Friday, October 25, 2013

Small farmer success story

Original article here : http://www.thehindu.com/sci-tech/a-sustainable-model-for-small-and-marginal-ryots/article5240325.ece

Adilabad is one of the largest cotton growing districts in the country. As a consumption oriented development model took root, small farmers in the region took to cultivating cash crops like cotton, to meet social needs beyond food requirements.

Monocropping

However, over the last two decades, hunger for higher cotton yields gradually transformed into a monocropping culture, in which farmers completely stopped growing food crops and were growing only cotton, making Adilabad one of the largest cotton growing districts in the country.
“This appetite for higher yields, led to indiscriminate use of chemical fertilizers and pesticides, devastating soil health in the process. Like most other villages in the region, even here, small and marginal farmers could not withstand the “mighty will” of the State to impose a regime of subsidised chemical fertilizers and pesticides,” says Mr. Ambadass Sonkamble, Block co-ordinator, Chetna Organic, Secunderabad.

Compromised

The monocropping culture severely compromised on food security of small farmers. In the years when crops failed, they were left with no cash and had to depend on money lenders. Debts kept piling, pushing many farmers over the brink. Today the region is a farmers’ suicide hotspot, according to him. However, in this narrative of loss and despair there is a story of hope that stands up like a candle in the dark.
Like many others a tribal farmer Madavi Mahadu Patel in the village detested the use of chemicals but was forced into the system. Productivity of his land was declining every year and yields were low.
Traditional wisdom and common sense told him that organic life in soil was critical for healthy growth of crops. But the extension system was telling him otherwise. It was a time when farmers in neighbouring villages were committing suicides. The alarm bells were ringing — loud and clear.

Chetna organic

In 2004 as part of a Supply Chain Intervention Programme, Chetna Organic initiated activities in neighbouring Choupanguda village, organising farmers into self-help groups (SHG) and offered socio-technical and marketing support for organic cotton.
Chetna was organising Farmer Field Schools (FFS) training, workshops, field days and demo plots to encourage farmers to take up soil and water conservation measures, diversified cropping and mixed cropping practices where food crops like jowar, paddy, red gram, vegetables, maize, green gram and others could be grown alongside cotton.

Curiosity

Mr. Patel was curious to know how realistic this approach was. Apparently, this initiative seemed to address all his concerns — no chemicals, improved soil fertility, low input costs, good income and food security for the entire year.
Interested, he attended the trainings, and what began as curiosity, transformed into a conviction making him join Chetna Organic in 2005 as a member farmer.
Today, his seven acre field is a manifestation of Chetna’ s vision. In six acres he has created a model that can teach the world what sustainable agriculture means, and how it can change the script for farmers with small holdings.
In four acres, following intercropping and mixed cropping patterns, the farmer grows a combination of food crops and cash crops like cotton, wheat, maize, groundnut and millets like jowar and sorghum. Legumes, vegetables like tomato, brinjal, chilli, gourds, beans, onion, garlic and leafy vegetables and oil seed crops are grown organically.
In one acre teak and henna are planted. In the remaining acre mango, guava, custard apple, berries and orange are grown. glyricidia, pongamia and neem are also grown for mulching into the soil for biomass. Their open well serves to irrigate the crops during summer and other seasons.
Mr. Patel has devised a strategy to ward off contamination from hybrid cotton crops to the ones grown in his field, an approach he feels is critical to market his cotton at a higher price.
He has created layers of shields, restricting the cotton crop to the inner circle of the farm and surrounded it with trap crops like castor, okra and marigold.
In the second circle he grows vegetables and other crops and in the outermost periphery he grows trees like Teak. This strategy has worked well for him and there has been no contamination issue while the rest of the State was struggling with it.

Expansion

During the year 2012-13 the family expanded their basket of income to include fisheries. He was given 1,000 young fingerlings which after 180 days yielded 30 kg fetching him Rs. 2,400 at Rs. 80 per kg.
The remarkable aspect of this family has been that they have achieved all this in an economically viable structure which is replicable without large financial investments and dependence on local money lenders.
For more details contact Mr. Patel at Goyagaom post, Goyagaom mandal, Kerameri dist, Adilabad, Pin:504293 and Mr. Ambadass Sonkamble, block co-ordinator, email: cofadas@gmail.com, Mobile: 9440599213, Plot:187, Sree Sai Durga Nivas Street, No: 1, Tarnaka, Secunderabad.

A machine for dehulling millets

Original article : http://www.thehindu.com/sci-tech/agriculture/a-machine-for-dehulling-millets/article5265329.ece

Owing to the absence of suitable primary processing, semi processed raw materials and appropriate value addition technologies, the production and processing of small millets remains constrained.
Difficult work
Dehulling (removal of husk) millets is a difficult task owing to its small size and husk. Without husk removal, it is impossible to explore the full potential of the grains.
Traditionally, women do this unpleasant, laborious and inefficient hard work. Manually a woman with a pestle and mortar can dehull about 1.5 kg per hour providing a non-uniform poor keeping quality kernel.
The dry, moistened or wet millet grain is normally pounded with a wooden pestle in a wooden or stone mortar for making flour which is slightly wet due to moisture.
Aiming to eliminate this drudgery the Central Institute of Agricultural Engineering (CIAE, ICAR), Bhopal has developed a machine for millet processing. The machine has a capacity of grinding 100 kg in an hour at 10-12 per cent moisture content. It operates with one horse power single phase electric motor and can process even one kg of grains. The separation of the husk is simultaneous with a suction arrangement and cyclone separator attached to the machine.
It is suitable for dehulling foxtail, little, kodo, proso and barnyard millets and is provided with provisions to adjust between the dehulling surfaces to suit the different sizes of minor grains.
Efficiency
The dehulling efficiency of the machine is about 95 per cent and is priced at Rs. 50,000. It is eco-friendly, because it does not allow the dehulling husk mass to escape into the air directly and is gently trapped and collected. While being operated the noise pollution is kept under control unlike other hulling machines that produce a lot of sound. It does not require any hard labour and is worker-friendly.
(Dr. S. Balasubramanian, Principal Scientist, CIAE-Regional Centre-IEP, Coimbatore-3, Tamil Nadu, E-mail: balaciphet@gmail.com, Mobile: 8681017811.)



Integrating poultry, fish and rice to triple income - Hindu article

Original article here  :   http://www.thehindu.com/sci-tech/agriculture/integrating-poultry-fish-and-rice-to-triple-income/article5265328.ece

Instead of growing only a single crop, farmers can try and diversify agricultural activities like dairy, bio-gas, mushroom, fish, poultry, silkworm rearing, or apiary along with crops to get a higher income. This also helps in effective recycling of waste products from the animals and birds as manure for crops and cuts down input cost to a major extent.
Feasibility
The feasibility of such a model integrating rice/fish and poultry was taken up by Annamalai University, Tamil Nadu, and its impact on the farmers’ lifestyle is being studied for the last 15 years. It was found that the model, apart from being helpful in generating some revenue, also helps in weed control by 40 per cent, and pest incidence by 30 per cent in paddy crops.
“The model was field tested in different villages during 2004-07. At present it is being implemented in Cuddalore, Villupuram and Nagapattinam districts. Nearly 600 farmers have adopted this model in the last five years, and the annual income of these small cultivators has gone up from Rs. 30,000 (only crop cultivation in 1-2 acres) to Rs. 60,000,” says Dr. R.M. Kathiresan, Professor and Head, Dept of Agronomy, Faculty of Agriculture, Annamalai University.
Resource-poor farmers adopting low input agriculture are the main beneficiaries of this system. The simple reason is that it offers multiple benefits like bio-control of pests, infestations, weeds, and better crop growth because the fish feed on the pests and insects attacking the rice plant and poultry droppings are constantly washed into the field making it more fertile and conducive for healthy crop growth.
Why this study?
But why did the University take up fish and poultry with paddy cultivation?
“There is plenty of data available on rice/ fish/poultry integrated model in several Universities across the country. But if you study closely, you will find that in an acre, a pond would have been dug and a poultry cage erected over it. The paddy crop will be grown in a plot adjacent to this.
“There will be no connection to all the three activities. But in our model we have carefully planned to avoid such a gap and implemented it in such a way that all three are connected to each other,” says Dr. Kathiresan. He went on to explain how it is different from other models.
Easy replication
Replicating this model is quite easy, according to him. For example in an acre (100 cents) beneficiary farmers are growing paddy in 90 cents. In five cents they grow fishes like grass carp, common carp, roghu, cutla in a trench (one feet depth and width) on one side of the field.
In the remaining five cents poultry cages propped up on concrete poles are erected fitted with wire meshes. The cage is erected in such a way that a part of the cage is above the water-filled trench and the remaining part over the paddy crop.
A part of the bird droppings falls directly into the water as feed for fishes and the remaining on the fields as manure for the crop.
During single rice cropping season (about 5-6 months) poultry can be reared three times. Common NPK fertilizer schedule for rice is being followed as basal input, but farmers are cautioned not to practice split application of the chemical fertilizers as it may affect good fish growth. Also as plant protection measures, neem kernel extract is used instead of spraying chemical insecticides.
Marketing
Regarding the marketing of fish and birds Dr. Kathiresan says, “We encouraged the farmers to form groups and open a marketing outlet and bank account. The income from the sale of fish and poultry is deposited in the account and later shared.
“The University supplied the first batch of chicken and fishes to the farmers and after the first harvest farmers themselves started purchasing them. We have received sanctions to start more such models in the region after receiving a good response from both the farmers and the Government.”
For more information farmers can contact Dr. R.M.. Kathiresan, Professor and Head, Dept of Agronomy, Faculty of Agriculture, Annamalai University: 608002, email rm.kathiresan@sify.com, mobile:9655188233.