The document discusses the production and supply chain management of fruits and vegetables from production clusters to urban centers in India. It notes that while India is the second largest producer of fresh fruits and vegetables, productivity is still below global norms. It outlines opportunities to improve production through precision farming techniques like greenhouses and hydroponics. The document proposes establishing efficient supply chain infrastructure and partnerships along the value chain to deliver safe, high quality produce to consumers in major Indian cities in a profitable and sustainable manner.
7. Wide range of agro climatic zones and
skills for growing different fruits and
vegetables under both open and protected
cultivation.
Second largest producer of fresh
fruits and vegetables, but productivity is
not at par with global norms.
7
15. A. Quality produce from
precision farming/protected
cultivation such as
greenhouse,nethouse and
hydroponics .
B. Fresh Organic Fruits and
Vegetables.
C. Fresh off season fruits and
vegetables from open
cultivation.
D. Fresh exotic fruits and
vegetables.
E. Processed and Frozen
vegetables.
F. Mushrooms –fresh and
canned.
G. Processed natural
juices,jams,sauces and
pickles. 15
18. COUNTRY AREA (ha) SOURCE
China (2010) 27,60,000 Yang, 2011
Korea (2009) 57,444 Lee, 2011
Spain 52,170 Euro Stat, 2010
Japan 49,049 MAFF, 2011
Italy 26,500 Euro Stat, 2010
Mexico 11,759 SAGARPA, 2010
Netherlands 89600 Euro Stat 2011
France 9,620 Euro Stat, 2005
United 8,425 US Census Horti
States Spec 2010
India 30,000 NHB 2011
18
19. Year Area in hectares Major states-Maharashtra,
2005-06 451.82 Karnataka, Tamil Nadu, Andhra
2006-07 1440.47 Pradesh, Gujarat, Himachal
2007-08 4796.55 Pradesh, Uttrakhand, Punjab
2008-09 7086.81 and Haryana has already made
2009-10 6634.74 notable headway. Rajasthan,
2010-11 5536.47 Orissa and some northeastern
2011-12 22528.25 states are also coming forward.
As a result, the total area under
protected cultivation is
estimated to have expanded in
the past one decade to nearly
30,000 hectares.
19
24. STRENGTH WEAKNESS
Wide variety of fruits and Lack of farmer awareness about
vegetables can be grown . agricultural practices, products and
Very less consumption of technologies for organic and
chemicals as compared to precision farming.
developed nations. Price competitiveness.
Organic pockets existing in Lack of market information and
different parts of the country. intelligence.
Differentiation can be easily Inadequate PHM and
created. related infrastructure to support
Farmers as well as Government organic production.
interests are rising in organic and Lack of R&D base in organic and
off season F&V production precision production .
Various niches in fruits & Unavailability of quality inputs.
vegetables can be created. Certification and labeling.
Indian corporate are investing in No access to international market.
agribusiness .
24
25. Favorable government vision.
WTO offering global opportunities.
Price –premiums in different markets.
Export opportunities in new product/market.
USA, Europe and Japan are rising markets.
Branding offers new opportunities for differentiation.
Rising demand for organic products.
Big retail stores/chains opening up.
New developments in post harvest technologies.
New products, production, PHM technologies .
Private sector keen to join premium F &V value chain.
25
26. Productivity Precision farming through cluster approach by
adopting greenhouse and hydroponics cultivation.
Quality improvement Quality inputs, organic farming, good agricultural
practices and management.
Post Harvest Management Establishing collection and processing centers in
each growing clusters because premium crops are
climacteric in nature and are highly sensitive to
change in temperature they need proper cold
storage chain till point of sales to the end consumer.
Packaging Innovative and attractive customized packing so that
material is safe during transportation.
Transportation Refrigerated vans.
Storage Cold storage near production areas.
Marketing Direct marketing to customers, aggregators, hotels
and establishments.
26
27. Total vegetable volume sales exceeded 90 million tones in 2011. Of the total
volume, 86% of sales were to consumers and the remaining 14% to
establishments such as restaurants and canteens or institutions such as
hospitals and schools.
Aggregators , retail chains, RWAs and ULBs and health authorities want
assured supplies from ‘identified production clusters.’
Green Tech will initiate organic production of fruits and vegetables under its
own brand in all major cities having population more than 1 millions.
Establishment of post harvest management and marketing infrastructure.
Demand-driven exotic vegetables production is suitable for the farmers as
they have assured market through contract with consumers.
Exotic vegetables market is growing at the rate of 15 to 20% per annum is
increasing day by day since India is importing more than 85% exotic
vegetables.
The annual demand for mushrooms that was around 5,000 tons in 2001 in
the country has doubled to 10,000 tons in 2004 and the demand is expected
to grow at a good pace of 25% every year for many years to come.
27
28. Production and productivity of crops and profitability of farmers can
be enhanced by encouraging 'off-season' production under precision
farming systems such as protected cultivation in green houses,
shade net houses. etc for generating income round the year.
Presently the area under vegetable production under protected
conditions is 30000 ha., while the national potential is ten lakh ha.
Green Tech Agri Sector Pvt. Ltd. will establish its own hydroponics
farms(5-25 acres) in and around major urban clusters to produce
year round fresh organic capsicum, tomato, cucurbits,english
vegetables, strawberry and a wide range of horticultural crops.
Organizing farmers clusters to overcome issues of fragmented land
holdings.
Credit facility to farmers to meet operational expenses.
Adoption of precision farming technologies.
Supply of Quality planting material, seeds, INM & IPM.
Good Agriculture Practices.
28
29. The Premium Fruit and Vegetable Initiative is proposed to cover Peri urban
areas around all State Capitals or other cities with more than 10 lakh
population. Total 40 Cities to be covered during 2013-18.
India had a large and growing population of over a billion people of whom,
around 300million were categorized as middle class consumers who had
significant purchasing power. The country also offered a relatively young
market with 54 percent of the population below 25 years of age.
The McKinsey Global Institute, a think tank, estimated India’s retail market
would be worth $1.52 trillion by 2025, up from $370 billion in 2005.
McKinsey estimated the food-and-beverage category would still account for
25 percent of all retail spending in 20years.
With the introduction of new food chains like McDonald's, Mainland china,
California Pizza, Pizza Hut etc, the people in India are now developing new
test buds to accept new food items. Preparation of these food items need
many exotic vegetables like Baby corn, Red cabbage, Broccoli, Colored bell
pepper, lettuce, mushroom, Asparagus ,Olives etc some of which are
imported from other countries. Due to huge supply chain, more demand and
less supply these vegetables comes very costly in the Indian market.
29
30. The market for organic food products in India is growing at 20-22 per
cent a year. With rising spending power of the growing middle class
in the country and increased awareness towards chemical free food,
organic and natural products sector will grow significantly in the
coming years.
Indian market for organic food including exports is currently valued at
Rs. 10 billions.
The country produced around 3.88 million tons of certified organic
products that include basmati, pulses, tea, coffee, spices and
oilseeds.
Organic foods industry presently is metro-based, with about 95 per
cent of the brands existing in top 10 metros like Delhi (NCR),
Kolkata, Mumbai, Pune, Chennai, Bangalore and other tier II cities.
The states doing well in organic farming are Madhya Pradesh
(440,000 hectares), Maharashtra (150,000 hectares) and Orissa
(95,000 hectare).
30
31. To address all concerns related to both the demand and supply side
of the premium fruit and vegetable sector in selected cities.
To enhance vegetable production and productivity, improve
nutritional security and income support to vegetable farmers.
To establish an efficient supply chain thereby leading to employment
opportunities and incomes for intermediate service providers, and
safe, good quality, fresh as well as processed agri produce at
competitive price for urban consumers.
To promote, developing and disseminating technologies for
enhancing production and productivity of vegetables in peri-urban
areas of major cities.
To address the entire value chain, right from the stage of pre-
production to the consumers table through appropriate interventions.
To create employment generation opportunities for skilled and
unskilled persons, especially unemployed youth.
31
32. Baseline Survey of urban clusters to assess
demand and supply.
Organization and Promotion of Farmers
Groups/Farmer Institutions .
Measures for enhancement of production and
productivity through precision farming .
Establishing hydroponics structures,
mushroom production units, plant health
clinics, primary processing ,grading, storage
and value addition at production clusters.
32
33. Establishment of collection and testing centers in
each potential cluster.
Establishment of grading, packing, processing and
storage facilities
Support of ULBs for static/mobile CA kiosks.
Support of institutions (co-ops, corporate, SPVs,
Farmers groups, Universities, CBOs) for seedling
development, INM/IPM, contract and organic
farming, GAP, capacity building)
Post harvest management, storage and transport
infrastructure
Suitable Tie-ups between production
clusters/Farmers groups and Aggregators
33
34. Green Tech Agri Sector Pvt. Ltd. will establish partnership with Big
commercial farms, Agrifinance companies, Food processing
companies ,Logistics companies, Retail houses and Various Farmer
Producer Organisations.
State Horticulture Missions & National Level Agencies such as
SFAC, NHRDF,NDDB,NABARD,Departments of Agriculture and
Horticulture, State Agricultural Universities, ICAR institutes.
All Metros, State capitals or any other urban centers with a
population of 1 million and above urban clusters will be identified
through out the country.
Corporate Strategic Action Plan covering end –to-end interventions
in the supply chain based on comprehensive survey and
assessments.
34
35. Goodyield Farming Ltd. will identify and select the city they wish to
take up in 2013-14 and develop the project for fruit and vegetable
supply to the city.
Perspective plan/strategic plan will be prepared based on the
Baseline survey to assess the extant vegetable supply chain to the
identified city, identify bottlenecks and potential vegetable growing
clusters, existing as well as potential.
The project report will be formulated for each selected urban cluster
which should invariably contain information on geography & climate,
potential of vegetable development, availability of land, SWOT
analysis, and strategy for development and plan of action proposed
to be taken to achieve goals in the identified urban cluster of the
State.
Focus will be on adoption of cluster approach for production and
linking with available infrastructure to be created, for post harvest
management, processing, marketing and export
35
36. Baseline Survey, selection of metros and cities, farmers cluster
and Tie up with FIs and Aggregators(2013-14) .
Identify the Town/City (2013-14)
Participation in Workshop on Baseline Survey, farmer cluster
and Tie up with Aggregators at Corporate office of Green Tech
Agri Sector Pvt.Ltd.(2013-14)
Prepare projects on above lines and approve Projects by BoD
by mid May 2013-14 and implement throughout India.
Organisation of farmer producer organisation /groups in each
urban clusters (2013-14).
Setting up of Green Tech Precision Farming Centres equipped
with all agri-inputs , farm credit, plant health clinic, training and
demo farms, hydroponics farms collection centre, grading and
pack house, mini-cold store(2014-17)
Setting up of Model Mushroom Production Unit(2015).
Marketing and Distribution Network(2013-17)
Consolidate bench mark data on area, production, productivity
and market arrivals of important vegetables.2013-14
36
37. Fast growth in organic products.
Cash and carry of organic fruits and vegetables.
Good profits due to higher selling rates.
Changing food habits of rising middle urban
class due to rise in their income.
Modern retail outlets in urban clusters.
Government support with Foreign Direct
Investment.
Income and employment generation.
37
38. Sr Particulars Unit Rate First Second Third Fourth Fifth Amount
Rs year year year year year Cr
1. Hydroponic 4 acre 2500/Sq 1.00 1.00 1.00 1.00 1.00 5.00
Structure m
2. Plant health 0.25 25 lac/ - - 0.25 - - 0.25
clinic acre unit
3. Mushroom 0.25 100 - 1.00 - - - 1.00
Production acre lac/unit
4. Grading & 0.25 15 lac/ 0.15 - - - - 0.15
Packing house acre unit
5. Primary 0.10 25 lac/ - - 0.25 - - 0.25
Processing acre unit
6. Cold store 0.10 25 lac/ - - 0.25 - - 0.25
6000 MT acre unit
7. Refer vans 6 3 25 lac/ 0.25 0.25 0.25 0.75
MT unit
8. Shop cum 0.25 20 lac 0.20 - - - - 0.20
office acre
9. Misc. - - 0.16 0.23 0.20 0.10 0.10 0.79
10. Grand Total A - - 1.76 2.48 2.20 1.10 1.10 8.64
38
39. Sr. Particulars First Second Third Fourth Fifth Amount
year year year year year
1. Lease rent 0.24 0.48 0.72 0.96 1.20 3.60
2. Agri Inputs 1.00 1.20 1.44 1.73 2.07 7.44
3. Purchase of vegetables 1.50 3.00 4.50 6.00 7.50 22.50
4 Office 0.22 0.22 0.22 0.22 0.22 1.10
5. Hydroponics structure - 0.23 0.23 0.23 0.23 0.92
6. Mushroom Production Unit - - 0.11 0.11 0.11 0.33
7. Plant health clinic - - 0.05 0.05 0.05 0.15
8. Grading &Packing 0.09 0.09 0.09 0.09 0.09 0.45
9. Primary Processing Unit - - 0.05 0.05 0.05 0.15
10. Cold store - - 0.03 0.03 0.03 0.09
11. Input Sale 0.05 0.05 0.05 0.05 0.05 0.25
12. Refer Van 0.03 0.03 0.06 0.06 0.06 0.24
13. Security 0.03 0.03 0.03 0.03 0.03 0.15
14. Electricity & Telephone 0.02 0.04 0.10 0.10 0.10 0.36
15. Misc. 0.32 0.54 0.77 0.97 1.18 3.77
16. Total B 3.50 5.91 8.46 10.69 12.98 41.50
39
40. Sr Particulars First Second Third Fourth Fifth Total
year year year year year amount
1. Total A 1.76 2.48 2.20 1.10 1.10 8.64
2. Total B 3.50 5.91 8.46 10.69 12.98 41.54
3. Total A+B 5.26 8.39 10.66 11.79 14.08 50.18
4. Interest 0.79 1.26 1.60 1.77 2.11 7.53
5. Depreciation - 0.18 0.25 0.22 0.11 0.76
7 Total C 6.05 9.83 12.51 13.78 16.30 58.47
40
41. Sr Particulars First Second Third Fourth Fifth year
. year year year year
1. Sale of hydroponics - 150ton 300ton 450ton 600ton
produce @100000 @100000 @100000 @100000
150tons/acre 1.50 3.00 4.50 6.00
2. Sale of agri Inputs 1.20 1.44 1.73 2.07 2.48
to farmers
3. Sale of mushrooms - - 100ton 200ton 250ton
25tons/unit @100000 @100000 @100000
1.00 2.00 2.50
4. Sale of fruits & 1000ton 2000ton 3000ton 4000ton 5000ton
vegetables @30000 @30000 @30000 @30000 @30000
5000tons/cluster 3.00 6.00 9.00 12.00 15.50
5. Total income 4.20 8.94 14.13 20.57 25.48
6. Total costs 6.05 9.83 12.51 13.78 16.30
7. Net Profit D-C -1.85 -0.89 1.62 6.79 9.18
41
42. THANKS
As a result of new multi-sector,
multi-stakeholder collaborations,
urban and rural authorities and
their citizens can come to better
understand their food and
ecosystem resources to adapt to
multiple challenges and manage
more resilient food systems” –
FAO.
42
Hinweis der Redaktion
Rajender Thakur is a farming and agribusiness expert having almost 20 years experience in farming sector in India
NHB Database 2011
NHB Database-2011
NHB-Database-2011
Protected cultivation”, or generally calledgreenhouse technology. It is the technique ofproviding favourble environmental or growthconditions to the crop. It is rather used to protectplants from the adverse climatic conditions byproviding optimum conditions of light, temperature,humidity, carbon dioxide, etc, and by adoptingmodern techniques like micro irrigation, fertigationetc,. for the best growth of the plants to achievemaximum yield and best quality.World over, there are at least 50 countries now in the world where cultivation of crops is undertaken on a commercial scale under cover. For example, United States of America has a total area of about 4000 ha under greenhouses mostly used for floriculture with a turnover of more than 2.8 billion US $ per annum and the area under greenhouses is expected to go up considerably, if the cost of transportation of vegetables from neighbouring countries continues to rise. The area under greenhouses in Spain has been estimated to be around 25,000 ha and Italy 18,500 ha used mostly for growing vegetable crops like watermelon, capsicum, strawberries, beans, cucumbers and tomatoes. In Spain simple tunnel type greenhouses are generally used without any elaborate environmental control equipments mostly using UV stabilised polyethylene film as cladding material. In Canada the greenhouse industry caters both to the flower and off-season vegetable markets. The main vegetable crops grown in Canadian greenhouses are tomato, cucumbers and capsicum. Hydroponically grown greenhouse vegetables in Canada find greater preference with the consumers and could be priced as much as twice the regular greenhouse produce. The Netherlands is the traditional exporter of greenhouse grown flowers and vegetables all over the world. With about 89,600 ha under cover, the Dutch greenhouse industry is probably the most advanced in the world. Dutch greenhouse industry however relies heavily on glass framed greenhouses, in order to cope up with very cloudy conditions prevalent all the year round. Israel is the largest exporter of cut flowers and has wide range of crops under greenhouses (15,000 ha) and Turkey has an area of 10,000 ha under cover for cultivation of cut flowers and vegetables. In Saudi Arabia cucumbers and tomatoes are the most important crops contributing more than 94% of the total production. The most common cooling method employed in these areas is evaporative cooling. Egypt has about 1000 ha greenhouses consisting mainly of plastic covered tunnel type structures. Arrangements for natural ventilation are made for regulation of temperature and humidity conditions. The main crops grown in these greenhouses are tomatoes, cucumbers, peppers, melons and nursery plant material. In Asia, China and Japan are the largest users of greenhouses. The development of greenhouse technology in China has been faster than in any other country in the world. With a modest beginning in late seventies, the area under greenhouses in China has increased to48,000 ha in recent years. Out of this 11,000 ha is under fruits like grapes, cherry, japanesepersimon, fig, loquot, lemon and mango. The majority of greenhouses use local materials for the frame and flexible plastic films for glazing. Most of the greenhouses in China are reported tobe unheated and use straw mats to improve the heat retention characteristics. Japan has more than 40,000 ha under greenhouse cultivation of which nearly 7500 ha is devoted to only fruit orchards. Greenhouses in Japan are used to grow wide range of vegetables and flowers with a considerable share of vegetable demand being met from greenhouse production. Even a country like South Korea has more than 21,000 ha under greenhouses for production of flowers and fruits. Thus, greenhouses permit crop production in areas where winters are severe and extremely cold as in Canada and USSR, and also permit production even in areas where summers are extremely intolerable as in Israel, UAE, and Kuwait. Greenhouses in Philippines make it possible to grow crops despite excessive rains and also in moderate climates of several other countries. Thus, in essence greenhouse cultivation is being practiced and possible in all types of climatic conditions. As compared them however, India is still in nascent stage of greenhouse farming and what is worse, it has not yet been given its place of prominence even as its potential are simply mind boggling. The use of greenhouse technology started only during 1980’s and it was mainly used for research activities. It was to a great extent because of India’s emphasis, so far had been on achieving self-sufficiency in food grain production. However, in recent years in view of the globalization of international market and tremendous boost and fillip that is being given for export of agricultural produce, there has been a spurt in the demand for greenhouse technology. And the National Committee on the use of Plastics in Agriculture (NCPA-1982) has recommended location specific trials of greenhouse technology for adoption in various regions of the country. It is in this context that many private entrepreneurs also came up with innovative projects in various parts of the country to take advantage of the government’s liberalization policies and development initiatives. There are many such ventures located in Maharashtra, Tamil Nadu, Karnataka and Delhi.
These figures are for one Mahindra Precision Farming Centre
These figures are for one Mahindra Precision Farming Centre.
These figures are for one Mahindra Precision Farming Centre.
These figures are for one Mahindra Precision Farming Centre.