Introducing GE rice!
Ten years younger than the International Rice Research Institute (IRRI), the Bangladesh Rice Research Institute (BRRI) observed its 40th founding anniversary in Gazipur on October 1. A cake cutting ceremony was followed by a colourful procession and discussion sessions to mark the achievements of the institution during last 40 years, established in 1970.
On 30th September, BBC Radio (Bangla) interviewed Mohammad Abdul Mannan, Director General of BRRI. In the interview he said that BRRI is soon going to introduce genetically engineered rice or GM rice. When he was asked whether BRRI has done its study on health safety issues as regards GM rice, his reply was vague. It is doubtful whether BRRI research protocol has such provision and whether they have the capacity to carry out research on health and environmental safety aspects of GM crops. But it‚Äôs not apparently stopping BRRI from introducing GM rice in Bangladesh as the International Rice Research Institute and the biotech industry are behind this project and are using BRRI facilities including their scientists to introduce the controversial GM rice crops in Bangladesh. The Director General said in the interview that the institution was getting support from Rockefeller Foundation and Bill & Melinda Gates Foundation for this research.
Few months back, on 14th July, the International Rice Research Institute (IRRI) celebrated its 50 years in Bangladesh in a grand programme inaugurated by Prime Minister Sheikh Hasina along with the IRRI Director General Robert Zeigler. Compared to this it seems BRRI‚Äôs celebration of 40 years was given less importance. Even the Minister for Agriculture, Begum Matia Chowdhury was not present in the programme. The print media had news published from press release of BRRI. We know that BRRI is nothing but an affiliate institution of the International Rice Research Institution, but it is a national gene bank and a part of the National Agricultural Research System (NARS). Unfortunately, it is not acting like an independent institution rather it seems to be controlled by the multinational institutions and corporations.
So far what did the farmers get out of BRRI research on rice? Since its inception in 1970, it has collected 8000 varieties of rice germplasm and is preserving them in the genebank but has developed only 57 high-yielding rice varieties including four hybrids as was revealed in the seminar held on 1st October in BRRI. The other contributions of BRRI are 50 improved technologies on soil, water, fertiliser and cultural practices of rice. Besides, the institute has identified 31 rice diseases and 175 species of pests to combat insects (bdnews24.com).
BRRI is a national institute, but its research information is not accessible to general public, even to those organisations that are working with farmers. How would the farmers then know how to get support from BRRI? How would the farmers have access to the germ plasm collected by BRRI? It is only when they release a certain rice variety and when the agricultural extension personnel promote the new variety then the farmers could get involved. Farmers have no participation in the development of the variety, although most of the varieties have been developed on the basis of farmers‚Äô indigenous varieties. Although the farmers of Bangladesh do not have access to the rice germplasm collection, it is more readily available to the corporations and to international institutions such Syngenta, Monsanto, Bill & Melinda Gates and of course Rockefeller Foundation.
Rice is a major food crop of Bangladesh. Any threat to rice will make the people vulnerable, and the country will become food insecure. A quote by the former US President George W Bush reveals it more appropriately, ‚ÄúIt‚Äôs important for our nation to build – to grow foodstuffs, to feed our people. Can you imagine a country that was unable to grow enough food to feed the people? It would be a nation subject to international pressure. It would be a nation at risk. And so when we‚Äôre talking about American agriculture, we‚Äôre really talking about a national security issue‚ÄĚ [the president‚Äôs remark to the Future Farmers of America Washington DC, 27 July 2001; quoted in ‚ÄėFood Sovereignty in the era of trade liberalisation: Are multilateral means toward food sovereignty feasible?‚Äô by Steve Suppan GSC Quarterly 9 (Summer 2003).
Agriculture is a national security issue, but we are giving access to our germplasm of our major staple food crop, rice, to the foreign organisations without even disclosing the facts to the general public.
It goes without saying that Bangladesh being a major rice producing country and rice production being the source of livelihood, employment, economic activities and for various cultural and social reasons, any attempt to ‚Äėengineer‚Äô rice without full and authentic research about safety, impact on local varieties and farmers‚Äô livelihood, would be disastrous.
It goes without saying that BRRI introduction of rice varieties over last 40 years have not been successful. The HYV varieties developed by BRRI are called modern varieties, which are modern only because they are chemical based, i.e. using chemical fertilisers, pesticides, extracting ground water for irrigation, power tillers for ploughing, using rice mills for husking, etc. meaning making a lot of people unemployed.
It started with the so-called high yielding variety of rice BR-8, then hybrid varieties and now an attempt to promote genetically engineered rice varieties. BRRI could not yet prove that each and every variety that BRRI promoted were useful to farmers. Only few varieties which farmers could use more are BR-28 and BR-29. On the other hand, cultivation of HYV rice varieties has increased the use of chemical fertilisers and pesticides. As a result, the soil fertility is reducing. In a recent study by Soil Research and Development Institute, about 40 percent of the country‚Äôs land area has become deficient in organic elements and other soil nutrients for over a decade. Farmers these days need to use more fertiliser to produce crops as the land is losing fertility because of deficiency in organic elements. (New Age, October 1, 2010). A report published in the daily New Age ‚ÄėOrganic matter deficiency erodes farmland fertility‚Äô by Faisal Rahman shows that the local variety rice needs less fertiliser input than the HYV of BRRI. According to the report, farmer Matiur, 65, grows Shail rice, an indigenous variety, between the months of Asharh and Kartik (June-October) and BR-29 between Paush and Baishakh (December-April). The farmer said, ‚ÄúI need to use about 80 kilograms of urea, 20 kilograms of TSP and 40 kilograms of other fertilisers on a bigha to grow BR-29‚ÄĚ. He also said, ‚ÄúShail rice takes almost half the quantity of fertilisers than what is required to grow BR-29‚ÄĚ. There are thousands of examples like this. Farmers who are being forced to use more and more fertilisers, become indebted to meet the increasing cash cost of production. There are also examples that the HYV varieties could not sustain when there is prolonged flood and other natural disasters.
From multilateral donor agencies such as the World Bank, BRRI varieties have received extensive support and therefore could cover 52 percent of the rice area of the country. Rice has become a monocrop and has taken over the land used for production of lentils, pulses cultivated during the winter season.
Farmers in Bangladesh did not benefit from cultivating the so-called HYV varieties. According to a study ‚Äúlivelihoods of the rickshaw pullers of Dhaka city‚ÄĚ conducted by Good Earth, a non-governmental research organisation, under the supervision of the Social Science Research Council of the Planning Ministry, ‚Äúmore than 71 percent of the city‚Äôs nearly one million rickshaw-pullers were farmers and poverty forced them to migrate to the capital for earning livelihood‚ÄĚ (New Age, October 22, 2009, quoting BSS). This means the marginal and small farmers did not benefit from the modern agriculture and therefore had to migrate to the cities.
The experiences of hybrid rice varieties have not been good either. Do all these failures justify the introduction of genetically engineered rice? The answer is definitely a big ‚ÄúNO‚ÄĚ. We are concerned that the research on GE rice is done in a non-transparent way. We have enough experience of failures of the so-called scientist-led varieties in the past. Let‚Äôs not play with our future of agriculture in this manner. Instead, BRRI should try to find out the varieties which are capable to sustain through salinity condition, flood and drought. In the collection of 8000 varieties of rice germplasm, there are many varieties which the farmers can grow.
We expect BRRI, as a national institution to be farmer-friendly and not corporate controlled.
Farida Akhter is an activist in women‚Äôs movement, environment and health issues, and also the executive director of UBINIG and founding member of Nayakrishi Andolon