The potential of Indian Agriculture

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
New crop varieties to cope with climate change on anvil​

Bangalore, Oct. 13: The Indian Council of Agricultural Research is working on new crop varieties in rice and potato to cope with climate change. These varieties are not just expected to be flood or drought-resistant; they are also expected to withstand rising carbon dioxide emissions without suffering metabolic changes.

Mr Swapan K. Datta, Deputy Director-General, ICAR, said on Tuesday that these crops will take 5-10 years to be commercialised. He was speaking at a workshop on ‘Agri-innovation can enhance production of rice-wheat under flood and drought,” organised by the University of Agricultural Sciences, Bangalore, and the All India Crop Biotechnology Association.

ICAR is working with institutes such as the M.S. Swaminathan Research Foundation, the Bill & Melinda Gates Foundation, Calcutta University and other private bodies in developing such varieties. “The idea is to introduce genetic properties from other crops, such as maize and millet, that would enable rice and potato varieties to withstand climate change,” Mr Datta said. Maize and millet, called C-4 crops, are known for their ability to withstand higher levels of carbon dioxide and survive with less water.

At a broader level, Mr Datta said it would be necessary to develop crop varieties that could withstand both drought and floods. “This would require genes that ‘switch on’ or ‘switch off’ according to the climatic conditions,” he said.

ICAR is working on a submergence tolerance rice that would be commercialised in the next two or three years. This variety is expected to withstand about two weeks of complete submergence in water, Mr Datta said. As against normal varieties that wilt after such an extended spell of submergence, these varieties would continue with their photosynthesis after the water recedes, he said. The submergence tolerance rice is being evaluated in Chhattisgarh, Orissa and West Bengal.

Further, Mr Datta said the government needs to spend more on research and development in agriculture to boost agriculture output. ICAR has earmarked $20 million over a five-year period for research in transgenic crops. Most of the research in BT is funded by the private sector companies, he said.

Link
 

RPK

Indyakudimahan
Senior Member
Joined
Jun 29, 2009
Messages
4,970
Likes
229
Country flag
Link

India’s 1st GM vegetable Bt brinjal gets nod

New Delhi: Country's biotechnology regulator Genetically Engineering Appraisal Committee (GEAC) on Wednesday gave environmental clearance to Genetically Modified Bt brinjal.

The GEAC gave its nod after assessing the recommendations of a special committee set up to study Mahyco's biosafety data accumulated for over nine years of its research on Bt brinjal.


Now the government has to make its stand clear on the issue.

If approved, GM brinjal will then be introduced to Indians for the first time even as food-experts have raised concern over the lack of bio-safety data of such crops having environmental implications in the country.

GM crops are those in which genetic material (DNA) is altered for some perceived advantage either to the producer or the consumer
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
Basmati trade flounders on default by Iran buyers​

New Delhi, Nov. 2: Basmati exporters who had contracted large purchases from Iran at highly attractive prices till a couple of months ago are facing payments problems to the tune of Rs 700 crore or more. Trade sources say that at least 50,000 tonnes of par-boiled Pusa-1121 rice that was contracted for exports during June-August are currently lying unshipped at Kandla.

No takers

Further, there are no takers even for consignments already despatched, with some 50,000 tonnes stuck in Dubai and another 30,000-40,000 tonnes at Iran’s Bandar-Abbas port. In addition, an estimated one to 1.5 lakh tonnes (lt) of unsold stock are believed to be held by traders in Iran, unable to pay up fully for the material they are yet to dispose of.

During June-August, Indian exporters shipped out around 2.6 lt of Pusa-1121 rice. These were contracted at an average $1,400 a tonne (cost and freight Dubai/Bandar Abbas), with a few consignments going for above $1,600.

Pusa-1121 export prices have been rather volatile over the past one year, starting at $1,000-1,110 a tonne last November and touching $1,600-1,700 by January and then crashing to $850-900 in March. Subsequently from June onwards, they resumed their upward climb to cross $1,400-plus levels by end-July, which was also the period when Indian exporters contracted huge orders from Iran. Then came the controversy over Iranian allegations of basmati shipments being tainted with heavy metals, bringing trade to a standstill.

Full Story
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
New cane seeds could wipe out sugar shortage

Mumbai, Nov. 13: Farmers in North India got a welcome gift in the form of three new high-yielding sugarcane seeds to be introduced by the Coimbatore-based Sugarcane Breeding Institute. The seeds — CO-238, CO-239 and CO-118 — will be sown at 27 sugarcane growing centres in the North from the crop season starting October next year.

The Sugar Technologists Association of India (STAI) has taken the lead to propagate the seeds through the institution’s sub-station in Karnal, Haryana. Farmers have been steadily moving away from growing sugarcane to other remunerative crops, leaving most sugar mills with little cane to crush.

Dr G. S. C. Rao, President, STAI, said, “We have tested the seeds on 40,000 hectares and found that the yields are about 70 tonnes a hectare against the conventional 55 tonnes. The recovery ranges between 10 and 10.5 per cent against 9.5 per cent normally.” The new seeds will be a boon to farmers and sugar companies particularly in Uttar Pradesh and Maharashtra, which have been facing a huge cane shortage.

Even as the new sugarcane variety will take a year to mature, farmers will gain from higher yield and good prices to be offered by sugar mills. “The present shortfall in sugar supply will be wiped out by 2010-11,” he said.

Link
 

RPK

Indyakudimahan
Senior Member
Joined
Jun 29, 2009
Messages
4,970
Likes
229
Country flag
Scientists offer techniques to revamp farming in Punjab

Scientists from the Indian Space Research Organisation (ISRO) and Bhabha Atomic Research Centre (BARC) in association with the Consortium of Indian Farmer’s Association held a seminar on benefits of using nuclear energy in agriculture on Monday. The seminar is the first move taken by the scientists from both coveted bodies to have a direct conversation with Punjab farmers. The seminar was held in the ICSSR hall of the Panjab University and Dean of science faculty Prof A S Ahluwalia presided over the function.


BARC scientists told the farmers they can produce nearly 37 varieties of crop by using nuclear energy. Suitable to the climatic conditions of Punjab, a variety of moong dal can be sown between two seasons of rice crop as the pulse takes only around 70 days to mature and can be sown in a paddy field.


Scientists also told about radiation processing that can increase the life of agro-products manifold. Groups of farmers interested in setting up the plant will be given a subsidy of about 80 per cent as a radiation processing plant costs between Rs 8 crore to Rs 10 crore.

Scientists also tried to dispel fears related with the use of nuclear power and said power generated from nuclear sources can bring the country out of electricity crisis. Dr SK Malhotra, Public Awareness Officer, Department of Atomic Energy, BARC, said, “If the Centre provides us 4,000 tonnes of uranium, we will be able to generate about 4 lakh watt of electricity by 2050.” Farmers were also told about the benefits of crops produced from seeds generated using nuclear power. Such seeds are of better quality, high-yielding and germinate faster.


Most of the projects of both bodies are concentrated in south India and the research work by BARC meets the requirements of their farmers. Dr Malhotra said, “We see major potential in Punjab but initiative is lacking in the state. We have no radiation processing plant in Punjab and it can come up only if we are approached by a group of progressive farmers or the government.” He added that the BARC had signed a couple of MOU’s with the Punjab Agriculture University in Ludhiana but the projects did not bear fruits. “The projects can be reviewed but we can only provide the technology, taking it to the farmers can be done only by bodies working in agriculture.”


Experts from ISRO also talked about their project of Village Research Centres, by which they facilitate live chat through satellite to provide solutions of the queries of farmers.


These centres provide discussion on issues like crops to be sown in drought, unfriendly climate etc. Dr Rakesh Paliwal of National Remote Sensing Agency, ISRO, said, “We have not begun operations in Punjab and the ISRO headquarter will take a final call on the issue. However, if approached, ISRO would be extremely happy to begin its operations in this region.”
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
M.P., U.P. plantings help wheat area rise 5.1%​



Source
Progressive area under wheat is up 5.1 per cent this year on the back of aggressive planting by farmers in Madhya Pradesh (M.P.) and Uttar Pradesh (U.P.).

According to the Agriculture Ministry's latest review of rabi season sowing trends, so far 137.02 lakh hectares (lh) area has been planted under wheat this year, which is more than the 130.34 lh covered during this period last year.
 

RPK

Indyakudimahan
Senior Member
Joined
Jun 29, 2009
Messages
4,970
Likes
229
Country flag
fullstory

Indian rice has great demand in Tajikistan: envoy

Chandigarh, Nov 30 (PTI) Stating that varieties of rice grown in the country were of great demand in Tajikistan, its ambassador today said his country offers great potential in investment in hydropower and food processing.

Ambassador, Saidbeg Saidov, said cement, textile and aluminium industries were also attracting investment, an official release said.

He met Haryana Power Minister, Mahender Partap Singh on exploring ties in investment in hydro power and food processing.

There is a great demand for broken rice and other rice varieties in Tajikistan and Haryana being a rice bowl could export rice to their country, he said.

Financial Commissioner and Principal Secretary, Power Madhusudan Parsad, said the state was looking forward to new technology for setting up a 660 MW super critical technology coal-based thermal power plant and Tajikistan could help in setting up this type of power plant, the release said.
 

ppgj

Senior Member
Joined
Aug 13, 2009
Messages
2,029
Likes
168
Put agriculture high on agenda

William D. Dar

The G8 countries have promised to increase the spending on agricultural development by $20 billion over the next three years. The amount is woefully less than the $44 billion that will be needed each year to end malnutrition.

At the world leaders’ meeting in Copenhagen, it is imperative that governments pledge to adopt up-to-date technologies to boost food production as well as outweigh the negative impacts of climate change.

A clear signal that agriculture urgently needs attention is that India, the second-biggest producer and consumer of rice, may have to import 2 million tonnes to shore up 2010 supplies. If this happens, it would be the first time in over two decades that the country imports the grain. Though the government has assured that there is enough stock of rice, it has kept the import option open for subsequent review. Thanks to a severe drought, the summer-sown crop harvest could fall 18 per cent to 69.45 million tonnes compared with the previous year. The monsoon rainfall this year was 23 per cent below normal — the worst since 1972. Next came floods, which further damaged crops.

In the same way, recent storms in Philippines destroyed 1.3 million tons of rice and the south-east Asian country may have to buy a record 2.45 million tons before the end of the year.

Just the news that both India and the Philippines could import huge quantities has swollen the price of rice. Prices will further jack up should Thailand and Vietnam, the world’s largest rice exporters, decide to keep their stocks rather than export them. Pulses in India cost higher every day. Some varieties have crossed the Rs. 100 a kilo mark, putting it out of reach for several Indians.

Looming unrest

Last year food scarcity set off riots from Haiti to Egypt. Fresh unrest looms large over developing nations if food costs shoot up. According to the Food and Agriculture Organisation (FAO), food prices in 31 poor countries remain stubbornly high and more than one billion people have to go hungry every day. FAO Director-General Jacques Diouf rightly says that the hunger crisis — affecting one sixth of all of humanity — poses a serious risk for world peace and security.

Keeping pace with a growing world population is not easy for farmers. As demand for food increases, they struggle to extract more crops from each acre of land. Farmers who practise rainfed agriculture in the semi-arid and dry tropics are especially vulnerable as rains here are erratic, soil fertility is poor and crop pests abound. Despite the high risks, rainfed agriculture is practised on 80 per cent of the world’s farm area, and generates almost 70 per cent of the world’s staple foods. The drylands are home to more than 2 billion people. Of these, 1.5 billion depend on agriculture for a living with670 million comprising the poorest of the poor. Sixty five percent of India is semi-arid.

Climate change

Adding to the conundrum is a progressively warming world. Climate change is expected to expand drylands by 11 per cent and this will increase the frequency and severity of droughts across the globe. Unsurprisingly, crop productivity is expected to decline.

Here’s my point: Countries in semi-arid tropics need to be in a better position to feed their own people. They need to grow more food for themselves. New policies that push investment into agricultural productivity and increase farmers’ access to food markets are essential.

Why? First, food self-sufficiency would prevent undue pressure on the international grain trade. It would check wild fluctuations in global prices and avert panic buying in an already thin market.

Second, do we really want to ignore 670 million poor people who not only earn a living from farming but also have to produce the bulk of food? When agriculture is hit, broader economy-wide impacts may also arise. A case in hand is the Kenyan drought of 1998-1999. According to a recently-launched Met Office report commissioned by Barclays, the Kenyan drought caused an overall loss amounting to 16% of GDP, but around 85% of this was incurred through foregone hydropower and falls in industrial production and only 15% due to agriculture.
How can science help

ICRISAT scientists have developed farming systems resilient to shocks, buffering crucial resources like water and nutrients and adapting crops to warmer temperatures and new pest patterns. Changing crop varieties and efficient irrigation can indeed help mitigate risk in the agriculture sector.

We have proven innovations in crop, soil and water management that farmers could quickly deploy in these times of crises. For example, we can help farmers produce more food with less water. Also, ICRISAT-developed pearl millet hybrids can produce seeds even under very hot temperatures and improved sorghum lines are capable of giving good yields even in harsh conditions. In the nutrient-starved soils of sub-Saharan Africa, ICRISAT helps increase agricultural productivity with fertilizer microdosing, which ensures that the right quantity of scarce fertilizer is given to the crop at the right time.

Yet another powerful tool is the integrated watershed management: building micro-irrigation structures advantageously located in the trail of runoff rainwater that would otherwise have just gone down the drain. This advanced watershed system, a model of which ICRISAT set up in Kothapally village of Ranga Reddy district in Andhra Pradesh, uses modern science tools, including GIS, satellite data and remote sensing for maximum efficiency. Advanced watershed systems combine training farmers about high-yield seed varieties, different cropping patterns, and other skills including manufacturing green manure.

Agriculture and food security should be high on international agenda. The G8 rich countries have promised to increase spending on agricultural development by $20 billion over the next three years. While this is commendable, the amount is still woefully less than the $44 billion that FAO estimates will be needed each year to end malnutrition. Also, rich countries have to match their words with action.

But developing countries also need to get their house in order. A paradigm shift from instating makeshift measures during droughts and floods to long-term agricultural solutions needs to come about. Governments need to increase spend on agri-science research and rural infrastructure including roads. Our farmers need better facilities to make them less dependent on erratic rains. To be exact they need superior training, technology and marketing opportunities. These will make farming a profitable enterprise for our smallholder farmers.

Agri-entrepreneurs need to be encouraged by helping them tap into a pool of commercial technologies. This would in turn help farmers access innovative and improved farming systems through small and micro enterprises. Policies could help boost local agricultural production by speeding up irrigation investments, and subsidising farm implements and high-yield seeds. At state-sponsored workshops farmers can learn how best to protect crops during droughts. Also, improve the linkages between farmers and markets.

To tide over the agrarian crisis, smallholder farmers need to be part of the solution. Access to technology, markets and financial funding will help them not only produce more food but also get profitable returns.

(Dr. William D. Dar is Director-General of the International Crops Research Institute for the Semi-Arid Tropics.)

The Hindu : Opinion / Op-Ed : Put agriculture high on agenda
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
TN food production croses 90 lakh tons in 2008-09

Food production in Tamil Nadu has reached 91.10 lakh tons in 2008-09, State Agriculture Minister Veerapandi S Arumugam said here today.

He attributed the success to the rightful adoption of technology.

Productivity of paddy has gone up from 1,450 kg from 48 years ago to 5,000 kg per hectare at present. Similarly productivity of pulses has gone up from 232 kg to 430 kg, cotton from 149 kg to 375 kg, sugarcane 77 tons to 110 tons and groundnut from 1190 kg to 1,500 kg, he said, releasing 11 crop varieties and four agricultural implements developed by the Tamil Nadu Agricultural University.
 

ppgj

Senior Member
Joined
Aug 13, 2009
Messages
2,029
Likes
168
Coping with rising foodgrain prices
V. S. Vyas December 16, 2009


Although the prices of food items such as cereals, pulses, vegetables, fruits, eggs, and milk are all rising, the current rise is triggered by the rise in foodgrain prices that are already higher by 19 per cent compared to the same period last year. File photo: Mohammed Yousuf

After three consecutive good years, agricultural production has faltered in the last two years. There was a fall in production to the tune of 1.6 per cent in 2008-2009 compared to the previous year. This year, again, agricultural production is likely to be down by 2 per cent or more.

The deceleration in the growth of foodgrain production this year has particularly serious implications because it is mainly accounted for by a significant fall in rice production, and is occurring when world foodgrain output is likely to decline by 2.5 per cent.

India has sufficient stocks to tide over the current shortages, but unless the rabi production is substantially enhanced, there could be food shortages next year. This can be avoided by increasing production during the rabi season, which accounts for nearly half the cultivated area. The prospect for the rabi output has improved with the late onset of rain over large parts of India. There is, however, no certainty about the rabi output. In any event, in the current inflation-prone situation, immediate steps have to be taken to avoid any sharp rise in the prices of essential commodities such as foodgrains.

Although the prices of food items such as cereals, pulses, vegetables, fruits, eggs, and milk are all rising, the current rise is triggered by the rise in foodgrain prices that are already higher by 19 per cent compared to the same period last year. It is putting a serious strain on the food security of the poorer sections of society.

Macroeconomic policy measures — monetary or fiscal policy measures — alone will not prove adequate to contain this price rise. The fact that foodgrain prices had started rising significantly even when the rate of inflation was negative, indicates the need for sector-specific policies to influence the supply and demand of foodgrains in the short term.

A clearer picture on the supply side will emerge after a month or two when the final estimates of grain production are available. From all indications it seems there will be a major shortfall in the production of kharif rice and coarse cereals.

Even after taking into account likely gains in the production of ‘boro’ rice, the current year’s rice production is likely to be lower than the previous year’s, to the tune of 8 million to 10 million tonnes. With such a scenario, the psychology of shortages prevails in the market.

Measures have to be taken to augment supplies in the market. This could be done if the government inducts, through larger procurement, imports, or release from central stocks, an additional 7 million to 8 million tonnes of rice into the Public Distribution System (PDS) or into the open market.

In view of the current shortage in foodgrain production, too much reliance cannot be placed on additional procurement by public agencies. Even if they succeed in cornering larger quantities through procurement, that will result in crowding out the private sector from the foodgrain market. Imports could be the alternative, but that does not hold much hope as rice availability in the international market is not encouraging.

In this situation, the only viable alternative is for the government to release 7 million to 8 million tonnes of rice from Central stocks. This will discourage the private trade’s attempts to hoard, and dispel the psychology of scarcity.

The release of additional quantities of grain should be through the PDS; resort to open market operations should be avoided. In the present circumstances, the latter proposition could be risky. Over the period, there has been a distinct improvement in the PDS, particularly in the rice-consuming southern States of Tamil Nadu, Andhra Pradesh, Karnataka and Kerala. Among them they accounted for nearly 45 per cent of the PDS rice offtake in 2008-09. Attention should be paid to stop leakages from the PDS in the eastern and central States.

Simultaneously, the PDS demand should be contained without compromising the food security of the most vulnerable sections. Rice at Rs 3 a kg — or at a still lower price if the Central or State governments have made commitments under any poverty alleviation programmes — may be made available to BPL (Below the Poverty Line) families. However, the quantity of the foodgrains and the price at which it is made available to APL (Above the Poverty Line) households needs to be reviewed.

The price of rice for the APL should be closer to the market price, as it used to be. In the present circumstances there is no justification to supply foodgrains to APL families at one-third to half the market price. A system of universal PDS could be considered once the supply position becomes comfortable. Till then there should be targeted PDS for BPL and attention should be given to minimising errors of inclusion in, and exclusion from, the BPL category.

It is an opportune time to actively involve the State governments in the management of the food economy. The Centre by itself cannot cope adequately and effectively. The States should be given the primary responsibility in foodgrain procurement, storage and distribution, with the Centre taking the role of ‘lender of last resort’. In the past, whenever the proposal to shift the major responsibility for food management to the States was mooted, the States were found to be less than enthusiastic, for the simple reason that such a move was not backed by the resources required to manage the food economy. The States should be incentivised to perform the responsibilities entrusted to them, by extending financial support to carry out enlarged procurement operations, and for storage, warehousing and distribution of foodgrains.

The success of the measures to contain foodgrain prices will depend on coordinated steps being taken by the Centre and the States, on the one hand, and among the relevant State government departments (finance, planning, agriculture, civil supplies) on the other. The steering committee on agriculture in the Eleventh Plan has suggested that in order to ensure coordination among the States and the Centre to augment agricultural production, Zonal Production Commissioners may be appointed.

Similar arrangements should be made to monitor closely and concurrently food supplies in different States.It is equally important that effective arrangements be made at the State level to ensure coordinated action by the departments concerned with a high-level authority overseeing the food situation in the State and taking corrective action.

The steps already taken to maximise the production of rabi crops need to be accelerated. Emphasis should be placed on adequate and timely supply of seeds and fertilizers to the last man. This may be difficult in the case of seeds as adequate supply of quality seeds may not be available. Initially, attention should be paid to areas where there is larger potential. As a long-term solution, the defunct seed corporations in the States should be revived. The private sector should be given incentives to engage in quality seed production for cereals.In the case of fertilizers, incentives should be provided to the manufacturers of non-nitrogenous fertilizers and micronutrients.

Much will depend on timely and adequate supply of production credit. With the near collapse of the cooperative system, reliance has to be placed mainly on commercial banks. It has been found that though agricultural credit by commercial banks is increasing satisfactorily, the credit outgo to small farmers seeking loans of less than Rs. 25,000 is decreasing. This has serious implications for production also, as the borrowing capacity of the small and marginal farmers (who cultivate 40 per cent of the land) is not likely to be more than Rs. 25,000 each. The Reserve Bank of India should ensure that commercial banks adhere to the existing provision of 10 per cent loans to the weaker sections and that the marginal and small farmers are adequately represented within this limit. Also, these farmers should get their due share in the issue of Kisan Credit Cards.

Containing the rise in foodgrain prices is not a long-term agenda. Steps will have to be taken within the next few weeks, better still, within a few days.

(Dr. V.S. Vyas is Professor Emeritus, Institute of Development Studies, Jaipur. He is a member of the Economic Advisory Council to the Prime Minister. The views expressed are personal ones. He is at [email protected])

The Hindu : Opinion / Lead : Coping with rising foodgrain prices
 

ppgj

Senior Member
Joined
Aug 13, 2009
Messages
2,029
Likes
168
India plans 5 million tonne strategic foodgrain reserve news

26 December 2009

The government proposes to create a strategic reserve of five million tonnes of foodgrains out of the domestic procurement, in addition to the buffer stock already held by the Food Corporation of India (FCI).

India achieved record production and procurement of wheat in the year 2009 although the production of kharif rice in the year 2009 declined due to delayed and deficient rainfall, an official release said.

"A record procurement of rice in kharif marketing season 2007-08 and 2008-09 for the central pool and an estimated procurement of 26 million tonnes in the 2009-10 kharif marketing season have ensured sufficient stocks in the central pool for meeting the full requirements of the public distribution system as well as for maintaining our buffer stocks," the release said.

During the 2008-09 kharif marketing season ended September 2009, state agencies procured over 3.36 million tonnes of rice. The procurement of rice during the current crop year till mid-December was 13.74 million tonnes as against 13.41 million tonnes for the same period last year.

An all-time record procurement of 25.38 million tonnes of wheat during rabi marketing season 2009-10 helped to maintain comfortable foodgrain stocks with government agencies, the release said, adding that this would also help the government intervene in the market to keep the prices at reasonable levels.

The central pool has a stock of 25.2 million tonnes of wheat and a rice stock of 22.9 million tones as of 1 December 2009. With an estimated procurement of 26 million tonnes of rice in kharif marketing season 2009-10 and the present level of stocks, the requirement of targeted public distribution and other welfare schemes at current level of allocations will be comfortably met, the release said.

The release said the government has taken a number of steps to ensure their availability to the common man. The government has reduced the import duty on rice and wheat to zero. It also banned the export of non-basmati rice while at the same time imposing stock limits on rice to prevent hoarding and black marketeering.

Besides, the centre also APL allocations were increased for 17 states and union territories to ensure a minimum allocation of 10 kg per APL family per month in order to mitigate the effect of increasing prices of foodgrains in the open market. Further, additional allocations of 7.63 lakh tonnes comprising 6.18 lakh tonnes of wheat and 1.45 lakh tonnes of rice were made to 12 drought affected states from October to December 2009. Total allocations of foodgrains under APL during the year 2009-10 have thus been significantly higher (70 per cent) at 19 million tonnes as compared to 11.2 million tonnes during 2008-09, the release noted.

The production of sugar in 2008-09 sugar season is estimated to be significantly lower at about 14.68 million tonnes as compared to a production of 26.3 million tonnes in the 2007-08 sugar season. This decline in sugar production by about 11.62 million tonnes put pressure on the sugar prices, the release said.

The production of sugar in the current sugar season (October 2009 - September 2010) is expected to be higher than that in 2008-09, it added.

domain-b.com : India plans 5 million tonne strategic foodgrain reserve
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
India on verge of disaster on farm front: Swaminathan

MS Swaminathan, top farm scientist and one of the architects of India's green revolution, has warned that the country would face a food crisis if agriculture and farmers were ignored.

"We are on the verge of a disaster. We will be in serious difficulty if food productivity is not increased and farming is neglected," Swaminathan told a news agency on the sidelines of the 97th Indian Science Congress being held here.

"The future belongs to nations with grains and not guns. The current food inflation is frightening. If pulses, potatoes and onions are beyond the purchasing capacity of the majority, malnourishment will be a painful result," he said.
 

jakojako777

Senior Member
Joined
Oct 27, 2009
Messages
2,957
Likes
40
One of rare cooperation that Serbia would be able to offer to India is research on advanced modern agriculture methods (that is on European level in Serbia)
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
Plethora of innovations makes agriculture easier​

“IT IS a fallacy to think that innovation is a high-end activity that takes place only in sophisticated laboratories. Innovation encompasses technological innovation, a fresh way of management or a different way of doing the same task, but which would result in better performance,” said Smt Pratibha Patil, President of India, at a meeting in New Delhi to honour grass root innovators.

Wasteful expenditure
When crores of rupees are being spent for agriculture by the Government every year for developing new machines and systems to help farmers, the sad fact is that either the machines developed are not popular, or in some cases fail to meet the expected requirement.But a farmer in Assam, Mr. Uddhab Bharali, developed more than 85 engineering devices for different purposes in agriculture. Out of these thirteen are commercialised.Mr. Bharali set up a research workshop to help local communities and industries solve their technological needs in his hometown of North Lakshimpur on the banks of the river Brahmaputra.

Natural flair
“I believe that developing new machines comes naturally to me and it is this flair which helped me repay my father’s debts by starting a polythene film making industry to cater to the demand from the surrounding tea estates,” says Mr. Bharali. He designed and developed a new polythene making machine at a subsidised cost of sixty seven thousand rupees, when company made machines were priced at Rs. 4 lakh. The success of this machine gave Mr. Bharali the confidence to develop more machines. After repaying his father’s debts, he got a contract for maintenance of machinery in a hydropower project in Arunachal Pradesh near the Indo-China border.

Some of the other machines which he developed are:
Pomegranate de seeder which separates the outer hard skin and the thin inner membrane without damaging the seeds. Using this machine one can easily deseed 50-55 kg of pomegranates in an hour. The machine has been exported to Turkey and the U.S.


Arecanut peeler
Manual peeling of areca nuts is a cumbersome job and there are chances of fingers getting cut. Mr. Bharali developed an areca nut peeling machine with a capacity to peel 100-120 nuts in a minute. Another device, the cassava peeler is a portable electric machine that can process up to 5 kg of cassava per minute. Mr. Bharali developed an assembly of machines that performs operations such as splitting long lengths of bamboo, sizing, surface finishing and polishing them. These units are installed with the help of the National Innovation Foundation at North Cachar hills.

Other innovations
In addition to the above, the farmer also developed remi recortication machine, garlic peeling machine, tobacco leaf cutter, paddy thresher, cane stripping machine, brass utensil polishing machine, safed musli peeling machine, jatropha de-seeder, mechanised weeding machine, passion fruit juice extractor, trench digger and a chopper for cattle and fisheries feed. Many of the innovations are popular in foreign countries. The Central Silk board sought his guidance to redesign a sophisticated reeling machine. He also designed a stevia pulveriser & passion fruit gel extractor for North Eastern Region Community Resource Management Project (NERCRMP).

Resource scholar
Mr. Bharaliis also a resource scholar for the Indian Institute of Entrepreneurship and a technical consultant to Rural Technology Action Group (RUTAG) for the development of technology at the Indian Institute of Technology (IIT), Guwahati.

Source : The Hindu
 

ppgj

Senior Member
Joined
Aug 13, 2009
Messages
2,029
Likes
168
Agriculture: need for a complete revamp

P. Thangaraj, January 17, 2010


The functioning of our agricultural research and development programmes is not up to the mark. The infection here is not a localised one to treat it on the spot; it is systemic. Photo: G.N. Rao

The biggest impediment to agricultural development could not be at the policy level. The flaw is at the implementation level.

We say India is an agricultural country. Yes, it feeds a billion people but let us acknowledge that ours is not a flourishing one. The share of agriculture in GDP has come down from 55 per cent in 1950-51 to 17 per cent in 2008-09. Still the sector provides livelihood security to 65-70 per cent of the population and employs a two-thirds of the country's workforce. It clearly speaks of the backwardness of our agriculture. We had a Green Revolution but it went in favour of a few rich farmers of fertile areas. Now, we speak of a rainbow and evergreen revolution. In the meanwhile, the waiver schemes were not for making our farmers rich but for saving them from suicidal deaths. Of course, these waiver schemes could have been a requisite one, given the circumstances under which it was conceived. But there is no reason at all to believe them as solutions to the problem, for it provides only temporary relief. We witness the unabated continuance of suicidal deaths even after the announcement of these schemes. It is simply like giving food to a starving person for a day or a week, without assuring his livelihood security. On the one side of the country, flood takes away every year thousands of lives; on the other side, the role is taken over by drought. We have put in place a target of 4 per cent annual agricultural growth but the very first year itself is facing the threat of negative growth.

The biggest impediment to agricultural development could not be at the policy level; in fact, the government often comes up with good policies - such as the farmer commission's recommendation that the government hereafter should come up with farmer-centric policies rather than farming-centric ones. The flaw is at the implementation level. We need to be bold enough to agree that the functioning of our agricultural research and development programmes is not up to the mark. In the name of basic research, many research programmes are confined to laboratories and do not reach the farm lands.

Agriculture is an applied science and no research is worthwhile unless it finds its way to the farmer. Again, a big part of the agricultural scientific fraternity does not have its academic background in agriculture. We do not think any crop improvement is possible from any quarter of the agricultural science, say biotechnology or entomology, without a proper understanding of the agronomy and physiology of the crop. We lack a responsible agricultural extension system.

Many of my relatives are farmers and I used to ask them, if their fields are being visited by agricultural officers; they replied in the negative and a few wondered who are they? It is true that a majority of these officers are not responsible and duty bound. As an agricultural student, I can say our academic system neither shows the path nor gives any clue about the destination. As students, we were not equipped to respond to the requirements of time and the nation. Our syllabus did nowhere reflect the real picture of the scene we had before us. We were taught only the aspects of how to produce without motivating us to search for answers to crucial questions such as, how much to produce? What are the requirements of the nation? What are our obligations towards the World Trade Organisation and what for are we fighting out there?

Remember this is the country where the people elected their representatives, who had to be bribed by the same people to raise the issue of the plight of their adverse farming conditions on the floor of parliament. Again, the big and rich farmers have their own associations, which show no concern for the small and marginal farmers.

The solution lies in the restructuring and revamping of entire agricultural system because the infection here is not a localised one to treat it on the spot; it is systemic.

Again, it is not only the Parliament which sails by collective responsibility, but everything including agriculture and rural development requires a collective responsibility from every quarter of the system, viz., the people, the department, the scientific fraternity and the politicians for its development and progress.

http://beta.thehindu.com/opinion/open-page/article81430.ece
 

ppgj

Senior Member
Joined
Aug 13, 2009
Messages
2,029
Likes
168
Farm suicides: a 12-year saga

P. Sainath, January 25, 2010


LIVING IN HOPE: A farmer looks up the sky at drought hit Morahu Village near Allahabad. File photo: PTI

The loan waiver year of 2008 saw 16,196 farm suicides in the country, according to the National Crime Records Bureau. Compared to 2007, that’s a fall of just 436. As economist Professor K. Nagaraj who has worked in-depth on farm suicide data says, “the numbers leave little room for comfort and none at all for self-congratulation.” There were no major changes in the trend that set in from the late 1990s and worsened after 2002. The dismal truth is that very high numbers of farm suicides still occur within a fast decreasing farm population.

Between just the Census of 1991 and that of 2001, nearly 8 million cultivators quit farming. A year from now, the 2011 Census will tell us how many more quit in this decade. It is not likely to be less. It could even dwarf that 8 million figure as the exodus from farming probably intensified after 2001. The State-wise farm suicide ratios — number of farmers committing suicide per 100,000 farmers — are still pegged on the outdated 2001 figures. So the 2011 Census, with more authentic counts of how many farmers there really are, might provide an unhappy update on what is going on.

Focussing on farm suicides as a share of total suicides in India misleads. That way, it’s “aha! the percentage is coming down.” That’s silly. For one thing, the total number of suicides (all groups, not just farmers) is increasing — in a growing population. Farm suicides are rising within a declining farm population. Two, an all-India picture disguises the intensity. The devastation lies in the Big 5 States (Maharashtra, Andhra Pradesh, Karnataka, Madhya Pradesh and Chhattisgarh). These account for two-thirds of all farm suicides during 2003-08. Take just the Big 5 — their percentage of all farm suicides has gone up. Worse, even their percentage of total all-India suicides (all categories) has risen. Poor States like Madhya Pradesh and Chhattisgarh are doing very badly for some years now.

In the period 1997-2002, farm suicides in the Big 5 States accounted for roughly one out of every 12 of all suicides in the country. In 2003-08, they accounted for nearly one out of every 10.

The NCRB now has farm suicide data for 12 years. Actually, farm data appear in its records from 1995 onwards, but some States failed to report for the first two years. Hence 1997, from when all States are reporting their farm suicide data, is a more reliable base year. The NCRB has also made access much easier by placing all past years of “Accidental Deaths & Suicides in India” reports on its website.

The 12-year period allows us to compare farm suicide numbers for 1997-2002, with how they turned out in the next 6-year period of 2003-2008. All 12 years were pretty bad, but the latter six were decidedly worse.

Reading a ‘trend’ into a single year’s dip or rise is misleading. Better to look at 3-year or 6-year periods within 1997-2008. For instance, Maharashtra saw a decline in farm suicide numbers in 2005, but the very next year proved to be its worst ever. Since 2006, the State has been the focus of many initiatives. Manmohan Singh’s visit to Vidharbha that year brought the “Prime Minister’s Relief Package” of Rs.3,750 crore for six crisis-ridden districts of the region. This came atop Chief Minister Vilasrao Deshmukh’s Rs.1,075 crore “CM’s relief package.” Then followed the nearly Rs.9,000 crore that was Maharashtra’s share of the Rs.70,000-crore Central loan waiver for farmers. To which the State government added Rs.6,200 crore for those farmers not covered by the waiver. The State added Rs.500 crore for a one-time settlement (OTS) for poor farmers who had been excluded from the waiver altogether because they owned over five acres of land.

In all, the amounts committed to fighting the agrarian crisis in Maharashtra exceeded Rs. 20,000 crore across 2006, 2007 and 2008. (And that’s not counting huge handouts to the sugar barons.) Yet, that proved to be the worst three-year period ever for any State at any time since the recording of farm data began. In 2006-08, Maharashtra saw 12, 493 farm suicides. That is nearly 600 more than the previous worst of 2002-2005 and 85 per cent higher than the 6,745 suicides recorded in the three-year period of 1997-1999. The same government was in power, incidentally, in the worst six years. Besides, these higher numbers are emerging within a shrinking farm population. By 2001, 42 per cent of Maharashtra’s population was already urban. Its farmer base has certainly not grown.

So was the loan waiver useless? The idea of a waiver was not a bad thing. And it was right to intervene. More that the specific actions were misguided and bungled. Yet it could also be argued that but for the relief the waiver brought to some farmers at least, the suicide numbers of 2008 could have been a lot worse. The waiver was a welcome step for farmers, but its architecture was flawed. A point strongly made in this journal ( Oh! What a lovely waiver, March 10, 2008). It dealt only with bank credit and ignored moneylender debt. So only those farmers with access to institutional credit would benefit. Tenant farmers in Andhra Pradesh and poor farmers in Vidharbha and elsewhere get their loans mainly from moneylenders. So, in fact, farmers in Kerala, where everyone has a bank account, were more likely to gain. (Kerala was also the one State to address the issue of moneylender debt.)

The 2008 waiver also excluded those holding over five acres, making no distinction between irrigated and unirrigated land. This devastated many struggling farmers with eight or 10 acres of poor, dry land. On the other hand, West Bengal’s farmers, giant numbers of small holders below the 5-acre limit, stood to gain far more.

Every suicide has a multiplicity of causes. But when you have nearly 200,000 of them, it makes sense to seek broad common factors within that group. Within those reasons. As Dr. Nagaraj has repeatedly pointed out, the suicides appear concentrated in regions of high commercialisation of agriculture and very high peasant debt. Cash crop farmers seemed far more vulnerable to suicide than those growing food crops. Yet the basic underlying causes of the crisis remained untouched. The predatory commercialisation of the countryside; a massive decline in investment in agriculture; the withdrawal of bank credit at a time of soaring input prices; the crash in farm incomes combined with an explosion of cultivation costs; the shifting of millions from food crop to cash crop cultivation with all its risks; the corporate hijack of every major sector of agriculture including, and especially, seed; growing water stress and moves towards privatisation of that resource. The government was trying to beat the crisis — leaving in place all its causes — with a one-off waiver.

In late 2007, The Hindu carried (Nov. 12-15) the sorry result emerging from Dr. Nagaraj’s study of NCRB data: that nearly 1.5 lakh peasants had ended their lives in despair between 1997 and 2005. Just days later, Union Minister for Agriculture Sharad Pawar confirmed those figures in Parliament (Rajya Sabha Starred Question No. 238, Nov. 30, 2007) citing the same NCRB data. It’s tragic that 27 months later, the paper had to run a headline saying that the number had climbed to nearly 2 lakh. The crisis is very much with us. Mocking its victims, heckling its critics. And cosmetic changes won’t make it go away.

In 2006-08, Maharashtra saw 12, 493 farm suicides. That is 85 per cent higher than the 6,745 suicides it recorded during 1997-1999. And the worst three-year period for any State, any time.

http://beta.thehindu.com/opinion/lead/article94324.ece
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
Uttarakhand bans Bt Brinjal​

Uttarakhand on Friday became the first State in the country to announce a ban on Bt Brinjal even before the Centre takes a final decision on the introduction of the controversial genetically modified crop.

The State also asked the Centre to follow suit even as the final consultation as part of the public hearings in seven cities convened by Environment minister Jairam Ramesh is set to be held in Bangalore tomorrow. “Keeping in view the sensitive nature of Uttarakhand and its diversities which have to be protected, we have to remain watchful against crops like Bt Brinjal. We have decided to ban the farming of Bt Brinjal in the state,” Chief Minister Ramesh Pokhriyal Nishank said in a statement in Dehra Dun.

Though several States including West Bengal, Bihar, Orissa and Kerala have opposed the introduction of Bt Brinjal, the Chief Minister’s announcement to ban it significantly came even before the Centre takes a final decision. Uttarakhand will be the first state to announce a formal ban. Mr. Ramesh had earlier said a final decision on the commercial cultivation of Bt brinjal would be taken before February 10.

The Bangalore meeting is likely to be stormy with pro-commercialisation and opponents gearing up to make themselves heard. Karnataka Chief Minister B.S. Yeddyurappa has already sought deferment of release of Bt Brinjal till the issue is thoroughly examined from all angles taking into account the views of all the stakeholders and conducting a long-term research for its bio-safety and its consequent contribution to food security and farmers’ well being.

India’s biotech czar Kiran Mazumdar-Shaw meanwhile slammed attempts to politicise the Bt Brinjal issue and whip up emotions by opponents of its commercialisation saying the decision be better left to farmers.

Source
 

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
NABARD sanctions Rs. 1.38 lakh to a farmer​

The National Bank for Agriculture and Rural Development (NABARD) has sanctioned Rs. 1.38 lakh to a farmer here for improving a sugarcane harvester he invented. While present models of sugarcane harvesters in the market mainly cater only to big farmers having more than five acres, this invention meets the requirements of small farmers having one or two acres, R. Shankar Narayan, Assistant General Manager, NABARD, told ‘The Hindu.'

The funds have been provided under NABARD's ‘Rural Innovation Fund' set up to encourage grass root innovation that will improve productivity and income of farmers. The farmer, P. Kantharaj (42) of Arapalayam, has been given the grant to fabricate five more units of his harvester and also improve the efficiency and reduce its weight.

“Madurai district has a lot of small farmers who are also facing a labour shortage. They can make use of Mr. Kantharaj's invention,” Mr. Shankar Narayan said.Even the Tamil Nadu Agricultural University's (TNAU) Agricultural Engineering College and Research Institute at Tiruchi and National Innovation Foundation at Ahmedabad have expressed interest in this project and have imparted technical inputs, he said.

The farmer also took part in a South Indian Sugarcane and Sugar Technologists Association's exhibition, he said. A project implementation monitoring and review committee, chaired by Mr. Shankar Narayan has been formed with KN. Subramanian, Lead District Manager and agriculture experts included as members.

The farmer has also been training to prepare an activity chart and action plan to indicate the timeline to fulfil the project. This assistance will help the farmer take his innovation to a commercial scale, he said. Mr. Kantharaj said that his sugarcane harvester can cut two tonnes in one hour or 16 tonnes in an eight-hour shift. A team of 25 labourers need eight hours to cut 15 tonnes. This petrol-powered equipment is powered by a 1.5 horsepower motor and weighs a total of 45 kg. It is also very easy to operate.

“My main problem is not inventing this equipment. It is the inability to manufacture it on a large scale to meet the large demand. I hope that some manufacturers will take notice and take up large-scale manufacturing so that many farmers could benefit,” he said.

Source - The Hindu
 

ajtr

Tihar Jail
Banned
Joined
Oct 2, 2009
Messages
12,038
Likes
723
India needs a second green revolution with better scientific irrigation method like those of israel.they even grow crops in desert.read the following in detail:

Focus on Israel: Israel's Agriculture in the 21st century

Growing Crops in the Desert

Since 1948, the sparsely populated desert area between Be'er Sheva and Eilat (the Arava and the Negev) has played an important role in agricultural production. More than 40 percent of the country's vegetables and field crops are grown there, and 90 percent of the melons exported come from the Arava. Today, because the supply of farmland in the country's densely populated central region is shrinking (only 17 percent of the country's total land area is arable and a growing share is used for housing) the importance of the Negev and the Arava for farming is increasing. In the process, the pattern of farming in the desert is also undergoing change, and new varieties of crops suited to the region's conditions are being developed and introduced, along with animal husbandry, which was hitherto confined to more northern areas.

The common advantages of the two regions are their long hours of sunshine and relatively high temperatures, the fact that land is relatively cheap and adequate water (saline or recycled effluent) is available. This makes it possible to grow for export to Europe during the winter months - October through March - using less energy, when prices are highest.

Until the 1990s, the accent was on field crops, vegetables, fruit and dates. These branches continue to expand in the Negev and the Arava. In addition, giant citrus groves (11,000 ha.) have been planted by industrial companies in the northern Negev. Plans to expand the growing of flowers, grapes for wine, olives for oil, cattle for meat, ostriches and fish are now being consolidated.

The new wave of 'greening the desert' has been encouraging. In the Negev, more suitable climatic conditions and cultivation of new citrus varieties have resulted in yields 50-100 percent higher than those in the north. Closely-planted 'industrial' olive plantations irrigated by brackish water have achieved per-acre oil yields that are six times higher than in traditional rain-fed groves elsewhere in the country. Within the past two years the Negev/Arava fish farmers, who began operations in 1996,
have reached production of several hundred tons a year (out of a national total of 32,000 tons).

At Kadesh Barnea, a small moshav (cooperative settlement) on the Egyptian border, one can get a foretaste of what Israeli desert farming might look like in the future. The farm's beef cattle - the first in the Negev - are fed fodder grown with brackish water recycled from 'bubbles' - covered tanks for intensive fish cultivation. Similarly, at Kibbutz Revivim, water from fish tanks nourishes alfalfa for ostriches.

Desert agriculture is already playing an indispensable role in Israel's food economy. Learning from other countries, a large range of arid soil plants from Asia, Africa, Australia and the Americas has been introduced and tried out under local conditions, occasionally adapting and commercializing them.

Agricultural Production
(in percentages) according to location



Know-how on desert crop growing has become a focus for regional and international cooperation. Since the late 1950s, Israel has been sharing its agricultural expertise with scores of countries. MASHAV, the Center for International Cooperation of the Ministry of Foreign Affairs, is active in Asia, Africa, the Mediterranean Basin, Eastern Europe and Latin America as well as several Middle Eastern countries.

Agricultural projects and research collaboration constitute about half of Israel's international cooperation programs. Emphasis is placed on training courses in agricultural subjects, with some 1,400 participants from over 80 countries attending specialized courses in Israel every year, and thousands of trainees receiving on-the-spot training in their own countries. Since 1958, thousands of Israeli agricultural experts have been sent abroad on long- and short-term assignments.



Most of Israel's agriculture is organized on cooperative principles, which evolved in the country during the first decades of the 20th century. Motivated by both ideology and circumstances, the early pioneers set up two unique forms of agricultural settlements: the kibbutz, a collective community in which the means of production are communally owned and income is equally distributed; and the moshav, a co-operative village where each family maintains its own household and works its own land, while purchasing and marketing are conducted cooperatively. In recent years both systems have undergone vast ideological and structural changes, though they still account for the lion's share of productive crop-growing area. For example, in 1999 they accounted for three quarters of the total area producing crops.
 
Last edited:

NSG_Blackcats

Member of The Month OCTOBER 2009
Senior Member
Joined
Jul 23, 2009
Messages
3,489
Likes
1,559
Some picture related to Indian Agriculture

A farm worker using a paddy transplanting machine as the Union Budget has offered to reduce the basic customs duty on agricultural machineries like paddy transplanter etc. for better farm mechanisation.

Finance Minister Pranab Mukherjee in his Budget speech said that the Government intends to follow a four-pronged strategy covering
(a) agricultural production
(b) reduction in wastage of produce
(c) credit support to farmers
(d) a thrust to the food processing sector.

A farm worker in his field in Kerala. In the Union Budget it is stated that loans will be provided at a subsidised interest rate of 5 p.c. for farmers who pay their dues in time.

Pic credit - K.K. Mustafah
 

Latest Replies

Global Defence

New threads

Articles

Top