Saturday, May 31, 2014

Workshop On Home Composting on 31st May 2014

The details are as below :-
Learn to create home waste to brown gold. Our daily garbage if converted to compost, gives super nutrition boost to plants. Learn to make compost, simple and easy way without any investment of any equipment, without fruit flies and without bad odor. 
Just nutrient rich compost with sweet smell of earth. 
Workshop topics :-
1. Waste segregation
2. Choice of container for perfect composting
3. Preparation of composting container
4. Composting technique to ensure perfect compost
5. Some other ideas related to composting
6. Q&A.
Date :- 31st May 2014 Timing 11 am to 12.30 noon.
At Vijaynagar Society, Andheri East.
 
For more details, please email or call ;

Kaumudi T. Passanha
9819393773

Friday, May 30, 2014

Scientist switches from developing GMOs to breeding organic cotton


By Ken Roseboro
Published: May 29, 2014
Category: Organic/Sustainable Farming

Jane Dever, organic cotton breeder at Texas A&M AgriLife Research
Jane Dever, organic cotton breeder at Texas A&M AgriLife Research
To access all the articles in this month's issue of The Organic & Non-GMO Report,SUBSCRIBE NOW.
Jane Dever developed GMOs at Bayer CropScience but now breeds organic cotton varieties at Texas A&M University’s AgriLife Research
It’s rare that a plant breeder goes from developing genetically modified crops at a major biotechnology company to breeding varieties for organic and non-GMO farmers. Jane Dever, associate professor at Texas A&M’s AgriLife Research and Extension Center, is unique in having done just that. As global cotton breeding manager for Bayer CropScience, Dever put GM traits into cotton plants. Now she focuses on keeping GM traits out of organic cotton varieties.
Dever prefers the latter role. “I am just very comfortable here,” she says. This is a great opportunity to work for Texas cotton producers and the more than 90% of US organic cotton producers located on the Texas High Plains.”

Heart with breeding, genetic diversity, genetic resource preservation

At Bayer, Dever became frustrated with the focus on developing plants as “projects” with a distinct beginning and end as opposed to breeding, which she sees as a process.
What a lot of folks don’t understand is that ‘breeding’ and ‘GM trait development’ are two entirely different things,” she says. “It did not take long to understand that companies like these are not in the seed business unless they can realize growth from GM traits.”
Dever says she gained valuable experience at Bayer but says: “My heart is with breeding, genetic diversity, and genetic resource preservation.” 
When the cotton breeding position at Texas A&M AgriLife opened in 2008, Dever “took a leap of faith” and accepted it, backed by support from Texas farmers, the National Institute for Food and Agriculture’s Organic Research and Extension Initiative, and the Texas Organic Cotton Marketing Cooperative (TOCMC).
The focus of her work at AgriLife is breeding organic cotton varieties that have improved fiber quality, drought tolerance, resistance to thrip pests, and bolls that can handle Texas’s nasty sandstorms and extreme weather. Preserving genetic resources from unintended GMO contamination is another goal of Dever’s research.
An estimated 15,685 acres of organic cotton was planted in the US in 2013 with more than 95% of that grown on the High Plains of West Texas. North Carolina has also emerged recently as a producer of organic cotton.

Hard to find non-GMO seeds; screen to detect GMO contamination

Keeping GMOs out of non-GMO and organic cotton is a challenge because—as with corn and soybeans—GMO varieties account for more than 90% of production in the US.
The three major companies that sell cottonseed—Monsanto, Bayer CropScience, and Dow AgroScience— don’t offer non-GMO varieties.
Non-GMO cottonseed options are even more limited than they are for corn and soybeans.
It’s very difficult for non-GMO farmers to get planting seeds,” Dever says.
Dever often receives inquiries on where to find non-GMO seeds, especially since the spread of herbicide resistant weeds, which are devastating cotton fields in the South.
The Roundup Ready GMO trait is so widespread in cottonseed that it is difficult for plant breeders like Dever to keep it out of her organic varieties.
The problem for non-GM or organic breeders in a crop where biotechnology traits have been intensively adopted is that potential contamination is not visible,” Dever says. “Even the smallest amount of unintended contamination can multiply during the crossing, plant selection, and even testing phase if you do not know it is there.”
Tests to detect GMO traits can also be expensive.
Another aspect of Dever’s research is developing a fast, economical method to screen organic cotton for the Roundup Ready GMO trait. Seed Matters, an initiative that supports organic seed breeding projects, provided a $125,000 fellowship to Texas Tech graduate student Ryan Gregory to develop the method.
If he can help devise a practical method to nip contamination in the bud, it will be of interest to every public cotton breeder,” Dever says. “Seed growers and farmers can maintain purity reasonably well if their beginning seed stocks are free from unintended presence of GM traits.”

Encouraging results on organic cotton varieties

Testing of the new organic cotton varieties began in 2011 on TOCMC members’ organic farms.
The results so far are encouraging. We saw a 30%-40% reduction in insect damage from thrip, which is a major pest problem in organic cotton production,” Dever says.
Dever plans to release an organic cotton variety for farmers next year and aims to get an agreement with All-Tex Seed, a regional cottonseed company that offers non-GMO varieties and will process the organic cotton varieties.
The varieties could also be used in non-GMO cotton production.
The (research) results are applicable in many cases to conventional, non-GMO production,” Dever says.
She emphasizes that breeding is a process that takes time. “It’s a long-term thing. Once you get a variety, farmers can follow best management practices with isolation guidelines, but they have to start with clean seed. Their challenge is my challenge.”
Dever is happy she left the biotech industry for her position at Texas A&M where she can help organic and non-GMO farmers and preserve genetic diversity.
The non-GM market is small and certainly under-served, which is exactly why it is where I focus as a public breeder,” she says. “It is not ‘picking up crumbs’ left from private sector crop development, which is short-sighted, but rather continuing the work needed to ensure genetics will do its part to address global resource issues.”

© Copyright The Organic & Non-GMO Report, June 2014

SOURCE : http://www.non-gmoreport.com/articles/june-2014/genetic-engineer-becomes-organic-cotton-breeder.php 

Monday, May 26, 2014

10 reasons we don't need GM foods

"10 reasons we don't need GM foods", a new short report from the authors of "GMO Myths and Truths", is published today as a free download by the sustainability and science policy platform Earth Open Source.


Download report: http://earthopensource.org/index.php/reports/10-reasons-we-don-t-need-gm-foods
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10 reasons we don't need GM foods
New short report from the authors of GMO Myths and Truths

Earth Open Source, 23 May 2014
http://earthopensource.org/index.php/reports/10-reasons-we-don-t-need-gm-foods

"10 reasons we don't need GM foods", a new short report from the authors of "GMO Myths and Truths", is published today as a free download by the sustainability and science policy platform Earth Open Source.

Claire Robinson, co-author of the new report with genetic engineers Dr Michael Antoniou and Dr John Fagan, said:

"At just 11 pages plus references, '10 reasons' is designed for people who may not have the time to read 'GMO Myths and Truths', which extends to 330 pages. '10 reasons' is ideal for giving to friends, family, politicians, and journalists, when a longer document is not appropriate.

" '10 reasons' explains that GM crops do not increase yield potential or reduce pesticide use. Nor can they help us meet the challenges of climate change any better than existing non-GM crops, or deliver more nutritious foods. GM crops have been shown to have toxic effects on laboratory and farm animals.

"There is only one way in which GM crops outperform non-GM crops: they are easier to patent in a way that guarantees ownership not only of that GM plant variety but also all plants bred from it. This process enables consolidated ownership of the seed and food market by a few large companies on a scale that has never happened before.

"That is a recipe for loss of food sovereignty and security. It is the opposite to feeding the world – the line we are constantly fed to justify the introduction of GM crops."

“10 reasons” is based on the extensive evidence collected in "GMO Myths and Truths".

Download "10 reasons we don't need GM foods":
http://earthopensource.org/index.php/reports/10-reasons-we-don-t-need-gm-foods

Download "GMO Myths and Truths" (2nd edition published 19 May 2014):
http://earthopensource.org/index.php/reports/gmo-myths-and-truths

Contact Claire Robinson claire.robinson@earthopensource.org

Friday, May 16, 2014

NGT Orders Jubilant Industries (Nira) in Maharashtra to deposit Rs 25 lakh for Compensation to Farmers

Justice V.R. Kingaonkar (Judicial Member) & Dr. Ajay A. Deshpande (Expert Member) of the Western Bench (Pune) of the National Green Tribunal have ordered deposit of Rs 25 lakh by Jubilant Industries (Nira) in the Pune district of Maharashtra to be paid as compensation to farmers for loss of income, if any, on the ‘principle of polluter pays’ for pollution of water-bodies including river Nira.
 
This was in the judgement in the case of Janardan Pharande and others versus MoEF, Jubilant Industries and others (Application no. 07(THC)/2014(WZ) on dated 16th May, 2014. The Tribunal observed thatthere is reliable evidence to draw inference about continuation of
Pollution caused to water of ‘Nira’ river as a result of discharging of Industrial effluent/spent wash by Jubilant Industry.’
 
Main directions of the Tribunal are :
 
Jubilant Industries at Nira shall not discharge effluents of the Distillery/spent wash of the Industry in Buvasaheb Nala and Saloba Nala or any part of the River ‘Nira’.
 
The recommendations of ‘NEERI’ and CGWB (Central Ground Water Board) referred too in the judgement shall be complied with by Jubilant Industries at Nira which shall be regularly monitored by the MPCB (Maharashtra Pollution Control Board).
 
A Committee, as suggested in the judgement, shall evaluate loss caused to the agriculturists, if any, due to discharging of industrial effluents in the water of River ‘Nira’ and this shall be compensated from tentative deposit of Rs.25 lakh in the office of the Collector, Pune by Jubilant Industries.
 
Jubilant Industries shall also pay Rs.20,000 to the Applicants as costs of the Application.
 
Pushp Jain
EIA Resource and Response Centre (ERC)
Email : ercdelhi@gmail.com This email address is being protected from spambots. You need JavaScript enabled to view it. ; pushp@ercindia.org
 
 

Tuesday, May 13, 2014

The LEAF Initiative is looking for a Researcher and Administrator

Title:  Administrator and Researcher
Based in: Mumbai
The LEAF Initiative: The LEAF Initiative is a citizens’ initiative on issues relating to Livelihood,
Environment, Agriculture and Food.  LEAF operates within the larger framework of the Alliance for
Sustainable & Holistic Agriculture (ASHA) and GM Free India,  both of which are nation-wide networks of more than 400 organizations drawn from 20 states of India.
Key responsibilities:
- Website management and social media management 
- Research on subjects pertaining to Livelihood, Environment, Agriculture and Food
- Contact outreach and communicating strategies to spread awareness through different channels
including the media
- Organizing various events, working closely with LEAF members and various organizations and NGOs
To apply please send us your CV/ mail us at leafinitiative@gmail.com with a cc to
shaheen19910@gmail.com

ARTICLE : Cultivating Biodiversity: Peasant Women in India

By P. V. Satheesh on May 12, 2014 in Environment and Ecology                                    
In the Deccan region of India, over 60,000 women peasants are feeding their families, their culture and their pride with biodiverse farming practices. Their knowledge and successes have reached across national and institutional borders, and they have received recognition from around the world.
Hothi B Rajamma
It is the year 2003 in Andhra Pradesh, India. A group of more than 50 peasant women were gathered in a thatch roofed hall in Didgi village, engaged in a video interface with a group of senior agricultural scientists.
Sammamma, who owns three acres of rainfed farmland and grows more than 18 varieties of crops, stood up and started explaining why she values biodiversity in her farming practices. Quickly a scientist on the other side of the video camera stopped her and said “No, no, please do not worry about biodiversity. It is we, the scientists, who should think of biodiversity, and we will recommend a seed for you to use.
Still too often scientists believe that agricultural science and knowledge are exclusively their domain while peasant farmers, especially the women, are not to be included at all when discussing farming approaches. However, the women in the Deccan region have proved them wrong in so many ways.
Biodiverse farming systems
The women of the Deccan region are the seed-keepers, treasuring seeds more than money. Photo: DDS
The women of the Deccan region are the seed-keepers, treasuring seeds more than money. Photo: DDS
The peasant women in Didgi village have developed highly biodiverse farming systems with common characteristics: they all farm on non-irrigated, not very fertile, fields of less than two acres; they are all non-chemical farmers; they all grow 12-23 varieties of crops on their small plots; and none of them need to purchase any of their food from markets. The women of the Deccan region are the seed-keepers. They not only conserve seeds, but also decide on the mix and quantity of seeds to be planted at planting time. This is a win-win system: the women’s way of farming supports biodiversity, and biodiversity supports their way of farming.
Why is biodiversity so important for these women? Why are they not content with growing just one or two commercial crops as advised by the Department of Agriculture? They have a clear preference for food crops such as Yellow Sorghum, which are totally discarded and discouraged by agricultural scientists as it only attracts a low price on the market. For dalit women Yellow Sorghum provides nutritious food and good fodder. It grows in dry soil, can be used in fencing and thatching and has many other qualities. All these factors, in addition, can be completely controlled by the women in spite of their low income levels. The reverence that peasant women show for such “orphaned crops” illustrates their special vision on food and farming.

More than food

Reshaping food policy
In India, a select few species are promoted and supported as food crops by governmental institutions. A wide range of millet varieties, which traditionally have nourished many rural communities, are not among them. In 2013, for the first time in our history, the government recognised millet varieties as national food security grains by including them in the brand new National Food Security Act. After a decade long struggle by dalit peasant women, the Deccan Development Society and the Millet Network of India, millets are now firmly entrenched in India’s public food system. For us and for the women this was a great moment for rejoicing. They used radio and made short films to share their toils and successes. With grit and determination they have overcome their social, economic and gender marginalisation and reshaped national policy. Also, in 2013 as proponents of millet we were able to take the message of millets back to their African birthplace by initiating the Africa-India Millet Network and creating a new solidarity between the two continents.
For women from vulnerable communities, sticking to peasant values and biodiversity in farming can mean the difference between life and death. Whereas farmer suicides have been widespread among Indian farmers who were crippled by debt as a result of their expensive and risky commodity and chemical based farming systems, there has not been a single suicide among peasant women farmers who continue to use low cost biodiverse farming principles.
Agrobiodiversity is a strong part of these communities’ traditions, but it is also the only logical way for them to farm. They clearly understand that a biodiverse system is the best security they have against climate vagaries. Moreover, the crops they grow are indicative of their food culture, and the relationships between foods in the kitchen reflect relationships in the field.
For instance, food made from sorghum is accompanied by food made from pigeon peas, and in the field sorghum and pigeon peas grow as companion crops. This unique “farm-to-kitchen” model is what has kept agrobiodiversity alive on their farms for centuries. Since women are the most important torchbearers of this food tradition, they are also the carriers of the agrobiodiversity tradition.
Biodiverse farms not only nurture physical life, but also moral, ecological and spiritual life. People in this region celebrate biodiversity through several religious festivals where heroes symbolise and bless biodiversity. Englagatte Punnam, for instance, is celebrated when the winter crops mature, by tying diverse crops on the door of every home – as if the farmers are declaring, “look at the diversity in my field!” Women treasure these crops more than monetary wealth. Consequently, seeds are neither bought nor sold, but always exchanged.
Proud to share
During the Englagatte Punnam celebration, farmers exhibit the diversity from their fields on their homes. Photo: DDS
During the Englagatte Punnam celebration, farmers exhibit the diversity from their fields on their homes. Photo: DDS
During the Englagatte Punnam celebration, farmers exhibit the diversity from their fields on their homes. Photo: DDS
The Deccan Development Society (DDS), a grassroots NGO working with peasant women from socially and economically marginalised dalit communities, has facilitated the sharing of farmer knowledge for 25 years.
Women from this region, especially those from lower socioeconomic classes, have travelled abroad at least 100 times – from Peru to Cambodia – to share their experience and perspectives on farming with farmers, scientists and policy makers. They have met receptive audiences, both among male and female peasants and in international conference rooms.
In 2003 they addressed the World Organic Congress in Victoria, Canada, where various people in the audience said they felt humbled by the women’s experiences.
Brimming with confidence, these women have started celebrating the Mobile Biodiversity Festival. Every year since 1998, they have travelled to over 50 villages during one month, discussing and celebrating ecological agriculture, control over seeds and organic markets in a way that expresses the deep relationships between farmers and soil, agriculture and environment. They have reached over 150,000 farmers in the region, showing them the richness of the traditional seeds and crops from the area.
The Indian government has recognised these Biodiversity Festivals as the most important community cultural campaign on the issue.
Worldwide recognition
The Deccan peasant women, who were so easily dismissed by the scientists in 2003, are now receiving national and international recognition for their work on biodiversity. Anjamma for instance, a 55-year-old peasant woman who has never gone to school and cannot read and write, is now a member of the expert panel on agrobiodiversity in the state of Andhra Pradesh. Government officers, scientists, civil society activists and media regularly come to the region to look at the women’s farms and seeds. Their stories regularly appear in newspapers and on television channels.
Today, the region comprising of about 50,000 hectares of land is about to be recognised as an Agricultural Biodiversity Heritage Site by the Indian National Biodiversity Board – the first in the country. The international Convention on Biological Diversity (CBD) developed the concept to honour sites where biodiversity is practiced. The Heritage label gives the area and its biodiversity the same level of protection as national parks and offers special status, privileges and incentives to the farmers and their communities. The label conveys a strong message that the Indian government supports marginalised family farmers and recognises their contribution to protecting biodiversity. When asked what the Heritage label means to them, the peasant woman Mahbatpur Swaroopa answers, “We are totally disinterested in any monetary benefits. It is the recognition that we cherish.
The power of women
The selection of seeds requires complex knowledge that is held by women like Basantppur Narsamma. Photo: DDS
The selection of seeds requires complex knowledge that is held by women like Basantppur Narsamma. Photo: DDS
The attention for their farms and perspectives has added tremendously to the women’s self esteem. Paramma, a farmer-seed keeper in Khasimput village, once demonstrated this confidence as she confronted government officials who had come to visit her: “Every month you get your salaries and fill your pockets with currency notes. But come to my home. I have filled it with seeds. Can you match me?
Given their marginalisation in other spheres of life, the women feel that their practice and conservation of agrobiodiversity has bestowed them with a new stature in the country, in their communities and in their homes. Most of the peasant women in this area say that more often than not, they are consulted and play a key role in making choices for their family farm.
Cheelamamidi Laxmamma cultivates her three-acre farm with dozens of food crops along with her husband. When her husband was counselled that he should become progressive and plant some hybrid crops on the land, he – completely against the grain of his social culture – first wanted to consult his wife. When he did, she burst out: “Have you gone mad? Why do we need hybrid seeds and a monoculture? Are we not happy with what we are growing?” And he gave in. Sharp and alert women such as Laxmamma enjoy far more respect from their husbands for the recognition they have gained in the community and beyond.
First Published in Farming Matters, March 2014
P.V. Satheesh is one of the founders of DDS and its General Secretary.
For more information visit www.ddsindia.com or e-mail: satheeshperiyapatna@gmail.com
Contact: Jayasri Cherukuri

SOURCE: http://vikalpsangam.org/article/cultivating-biodiversity-peasant-women-in-india/#.VYFIj--Jh2t

Sunday, May 11, 2014

REPORT: Will GM crops feed the world? – new report


The idea that GM technology can solve the problem of world hunger, or be a tool towards ending hunger, is compelling but false, says an easy-to-read new report by the Canadian Biotechnology Action Network (CBAN)
 
EXCERPT: Four GM crops account for almost 100% of worldwide GM crop acreage: soy, corn, cotton and canola… All four have been developed for large-scale industrial farming systems and are used as cash crops for export, to produce fuel, or for processed food and animal feed. There are very few GM fruits and vegetables on the market, or GM grains that are used for direct human consumption. In fact, shifts to commodity farming have displaced the cultivation of important local food crops.
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Will GM crops feed the world?

Canadian Biotechnology Action Network (CBAN), October 2014
Will GM Crops Feed the World? / Feeding the World / Topics / Resources / Take Action - Canadian Biotechnology Action Network - CBAN
Direct link to report:
http://www.cban.ca/content/download/4396/23793/file/Will%20GM%20Crops%20Feed%20the%20World?%20cban%20report%202014.pdf

Summary

The promise that genetically modified crops can “feed the world” is largely used by the biotechnology industry to encourage widespread acceptance of this controversial technology, but it is disconnected from the complex reality of world hunger and the limitations of GM crops themselves.

This report challenges the assertion made by the biotechnology industry that genetically modified (GM) crops are needed to “feed the world”. The argument that this technology can solve the problem of world hunger, or be a tool towards ending hunger, is compelling but false.

Experience with GM crops shows that the application of GM technology is more likely to enhance and entrench the social, economic and environmental problems created by industrial agriculture and corporate control.
1. GM crops on the market are not designed to address hunger.
2. GM crops do not increase yields.
3. GM crops do not increase farmer incomes.
4. GM crops increase pesticide use and harm the environment.
5. GM crops are patented and owned by large corporations.

Thursday, May 8, 2014

Bhagat Puran Singh farm shows way to organic farming

Usmeet Kaur, Hindustan Times  Amritsar, May 07, 2014
First Published: 08:34 IST(7/5/2014) | Last Updated: 08:37 IST(7/5/2014)

There is a unique sense of sereneness and tranquility that prevails over the Bhagat Puran Singh farm, run by All India Pingalwara Charitable Society (AIPCS), around 20 km from here. There are ten women and seven other workers, who are busy handling various jobs in pin-drop silence. All you can hear is the birds chirping, calf bawls, cow moos and cat meows.

The courteous staff at the farm welcomes the HT team with a glass of pure milk and jaggery. Suddenly someone calls out ‘Saheba aaja’ (Saheba come). One looks around with the expectation of a pretty young lady coming there, but is surprised to see a cow approaching them instead.
The bovine animal in question is none other than ‘Saheba’ the wonder cow, which the farm staff is proud to call its own. And during her sojourn of eight years at the farm, ‘Saheba’ has assumed a celebrity status with big-wigs like chief minister Prakash Singh Badal and yog guru Ramdev requesting to have a glimpse of her during their visit to the farm.
“She is a wonder kind. She comes running pushing the herd away when she is called. She opens the gate of the enclosure by unlocking it herself and reaches the sitting area, grabs a bite from her masters and returns to her place obediently,” said manager Jaswinder Singh (an ex-serviceman), who is working here for the past eight years.
Rajbir Singh trustee, All India Pingalwara Charitable Society, Amritsar, intervenes and calls her name and she does not shy away from showing her skill of opening the gate on her own and coming to her master.
Jaswinder Singh reacts, “Ajj kal tan bache vi aakhe nai lagde, eh jaanwar hoke ik awaaz sun ke aundi hai (These days even children aren’t as obedient as this cow who comes running on the first call).”
He further says, “She just listens to me and master sahib. I got her eight years ago from Rajasthan area.
She was young at that time. Though her right ear is defective by birth, but still she is special.
He maintains that the farm has cows named Peeya, Jatti, Rani and Priya. “They too respond when called by their names, but there is no one like Saheba, who can unlock gates and reach the masters,” he added.
Jaswinder Singh says that as the cows were special to the farm, due care was taken to feed them nothing but fodder grown organically at the farm itself.
Dr Rajbir Singh adds, “Even CM Prakash Singh Badal came to witness the farming and natural techniques that we use to keep 32.5 acres of our farm fertile, he asked for Saheba and we showed him our responsive cow. Baba Ramdev also visited the farm and was impressed by her unique presence.”

Friday, May 2, 2014

REPORT : Who benefits from GM Crops? 2014

by Friends of the Earth International — last modified Apr 24, 2014 03:30 PM
The latest 'Who benefits from GM crops' report suggests that an increasing number of states are suspending GM crops.

  • The report reveals that 90 per cent of GM crops are grown in just six countries and by less than one per cent of the world farming population. An analysis of industry figures shows the claimed increase in GM planting in 2013 remains confined to these six countries.
  • The number of countries cultivating genetically modified (GM) crops is in decline, with Poland and Egypt the latest countries to suspend GM crop production.
  • There is also little evidence that new GM varieties are the best way to improve nutrition or increase our capacity to adapt to climate change. Ninety nine per cent of available GM crops on the market have been modified to resist pesticides or produce their own, resulting in spiraling pesticide use.
  • Countries such as Mexico, Kenya, Egypt and Poland have recently suspended cultivation of certain GM crops. Around the world, experts are calling for a shift to agro-ecological farming methods to tackle hunger and malnutrition. These methods have been shown to double yields in Africa and effectively tackle pests.
  • Countries such as the USA, Argentina and Brazil, some of the world's top producers of GM crops, are seeing an upward trend in the use of chemical pesticides as a result of their long-term adoption of GM crops.
  • In Africa GM crops are grown only in three countries, South Africa, Burkina Faso and Sudan. However, extreme pressure from biotech companies threatens to open up the continent to GM crops. A recent Kenyan decision to ban GM crops came under fire from lobbyists.

Read the full report (pdf)


SOURCE: 

http://www.foei.org/en/what-we-do/food-sovereignty/latest-news/who-benefits-from-gm-crops-2014