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<strong>Second</strong> <strong>Green</strong> <strong>Revolution</strong><br />

Agriculture to agribusiness<br />

H. H. H. H. S. S. S. S. Gupta<br />

Gupta<br />

Gupta<br />

Gupta<br />

Indian Indian Indian Indian Indian Agricultural Agricultural Agricultural Agricultural Agricultural Research Research Research Research Research Institute Institute<br />

Institute<br />

Institute<br />

Institute<br />

New New New New Delhi Delhi-110012<br />

Delhi<br />

Delhi<br />

Delhi 110012<br />

110012<br />

110012<br />

<strong>Structure</strong><br />

1. Current Status of Agricultural Production<br />

2. Status of Food & Nutritional Security - Indian<br />

scenario<br />

3. The Challenges<br />

4. Strategies for meeting them through 2 nd GR<br />

5. Agriculture to Agribusiness : PPP need of<br />

the day<br />

6. New Initiatives of India in 12 th Plan


+ 6.7 bn ?<br />

+ 2.5 bn<br />

2.5 bn<br />

Global Population Explosion<br />

1985-2050<br />

1950-1985<br />

First 4 million years<br />

Present Concerns:<br />

Current: 7 billion (Oct. 2011)<br />

By 2050: 9.2 billion<br />

Poor: 1 billion (240 m in India)<br />

Underweight Children:<br />

Severely: 180 million<br />

Chronically: 800 million<br />

Vitamin A deficient: 200 million<br />

Pregnant Women:<br />

Anemia: 400 million<br />

Unprecedented Progress during<br />

the last 60 years<br />

• Increased agricultural production<br />

(from 50 MT to 252 MT)<br />

• Higher real income and reduced prices<br />

(from 1975 to 2007)<br />

• Reduced poverty<br />

(by 40%)<br />

• Life expectancy doubled<br />

(64 years)


Food Grains Production in India<br />

Productivity X3<br />

Production X5<br />

Area X0.25<br />

Production and Productivity of Wheat in India<br />

Prodn.x 9<br />

Yield x3<br />

Area x 2.5


Production and productivity of rice in India<br />

Source:: Evenson & Gollin (2003) CABI


Agricultural Production Scenario<br />

Commodity Production<br />

in 1950<br />

(Million tonnes)<br />

Food grains 50.00 252.0<br />

Vegetables 58.50 (91-92) 146.5<br />

Fruits 28.60 (91-92) 74.8<br />

Milk 17.00 104.8<br />

Production<br />

in 2011<br />

(Million tonnes)<br />

Egg (nos.) 1.80 53.5 billion<br />

Fish 0.75 7.3<br />

4-27 times increase in production of various commodities<br />

Reasons for Transformation<br />

GREEN REVOLUTION<br />

• Partnership with CGIAR Institutions<br />

• Adoption of HYVs along with associated technology<br />

• Joint efforts of<br />

– Polity<br />

– Bureaucrats<br />

– Agricultural scientists<br />

– Farmers<br />

• Contd. R&D in partnership with US Land Grant Institutionshelped<br />

in removing the minor deficiencies in Sonora 64 and<br />

Lerma Roho 64A


FUTURE CHALLENGES<br />

&<br />

STRATEGIES TO MEET THEM<br />

Food Requirement- Requirement<br />

Requirement- Indian Scenario<br />

Production 2010-11<br />

(Million tonnes)<br />

• Rice 103<br />

• Wheat 90<br />

• Coarse cer42<br />

• Pulses 17<br />

• Total 252<br />

• Oilseed-31 Million Tonnes<br />

Demand 2021<br />

(Million tonnes)<br />

120<br />

100<br />

40<br />

25<br />

• 285<br />

Will India import food grains in 2023


Food & Nutritional Security<br />

A Major Concern<br />

Can India Maintain Self-sufficiency<br />

Self sufficiency<br />

• Two school of thoughts<br />

– It’s very much possible<br />

– Not possible after 2023 unless<br />

• Increase investment<br />

• Improve irrigation<br />

• Improve factor productivity<br />

• Accelerate technology transfer<br />

Food Security – Paramount Importance<br />

Price fluctuation due to low production?


Fresh Water Resources – 4.6 %<br />

Land – 2.3 %<br />

Population – 17 %<br />

Rainfall – 1170 mm<br />

Resources and Liabilities<br />

Dr. S. Raman, New Delhi Winter<br />

School, 20/3/09<br />

XXXXXXXXXXXX<br />

The Challenges<br />

<strong>Second</strong> Generation Problems<br />

of <strong>Green</strong> <strong>Revolution</strong><br />

-Nutritional Nutritional Security?<br />

-Breaking Breaking yield barrier<br />

-Decline Decline in Factor Productivity<br />

- Soil Health and Water Table declining<br />

- Increased Incidence of Diseases and Pests<br />

- Climate change- change the biggest threat<br />

-


The Challenges<br />

Incidence of malnutrition among children<br />

(< 3 years)<br />

Percentage<br />

60<br />

50<br />

40<br />

30<br />

20<br />

10<br />

0<br />

Rural<br />

Urban<br />

All<br />

Severe Moderate Overall<br />

Undernutrition<br />

The Challenges<br />

Diversification of Crop sub Sector


The Challenges<br />

Raise Productivity<br />

(Small farms holdings)<br />

Increase Income<br />

(Low Cost technology)<br />

Manage Natural<br />

Resources


Efficiency<br />

100<br />

Strategy<br />

90<br />

80<br />

70<br />

60<br />

50<br />

40<br />

30<br />

20<br />

10<br />

40%-60%<br />

Irrigation Efficiency<br />

Breeding for response to low water<br />

50%-70%<br />

70%-85%<br />

Flood Furrow Sprinkler Center Pivot Drip<br />

Irrigation Methods<br />

80%-90%<br />

90%-95%<br />

Climate Change : Effect of Enhanced CO 2<br />

Change in insect-pest<br />

dynamics<br />

?


Climate Change<br />

Need for Anticipatory Research<br />

Wide Inter-Regional Inter Regional Variations in Yield<br />

Sl. No. State Food grain yield, 2009-10<br />

(t/ha)<br />

1. Punjab 4.1<br />

2 Tamil Nadu 2.5<br />

3 West Bengal 2.5<br />

4 Uttar Pradesh 2.2<br />

5 Bihar 1.5<br />

6 Orissa 1.4<br />

7 Madhya Pradesh 1.3<br />

Focus on high potential eastern region for<br />

immediate yield gains and inclusive growth


Recent Successes<br />

Bt Bt Cotton<br />

Cotton<br />

Recent Successes<br />

Area reached 8.4 m ha in 2011 nearly 85% of total area.<br />

Production doubled 2.3 mt in 2002 to 4.9 mt in 2010<br />

Pesticide consumption reduced by 40%<br />

12<br />

10<br />

Income of 5 m farmers increased substantially 8<br />

7.67 7.63<br />

6<br />

Cotton export fetched US $ >1.5 billion in 2010<br />

Soybean<br />

Area - 30, 000 ha (1970) to 10.3 Mha in 2011<br />

8.78 8.68<br />

9.14 9.44 9.37 9.6<br />

8.4<br />

7.6<br />

6.2<br />

1.25<br />

0.029 0.086 0.053<br />

Production - 0.14 MT (1970) to 12.4 MT in 2011<br />

Productivity - 430 kg/ha-----------to 1300 kg/ha in 2011- x3 times<br />

40% contribution to oilseed: 25% to edible oil of the country<br />

Million hectares<br />

4<br />

2<br />

0<br />

2002-<br />

03<br />

2003-<br />

04<br />

Adoption of Bt cotton in India<br />

2004-<br />

05<br />

2005-<br />

06<br />

3.8<br />

2006-<br />

07<br />

Year<br />

2007-<br />

08<br />

2008- 2009-<br />

09 10<br />

total (mha)<br />

Bt (mha)


Recent Successes- Successes contd<br />

• Potato production:<br />

• Area 0.54 mha in 1950 to 1.8 mha in 2011<br />

• Prodn. 1.56mt -------------- to 40 mt in 2011<br />

• Prody. 6t/ha-----------------to 20.5 t/ha<br />

• Prodn. 28 times: Productivity 3.5 times<br />

Basmati Rice :<br />

Volume of Export – 8 times in 20 yrs<br />

•<br />

1990 2010<br />

0.25 mt 2.0 mt<br />

Export earning increased significantly


Duration (days)<br />

170<br />

160<br />

150<br />

140<br />

130<br />

120<br />

110<br />

100<br />

<strong>Revolution</strong> in Basmati Rice<br />

Breeding for Earliness with higher yields<br />

Taraori<br />

Basmati<br />

Pusa Basmati<br />

1<br />

Pusa<br />

Sugandh 2<br />

Pusa RH 10<br />

(Hybrid)<br />

Single Single Single Single Cross Cross Cross Cross Cross Maize Maize Maize Maize Hybrids Hybrids Hybrids Hybrids in in in in India<br />

India<br />

India<br />

India<br />

7<br />

6<br />

5<br />

Yield (t/ha)<br />

• Maize production doubled during the last decade,<br />

• Productivity increased by 80%<br />

• Fastest growth rate (~8%) during the last 5 yrs. –<br />

highest among cereals<br />

• Maize production can further be doubled in next decade<br />

• Hybrid coverage to be increased (from current 35%)<br />

• QPM will help in reducing protein malnutrition (25% food)<br />

• QPM- feed for better conversion ratio in poultry (61%)<br />

• Baby corn export (1 million US $ in 2008 & 2009)<br />

4<br />

3<br />

2<br />

1<br />

0


Quality seed Production & Supply<br />

• Country’ requirement- 321 lakh q<br />

• Breeder seed production 100,000 q - ICAR’s Mega<br />

seed project - 6 lakh q seed in 2013-14<br />

• Total certified/quality seed expected 400 lakh q<br />

• Seed chain is not maintained<br />

• Revamp the seed production<br />

• 20% reserve seed for natural calamity affected<br />

areas<br />

Recent Successes<br />

Agriculture to Agribusiness


R&D R&D R&D R&D Investments Investments Investments Investments in in in in Asia Asia-Pacific<br />

Asia<br />

Asia<br />

Asia Pacific<br />

Pacific<br />

Pacific<br />

Region/<br />

Country<br />

Total spending<br />

(in million $ - 2005 international)<br />

Regional Share<br />

(%)<br />

1991 2002 2002<br />

China 1,174 2, 574 26.8<br />

South Asia<br />

Bangladesh 81 109 1.13<br />

Southeast Asia<br />

India 746 1,355 14.10<br />

Nepal NA 26 0.27<br />

Pakistan 223 171 1.78<br />

Sri Lanka 39 51 0.53<br />

Indonesia 220 177 1.84<br />

Laos NA 13 0.14<br />

Malaysia 227 424 4.41<br />

Philippines 80 141 1.47<br />

Vietnam 8 56 0.58<br />

ASTI-APAARI<br />

Public-Private Public Private Partnership<br />

• Storage<br />

– >60 million tonnes capacity<br />

– Fresh produce being added<br />

• Irrigation<br />

• Mechanization<br />

• Seed production<br />

• Processing & value chain<br />

• Non –farm enterprise –skill development


NEW INITIATIVES FOR ACCELERATING TECHNOLOGY<br />

DEVELOPMENT<br />

Conservation agriculture- 147M US $ with investment of 3 M $<br />

Promotion of legumes in Rice-wheat & rice fallows - 5-10<br />

MT additional pulses<br />

Expansion of area under Hybrid crops – viz. rice, maize &<br />

millets<br />

Development of borer resistant chickpea & pigeonpea<br />

Efficient use of rain, canal & waste water for enhancing WUE<br />

Development of climate resilient farming technology<br />

Solid waste management for compost production- soil fertility<br />

Capacity building through training programs for farmers<br />

Revamping education<br />

Strengthening management of IPR - Global seed business-<br />

3.5 b US $, India’s contribution ~1%<br />

CONCLUSION<br />

• 2/3 rd of India lives in villages and depends<br />

on agriculture<br />

• 9% growth in GDP can be supported on if<br />

Ag. GDP grows @ 4%<br />

• Investment in agriculture - PPP is the need<br />

of the hour<br />

• Evergreen revolution is possible provided<br />

we support agriculture


Consumption of Chemical Fertilizers


Way Forward<br />

India-Africa India Africa Partnership<br />

• India-Africa Forum Summit in 2008<br />

– Agriculture for meeting growing demand for nutritious food<br />

India-Africa Institute for Agriculture & Rural Development<br />

Farm Science Centers<br />

Seed production-cum- demonstration centers<br />

Rural technology parks<br />

Capacity building in food processing in Sub-Saharan Africa<br />

- 500 scholarships in Agril Sciences<br />

- 700 Science Fellowships<br />

- Short term training courses<br />

Global conference on Conservation Plant Genetic Resources<br />

from 4th to 6 th September 2012<br />

– Agro-climatic conditions of Africa is similar to<br />

India- Technology can be refined and then taken to<br />

Africa<br />

Way Forward - Partnership<br />

Past Successes<br />

– Rice Biotechnology- Rockefeller Foundation<br />

New Programs<br />

– Network Projects in crop improvement<br />

• Maize – MAB for biotic & abiotic stresses-<br />

• Conservation agriculture for raising system productivity<br />

and conserving resources<br />

• Rice - Golden rice for β carotene<br />

• Tuber crops for disease-free planting materials<br />

• Grain legumes for resistance to stored grain pests


Acknowledgements<br />

FAO for Invitation<br />

EPSO for sponsoring consultation<br />

Colleagues at Indian Agricultural Research<br />

Institute, New Delhi<br />

&<br />

Indian Council of Agricultural Research<br />

Mexican Wheat in India<br />

Dwarf wheat travelled from Japan to US to Mexico and to India<br />

• Salmon (USDA) to Vogel (WSU) to Borlaug (CIMMYT) to IARI<br />

• Rabi 1961-62 -Observational Nursery from USDA<br />

• Summer 1962 -Multiplication at Wellington in Southern India<br />

• Rabi 1962-63 -Demonstration at IARI farm in New Delhi<br />

Dr. Borlaug invited & visited in March 1963<br />

• Rabi 1963-64 -Multilocation Trial 4 places<br />

• Rabi 1964-65 -Large Multilocation trails-155 places<br />

• 1965- Two Mexican Lines Sonora 64 & Lerma Roho 64 A Released<br />

for Commercial cultivation by CVRC (CSCSNRV)<br />

• 18,000 tonnes seeds imported despite scarce foreign exchange<br />

• Yield increased from 8.3 q/ha in1965-66 to 13 q/ha in 1970-71<br />

• Similar was the story in rice with introduction of IR8-dwarf rice<br />

INDIA BECAME SELF-SUFFICIENT IN FOOD GRAINS IN EARLY 1970s


Biotechnology at Crossroads?<br />

• 134 m ha under transgenic crops since 1966 – 46% in<br />

developing countries (China, India, Brazil, Argentina,<br />

Paraguay and South Africa)<br />

• Crops: Soybean, Maize, Cotton, Canola<br />

• Traits: Insects, Herbicides, Viruses<br />

• More than 50 crops and forestry trees are being<br />

targeted currently<br />

• Tissue culture for propagation of plating material for<br />

horticultural crops<br />

• Which is the path we want to take?<br />

• Science-led or otherwise based on emotions


Bridging the Yield Gap<br />

1. Transfer of Technology<br />

a. Dissemination of HYVs - Seed production & SRR - very low<br />

b. Balanced use of fertilizers – 156 kg/ha India against 396 kg/ha in China<br />

c. Judicious use of water – Increasing WUE<br />

d. Increasing cropping intensity – 14 mha rice fallows in Eastern India<br />

e. Diversification with HVC & LS -Increasing Increasing prod. per unit area & profitability<br />

f. Supply of right input- input On time and doorstep of farmers<br />

2. Raising Productivity of RFAs- RFAs Watershed approach<br />

3. Farming System Approach- Approach Raising system productivity rather than of component crops<br />

3. IPM & IPNM- IPNM Biological control & site-specific site specific nutrient management<br />

4. Sustainability to Irrigated Areas- Areas Mung bean in wheat-rice wheat rice system<br />

5. Linking farmers to market- market For increasing profitability


Productivity of Selected crops (Kg/ha)<br />

Yield Increase x 3.35, 0.83 , x 4.43 x1.85<br />

668-2240, 788-655, 663-2938, 842-896<br />

Options for Reducing Emissions<br />

• Avoiding Deforestation<br />

• Minimizing soil erosion risks<br />

• Eliminating biomass burning and<br />

incidence of wild fires<br />

• Improving input use efficiency (e.g.,<br />

fertilisers, energy, water, pesticides)<br />

• Healthy rice and bovine animal<br />

production (aerobic rice, DSR, Proper<br />

feed management etc.)


Source: FAO<br />

Maize Yields, 1961-2009 1961 2009<br />

Still not enough<br />

• India invests relatively a small amount in<br />

agricultural R&D as measured by its intensity<br />

ratio.<br />

Agricultural R&D spending<br />

as a share of AgGDP<br />

3.5<br />

3.0<br />

2.5<br />

2.0<br />

1.5<br />

1.0<br />

0.5<br />

0.0<br />

Preliminary data not for citation<br />

India China SSA Brazil USA Australia

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