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India ranks 5th
India enters the top 5 club of GM crop growing nations.
India , the largest cotton growing country in the world and
highly dependent on agriculture, first adopted Bt cotton in 2002 when 54,000
farmers grew approximately 50,000 hectares of officially approved Bt cotton
hybrids for the first time and doubled its Bt cotton area to approximately 100,
000 hectares in 2003. The area further increased four fold in 2004 to reach half
a million hectares. In 2005, the area planted under Bt cotton rose steadily to
reach 1.3 million hectares, an increase of 160 percent over 2004. In 2006, the
area tripled to a record 3.8 million hectares. The tripling in area was the
highest percentage year-on-year growth for any country planting biotech crops in
the world in 2006. India's Bt cotton area in 2006 also exceed that of China's
3.5 million hectares. In 2007, the Indian cotton sector continued to grow with a
record increase of 63 percent reaching 6.2 million hectares, thus having the
highest percentage of year-on-year growth compared to any other Bt cotton
growing country in the world. India also overtook the US to become the second
largest cotton producing country in the world after China. There has also been
an increase in the number of approved Bt cotton hybrids. A total of 131 Bt
cotton hybrids were approved for planting in 2007 compared to 62 in 2006, 20 in
2005 and only four Bt cotton hybrids in 2004. Over the years, India has
diversified deployment of Bt genes and genotypes which are adapted to different
agro-economical zones and to ensure equitable distribution to small and resource
poor cotton farmers.
The future
Crop biotech investments from both public and private sectors
in India, conservatively estimated at $100 million per annum, are focused on the
development of biotech food, feed and fiber crops that can contribute to higher
and more stable yields and enhanced nutrition. Several public institutions and
private companies in India have projects to develop varieties of the drought
tolerant eggplant or brinjal. The eggplant projects are all geared to deliver
biotech products for evaluation and approval by the government in the near-term
representing India's first biotech food product.
Global status of GM crops
According to the latest report by ISAAA on the global
statutes of commercialized biotech/GM crops, the first dozen years of biotech
crops starting from 1996-2007 have delivered substantial economic and
environmental benefits to farmers in both industrialized nations and developing
countries. In 2007, the global area of biotech crops, with growth at a sustained
rate of 12 percent, was cultivated in 114.3 million hectares. The year also saw
the number of countries planting biotech crops increase to 23, of which 12 were
developing countries and 11 industrial countries. Chile, producing over 25,000
hectares of commercial biotech crops for seed export, and Poland (EU), growing
Bt maize for the first time, are the two new biotech crop countries in 2007. The
US, followed by Argentina, Brazil, Canada, India and China continued to be the
principal adopters of biotech crops globally. The US accounted for 50 percent of
the total biotech area (57.7 million hectares) that was mainly spurred by a
growing market for ethanol with the biotech maize area increasing by a
substantial 40 percent.
Developing countries record an increase in biotech acreage
The accumulated hectarage from 1996 to 2007 exceeded two
thirds of a billion hectares for the first time at 690 million hectares with an
unprecedented increase between 1996 and 2007, making it the fastest adopted
technology in recent history. During 1996-2007, the proportion of global area of
biotech crops grown by developing countries increased consistently every single
year. In 2007, 43 percent of the global biotech crop area (up from 40 percent in
2006) equivalent to 49.4 million hectares was grown in developing countries. In
2006-2007, the growth in developing countries (21 percent) was substantially
higher than that of industrialized nations. All the five principal developing
countries committed to biotech crops span all three continents in the
south--India and China in Asia, Argentina and Brazil in Latin America and South
Africa on the African continent.
Biotech crops in field trial in
India 2007
|
no
|
Crop
|
Organization
|
Transgene
|
1
|
Brinjal
|
IARI, New Delhi
Sungro seeds New Delhi
Mahyco Mumbai
TNAU Coimbatore
|
cry1Aa, cry1Aabc
cry1Ac
cry1Ac
|
2.
|
Cabbage
|
Nunhems India pvt Ltd
|
Cry1Ba, cry1Ca
|
3.
|
Castor
|
Directorate of Oil seeds research(DOR), Hyderabad
|
Cry1Aa, cry1Ec
|
4.
|
Cauliflower
|
Sungro seeds New Delhi
Nunhems India pvt Ltd
|
cry1Ac, cry1Ba, cry1Ca
cry1Ac, cry1Ba, cry1Ca
|
5.
|
Corn
|
Monsanto, Mumbai
|
cry1Ab gene(Mon 810 event)
|
6.
|
Groundnut
|
ICRISAT Hyderabad
|
Chitinase gene from rice(Rchit)
|
7.
|
Okra
|
Mahyco Mumbai
|
cry1Ac, cry2Ab
|
8
|
Potato
|
Central Potato research Institute (CPRI)
|
RB gene delivered from Solanum bulbocastanum
|
9
|
Rice
|
IARI, New Delhi
Mahyco Mumbai
TNAU Coimbatore
|
cry1B-cry1Aa fusion gene
cry1Ac,cry2Asssb
rice chitinase(chi11) or tobacco osmotin gene
|
10
|
Tomato
|
IARI, New Delhi
Mahyco, Mumbai
|
Antisense replicase gene of tomato leaf curl virus
cry1Ac
|
Source: IGMORRIS NIC India 2007
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