfunctions, the European Commission has underlined, calling for the deployment of Radio Frequency Identification (RFID) chips to tackle the issue.
Biotech companies up GMO campaign in Africa
African Agriculture | Web log 01 06 2008

by John Mbaira

Unwitting African countries are being coaxed and coerced to cultivate and consume genetically modified crops in a campaign bankrolled by giant biotech multinationals and executed by cash-rich “scientific” organisations who extol technology as the panacea for the continent’s hunger and low agricultural productivity.

The big-bucks campaign has been picking up steam in East Africa in recent months with one announcement after another being made through compliant media outlets of grandiose initiatives aimed at helping the region’s countries to fight hunger.

The media reports on these initiatives rarely query the role of the global biotech giants nor do they examine the broader agenda behind the big pro-GMO push in African countries. Almost all the reports on the GMO initiatives either explicitly endorse them or end up reproducing without comment the glowingly positive picture painted by the GMO proponents.

As a result, the possible social, economic and health consequence of cultivating and consuming GM “Frankenfoods” are rarely covered. Observers say the uncritical attitude of the media means that it has unwittingly been incorporated into the campaign and has failed to inform millions of African smallholder farmers and their families about the entire truth on GMOs.

The safety aspects aside, this is likely to prove a fatal oversight in a region that has in the past few decades invested heavily in production for export of coffee, vegetables, flowers and other agricultural produce to Western markets ' a growing proportion of it comprising organic or specialty items tailored to niche markets obsessed with purity and traceability of ingredients.

The European market in particular is increasingly hostile to genetically modified crops. In April 2007, according to the GMO-Free Europe website, at least 174 regions, over 4,500 municipalities and other local entities and tens of thousands of farmers and food producers in Europe have declared themselves “GMO-free,” expressing their commitment not to allow the use of genetically modified organisms in agriculture and food in their territories.

On May 7 this year, the European Commission sent three controversial genetically modified crops back to its food safety agency in what activists described as “a huge vote of no-confidence in the EU’s approval system.”

The European Food Safety Authority was asked to review its previous opinion on the safety of a genetically modified potato in light of concerns raised by the World Health Organisation, the Institut Pasteur and the European Medicines Agency. The GM potato, produced by German chemicals company BASF, contains a gene which confers resistance to certain antibiotics considered “relevant” for human and animal health.

The food safety body was also asked to review its previous assessment of two GM maize varieties developed by the companies Syngenta and Pioneer/Dow, that are engineered to produce their own pesticide and which it had originally stated were safe. There is said to be growing scientific evidence showing that the insecticide could affect wildlife and may have knock-on effects on Europe’s biodiversity.

Last week, the Chicago Tribune reported that the United States government is using the prevailing global food crisis to promote the use of genetically modified crops particularly in Africa. Recently, the paper said, US had proposed a $770 million package to ease the global crisis. However, Bush had subsequently directed the USAid to spend $150 million of the money “on development farming, which would include the use of GMO crops.” The paper also reported that the Bush administration has been trying to “persuade European nations to lift their objection to the use of GMO crops in Africa.”

In April, the paper reported, Secretary of State Condoleezza Rice had suggested at a Peace Corps conference that, “We need to look again at some of the issues concerning technology and food production. I know that GMOs are not popular around the world, but there are places that drought-resistant crops should be a part of the answer.”

The US had earlier tried to introduce GMO crops to Africa in 2002, with an offer of aid that included corn, some of which was genetically modified. Despite a severe drought, Zambia, under European Union pressurer rejected the aid altogether. Several other countries accepted the US corn, but only after it was milled. The Bush administration is reportedly working to persuade European nations to lift their objection to the use of GMO crops in Africa.

Not to be left behind, in its 2008 World Development Report, the World Bank urges rich countries to “sharply” raise financial support to countries willing to embrace genetic engineering in food production.

Perhaps taking its cue from the World Bank, Britain’s Department for International Development (DfID) recently set up a $13 million fund to finance research on genetic engineering to control pests that ravage a number of staple crops in Kenya and Tanzania ' bananas, rice, maize, sweet potatoes and coconuts.

Indeed, biotech multinationals appear to be designing GM-varieties specifically for particular African countries. For instance, on May 3, 2006, the head of Monsanto’s Kenyan subsidiary, Kinyua M’Mbijiwe, revealed that the US-based giant had developed a GM-maize variety for the Kenyan market.

Meanwhile, the latest major initiative was covered in this very paper. In The EastAfrican last week, it was announced that the Africa Bio-fortified Sorghum Project ' a consortium of nine scientific bodies ' is to launch a scheme to use genetic engineering in loading sorghum with additional nutritional contents. The $21 million initiative intends to “fortify” sorghum with vitamins A and E as well as iron and zinc, thus converting it into a more nutritious, easily digestible and attractive foodstuff.

It was claimed that when fully introduced, the GM-sorghum would solve a range of nutritional problems in sub-Saharan Africa, where “millions of people… suffer from health problems associated with vitamin and mineral deficiency.” And like similar reports on the potential benefits of GMOs for Africa, the report graphically replayed the plight of the poor in the continent. Arid climates and poor soils, the story stated, mean that 80 per cent of the children in the region “receive inadequate amounts of vitamin A (while) half the entire population suffers from iron deficiency and a third from zinc deficiency.”

Typically, once the news reports paint the African scenario in such heartrending terms, they proceed to predict almost magical scenarios in which the yet-to-be-tested GMOs eradicate such difficulties once and for all. In many cases, such self-declared GMO proponents as the head of Africa Harvest, Dr Florence Wambugu, are invited to make supporting arguments.

“Malnutrition remains a leading direct and indirect cause of the rise in many non-communicable diseases in Africa,” Dr Wambugu told The EastAfrican last week, adding that lack of micronutrients brings about impaired immune systems, blindness, low birth weight and so on.

In most cases, such stories conclude at that point. Rarely is any effort made to answer such questions as who is behind the funding of the GM research or who will end up getting the patents for such improved crop varieties. “There is a lot of manipulation going on and Unwitting African countries are being coaxed and coerced to cultivate and consume genetically modified crops in a campaign bankrolled by giant biotech multinationals and executed by cash-rich “scientific” organisations who extol technology as the panacea for the continent’s hunger and low agricultural productivity.

The big-bucks campaign has been picking up steam in East Africa in recent months with one announcement after another being made through compliant media outlets of grandiose initiatives aimed at helping the region’s countries to fight hunger.

The media reports on these initiatives rarely query the role of the global biotech giants nor do they examine the broader agenda behind the big pro-GMO push in African countries. Almost all the reports on the GMO initiatives either explicitly endorse them or end up reproducing without comment the glowingly positive picture painted by the GMO proponents.

As a result, the possible social, economic and health consequence of cultivating and consuming GM “Frankenfoods” are rarely covered. Observers say the uncritical attitude of the media means that it has unwittingly been incorporated into the campaign and has failed to inform millions of African smallholder farmers and their families about the entire truth on GMOs.

The safety aspects aside, this is likely to prove a fatal oversight in a region that has in the past few decades invested heavily in production for export of coffee, vegetables, flowers and other agricultural produce to Western markets ' a growing proportion of it comprising organic or specialty items tailored to niche markets obsessed with purity and traceability of ingredients.

The European market in particular is increasingly hostile to genetically modified crops. In April 2007, according to the GMO-Free Europe website, at least 174 regions, over 4,500 municipalities and other local entities and tens of thousands of farmers and food producers in Europe have declared themselves “GMO-free,” expressing their commitment not to allow the use of genetically modified organisms in agriculture and food in their territories.

On May 7 this year, the European Commission sent three controversial genetically modified crops back to its food safety agency in what activists described as “a huge vote of no-confidence in the EU’s approval system.”

The European Food Safety Authority was asked to review its previous opinion on the safety of a genetically modified potato in light of concerns raised by the World Health Organisation, the Institut Pasteur and the European Medicines Agency. The GM potato, produced by German chemicals company BASF, contains a gene which confers resistance to certain antibiotics considered “relevant” for human and animal health.

The food safety body was also asked to review its previous assessment of two GM maize varieties developed by the companies Syngenta and Pioneer/Dow, that are engineered to produce their own pesticide and which it had originally stated were safe. There is said to be growing scientific evidence showing that the insecticide could affect wildlife and may have knock-on effects on Europe’s biodiversity.

Last week, the Chicago Tribune reported that the United States government is using the prevailing global food crisis to promote the use of genetically modified crops particularly in Africa. Recently, the paper said, US had proposed a $770 million package to ease the global crisis. However, Bush had subsequently directed the USAid to spend $150 million of the money “on development farming, which would include the use of GMO crops.” The paper also reported that the Bush administration has been trying to “persuade European nations to lift their objection to the use of GMO crops in Africa.”

In April, the paper reported, Secretary of State Condoleezza Rice had suggested at a Peace Corps conference that, “We need to look again at some of the issues concerning technology and food production. I know that GMOs are not popular around the world, but there are places that drought-resistant crops should be a part of the answer.”

The US had earlier tried to introduce GMO crops to Africa in 2002, with an offer of aid that included corn, some of which was genetically modified. Despite a severe drought, Zambia, under European Union pressurer rejected the aid altogether. Several other countries accepted the US corn, but only after it was milled. The Bush administration is reportedly working to persuade European nations to lift their objection to the use of GMO crops in Africa.

Not to be left behind, in its 2008 World Development Report, the World Bank urges rich countries to “sharply” raise financial support to countries willing to embrace genetic engineering in food production.

Perhaps taking its cue from the World Bank, Britain’s Department for International Development (DfID) recently set up a $13 million fund to finance research on genetic engineering to control pests that ravage a number of staple crops in Kenya and Tanzania ' bananas, rice, maize, sweet potatoes and coconuts.

Indeed, biotech multinationals appear to be designing GM-varieties specifically for particular African countries. For instance, on May 3, 2006, the head of Monsanto’s Kenyan subsidiary, Kinyua M’Mbijiwe, revealed that the US-based giant had developed a GM-maize variety for the Kenyan market.

Meanwhile, the latest major initiative was covered in this very paper. In The EastAfrican last week, it was announced that the Africa Bio-fortified Sorghum Project ' a consortium of nine scientific bodies ' is to launch a scheme to use genetic engineering in loading sorghum with additional nutritional contents. The $21 million initiative intends to “fortify” sorghum with vitamins A and E as well as iron and zinc, thus converting it into a more nutritious, easily digestible and attractive foodstuff.

It was claimed that when fully introduced, the GM-sorghum would solve a range of nutritional problems in sub-Saharan Africa, where “millions of people… suffer from health problems associated with vitamin and mineral deficiency.” And like similar reports on the potential benefits of GMOs for Africa, the report graphically replayed the plight of the poor in the continent. Arid climates and poor soils, the story stated, mean that 80 per cent of the children in the region “receive inadequate amounts of vitamin A (while) half the entire population suffers from iron deficiency and a third from zinc deficiency.”

Typically, once the news reports paint the African scenario in such heartrending terms, they proceed to predict almost magical scenarios in which the yet-to-be-tested GMOs eradicate such difficulties once and for all. In many cases, such self-declared GMO proponents as the head of Africa Harvest, Dr Florence Wambugu, are invited to make supporting arguments.

“Malnutrition remains a leading direct and indirect cause of the rise in many non-communicable diseases in Africa,” Dr Wambugu told The EastAfrican last week, adding that lack of micronutrients brings about impaired immune systems, blindness, low birth weight and so on.

In most cases, such stories conclude at that point. Rarely is any effort made to answer such questions as who is behind the funding of the GM research or who will end up getting the patents for such improved crop varieties. “There is a lot of manipulation going on and the media has merely been telling one-sided pro-GMO stories without exposing East Africans to the hidden health, environmental and economic implications of embracing these alien organisms,” said the director of the African Network for Animal Welfare, Josphat Ngonyo.

Mr Ngonyo said East Africans are not only provided little or no information about the health consequences of consuming GM-crop varieties but are also left in the dark about the implications of cultivating them in the poor and/or fragile soils prevailing in the region.

“The way the GMO story is told is like a fairy goddess has come to us, eager to give Africa all it ever needed,” he added.

Local oversight institutions mandated to police the proliferation of plant materials also appear oddly complacent. In a report carried in our sister paper, The Sunday Nation, in late March, this writer cited evidence that Kenyans have unwittingly been growing and consuming genetically modified maize.

The variety in question ' PHB30V53 ' is a hybrid that has its origins in the US and is patented by Dupont, one of the world’s leading biotech companies. It is imported into Kenya from South Africa ,where it is multiplied and packaged for the African market.

A determined effort by a group of 45 farmer organisations and non-governmental organisations operating under the auspices of the Kenya Biodiversity Coalition (KBioC) led to the finding that PHB30V53 is contaminated with traces of the genetically modified organism Mon810, which is patented by Monsanto. KBioC had sought the help of Greenpeace scientists who took 42 samples of maize seeds from agrovet shops in Kibwezi, Machakos, Thika, Nakuru, Eldoret and Kitale towns. The samples were of maize seed varieties owned and marketed by local and international seed companies.

After sampling, the scientists ground the seeds into flour and after preliminary testing, 19 of the samples were found to be suspect and shipped to the laboratories of the Germany-based Eurofins GeneScan GmbH for further tests.

“Eurofins isolated PHB30V53, a variety that is owned and patented by Pioneer, a South African company,” Dr Daniel Maingi, a scientist with KBioC, told this writer.

The sampling and testing took place late last year. Several South African and European publications covered the saga, with South Africa’s Business Day quoting the director of the African Centre for Biosafety, Mariam Mayet, on March 20 as saying, “The maize seeds are contaminated with a genetically engineered variety, Mon810, belonging to Monsanto, that has not been approved in Kenya.”

She added that maize laced with Mon810 contains a novel gene that is considered unsafe and is banned in several European countries. When the matter became public in Kenya, the Kenya government temporarily banned the marketing of the variety, only to lift the ban following an announcement by the Kenya Plant Health Inspectorate Service (Kephis) that its own analysis had established that the GMO traces in PHB30V53 were insignificant.

The organisation’s director, Chagema Kedera, criticised KBioC for going public over the matter before getting the signed certificate from Eurofins. This writer then managed ' through the assistance of GreenPeace officials ' to secure a signed certificate from Eurofins. It also emerged that the Kephis tests of the maize variety could only have been “preliminary” since the organisation does not have the necessary equipment to do a proper GMO test.

Later, Jan van Aken, of Greepeace’s Sustainable Agriculture Campaign, told The EastAfrican that though Eurofins had detected a mere 0.1 per cent contamination, this did not mean that the contaminated PHB30V53 variety is safe to grow and consume or that it has no negative effects on the environment.

“Even at 0.1 per cent, it could be disastrous in the long run,” he said, further arguing that even if it is assumed the Pioneer maize variety were planted on a mere 1,000 hectares in the country, this would mean a total of 80 million plants ' in other words, 0.1 per cent of the 80 million plants amounts to 80,000 genetically modified plants “growing, pollinating and seeding” in Kenya this year alone.

In mid June last year, officials from the Kenya Biodiversity Coalition sampled 10 food items sold in some of Nairobi’s key supermarkets. They then sought assistance from Greenpeace International in screening the items for GMOs. KBioC released the results at a press conference on October 15, 2007, in which they announced that genetically modified foods had actually infiltrated the Kenyan market without being labelled as such.

The findings flew in the face of government officials repeated denials that GM foods are on sale in the country.

With the billions of dollars they generate each year, the giant biotech multinatinals have a great deal of clout when it comes to pushing for their interests with governments in industrialised countries, let alone Africa. In Death of Bees: GMO Crops and the Decline of Bee Colonies in North America, Brit Amos says that the power wielded by biotech conglomerates is enough to “manipulate government agricultural policy with a view to supporting their agenda of dominance in the agricultural industry.”

He alleges that such American conglomerates as Monsanto, Pioneer HiBred and others, have created “seeds that reproduce only under certain conditions, often linked to the use of their own brands of fertiliser and/or insecticide.”

This power may now be translating into decisive influence not only over East African agricultural policies but also law-making processes in Kenya and other countries.

Observers cite the saga surrounding the yet-to-be enacted Biosafety Bill in Kenya that played out publicly over much of last year.

Although there was ample evidence that the Bill was weak in many respects, top politicians and a number of officials in Kenya’s Agriculture Ministry gave the nod to the Bill.

The East African

Tracing biobanks: EU researchers propose identifying DNA collections similar to books
AlphaGalileo | Research | News 22 05 2008


In a paper published in the Journal of the American Medical Associations (JAMA) this week, European scientists propose applying a structured numeric identifier to studies involving human biological samples collected for DNA. This would allow optimised use of biological resources through increased traceability and open new perspectives for genetics studies.
Category: Press
Date: 22 May 2008
E-discussion on traceability issues for fish products
Euforic | Highlights 05 05 2008 2008/03 - Euforic
Developments
The New Agriculturalist 17 04 2008 Developments includes articles on the Enabling Rural Innovation approach, a way of helping communities plan their own development; the strenthening of the market for safou (African plum); a traceability system for livestock that is proving suitable for small-scale farmers in South Africa and Kenya; and efforts by the World Agroforesty Centre to expand bamboo cultivation in parts of Africa. 06/07/07
Global Market Opportunities Drive Beef Production Decisions in Argentina and Uruguay
USDA | Economic Research Service | News 01 04 2008 Argentina and Uruguay are increasingly important suppliers of beef in global markets. Key to both countries’ success in international markets are certification and traceability programs, which have been improved in response to recent cattle disease outbreaks. Grass-based production systems and bans against feeding meat and bone meat to cattle have help allay importers’ concerns about bovine spongiform encephalopathy (BSE).
CoE - Declaration on protecting the dignity, security and privacy of children on the internet
Information Policy | web log 23 03 2008 The traceability of children's activities on the internet may expose them to criminal activities (for example the solicitation or "grooming" of children for sexual purposes, discrimination, bullying, stalking and other forms of harassment). Children need to be informed about the...
Trust, Transparency and Traceability — The New Watchwords of Food Safety
Environmental News Network | Top Stories 18 03 2008 For many companies product safety is a fundamental component of their CSR efforts. But in the last year or two no market has had to re-evaluate its product safety practices more than the food industry. Increasing health concerns by consumers, new government regulations, growing (often global) supply chains and increasingly competitive markets have all been influencing factors. And, of course, recent incidents like those at Topps Meat, Cargill, Westland Meat and Menu Foods — to name just a few — have not helped the food industry.
GMO Detection, Identification and Quantification Training Course
ISAAA | Crop Biotechnology | News 14 03 2008 Researchers and inspectors involved in GMO monitoring from Central and Eastern Europe, Western Balkans and Central Asia are invited to attend a workshop to be conducted by Co-Extra on March 26-28, 2008 in AgroBioInstitute, Sofia, Bulgaria. Co-Extra is an EU research program on co-existence and traceability of GMO. The workshop will provide an oppor...
IdentiGEN founder says access to DNA from cloned animals should be made public
Biology News Net | Articles, News & Current Events 16 02 2008 In order for meat producers and retailers to satisfy anticipated consumer desires to avoid meat and milk from cloned animals, access to DNA from every unique clone should be made public so that DNA traceability technology can be used, according to Patrick Cunningham of Dublin's Trinity College and Chief Scientific Adviser to the Government of Ireland, who will speak at the American Association for the Advancement of Science (AAAS) conference in Boston tomorrow.
Africa: Firms join cocoa certification system
AfricaNews | Forum | Latest posts 06 02 2008 These three companies join Cargill, Heinz Benelux, Ahold and Solidaridad, who announced the start of this program in October 2007. The initiative is also supported by Oxfam Novib. The UTZ CERTIFIED  Good Inside Cocoa Program will implement a credible certification system for mainstream cocoa production to enable the industry and consumers to know their cocoa is produced in a sustainable and responsible manner. This will be achieved by strengthening the capacity of farmer groups and through independent certification of improved agricultural, social and environmental practices. Frank Pronk, Executive Director of UTZ CERTIFIED: “We are very pleased that Mars, Nestli and ECOM have joined the program, as they are important players in the cocoa industry. We believe that UTZ CERTIFIED’s experience in mainstream coffee certification and traceability, and the experience and commitment of all the organisations involved, will enable us to work towards a more sustainable cocoa sector.”The program partners are currently working on the development of a Code of Conduct for sustainable cocoa production, together with different stakeholders from the cocoa industry and local and international non-governmental organisations. A representative team has travelled to Côte d’Ivoire to better understand local conditions and challenges. The sustainability criteria in the Code of Conduct will be put into practice in that country through pilot projects in 2008 and early 2009. In the following years, UTZ CERTIFIED plans to test and roll out the certification program in other cocoa producing countries. The first ‘Good Inside’ cocoa is expected to be available in the second half of 2009.The UTZ CERTIFIED  Good Inside Cocoa Program continues to actively seek co-operation with other interested companies and stakeholders in the cocoa supply chain. Other partners are invited to join the program and participate in the pilot phase to further define the program. More information on the UTZ CERTIFIED  Good Inside Cocoa Program is available at: www.utzcertified.org/cocoaKeywords: vory_coast agriculture business Posted at 06-02-2008 10:46Replies: 0
Standards Needed for Detecting Biotech-Derived Crops
ISAAA | Crop Biotechnology | News 14 12 2007 Testing to detect biotech-derived crops needs to be effective, consistent, and predictable along the supply chain to satisfy commercial intellectual property and or/traceability requirements. Test method developers need to validate methods using internationally acceptable approaches, to demonstrate they are "fit for purpose" and transferable to pra...
ACP Science and the Global Food Safety Challenge
CTA | Knowledge for Development 03 12 2007 Industrialized nations have implemented regulations and preventive programmes in an attempt to stem the incidence of food-borne disease and safeguard the health of consumers. Surveillance and tracing of food borne outbreaks have become more sophisticated, for example PulseNet (network of labs of public health and regulatory agencies) and FoodNet (active surveillance for food-borne disease) in North America. African, Caribbean, and Pacific (ACP) nations must conform to international food safety standards to compete effectively in global trade. International organizations such as FAO and WHO have assisted in identifying needs but, regional organizations and national governments must improve their monitoring and traceability systems to minimize the risks to human life or markets. Vigilant and effective regulatory systems would also assist ACP countries to prevent indiscriminate dumping of sub-standard products. The scientific community should lead the effort in designing and implementing food safety systems including programmes for training actors: from growers to consumers. Universities and research institutes in ACP regions should play a role in identifying specific food safety challenges and developing sampling and testing procedures which respond to the diversity that exists within the food industry.
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