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Vol. 1 No. 8
April 16-30, 2000
Biotechnology strives to gain popularity, social acceptance

The debate on biotechnology has gone beyond the ricefields, scientific laboratories and government halls.

Society and consumers have jumped into the fray. At the dawn of the new millennium, majority of the consuming public is still in the dark as to the benefits of biotechnology. This is the conclusion of a 10-year study titled "Social Acceptance of Agricultural Biotechnology" conducted by Dr. Thomas Hobar, a professor of Sociology in North Carolina State University. It mapped the social acceptance of biotechnology in the US and some countries in Europe.

Among its findings, the study found that social acceptance varies according to the application of biotechnology. Consumers in some countries are nearly as receptive to the role of biotechnology in agricultural crops and medicine. In the US, 87% of respondents favor biotechnology in modified medicine, 78% in crop improvement.

Successful genetic modification has been conducted on agricultural crops, such as corn and soybean. Insulin, prescribed for diabetics, is actually produced by a genetically modified bacterium. At the same time, consumers are more likely to accept biotechnology applied to agricultural crops than to food products. In France, for example, 67% of respondents favor biotechnology applied to agricultural products, while only 36% are for food processing. In the US, the study found out that farmers believe agricultural biotechnology benefits them in terms of improved quality and quantity of production (35%). Consumers are not as optimistic (17%). Likewise, 76% of farmers surveyed believe there are beneficial effects of technology on health, while only 41% of consumers believe the same way. Farmers are more receptive to agricultural biotechnology than consumers.

Demographics show that gender plays a hand on the acceptance of biotechnology. Men are more receptive than women, at 75% to 67%. Furthermore, educational attainment makes a difference. Eighty percent (80%) of colege graduates support biotechnology, while 63% of those without high school education support biotechnology.

On the whole, figures show that more people are against and even fearful of genetic modification of food (47% negative sentiments, 41% positive). The study traces the causes of this non-acceptance of biotechnology. Largely, it is caused by a lack of awareness, knowledge and understanding. A mere 39% of US consumers is aware of biotechnology. Respondents from Switzerland rate the highest at 78% in terms of knowledge; Italy lags behind by 41%. Thirty-nine percent (39%) of respondents in Austria actually believe that eating gnetically modified food could alter a person's genes.

But given the right dissemination of information on biotechnology, confidence and trust are the key influences in th eacceptance of biotechnology in society.

There are several sources of information on biotechnology. But study says, environmental organizations are the most trusted to tell the truth about food technology. In Europe, media surprisingly rate low at 1% in consumer confidence and trust. In the US, the American Medical Association rates a high 35%, followed by other institutions and university findings. Food Manufacturers register a mere 4% in consumer trust.

Labeling as a tool in information campaign... Labeling foods as biotech products has been devised as a form of information campaign to let people in on what constitutes the fod they buy. This strategy is believed to help in the dissemination of knowledge in biotechnology. At the same time, labelling is hoped to be able to allay fears consumers have on over genetically modified foods.

This tactic could be tricky though. The survey shows that consumers are adverse to the mere use of words "genetically engineered animals/plants", "transgenic animals/plants", and "genetically modified organisms (GMOs)."

Terminology alone is critical.

Furthermore, segregation and certification of products that are to be labeled present logistical and expenditure problems for eveyone. These are but peripheral problems encountered in the campaign to promote social acceptance of bioechnology.

Future prospects in Europe look dim. Complex issues involving diverse cultural, economic and politics scenarios hinder wide social acceptance.

The study acknowledges these factors. It has looked into the platform and propaganda tactics of groups in opposition to the spread of biotechnology. It recommends educating the public on biotechnology's benefits and scope. It stresses that building public confidence and trust is still the key.

Adapted from the study titled "Social Acceptance of Agricultural Biotechnology" by Thomas Hoban, Ph. D., a professor of Sociology in North Carolina State University.

April 16-30 2000 Articles:

:: R&D agencies reorient to increase effectiveness
:: Info made available in real time through IT
:: Decrease in paddy soil: a threat to food security
:: Biotechnology strives to gain popularity, social acceptance
:: Severe water scarcity to strike one-third of world's population by 2025
:: Natural remedy for prostate disorders threatened to extinction
:: Rockefeller okay's biotech, but...

::: More April 2000 articles :::

:: Sorsogon eyes commercialization of Asha peanut
:: BAR honors six NaRDSAF graduates for 2008
:: Eleazar gives keynote address at Isabela State U's 30th Commencement Exercises
:: Value-adding from mango is a booming enterprise in Davao
:: Sultan Kudarat reaps its harvest from CPAR project
:: BAR, The Royal Netherlands Embassy support publication on sea urchin
:: Visayas Zonal Cluster refocuses and redefines AFRD programs
:: ISU embarks on sweet sorghum and pigeon pea commercialization
:: Mycological Society holds 10th Anniversary and Symposium
:: BAR promotes indigenous plants for health and wellness industry
:: BAR promotes indigenous plants for health and wellness industry
:: DA Usec Paras underscores backyard hog raisers' role to food sufficiency
:: Confab on dryland agriculture identifies national RD&E agenda and lays groundwork for PhilDRI
:: Central Visayas is source of cassava for bioethanol
:: BAR prepares an e-Learning course on seaweed farming for profitable livelihood
:: 18th PHILARM confab heightens research managers' role to address food-fuel security
:: Promising potentials of rice bran explored
:: Understanding dryland agriculture: How RDE can make most out of Philippine's drylands
:: PGMA creates FIELDS for aggie sector food production drive
 
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