Friday, March 1, 2013

Organic thread

Feb 28, 2013 | From the print edition
Even as Bt cotton invaded Indian fields in the past few years, some farmer groups kept pushing for organic cotton. In 2009-10, production in India propelled world organic cotton production to an all-time high of 241,697 tonnes. But soon, many farmers realised that organic farming takes years of sustained efforts to get full benefits. With no support from government, that favours Bt cotton, many farmers are reverting to chemical farming.

Aparna Pallavi reports from the cotton belt of Maharasthra and Madhya Pradesh, and M Suchitra from Andhra Pradesh. Jyotika Sood writes about international non-profits that are venturing into alternative methods of sustainable cotton production
organic cottonPhotos: M Suchitra
Nakka Pushpa was only 22 when her debt-ridden husband committed suicide 18 years ago. The marginal cotton farmer in Damera village in Andhra Pradesh’s Warangal district left her land fallow for the next 10 years. She had no money to buy seeds and farming inputs. In 2004, Sarvodaya Youth Organisation, a Warangal-based non-profit, offered her help provided she kept off chemicals and used non-Bt cotton seeds. Initially, she was laughed at for using cowdung and urine, and going for inter-cropping and pest traps. But Pushpa did not give up. Last year, she harvested 1,800 kilograms of organic cotton from her one acre (0.4 hectare) land, besides a few hundred kilograms of lentils, maize, vegetables, and some castor too. “Harvest would have been better had it not been a drought year,” she says.
She is happy with the drastic cut in cost—from Rs 10,000 during chemical cultivation to only Rs 3,600. Last year, she earned Rs 20,000, cleared all her husband’s debts and is building a small house in place of her hut.
Interview
 
Vivek and Juli Cariappa
 
'Organic cotton production and consumption should become a mass movement'
Vivek and Juli Cariappa are Krishi Pandit awardees and dedicated organic farmers based in H D Kote taluk in Mysore. They have been practising organic farming since 1986. In an telephonic interview with M Suchitra, they talk about the challenges and way forward for organic cotton
 
Pushpa’s tiny success story is part of an encouraging big picture. In the past few years, India has become the world leader in organic cotton production. Nearly 200,000 farmers have turned organic, although Bt cotton still accounts for nearly 95 per cent of cultivation in the country.
In 2002, government had allowed commercial cultivation of genetically modified cotton. The area under Bt cotton increased steeply from a few thousand hectares to 9.5 million ha in 2010, increasing consumption of chemical pesticides and fertlisers as well. Estimates, including those of Food and Agriculture Organisation, say an acre of non-organic cotton cultivation can consume up to six litres of pesticides and 500 kg of fertilisers. This not only diminished land productivity but also led to health problems.
But the organic movement began despite the problems. Efforts by farmers’ groups and non-profits gave the required push. The first farmers’ group to export organic cotton—Vidarbha Organic Farmers Association (VOFA)—was formed in 1995. Around the same time, non-profits in Vidarbha like Dharamitra and Chetna Vikas created indigenous knowledge banks by documenting the practices of tribal farmers.
Farmer-driven experiments in organic cotton cultivation also started in different regions in the early 1990s. This was expected because cost of chemical cultivation had been rising. Slump in yield after the initial spurt brought on by high yielding hybrids and chemical inputs made matters worse.
In mid-1990s, pioneering farmers like Bhaskar Save and Kantilal Patel in Gujarat and Manohar Parchure, Anandrao Subhedar and Raosaheb Dagadkar in Vidarbha in Maharashtra created successful organic cotton cultivation models. They were all inspired by the books of Japanese organic farming guru Masanobu Fukuoka, but had to develop indigenous techniques and knowledge.
In 2000, Central Institute for Cotton Research released a first-of-its-kind report on organic cotton cultivation. Several researches followed. None reached farmers. Public programmes like Integrated Pest Management have existed since 1965, but government did little to pass on its benefits to farmers.
In Andhra Pradesh, M S Chari, cotton scientist from Centre for World Solidarity, introduced the concept of non-pesticide management among marginal Dalit farmers of Warangal and Adilabad districts and followed it up with the concept of sustainable agriculture in 2001.
Private companies like Maikal Bio-Re, Appachi Cotton, Pratibha Syntex and Ecofarms also began contract farming with the farmers of Maharashtra, Madhya Pradesh and Odisha. Despite an overwhelming majority of Bt cotton farms, the factors combined to boost India’s organic cotton production, and eventually global production, to an all-time high in 2009-10.
India captures global market
From 57,731 tonnes in 2006-07, the world’s organic cotton production soared two-and-a-half times to 145,872 tonnes the next year. By 2009-10, it saw a stupendous fourfold jump to 241,697 tonnes. India accounted for 68 per cent of world organic cotton production in 2008-09. The share rose to 81 per cent in 2009-10 (see ‘India the biggest contributor’).
India the biggest contributorSource : Textile Exchange
COTTON STATES PRODUCEFigures of 2010-2011 (Source : Textile Exchange)
Around 2006, big international retailers began to turn organic. A 2007 report by UK-based Soil Association showed that retail organic market was valued at US $4 billion. Organic cotton accounted for a large chunk of it. Swedish multinational H&M started blending organic cotton in its products. In 2006-07, companies like C&A, Eileen Fisher and H&M reported stronger than expected sale in their organic portfolio. Twenty-five companies, including Walmart, Nike, Woolworth’s South Africa, Coop Switzerland and C&A, consumed 75 per cent of global organic produce.
A report on organic cotton by Textile Exchange, a non-profit which works to extend textile sustainability across the globe, states that from US $300 million in 2001, sale of organic clothing had reached $2 billion in 2007. And, India was a major player. It overtook Turkey as the biggest producer and exporter of organic cotton. However, farmers recieved no support from the government. What kept them going was premium that private companies gave over the government’s minimum support price (MSP).
Organic incentives
MSP of long staple cotton had been raised from Rs 2,030 to Rs 3,000 per 100 kilograms in 2008-09, while that of medium staple cotton went up from Rs 1,800 to Rs 2,500 per 100 kilograms. “Organic farmers were getting a huge 25 per cent premium over MSP,” says Kamal Kishore Dhiran, farmer of Palodhi village in Maharashtra’s Yavatmal district.
This apart, organic farming has its own advantages. Under rain-fed conditions, organic cotton flowers twice in a season, says farmer Tilok Chand Bhuria of Khamlai village in Madhya Pradesh’s Khargon district. “Bt, on the other hand, flowers only once a season unless irrigated very well.” Bhuria switched to organic with help from Maikaal Bio-Re six years ago. His cultivation cost has dropped. “In Bt the maximum saving is Rs 5,000 per acre. After converting to organic farming, I can save Rs 10,000,” he says (see ‘Organic v chemical’). 
organic cotton
Additional income for organic farmers comes from intercropping. In Pandhurna village of Yavatmal, Kawdu Punwatkar harvests 150 kg of lentils, vegetables and jowar, besides 200 kg of cotton from his one-acre farm.
Jaswant Singh Chauhan in Amlatha village of Khargon, who switched to organic a few years back, says his farm’s soil is now better and conserves more moisture. “In the past two years, I harvested 30 kg more cotton, besides lentil and jowar.” Organic cotton seed is an untapped source of income. “It is high in demand for its fodder value and fetches thrice the price of Bt cotton seed,” says farmer Subhash Kamdi of Madni Dindora village in Wardha. Kamdi sells seeds generated from his 2.5-acre organic cotton plot for Rs 30 per kg.
Group certification cuts cost
Most organic farmers operate in groups formed by non-profits or exporters. Being part of a group has its benefits. Farmers are spared the entire cost and effort behind the complicated certification process, says Rajeev Baruah, director of Maikaal Bio-Re. “Certification costs Rs 500 per farmer. There are additional administrative and field costs.
Group certification makes it easy for farmers and us,” he says. Organisations also bear the cost of transport and ensure transparent weighing, which is handled by farmer cooperatives. Since cotton is collected from villages, farmers do not have to pay market cess or shell out money to touts and middlemen. A farmer saves at least Rs 300 per 100 kg, estimates Arun Chandra Ambatipudi, executive director of Chetna Organics, a non-profit that promotes organic cotton cultivation in Andhra Pradesh. “Chemical farmers have to pay these extra expenses and end up earning less,” he says. This year in Andhra Pradesh, chemical farmers got Rs 3,600 per 100 kg while organic farmers earned Rs 3,900, as much as the MSP.
But the curve of India’s organic cotton production reversed in 2010-11. Production dropped by a steep 47 per cent although India maintained its world lead with over 60 per cent share.
World market falls
India, which had flushed the global market with its organic cotton, created a glut of sorts. At this time, the German edition of Financial Times published a report in early 2010, titled “Label Scandal”. It stated that global clothing brands such as H&M, C&A and Tchibo were selling clothes made of Bt contaminated organic cotton. These brands were sourcing organic cotton from India. Sanjay Dave, the then director of Agriculture Processing and Exports Development Agency (APEDA) in India, admitted that organic cotton was getting contaminated “on a gigantic scale” in the country (see ‘Farmers on shaky ground’).
Mani Chinnaswami of Tamil Nadu-based Appachi Cotton says the scandal, along with more complaints of contamination, reduced India’s cotton prices. “Besides, European economy was reeling from recesssion. Introduction of alternative initatives that did not insist on cotton grown with less pesticides and water, also gave competition to the expensive organic cotton,” he says. The sharp cut in prices trickled down to the farmers and the premium that private companies were giving them crashed drastically.
In the past two years, companies like Ecofarms have not given any premium to farmers. Earlier, says Dhiran, the company paid 10 per cent or more. This year, Maikal Bio-Re has fixed premium at Rs 460 per 100 kg, while Pratibha Syntex is giving Rs 100 over the market rate.
imagePhoto: Aparna Pallavi
The drop in premium has hit farmers hard. In irrigated areas, especially in the Khargon-Khandwa-Burhanpur belt of Madhya Pradesh, farmers say keeping cost down is difficult given the rising expenses on labour and power for irrigation. “Cotton prices in the market are abysmal,” says Rajesh Patidar who is registered with Pratibha Syntex. “If premium is also low why should we continue with labour-intensive organic farming?”
Bhuria says premium of Rs 1,000 per 100 kg is necessary. “A few years ago, 20-25 per cent premium made organic farming viable. Now, when picking one kilogram cotton can cost Rs 15, how do we manage without premium?”
Without the incentive, says Chinnaswami, farmers would turn to chemicals. “Whose loss would that be?”
Selling organic
The biggest hurdle before organic cotton is that in the absence of a domestic market, it is entirely dependent on the vagaries of the international market. Organic groups are finding it increasingly difficult to market their cotton. Much of the produce has to be sold in the open market. “We have the potential to produce 1,700 tonnes of lint a year. Of this, we can market only 800 tonnes. The rest is sold to Cotton Corporation of India,” says Ambatipudi. Farmers have to bear the price cuts.
The good news, however, is that the international market is likely to revive soon, says Prabha Nagarajan, India representative of Textile Exchange. “Many big brands and retailers have indicated continuation of organic cotton programmes as part of their sustainable cotton initiatives,” she says. D P Arya of Pratibha Syntex, Indore, world leader in organic textile manufacturing, says buyers in the UK and the US are again taking interest in organic cotton.
But there is an urgent need for alternatives to total dependence on international market. “The potential is enormous even if brands focus on segments such as infant and baby wear, yoga clothing, lingerie and sleepwear. High-end men’s and women’s apparel could also work,” says Nagarajan. “At present, there are very few players in the domestic market for apparel. Big domestic brands and retailers need to get engaged with serious intent. This would need a multi-stakeholder approach and support from the government.”
While organic cotton, like any other market product, is subject to market laws governing demand and supply, commerce cannot be the only determining factor governing its future. Crucial factors like sustainability, farm economics, ecological balance and soil health must be taken into account. Formulating right policies to provide support farmers’ initiatives will go a long way in the evolution of organic cotton.

Farmers on shaky ground
Low yield in initial years, too much manual labour and input crunch make organic farming a difficult proposition
A ginning mill in Warangal, Andhra PradeshA ginning mill in Warangal, Andhra Pradesh
It takes years for organic farming to show results. While many make sustained efforts to get its full benefits, some withdraw. Eight years ago, farmer Kishor Bobde survived a suicide attempt. The reason for his extreme step was not Bt cotton. The shift from chemical to organic farming was too difficult for him to handle. “It took very tense six years to bring yield to the pre-organic level,” says his wife Anita. The couple lives in Pandhurna village of Maharashtra’s Yavatmal district, the world’s largest organic cotton-growing region.
Many organic farmers do not know what to do and what to expect, says Arti Pankharaj of Centre for Sustainable Agriculture, working on organic cotton in 30 villages of Wardha, Maharashtra. There is no exact science that can tell farmers how many years and how much input it will take to wean the land away from chemicals and get full benefits.
A 2002-03 study by National Bank of Agriculture and Rural Development (NABARB) with organic farmers of Yavatmal states that production drops to half in the first year of conversion. The next three years, farmers have to face losses. It takes six years for farms to recuperate. According to protocols devised by the Punjabrao Deshmukh Krushi Vidyapeeth, Akola, it takes at least 10 years and high doses of farmyard manure for land to recover. “Unless there is a definite level of predictability regarding input-yield ratio, farmers will not feel safe,” says Pankhraj.

COTTON TYPES
 
DESI COTTON: Called diploid cotton, it is indigenous to India. Its species are G Arboreum and G Barbadense. Traditionally, G Arboreum is cultivated the most
CHARACTERISTICS:Resistant to drought, excess water, pest. Low input, irrigation requirement. Assures moderate production.
AMERICAN COTTON:Brought to India before Independence to enhance production. Its species is G Hirsutum.
CHARACTERISTICS:Hardy with moderate yield. Attracts pests
HYBRIDS: Hybrids available in American cotton. Desi hybrids are rare
CHARACTERISTICS: High yield but needs a lot of inputs and water. Attracts pests
BT: Bt gene is added to hybrids.
CHARACTERISTICS: It is claimed to be pesticide-free. Needs high doses of pesticides
 
Organic farmers feel helpless because they get no hand-holding from the government, says Arun Chandra Ambatipudi of Chetna Organics, non-profit that promotes organic cotton cultivation in Andhra Pradesh. “Government policy on subsidy is skewed in favour of everything related to cotton except organic farming,” he says. Chemical farming is heavily subsidised. Their is no subsidy on composting or on farming inputs.
Rein in the Bt behemoth
A large part of the country’s cotton cultivation is Bt. Considering this, farmers find it difficult to maintain the mandatory 30-50-metre distance from Bt farms. Small farmers say isolation is difficult because organic cultivators are few and scattered. A 2008 study in Andhra Pradesh and Gujarat by the Centre for Sustainable Agriculture (CSA), Hyderabad, failed to find a single seed-production plot that was maintaining the stipulated distance.
Many farmers have reverted to chemical farming because they could not maintain the distance. Chetna Organic alone lost 320 of its 500 members. “Now, there are so few organic farmers that isolation is impossible,” says Anandrao Subhedar, president of Vidarbha Organic Farmers Association (VOFA). Many farmers registered with private companies are not even aware that keeping the distance is essential. Ecofarms director Omprakash Mor says his company encourages farmers to maintain 10 metres of distance. “Buyers insist more on right seed than on distance,” he says.
Controlling reckless spread of Bt cotton is the most crucial policy support the government can provide, say people associated with non-profits. The National Fiber Policy that was initiated last year recommends creation of zones for organic cultivation, but does not say if the zones should be in conventional cotton areas or elsewhere. “Such an approach will eventually push organic and speciality cotton into non-conventional niche areas,” says Ambatipudi.
WHAT FARMERS WANT
 
POLICY SUPPORT
  • Assured quality seed supply
  • Support for income loss during the conversion period from chemical to organic
  • Subsidy on fodder to tackle shortage of farmyard manure
  • Subsidy for input preparation, contour-bunding and other labour-intensive works
  • Subsidy on cotton picking wages
  • Policy measures to rationalise Bt cotton acreage and create assured space for non-Bt cotton
RESEARCH SUPPORT
  • Identification of desi varieties in a region-specific manner
  • Evolution of accurate input-yield ratio
  • Development of standardised cultivation practices for organic cotton
  • Development of effective pest regimes in organic scenario
 
In fact, most of the organic cotton initiatives were not taken up in conventional cotton areas, says G V Ramanjaneyulu, agriculture scientist with CSA. They replaced food crops in malnutrition-prone areas among tribal and dalit smallholders. Now, Sundarbans in West Bengal, and Odisha are facing this, he says.
The phenomenal rise in cotton acreage post-Bt is entirely at the cost of food crops. “To address this we need urgent policy steps limiting cash crops to not more than 50 per cent of the cultivated area and reserving acreage for non-Bt cotton,” he says.
Andhra Pradesh has started awareness programmes and comparative studies on yield and pest infestation in Bt and non-Bt crops, says Nagi Reddy, former state principle secretary, agriculture.
“The state woke up to the issue last year when seed companies ganged up against the state’s price control measures. We realised how precarious the situation was,” he says. “If companies shut shop what would be the fate of our 2 million cotton farmers?”
S S Patil, senior cotton breeder at the University of Agriculture Sciences, Dharwad, says government should take policy initiatives to create patches of organic cotton in Bt areas, and seed companies like Monsanto should pay for this because it is essential for the survival of their technology.
Procuring seeds: a battle lost
It is a constant warfare to access non-Bt seeds, say farmer groups. Farmers want indigenous, or desi, seeds because they do not get contaminated by Bt cotton. “Desi cotton is an easy solution to the problem of contamination,” says K R Kranti, director, Central Institute of Cotton Research (see ‘Cotton types’).
But supply is erratic, says Tilok Chand Bhuria of Khamlai village in Madhya Pradesh’s Khargon district. “Last year, Ankur Seeds introduced a desi hybrid called Swadeshi-5. It was out of stock before we could get any.
This year it is not available.” He has bought desi hybrid Ambika-12 marketed by Nirmal Seeds. “I got 1,200 kg per acre (0.4 hectare) yield. Many farmers in my village want the seed but no one knows if it will be available next year,” he says.
THEY BRAVE ALL ODDS
 
H D Kote, a taluka in Mysore district, is a major cotton cultivating region in Karnataka. Of the 45,000 hectares under cotton in the district, H D Kote covers 15,000 ha. Of this, 2,000 ha is for organic cotton.
Farming itself is highly risky affair here, say farmers. The area falls in the buffer zone of the Nagarhole and Bandhipur national parks in the Western Ghats. Crops are always at the risk of being destroyed by animals. “We turned to cotton because elephants don’t eat it,” says L N Rama Rao, a 70-year-old organic farmer of Chakahalli village.
There are water woes, too. The taluka has four reservoirs, but only one of these has water. Farming, therefore, is dependent on rains.
Earlier, farmers used chemical-intensive method to grow cotton. “But costs kept escalating. Most of us were in the grip of middlemen and moneylenders. Besides, our health was deteriorating. Many of my relatives are cancer patients. So we decided to switch to organic farming,” says Mahesh M of the village.
“We make efforts to keep the soil healthy and protect the Western Ghats’ rich biodiversity. But we get no recognition or support from government,” says Chandrasekhar of Savayava Krushika Sangha, organic farmers’ cooperative society.
Instead, efforts are being made to grow Bt cotton in the area. President of Cotton Association of India (CAI), an organisation of conventional farmers, traders, ginners, spinners, brokers and textile mills, has written to the Ministry of Environment and Forests, saying cultivation of GM crops should be allowed in the Western Ghats.
The letter follows a recommendation by the Western Ghats Ecology Expert Panel which states that Western Ghats is an eco-sensitive region and cultivation of GM crops should not be allowed. CAI’s letter further suggests that no action is needed to supply non-BT cotton seeds to farmers.
 
Farmers register their demand for non-Bt seeds at the market. But the demand rarely reaches big companies. Companies slink away by saying there is no demand for non-Bt seeds.
Farmer goups complain that seed companies have stopped producing non-Bt cotton even for refugia.
Refugia is essential to plant during Bt cultivation for pest control. Many companies supply poor quality seeds for refugia so the germination rate is abysmal.
“Failure of refugia plantation is responsible for both non-Bt seed crunch and the rate at which Bt has developed pest resistance,” says Patil. According to the Genetic Engineering Approval Committee guidelines and the Ministry of Environment and Forests notification, Bt farms must be surrounded with non-Bt crops as refugia.
Organic farming groups lament there is no mechanism for procurement. “The Cotton Corporation of India does not give any recognition to organic cotton,” says G John, secretary of Pragathi Seva Samithy, farmers’ cooperative in Andhra Pradesh.
“It merely gives a date for procuring organic cotton.” K Sivaram, programme officer of Chetna Organic Farmers Association (COFA), Andhra Pradesh, says, “We place orders months before the sowing season and pay in advance.”
Many farmers who have stopped organic farming say they were forced to do so because of the seed crunch. In Vidarbha, for instance, organic farming groups like VOFA almost collapsed because of non-availability of seeds.
VOFA was formed in Yavatmal district with 135 member farmers. “Barring the veterans, barely a handful of farmers in Vidarbha are now growing organic cotton,” says VOFA member Kaka Uttarwar.
In 1947, the area where desi cotton was grown accounted for 92 per cent of the total cotton area. It has dropped to five per cent. Farmers have become heavily dependent on private companies for seeds.
The need of the hour is technology development, says Patil. “There is hardly any hybridisation technology in desi cotton because the processes of emasculation and crossing are difficult and seed companies are only interested in hybrids,” he says.
For organic cultivation, there is a need to identify Indian genotypes suited to an organic situation in low rainfall areas.
Indian universities have a vast germplasm collection, but experts say it will take long for assured supply of region-appropriate seeds to become a reality.
Maikal Bio-Re is also testing seeds for regional suitability, says the company’s research manager Rajeev Verma. However, it will take time to develop suitable seeds, he says.
Short of inputs
Organic farmers also have to face accute shortage of farmyard manure and organic pest repellants. “In Akola and other parts of western Vidarbha, the number of cattle has dropped drastically due to drought and deforestation.
Farmers have to buy inputs, which increases the cost,” says B R Patil, cotton expert at Punjabrao Deshmukh Krushi Vidyapeeth, Akola. Farmer K Somuji of Saketa village in Adilabad has to buy two tractors of cowdung every year. Inadequate input impacts the yield. When the yield is not up to mark, farmers return to chemical farming.
Low yield combined with small sized bolls sends picking wages shooting up. “Between 2008 and 2012, wages for cotton picking have gone up from Rs 1.50 a kg to Rs 10 a kg,” says Ambatipudi. In desi cotton, bolls are downward facing. Unless picked at the right time, cotton tends to fall off the bolls. Even a slight labour crunch could leave the farmer with a big loss. There is also a crying need for research on effective botanical and biological pest repellants. At present, farmers operate with neem and plant extracts. During pest attacks, these act much slower than chemicals.
Cotton accounts for five per cent of the country’s cultivated acreage. Given the input-intensive manner in which cotton cultivation has evolved, it is today the most difficult crop to manage in an organic situation, says Patil. Concentrated efforts by the government and agricultural universities could help farmers emerge from the challenge of organic farming.

Global push
High-end clothing brands, too, are turning organic
Boxer Manny Pacquiao’s T-shirt is made of 100 per cent organic cotton. Nike has been using organic cotton since the 1990sBoxer Manny Pacquiao’s T-shirt is made of 100 per cent organic cotton. Nike has been using organic cotton since the 1990s (Courtesy: NIKE)
Towards the middle of the last decade, organic and sustainable (made from recycled fibre or crops grown with less pesticides) clothing started to gain prominence. In 2005, the New York Fashion Week, themed Future Fashion, was an initiation: designer’s creations had to be green. Amy Cortese, reporting for The New York Times, wrote, “The show…challenged designers to create fashion using only fabrics that were renewable, reusable or generated less pollution than conventional material. The message was clear: eco-style need not be an oxymoron.”
A year earlier, 100 per cent certified organic clothes were introduced by designers Rogan Gregory and Mackinlay Hann through a range of casual wears called Loomstate. A pair of jeans from this lineup cost US $240. About the same time, Walmart introduced 100 per cent organic clothing under the label Sam’s Club. The prices began from US $10.
Eco-style had, indeed, become a part of the growing concern for the planet. At the crux of all this was the downy and supple fiber called cotton. And the reasons were not hard to understand. While only 2.4 per cent of the world’s cropland is cotton, it consumes about 24 per cent of the global sales of pesticides and insecticides. About 20,000 litres of water is required to produce a kilogram of cotton, enough for a pair of jeans and a shirt. The uncomfortable facts that were shrouded by this comfortable cloth were laid bare.
Going organic, says Prabha Nagarajan of Textile Exchange, is like setting the Gold Standard. But for that, numerous sustainability and certification efforts have to be made (see ‘Making a difference’). These range from promoting partial organic clothing to minimal use of chemicals and water.
International initiatives
Big brands like H&M, Adidas, Levi Strauss and IKEA have joined the international non-profit Better Cotton Initiative (BCI), which works with local organisations. It teaches cotton farmers simple farming techniques that increase productivity and profits while reducing use of chemicals and pesticides, and water. It tells them how to set up irrigation systems, and plant border crops throughout the growing season. It works with about 35,000 farmers in Punjab, Rajasthan, Gujarat, Maharashtra and Andhra Pradesh.
Making a difference
 
image
Fairtrade International is active in Brazil, Burkina Faso, Cameroon, Egypt, India, Kyrgyzstan, Mali, Nicaragua, Senegal. It covered 58,468 farmers in 2011-12. The non-profit sold 8,233 tonnes of lint cotton in 2011. The estimated premium Fairtrade paid to farmers in 2011 was €1.1 million. Of this, 19 per cent was organic. About 97 per cent of the Fairtrade cotton comes from India, Mali and Senegal.
image
BCI operates in Brazil, India, Mali, Pakistan. It is by far the biggest initiative, encompassing about 68,600 farmers. BCI is GMO-neutral and promotes integrated pest management, which requires more conservative application of pesticides and fertilisers. BCI focuses on improving the efficiency of irrigated water supplies and addresses labour issues by complying with labour standards set by ILO.
image
GOTS is not an initiative, but standard for textile. A textile product carrying the GOTS label grade ‘organic’ contains a minimum of 95 per cent certified organic fibres whereas a product with the label grade ‘Made with organic’ contains a minimum of 70 per cent certified organic fibres. Chemicals including dyes and auxiliaries meet certain toxological and environmental criteria. For processors, a functional wastewater treatment plant is mandatory.
 
The sustainable cotton community worldwide has grown tremendously over the past few years. BCI commands a membership of close to 200 members, which includes producer groups, processors, retailors and non-profits.
Global Organic Textile Standards certification (GOTS) system, which was launched in 2004, certifies textiles with up to 70 per cent organic content. In 2011, GOTS had 2,714 facilities worldwide, most of them Indian.
Clara So, director corporate affairs of Levi Strauss Asia Pacific Division, says the reason Levi joined BCI was that through cotton farming the company can make the biggest difference to reduce the environmental impacts of its products. “We believed it can change the way cotton is grown around the world, positively impacting the environment and supporting 300 million people engaged in cotton farming around the world,” she says.
The company has started integrating a blend of cotton grown through BCI into about two million pairs of Levi’s and Denizen jeans in their Fall 2011 product lines which are in stores around the world and another 25 million pairs of jeans and khakis, So says. Levi’s now has a goal that of all its procurement, 15 per cent will be from BCI.
Global sportswear giant Nike which began blending organic cotton into its sportswear as early as 1998 has become the third largest procurer of organically grown cotton in 2011. The same year it also set a target that by 2020 it will only procure sustainably grown cotton.
In November 2005, the first Fairtrade certified cotton was launched with a theme “Cotton on to Fairtrade” at the Royal Horticultural Halls, London. Fairtrade International is an organisation that coordinates global Fairtrade labelling. Sainsbury’s, a UK-based international brand has joined Fairtrade. Tom Parker, spokesperson for Sainsbury’s, says, “We are engaged with cotton farmers in India since 2006 through Fairtrade cotton. Under it, Indian cotton farmers receive the Fairtrade price for their crop, and an additional premium, which they can choose how to invest to improve their own lives and of those within their community.”
Fairtrade premium for Indian farmers is Rs 360 for 100 kg of cotton. The minimum price for 2013 ranges from Rs 2,800 per 100 kg for non-organic short staple cotton to Rs 7,200 per 100 kg for long staple varieties grown organically.
At present, the company pays premium to around 2,000 farmers producing Fairtrade cotton in Gujarat. Parker says that Fairtrade premium has helped Gujarat farmers in many ways. They now have money to buy vegetable seeds which they can grow in their kitchen gardens. The farmers of Gujarat invest the premium in solar rechargeable lamps and torches, claims Parker.
BCI takes a top down and bottom up approach. While the consortium of apparel companies put pressure on its supply chain to guarantee a market for better cotton, BCI also works in partnership with non-profits like Solidaridad Foundation to train farmers to meet their demand.
According to So, one of the goals of BCI is to make cotton farming more sustainable without creating a niche market that drives up prices and makes it unaffordable for consumers. That’s why BCI has asked brands to hold off on direct product labelling during this start-up phase. Keeping this philosophy in mind, BCI also does not pay farmers additional premium for being eco-friendly.
Yet, those who work with the organic community say that companies must do the full monty instead of just trying to reduce the use of chemicals and water. Arun Chandra Ambatipudi, executive director of Chetna Organics, says although BCI is growing fast, questions on the way it works will be asked sooner or later. For instance, BCI stresses on reduction of water use. It is common sense to ask how can water use be reduced when Bt hybrids and chemicals are being used. BCI definitely cannot be the substitute for organic cotton.

According to Nagarajan, initiatives like BCI engage cotton producers with environmental and social practice while cultivating genetically modified cotton. “We only hope that some of these groups see it as a stepping stone towards going organic given the favourable market conditions,” she says.




Source: http://www.downtoearth.org.in/content/organic-thread

Sunday, February 3, 2013

ARTICLE : Bt Cotton is Failing; Blame the Farmers

Of all the GMO controversies around the world, the saga of Bt cotton in India continues to be one of the most interesting and important. In the latest chapter, reported by theBusiness Standard, cotton yields have dropped to a 5-year low, setting off a fascinating round of finger pointing.
Feb-2013-graph
Data from the India Ministry of Textiles.
India approved Bt cotton in 2002 and within a few years yields were up dramatically. There are different sets of data out there, but let’s use the India Ministry of Textiles data since it’s this weeks news story. This chart shows the national trends in cotton yield (kg per hectare).
If you follow GMO debates you will have heard several years of kennel barking about how these figures show a “remarkable success.” But as I have pointed out (in my blog and in EPW), most of the rise in productivity had nothing to do with Bt cotton; in fact it happened before Bt cotton became popular.
Check it out: the biggest rises were from 2002/3 to 2004/5, when yields rose 56% from 302 to 470 kg. But by 2004/5, only 5.6% of India’s cotton farmers had adopted Bt. Do the math: if those 5.6% of planters were really responsible for a 56% rise in yields, then they must have been harvesting 3,288 kg/ha.
So Bt didn’t explain the big rise in yields, and since Bt has taken over, yields have been steadily worsening. What are we to make of this? Well, two things, according to the Business Standard and the Monsanto spokesperson who was their main informant. One has to do with what has gone wrong, the other with what we need to get out of this mess.
1. What Went Wrong? (the farmers screwed up?)
It seems the bollworms — the voracious pests that that Bt cotton is designed to kill — are developing resistance. But resistance, according to Monsanto, is “natural and expected.”
Whoa — that’s not what the farmers were told to expect. I was there when Bt cotton was being rolled out and they were told repeatedly and confidently that they wouldn’t have to spray any more. In fact we were all being told that “genetic farming is the easiest way to cultivate crops. All that farmers have to do is to plant the seeds and water them regularly. The genetically modified seeds are insect resistant, so there is no need to use huge amounts of pesticides.”
All the farmer has to do is plant and water the seeds… and then wait around for resistance, which is natural and expected. But wait there’s more: when it does appear, it’s the Indian farmers’ fault. Monsanto’s spokesman explains:
Among the factors that may have contributed to pink bollworm resistance to the Cry1Ac protein in Gujarat are limited refuge planting and early use of unapproved Bt cotton seed, planted prior to GEAC approval of Cry1Ac cotton, which may have had lower Bt protein expression levels, he added.
A “refuge” is a strip of non-Bt seeds farmers are asked to plant around their Bt fields, basically to raise bollworms that aren’t resistant to Bt, so they can hopefully breed with any resistant bollworms.[1] Very few Indian farmers actually do this, because it’s a lot of extra work for no return. Here’s an insight from 30 years of research on farming: if you’re pushing a technology that is only sustainable if farmers follow practices that require extra work for no return, you are pushing an unsustainable technology.
The other Monsanto suggestion is that the farmers are to blame for planting unapproved seeds. Sorry, that dog don’t hunt. Those unapproved seeds were Navbharat-151 and they have been much written about; they were better than the approved seeds, and their Bt levels were apparently sky high. Gujarat, where they were planted, has had India’s biggest rises in yields.
But while we’re blaming Indian farmers, why stop there? Monsanto also explains that
farmers have been constantly educated to adopt measures such as need-based application of insecticide sprays during the crop season and adoption of cultural practices like keeping the field clean of cotton stubble and crop-leftovers, ploughing of land after harvest so that the resting stages of the insects in the soil could be destroyed.
I have yet to bump into the educators who are giving farmers constant remediation on spraying, plowing, and field clearing. But I do bump into a lot of biotechnology people who pontificate on the wisdom of the Indian farmer. The farmer has long been seen as backward, tradition-bound, and inept. “We need to teach proper tillage,” a Monsanto executive explained to me years ago. But farmers are obstinate, and in fact this was one of the arguments for GM seeds:
ryot
It’s his fault.
for years people have tried to change cultural practices of these farmers, and it just hasn’t worked. It has been a complete failure, because you have to modify infrastructure, you have to re-educate them as to how to modify their farming practices themselves. But with biotech, the technology is in a seed. All you have to do is give them the seed. (-biotechnologist Martina McGloughlin)
But as soon as Indian farmers adopted GM seeds, we were told that “we should leave the choice of selecting modern agricultural technologies to the wisdom of Indian farmers” and that “farmers are excellent businessmen who aren’t persuaded by anything or anybody that doesn’t make their job easier or more profitable.” [2]
So don’t question the wisdom of the farmer! He is a genius — at least when he is buying GM seeds. But otherwise, he has to be told how to plant, spray, plow, and clear fields!
2. Now What? (More innovation?)
So despite all the GM seeds, India’s cotton yields keep on dropping. (In some states, they are now lower than they were before Bt seeds became popular.) So what’s the way forward?
To me this is a very hard question, but not to the Business Standard, which simply reports the news that
continuous R&D and innovation to develop new value-added technologies is imperative to stay ahead of insect resistance. To support such innovation, Monsanto demanded government policies’ support to encourage investment in R&D which will result in Indian farmers having a wider choice of better and advanced technologies translating thereby, higher yield.
No kidding — innovation from Monsanto is going to keep us ahead of the insects and guarantee higher yields. But lets take a look at the facts, at least as reported by the industry-friendly ISAAA. Yields started dropping after 2007/8. But that was just after new genetic constructs started appearing: a new 2-gene technology in 2006/7, and by 2009, six different constructs were approved. And these rapidly proliferating technologies were appearing in dizzying numbers of seed products. After 2006/7, the number of Bt hybrid seeds being offered to farmers jumped from 62 to 131 to 274; by 2009/10 there were 522.
There you have it: Indian cotton farmers today are being pelted with a hailstorm of new gene technologies and seed products, their yields steadily dropping, and the way forward is clear to the Business Standard: invest in Monsanto innovation.
————————————————————————————————-
[1]Further explanation: A field full of Bt plants puts selective pressure on bollworm populations favoring worms with natural resistance to Bt. The resistant bollworms would thrive and spread the resistance trait, while the Bt-vulnerable bollworms die off. The plants in the refuge are non-Bt, so Bt-sensitive worms are supposed to thrive there; they are supposed to mate with the Bt-resistant worms and water down the resistance trait.
[2] Pinstrup-Andersen, P., and E. Schioler 2000 Seeds of Contention: World Hunger and the Global Controversy over GM Crops. Baltimore: Johns Hopkins Univ. Press; Fumento, M. 2003 BioEvolution: How Biotechnology is Changing Our World. San Francisco: Encounter Books.

SOURCE : http://fieldquestions.com/2013/02/09/bt-cotton-is-failing-blame-the-farmers/

Friday, February 1, 2013

WATCH : The Story of Food is Free





Published on 31 Jan 2013
http://foodisfreeproject.org
Facebook - http://www.facebook.com/foodisfree
Music - http://www.facebook.com/MightyMountain

The Food is Free Project is creating a repeatable model of growing food and community. It is our vision and wish to empower you with the knowledge and know-how to transform your block and neighborhood step-by-step. Using salvaged materials we are building front yard community gardens for all to share. Imagine walking down a block lined with fresh produce ready for the picking. Neighbors not only growing food together, but becoming friends and supporting one another.

Sunday, December 30, 2012

Ten things you need to know about the Séralini study

by gmoseralini.org Admin | December 30th, 2012 | Critics answered |1 2 Comments

1. Most criticisms of Séralini’s study wrongly assume it was a badly designed cancer study. It wasn’t. It was a chronic toxicity study – and a well-designed and well-conducted one.

2. Séralini’s study is the only long-term study on the commercialized GM maize NK603 and the pesticide (Roundup) it is designed to be grown with. See here: Why is this study important?

3. Séralini used the same strain of rat (Sprague-Dawley, SD) that Monsanto used in its 90-day studies on GM foods and its long-term studies on glyphosate, the chemical ingredient of Roundup, conducted for regulatory approval.

4. The SD rat is about as prone to tumours as humans are. As with humans, the SD rat’s tendency to cancer increases with age.

5.Compared with industry tests on GM foods, Séralini’s study analyzed the same number of rats but over a longer period (two years instead of 90 days), measured more effects more often, and was uniquely able to distinguish the effects of the GM food from the pesticide it is grown with.

6. If we argue that Séralini’s study does not prove that the GM food tested is dangerous, then we must also accept that industry studies on GM foods cannot prove they are safe.

7. Séralini’s study showed that 90-day tests commonly done on GM foods are not long enough to see long-term effects like cancer, organ damage, and premature death. The first tumours only appeared 4-7 months into the study.

8. Séralini’s study showed that industry and regulators are wrong to dismiss toxic effects seen in 90-day studies on GM foods as “not biologically meaningful”. Signs of toxicity found in Monsanto’s 90-day studies were found to develop into organ damage, cancer, and premature death in Séralini’s two-year study.

9. Long-term tests on GM foods are not required by regulators anywhere in the world.

10. GM foods have been found to have toxic effects on laboratory and farm animals in a number of studies.

SOURCE : http://www.gmoseralini.org/ten-things-you-need-to-know-about-the-seralini-study/

Saturday, December 29, 2012

Istanbul Organic Farmers Market

Feriköy Organic Market

  • Feriköy Organic Market
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Excitement was in the air when we found our way to the Feriköy Organic Market. Set up in the Şişli Municipality Car Park near the Uğur Center in Bomonti by the Buğday Association for Ecological Living (Buğday Ekolojik Yaşamı Destekleme Derneği), every Saturday from 7am to 5pm organic farmers and stores sell their wares under the covered garage and nearby tarps set up to shield from rain and sun. 

Shoppers can find everything from organic, seasonal produce to organic honey, bread, cheese, and other dairy products to organic cosmetics, detergents, and bath products at the various stalls. As in any weekly market, a tea and gözleme (the Turkish equivalent of a quesadilla but stuffed with kaşar (a salty hard cheese similar to kaseri), potatoes, or spinach, or a combination of all three) stand also take their place under the tents -but everything is organic, of course.

Other organic markets organized by Buğday take place in Kartal, Beylikdüzü, and Bakırköy, but for those who are centrally located, the one at Feriköy is the top choice. Şişli Belediyesi Otopark, Lala Şahin Sokak, Bomonti Caddesi, Bomonti



SOURCE: http://vimeo.com/45812021
http://www.theguideistanbul.com/news/view/968/ferikoy-organic-

Saturday, December 15, 2012

Millets in mid-day meal to boost nutrition

SUNITHA SEKAR | CHENNAI, December 14, 2012

Come January, schoolchildren may savour the flavour of ragi puttu and cholam biscuits in their mid-day meals.
The State government plans to introduce millets in the mid-day meal owing to its increased nutritional value from January 26, 2013, said T.Thanasekaran, deputy director of the Agriculture department.
“The process is on to include millets in the nutritious meal scheme and we hope to launch it on the Republic Day. Initially, we may introduce items such as puttu, kali or dosai with finger millet (Ragi) and biscuits with barnyard millet (cholam). Soon, depending on how the children receive the recipe we may think of including millets in the Public Distribution System (PDS),” he said.
This move comes in the backdrop of the Agriculture Ministry urging the States to introduce millets in the scheme last September.
“This time, the monsoon can be called a near failure and we have incurred deficit of rainfall. When the production of paddy falls, cultivation of millets, which are highly drought-resistant, could be increased. We are trying to increase the productivity of millets by distributing improved variety of seeds to farmers,” he added.
For quite sometime now, the State has been organising demonstrations and campaigns for farmers to promote cultivation of millets.
V.R. Ananthoo of Alliance for Sustainable and Holistic Agriculture (ASHA) who also runs reStore— a not-for-profit store that sells organic products sourced from farmers and underprivileged groups — was asked to facilitate a meeting by the State Planning Commission in October to promote millets. In fact, the officers were given an eight-course millet meals with dishes such as Varagu Bissibelabath, Saamai curd rice etc.
“Just when we had been working at reStore with a focus to bring back millets, we organised a meeting for the Planning Commission with secretaries of various departments to sensitise them about millets. Since millets are easy to grow, drought-resistant and replenish the soil as well, it can be used to address several issues including malnutrition,” he said.
Dr. G. Sivaraman, a Siddha physician, said malnutrition in the State could best be tackled by inclusion of millets in the mid-day meal.
“Malnutrition is mainly caused due to low protein levels in the body. Finger millets and barnyard millets will increase protein content in the body. Plus, millets are low glycemic functional food which prevents non-communicable diseases such as diabetes, hypertension, cardio-vascular diseases and cancers,” he said.

  • Plan to introduce puttu, kali or dosai with finger millet
  • New recipe likely from January 26

  • Source: http://www.thehindu.com/todays-paper/tp-national/tp-tamilnadu/millets-in-midday-meal-to-boost-nutrition/article4198341.ece
  • Sunday, December 9, 2012

    ARTCLE : A new rice every day?

    The Hindu
    Sci-Tech » Agriculture
    Updated: December 9, 2012 09:38 IST
    BIODIVERSITY
     
    ASHISH KOTHARI

    The small farmer is increasingly getting the short shrift, and control over farming is moving into the hands of the private corporate sector. This does not paint a happy picture.

    Natwar Sarangi could eat a new variety of rice every day of the year. None of it bought in the market. When I met this remarkable farmer in a small village in Odisha, I realised the magical potential of India’s ‘ordinary’ peasants. A potential sadly neglected by our agricultural bureaucracy and ‘development’ planners.
     
    Natwarbhai, 80+, is a resident of Narishu village, near Niali in Cuttack district. A retired schoolteacher, he has been practising organic farming for the last decade or so, and swears by its potential to feed India’s population. He says some of the varieties he grows yield over 20 quintals per acre, higher than the so-called ‘high-yielding’ varieties that farmers around him get after using chemical fertilizers and pesticides. And he spends much less, since his main inputs are gobar, natural pesticides when occasionally needed, and labour.
     
    Natwarbhai was earlier a ‘modern’ farmer, lured into it by officials and traders, involving high-yielding varieties, chemical fertilizers, and pesticides. One day, while watching a labourer spray Carbofuran (a highly toxic pesticide), he was horrified to see him stagger and collapse. Rushed for treatment, the worker survived, but not Natwarbhai’s faith in the new agriculture. Especially after the labourer told him: “I could not breathe, my head was reeling”; and especially after, having buried the remaining stock of Carbofuran in a pit in his fields, Natwarbhai “saw dead snails, snakes, and frogs floating in the water that had accumulated there; I immediately wondered what would be happening to the earthworms and micro-organisms that I knew kept the soil alive.”
     
    Natwarbhai switched to organic inputs, but with the high yielding varieties that the agricultural establishment had distributed. His son Rajendra, by now having become involved in a number of environmental movements, advised him to try traditional crop varieties. The problem was, most such varieties had gone out of cultivation in the area.
     
    Around this time (1999), along with Rajendra another young man of the village, Jubraj Swain, had been active with relief and reconstruction work after a super-cyclone. Now they set off to find traditional rice varieties; travelling over 5000 km within (and a bit outside) Odisha, they brought back dozens of varieties still being grown by so-called ‘backward’ farmers. Natwarbhai tried them all, noting down their names, characteristics, and productivity. He and Jubraj continued even after the tragic death of Rajendra due to cerebral malaria, eventually reaching the astounding figure of 360 varieties (90per cent of these from Odisha). When I expressed astonishment at this, Natwarbhai laughed: “we are aiming to have at least 500. This is in any case only a small fraction of the total diversity that Indian farmers have created”.
     
    So true. I remember when coordinating India’s National Biodiversity Strategy and Action Plan process a decade ago, I had come across the mindboggling fact that the country’s rice diversity was anything between 50,000 and 300,000 varieties!
     
    How does Natwarbhai keep track of this diversity, year after year? He said he and his colleagues kept an album, in which they noted down each variety’s characteristics. I was later shown a two-volume set of this album by Sudhir Pattnaik of the Oriya journal Samadrusti; it had tiny packets of each kind of rice variety, with key features of their growth, performance, and values written alongside.
     
    Diversity was nice, but would it feed India’s growing population? Natwarbhai was categorical: “Without doubt. Firstly, I get as much or more average rice production on my land as those using chemicals in this region; secondly, I can grow pulses as a next crop, and then gourds or other crops as the third … all on the same plot of land. And I get better fodder and mulching material. Overall productivity is therefore higher than my neighbours who use new seeds and chemicals. If land is not turned to non-food cash crops like tobacco, we would easily produce enough food with organic farming.”
     
    So why then were his neighbours not switching to organic? Natwarbhai explained that the government and corporations were constantly giving ‘incentives’, e.g. subsidies on chemicals, and filling the cultivators’ minds with promises of bumper crops and high returns. Another factor was that many of the traditional varieties had tall stalks, and ‘lodged’ (fell down) if there were unseasonal rains. But Natwarbhai asserted that even with this, productivity did not drop significantly, provided it did not keep on raining. Yet another reason was that many of the lands here were being cultivated by sharecroppers, who had to do what their absentee landlords told them to.
     
    I reflected on this a bit. Farmers here were probably also being seduced by news from other regions of India, some of which had achieved over 30 quintals per acre; no-one was telling that this was possible only with increasing amounts of external inputs, that the land would simply not sustain this intensity of cultivation for long, and that growing costs of inputs would eventually reduce profit margins. Official records showed that in any case, HYV rice had yielded an average of around 15 quintals in Orissa.
     
    Other farmers were slowly getting interested in Natwarbhai’s methods. He and others have organised dozens of meetings with farmers, and offered free seeds for those willing to test them out (on condition that if they had a good crop, they would return twice the amount, to go into a grain bank). The journal Samadrusti also did its bit in public outreach. If only the government would help, these efforts would go much further. Unfortunately even civil society organisations were not always helpful; Natwarbhai pointed to a patch of black-grain paddy (Kali Jiri) swaying gently in the breeze, and sadly recounted how an institution from Chennai run by a famous agricultural scientist had taken some samples, and then claimed credit for the variety!
     
    I asked Jubraj why he had not gone looking for a job in the city, like his other young colleagues? He was, after all, a graduate in history. His answer was simple: “I enjoy this. I think it is more worthwhile than a job in the city”. Productivity on his land? “I’m getting 18-20 quintals per acre; those using new seeds and chemicals here were getting less, while spending more.” In a general scenario of the newer generations turning away from occupations like farming, it was good to see the young man wanting to carry on Natwarbhai’s mission.
     
    In a recent address to an international conference on biodiversity in Hyderabad, Prime Minister Manmohan Singh said: “Biodiversity, found in our forests and our fields, could provide us keys to the solutions of the future. So we need to build a movement to conserve traditional varieties of crops.” Nice words. But the Indian government’s agricultural policies and programmes have systematically destroyed the diversity and knowledge of thousands of years of intelligent, innovative farming systems. Increasingly they are marginalising the small cultivator, and handing over controls over farming to the private corporate sector. Efforts like Natwarbhai’s and Jubraj’s, small as they may seem, are crucial elements of sustainability that India is going to desperately need when its food production systems face ecological and social collapse.
     
    Ashish Kothari is with Kalpavriksh, Pune
     

    Wednesday, December 5, 2012

    BOOK: Small producer agency in the globalised market: making choices in a changing world

    International expectations for the world’s half-billion small farms are growing, against a very dynamic backdrop. Small-scale farming is expected to contribute solutions in areas ranging from poverty reduction and food security to climate change adaptation. Most of the ‘inclusive business’ models and value chain interventions already set up to do that are reaching only a narrow minority of farmers. To get the future right for the majority there is a need to ask the right questions. Instead of thinking about how to ‘make markets work for the poor’, we must look at how small-scale farmers make markets work for them. Farmers themselves are facing and effecting rapid changes in markets, in land and other resources, and in the demographics of rural communities.

    This book presents the results of a three-year Knowledge Programme led by IIED, Hivos and a global Learning Network, it integrates knowledge of researchers and practitioners working or trading directly with small producers across three continents. It focuses on agency — how small-scale farmers navigate formal and informal, global and local markets, their strategies, interests, expectations and limitations, and how they make choices in the dynamic context of a restructuring agrifood sector. From this perspective, globalisation and modernisation appear not to be sweeping the world economy clean, but spreading in parallel with vibrant informal and local economies.

    This book challenges our institutions and the development community, both in terms of our assumptions on the roles of smallholders and agribusiness and how we go about the process of generating knowledge and developing effective policies and interventions.

    Vorley, B., del Pozo-Vergnes, E., Barnett, A. 2012. Small producer agency in the globalised market: making choices in a changing world. IIED, London; HIVOS, The Hague.

    download link : http://pubs.iied.org/pdfs/16521IIED.pdf?

    SOURCE: http://pubs.iied.org/16521IIED.html

    Sunday, December 2, 2012

    Monthly conferences to facilitate smooth supply of organic products

    CITIES » BENGALURU

    Updated: December 1, 2012 09:43 IST
    To ensure smooth supply of organic products from producers to retailers in the city, the State government will initiate monthly conferences between these two important stakeholders in the sector.
    “These will be through videoconferencing from the State capital with retailers participating in the conference with producers at all the district centres,” K.V. Sarvesh, Director, Department of Agriculture, told The Hindu. He said that this would be a bridge-building exercise between the two.
    His comments came after an interactive session between organic producers and retailers at the three-day BioFach India, an international organic trade fair here on Friday.
    The interaction also saw retailers expressing concerns about the supply chain in the sector.
    According to another senior official in the department, the videoconference could help the retailer plan his stock and farmers in managing their produce.
    Certification agency
    The State-owned Karnataka State Seed Certification Agency has started the Karnataka State Organic Certification Agency, an organic certifying agency with a team of qualified and experienced personnel, trained by consultants in organic certification methods and standards as per the National Programme for Organic Production guidelines.
    According to officials, there are four accredited organic certification agencies in Karnataka, and despite developments in the organic sector the State did not have a government agency.
    SOURCE: http://www.thehindu.com/news/cities/bangalore/monthly-conferences-to-facilitate-smooth-supply-of-organic-products/article4153380.ece