Business Potential for Agricultural Biotechnology - Asian Productivity ...
Business Potential for Agricultural Biotechnology - Asian Productivity ...
Business Potential for Agricultural Biotechnology - Asian Productivity ...
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R&D Priorities <strong>for</strong> Biopesticide and Biofertilizer Products in India<br />
during the past few years. Organic farming, the oldest <strong>for</strong>m of agriculture on earth, offers<br />
multiple benefits: price premiums, natural resource conservation (soil fertility, water quality,<br />
prevention of erosion, preservation of natural biodiversity), and social advantages (generation of<br />
rural employment, improved household nutrition, reduced dependence on external inputs). In<br />
addition, organic food, medicinal herbs, spices, and essential oils are assuming greater export<br />
potential. There is a huge export market <strong>for</strong> organic medicinal herbs as a raw material <strong>for</strong> health<br />
care products. These herbs are bound to command considerably higher prices in international<br />
markets, where the total world organic market is estimated to be USD22,000 million with an<br />
annual growth rate of 20%–30%; it is often considered the fastest-growing agriculture sector.<br />
The area under organic cultivation in India has increased substantially. Presently estimated at<br />
more than 100,000 hectares (certified), it is expected to expand at a faster rate in the coming<br />
years. This will require biological sources as nutritional and pesticide input supplements, and<br />
thus there will be a significant demand <strong>for</strong> biofertilizer and biopesticide products.<br />
BIOFERTILIZERS FOR SUSTAINABILITY<br />
Status in India<br />
Biofertilizers are preparations containing live or latent cells of efficient strains of microbes<br />
augmenting the availability of nutrients in a <strong>for</strong>m which can easily be assimilated by plants. In<br />
1983, 100 metric tons of biofertilizer was produced in India; by 2002–03 production had increased<br />
almost 100-fold, to 90,000 metric tons. Currently there are 126 biofertilizer units engaged<br />
in biofertilizer production, and the government has extended financial assistance to 73<br />
biofertilizer units <strong>for</strong> commercial production. The Bureau of India Standards (BIS), in consultation<br />
with the National Biofertilizer Development Center, has set IS specifications <strong>for</strong> the following<br />
biofertilizers:<br />
Rhizobium IS: 8268-2001<br />
Azotobacter IS: 9138-2002<br />
Azospirillum IS: 14806-2000<br />
PSB IS: 14807-2000<br />
It is estimated that production of biofertilizers by the existing units is far below the potential demand<br />
of about 760 thousand TPA (Table 1).<br />
Table 1. Estimated <strong>Potential</strong> Demand <strong>for</strong><br />
Commonly Used Biofertilizers, India<br />
Type of biofertilizer Demand<br />
(tons)<br />
Rhizobium 34,999<br />
Azotobacter 145,953<br />
Azospirillum 74,342<br />
Blue green algae 251,738<br />
Phosphate-solubilizing<br />
microorganism<br />
255,340<br />
Total 762,372<br />
Source: National Biofertilizer Development<br />
Center (NBDC) Ghaziabad<br />
This estimated demand is based on the cultivated area and the treatment of the total seed<br />
sown at the rate of 200g biofertilizer per 10 kg of seed. Although this assumption reflects only<br />
the macro-level requirement, if even 50% of the cultivated area is to be brought under biofer-<br />
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