GM crops in India at various stages of regulatory field evaluations as of 2012

                                (8 traits; 17 crops; 32 institutions)

Traits

 

Crops, Year(s) of approval and Product developers*

(*see the names of the product developers below by looking at the nos. in parenthesis)

Insect resistance

 

Brinjal/Eggplant – 2006, 2007 to 2010 (4,9,14,21,23,28,30);

Cabbage – 2006, 2009  (12,14); Castor – 2006, 2011 (19);

Cauliflower – 2006, 2008 (12,14) ; Chickpea – 2009 (25);

Corn /Maize – 2006, 2010 (10,15); – 2008 to 2012 (3,5,7,8,11,16);

Okra – 2006,2007(9); Rice- 2006, 2007 to 2011 (3,6,9,11,21,28);

Sorghum – 2009,2011 (20); Sugarcane – 2010 (27);

Tomato – 2006,2010 (9,23)

Virus resistance

 

Groundnut – 2006, 2009-2010 (24); Papaya – 2010 (22);

Potato – 2006, 2009 (17); Tomato – 2006,2010 (21,22);

Watermelon – 2010 (22)

Herbicide tolerance Corn/Maize – 2012 (10); Cotton – 2010, 2012 (3, 9)
Herbicide tole. &

Insect resis. stacked

Corn/Maize – 2008 to 2011 (10,13,15) ;

Cotton – 2008-2009, 2011-2012 (3,9,10,13,15) ; Rice – 2010 (3)

Drought tolerance Chickpea – 2009 (24); Groundnut – 2009 to 2012 (24);

Mustard – 2010 (25); Rice – 2011 (32); Sorghum – 2010 (18)

Yield enhancement Rice – 2011 (2)
Delayed ripening Tomato – 2006,2008,2010 (1,21,25)
Male sterile, female inbred lines Mustard – 2010-2011 (31) ; Rice – 2010-2011 (6)
Compiled by: Manjunath,T.M. (2012); Data source: http://igmoris.nic.in/field_trials.asp(refer to this website for details on genes/events).


Product developers:
Private companies: 
1. Avesthagen Ltd., 2. BASF India Ltd., 3. Bayer Bioscience Pvt Ltd., 4. Bejo Sheetal Seeds, 5. Dow Agrosciences India Pvt Ltd., 6. E. I. Dupont India Pvt. Ltd., 7. J. K. Agri Genetics, 8. Krishidhan Seeds, 9. Maharashtra Hybrid Seed Co. Ltd. (MAHYCO), 10. Monsanto India Ltd., 11. Metahelix Life Sciences Pvt Ltd., 12. Nunhems India Pvt Ltd., 13. Pioneer Overseas Corporation, 14. Sungro Seeds Pvt Ltd., 15. Syngenta Biosciences Pvt Ltd.,
Public Institutions: 
16. Central Institute for Cotton Research, Nagpur; 17. Central Potato Research Institute, Shimla; 18. Central Research Institute for Dryland Agriculture, Hyderabad; 19. Directorate of Oil Seeds Research, Hyderabad;  20. Directorate of Sorghum Research, Hyderabad; 21. Indian Institute, New Delhi;  22. Indian Institute of Horticultural Research, Bengaluru; 23. Indian Institute of Vegetable Research, Varanasi;  24. International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), Hyderabad; 25. National Research Center for Plant Biotechnology, New Delhi; 26. Rubber Research Institute of India, Kottayam; 27. Sugarcane Breeding Institute, Coimbatore/Lucknow; 28. Tamil Nadu Agricultural University, Coimbatore; 29. University of Agricultural Sciences, Bangalore; 30. University of Agricultural Sciences, Dharwad; 31. University of Delhi – South Campus, New Delhi; 32. University of Calcutta, Kolkata, 

Products in pipeline:

Of the 17 crops listed in the table, only brinjal or eggplant (Solanum melongena) incorporated with the lepidopteron specific Btgene, cry1Ac, for controlling the Fruit-and-Shoot Borer, Leucinodus orbonalis,  has undergone all the biosafety and agronomic tests between 2000 and 2008 as originally prescribed by the regulatory committees. The Bt gene was introduced into brinjal hybrids by Mahyco and into local varieties by Tamil Nadu Agricultural University and University of Agricultural Sciences (Dharwad) and these were recommended by GEAC as safe and beneficial for commercial approval in 2009.  However, the then Minister of Environment & Forests, after the controversial public consultations and apparently under tremendous pressure from certain activist groups, announced a moratorium in February 2010, saying it has to undergo some more safety tests without specifying them. As of now, the moratorium is still in force. Thus, Bt-brinjal is foremost among the crops awaiting final approval. While Bt-rice and Bt-okra, both developed by Mahyco, have undergone Multi-Location Research Trials (MLRT), all other crops with various traits are in the first or second year of Biosafety Research Level-1(BRL-1). The biosafety data of approved genes/events as well as of new genes/events under regulatory evaluation are available at: http://igmoris.nic.in/major_developments.aspThese are the products in pipeline, but considering the prevailing regulatory uncertainty in the country, it is difficult to forecast when these will be approved.

Dr. T. M. Manjunath
Consultant in Agri-biotechnology & Integrated Pest Management
“SUMA”, #174, G – Block, 9th Cross,
Sahakaranagar
Bengaluru 560092,
India

Email: Manjunathtm (at) gmail.com

FAO statistical yearbook 2012: world food and agriculture


This publication presents a visual synthesis of the major trends and factors shaping the global food and agricultural landscape and their interplay with broader environmental, social and economic dimensions. In doing so, it strives to serve as a unique reference point on the state of world food and agriculture for policy-makers, donor agencies, researchers and analysts as well as the general public.The book is subdivided into four thematic parts, where an attempt is made to exhaustively present the spectrum of issues relevant to the subject matter: 
  • Part 1 – The setting measures the state of the agricultural resource base, by assessing the supply of land, labour, capital, inputs and the adequacy of infrastructure, and also examines the pressure on the world food system stemming from demographic and macroeconomic change;
  • Part 2 – Hunger dimensions gauges the state of food insecurity and malnutrition, measuring the multitude of dimensions that give rise to hunger and those that shape undernourishment;
  • Part 3 – Feeding the world evaluates the past and present productive capacity of world agriculture together with the role of trade in meeting changing food, feed and other demands;
  • Part 4 – Sustainability dimensions examines the sustainability of agriculture in the context of the pressure it exerts on the environment, including the interaction of agriculture with climate change, and how it can provide ecosystem services in relation to the bio-based economy.
Publication Date: 01/03/2012
Source:

Farmers Suicides data from 1995-2010 state wise gender deseggregated

Farmers’ Suicides State wise, Year wise(1995-2010)

The state wise farmers suicide rate per 1000 population

Chhattisgarh  5.61
Karnataka     3.57
Maharashtra  3.35
Kerala           3.34
Andhra          2.58
WB              1.17
TN                1.3
If you calculate based on suicide victim farmers families/1000 farmer families the numbers would be much higher

Farmers Suicides in AP 2001-2010, NCRB

Total farmer suicides in the last ten years
Female Male
Time Period upto 14 years 15-29 years 30-44 years 45-59 years 60 years & above Female Total Male upto 14 years 15-29 years 30-44 years 45-59 years 60 years & above Male Total Total Male Female
2001 12 65 46 45 10 178 16 382 480 374 79 1,331 1,509
2002 2 85 119 53 8 267 2 448 609 443 127 1,629 1,896
2003 6 81 163 96 12 358 7 325 585 376 149 1,442 1,800
2004 14 154 150 84 46 448 2 455 857 687 217 2,218 2,666
2005 22 127 174 85 65 473 6 481 729 578 223 2,017 2,490
2006 14 241 210 115 27 607 15 505 777 489 214 2,000 2,607
2007 20 113 90 53 13 289 5 325 620 421 137 1,508 1,797
2008 6 142 91 84 35 358 2 436 628 505 176 1,747 2,105
2009 5 132 141 100 20 398 5 392 885 562 172 2,016 2,414
2010 12 165 137 40 41 395 4 563 824 573 166 2,130 2,525
113 1305 1321 755 277 3771 64 4312 6994 5008 1660 18038 21809
Source: NCRB, 2001-2010.

Acharya NG Ranga Agriculture University spends only 10% of funds for Research

Acharya NG Ranga Agriculture University, once a premium agriculture university in the country is now suffering from paucity of funds.   The university which has over rs. 50 cr spends Rs. 45 cr for salaries of the scientists and about Rs. 5 cr. for research.  Even in the research much of the goes for hi-tech research which never reaches the field.  There is an urgent need to make an assessment of the funding and outputs.

Based on news paper reports

Insecticide usage on cotton in India 1999-2010 (Rs crores)

 
Year
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
% Bt
0.38
1.2
5.59
11.51
41.42
67.1
80.8
82.43
90.67
cotton, Insecticide
879
839
1052
597
925
1032
649
579
733
791
834
880
Cotton fungicide
11
10
6
3
8
6
8
11
25
31
52
67
Cotton herbicide
2
1
1
1
3
4
8
12
22
26
45
87
Total Insecticides in Agrl.
2128
2052
2268
1683
2146
2455
2086
2223
2880
3282
3909
4283
% share of cotton
41
41
46
35
43
42
31
26
25
25
21
21
Total in Agrl.
3004
2972
3207
2622
3147
3581
2439
3396
4697
5293
6999
7684

NCRB all-India figure 1995-2010: 2,56,913 farm suicides

NCRB all-India figure 1995-2010: 2,56,913 farm suicides;

2010: 15,964 farmers’ suicides

First 8 years 1995-2002: 1,21, 157.

Second 8 years 2003-10: 1,35,756

Pawar, Agriculture Minister’s home state Maharashtra by far the worst in the country with 50,481 farm suicides between 1995-2010.  That is, 1995-2002: 20,066 and for 2003-10: 30,415

 

Main points for us to push and use:

  • ·         last 8 years was much worse at an annual average of 1832 higher than first 8 years.
  • ·         It is disgraceful and decidedly odd that Pawar who fancies himself as an effective agri Minister and farmer  never once referred to, quoted or discussed the recommendations of the National Farmers Commission (headed by DR. M.S. Swaminathan who is a member of the RS (Rajya Sabha – upper house).  This was a government-appointed committee,  and a very wide spectrum of opinion participated in its deliberations. It is now several years since the reports were submitted  -

Neither the Government nor Pawar has taken note of this report. The Q that must be asked is “what gives” and WHY?

  • ·         Until November 30, 2007, the GoI and the Agriculture Minister  RIGHTL  used   on farm suicides in their replies in Parliament.

However, the government and the minister abandoned using data from the NCRB which is in fact a division of the Union Home Ministry and the only authentic source of suicide figures nationally whether it be for farmers, students or anyone else.

  • ·         As the figures grew worse, the government started suppressing NCRB data and instead using arbitrary figures from bureaucrats. Interestingly to this day, GoI uses NCRB data for the other categories, but not for farmers.
  • ·          Using arbitrary state figures and estimates has led to GoI giving  two very different estimates to the Rajya S in the same week ! : see How to be an eligible suicide: http://www.thehindu.com/opinion/lead/article428367.ece ) The Hindu, May 13, 2010. Unlike the states, NCRB has no vested interest in covering up the numbers.
  • ·         “Why are the state government figures so much lower? Because they set up IMPOSSIBLE criteria to prove that a suicide is a farmer’s suicide and just be considered for compensation. For instance: In Andhra Pradesh, a family would have to get no less than 13 pieces of documentation approved at various level in order to establish this! These include five from the local police station, including a post-mortem report the family ends up paying for. And how the heck do they produce documents n private loans when those are on word-of-honour basis?  Then there are pattas, bank papers, you name it.  Maharashtra made it even more impossible, setting up committees that soon earned themselves the name ‘rejection committees’  which divided the deaths into ‘genuine suicides’ and ‘non-genuine suicides’. Note that in either case, the victim was just as dead. The dispute was over whether his or her death constituted a ‘genuine’ farm suicide driven by distress. In some months, not a single one in some districts would be accepted as a ‘genuine’ farm suicide” (Sainath).

A visit to Subhash Sharma’s organic farm, Chhoti Gujri, Yavatmal, Maharashtra

 (Source: India Water Portal)

This presentation by Sultan Ismail, deals with the experiences of Subhash Sharma of Yavatmal, Maharashtra in organic farming. As he watched the decline of his soil and agricultural yields he let nature be his teacher and tried to understand the agro-economics of agriculture. He abandoned insecticides and chemical fertilisers and relied instead on the cow, trees, birds and vegetation with remarkable results. Click: Economics of agriculture under natural farming – Research paper – Subhash Sharma – Yeotmal – OFAI SAC (2009) 62.29 KB)

The mystery of the boom in farm credit

The spurt in by commercial banks, including regional rural banks, has interestingly not led to any let-up in distress in the agrarian economy—a mystery that continues to baffle academics, policy planners and, more recently, bankers

Capital Calculus | Anil Padmanabhan

Last week, a clutch of bankers and policy wonks gathered in Bangalore to review recent trends in farm credit. On the face of it, credit to the farm sector is on an unprecedented spiral and, hence, logically should not be cause for worry.

That is precisely the point. The conclave was convened to attempt a candid review of some disconcerting trends in farm credit, which could potentially point to something sinister.

They had reason to do so. The spurt in farm credit by commercial banks, including regional rural banks, has interestingly not led to any let-up in distress in the agrarian economy—a mystery that continues to baffle academics, policy planners and, more recently, bankers. Especially, given the quantum of credit that has been extended and the fact that these loans were made available at an interest rate of less than around 7%—most state governments provide a reduction over and above the priority sector lending rate.

 

File photo of a rural bank

File photo of a rural bank

Four broad and interlinked trends, made available by some inspiring research undertaken by R. Ramakumar, Pallavi Chavan and Nirupam Mehrotra on farm credit, provide clear pointers that assist us in understanding these apprehensions, if not proving them.

First, there has been a stunning growth in farm credit, especially since the Congress-led United Progressive Alliance (UPA) was voted into power. While in general there was an increase in farm credit, there was a clear spike after 2004—after the UPA promised to double credit outflow in the next three years—growing by 44% each in 2004-05 and 2005-06. As a result, the average rate of agricultural credit from commercial banks rose from an annual average growth rate of 1.8% in the 1990s to 20.5% between 2000 and 2006. This trend held for the decade, and at the end of 2010-11, farm loan advances aggregated Rs. 446,779 crore compared with Rs.62,045 crore in 2001-02.

There was, however, no corresponding improvement in the farm economy. The overall growth in agriculture showed an impressive pick-up, growing from an annual average increase of 1.5% between 1999-2000 and 2004-05 to 3.5% in the next five years. However, much of this impressive increase has been due to growth in the production of of about 12% a year. Increased frequency of farmer suicides only reinforces the claim that agrarian distress is still a cause for concern.

Secondly, most of this increase was inspired by what is officially defined as indirect finance—credit that flows to institutions supporting growth of agriculture as opposed to loans that flow directly to farmers. Of the big increase in farm credit that occurred in the first six years of the last decade, one-third was due to the growth of indirect finance.

 

File photo

File photo

This in turn has been brought about by liberalizing the definition of what constitutes indirect finance, including buying of land for the construction of godowns. This process, initiated from the early 1990s, accelerated in the last decade.

Thirdly, linked to the spurt in indirect finance, much of the increase in loan disbursal has occurred in the big-ticket category: between Rs. 10 crore and Rs. 25 crore, and Rs. 25 crore and above. Consequently, the share in total advances of loans with a credit limit of Rs. 25,000 dropped from 35.2% in 2000 to 13.3% in 2006.

In contrast, the share of loans of the ticket size of Rs. 25 crore and above increased from 5.7% to 16.8% over the same period. (Whatever happened to the UPA’s slogan of inclusiveness, which should logically have had the small and marginal farmer as the biggest beneficiary?)

Fourthly, as Chavan points out, there is a growing trend towards a preponderance of the disbursals flowing from urban and metropolitan branches in India. Its share, which was 16.3% in 1995, jumped to 30% in 2005.

In Maharashtra, one in two agricultural loans made out in 2008 flowed from metropolitan bank branches; Mumbai’s share alone was 42.6%. (It is a little difficult to imagine, despite the huge improvement in connectivity, a small and marginal farmer making the trip to an urban area to pick up the loan.)

Connecting the dots suggests that the concerns, evinced in some quarters, are legitimate. The obvious fact is that there has been a huge increase in farm credit in the last decade. However, it has not flowed directly to agriculture and particularly to the small and marginal farmers or to reduction of agrarian distress. The political economy of this trend is that this reinforces the existing power equations in rural India.

The fact that bulk of the disbursals have occurred in urban areas points to a trend that sectors associated with farming have been the greater beneficiaries. Given the liberal definitions, who is to guarantee that diversions of concessional credit into more lucrative avenues have not taken place?

So far this fear is expressed sotto voce, because data that can support or dispel this will be made available only after the results of decennial All-India Debt and Investment Survey are made available. That is still about two-three years away. Till then suffice to say, red flags have been raised in some quarters. Food for thought no doubt.

Anil Padmanabhan is a deputy managing editor of Mint and writes every week on the intersection of politics and economics. Comments are welcome at capitalcalculus@livemint.com