Damon Mcknight
Genetically modified (GM) foods are everywhere, and it is likely that many products in your pantry contain GM ingredients, although most of these won't be labelled as such. In Australia, the cultivation of GM crops is banned in Tasmania, the ACT, and on Kangaroo Island. However, GM crops are grown in other states, and GM foods are available to consumers in Australia. While there is community opposition to GM foods, and concerns about their potential impact on health, the environment, and agriculture, there are also arguments in favour of GMOs, including increased crop yields, insect pest resistance, and improved nutritional value. With evolving regulations and advancements in technology, the debate around genetically modified food in Australia is ongoing.
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What You'll Learn
The benefits of genetically modified food outweigh the risks
Genetically modified (GM) foods are a critical part of the solution to the world's agricultural problems. While there is community opposition to GM foods in Australia, the benefits of genetically modified food outweigh the risks.
One of the main benefits of GM foods is the potential to increase crop yields. This is especially important in addressing food security issues and ensuring a stable food supply for a growing global population. For example, the Banana21 project aims to increase vitamin A levels in bananas, a staple food in parts of Africa, to reduce instances of preventable blindness.
GM crops can also be engineered to be resistant to pests and herbicides, reducing the need for pesticides and herbicides, which can have environmental and health benefits. For instance, GM canola has been developed to be resistant to herbicides used to control weeds. Additionally, GM crops can be bio-fortified to address vitamin deficiencies, improving the nutritional value of food.
In the medical field, genetic modification is used to create attenuated live vaccines, and GMOs are increasingly being used in vaccine development. Genetic modification also has the potential to revolutionise medicine through gene and cell therapy, synthetic biology, and personalised medicine.
While there are risks associated with GM foods, such as the unintentional transfer of genes into other crops or species, strict regulations are in place in Australia to manage these risks. The Gene Technology Act 2000 and the Gene Technology Regulations of 2001 provide a rigorous regulatory framework for GMOs in Australia, ensuring full regulatory coverage across the country. The National Gene Technology Regulatory Scheme enables regular gauging of Australian community attitudes towards gene technology, with acceptance of GM foods growing as people become more informed about the technology and its benefits.
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Public opinion on genetically modified food in Australia
A survey conducted by Pew Research Center in 20 publics, including Australia, from October 2019 to March 2020, found that Australians were evenly split on the safety of genetically modified (GM) foods, with 31% considering them safe and 31% unsafe. This contrasts with other countries, where a higher proportion of respondents viewed GM foods as unsafe. For example, majorities in Russia (70%), Italy (62%), India (58%), and South Korea (57%) expressed concerns about the safety of GM foods.
In Australia, the regulation of GM foods falls under the National Gene Technology Scheme (NGTS), established by the Gene Technology Act of 2000. The Act aims to protect human health and the environment by identifying and managing risks associated with GMOs. The Office of the Gene Technology Regulator (OGTR) is responsible for strictly controlling the release of GM products in coordination with other agencies, including Food Standards Australia New Zealand (FSANZ). FSANZ conducts pre-market safety assessments to ensure that approved GM foods are as safe as conventional foods.
The development and use of GM crops in Australia have been highly regulated for over two decades. Past regulations were established based on the precautionary principle, aiming to avoid potential risks to human health and the environment. However, these regulations have been influenced by well-funded and emotional anti-GM campaigns, which have contributed to public concerns about GM foods.
Advocates of GM foods in Australia argue that they can play a crucial role in meeting the increasing demands on the global food supply while addressing the challenges posed by climate change. GM crops have been shown to improve crop nutrition, enhance disease and pest resistance, increase yield productivity, and improve tolerance to abiotic stresses such as drought, high temperatures, frost, and salinity. Additionally, genetic modification can benefit organic farming by reducing the need for pesticides and insecticides.
While there are varying opinions among the Australian public regarding the safety and benefits of GM foods, the regulatory framework in Australia ensures that approved GM products undergo rigorous safety assessments before they are released to the market.
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The regulation of genetically modified food in Australia
Australia has a complex regulatory framework for genetically modified (GM) crops, which includes a shared food safety regulator called Food Standards Australia New Zealand (FSANZ). Under the Food Safety Act, FSANZ must approve all foods derived from GMOs as safe, following an assessment based on "internationally recognised scientific, risk-based methods". FSANZ uses information provided by the developer of the GMO as well as scientific literature, advice from independent scientists, and evaluations from other countries.
The regulatory framework for GM crops in Australia is further supported by the Gene Technology Act 2000 (Commonwealth Act) and the Gene Technology Regulations 2001, which are designed to protect human health, the environment, and biodiversity by identifying and managing risks posed by gene technology. The Office of the Gene Technology Regulator (GTR) is responsible for enforcing these regulations and authorises FSANZ to regulate food in Australia under a joint system with New Zealand. FSANZ develops and sets pre-market regulations and labelling standards for gene-edited food.
In 2001, the States and Territories signed the intergovernmental Gene Technology Agreement, recognising the need for a consistent national scheme for the regulation of gene technology. This agreement includes the Gene Technology Act 2000 and the Gene Technology Regulations 2001, which define gene technology as any technique for the modification of genes or other genetic material. The Gene Technology Agreement also established the Office of the Gene Technology Regulator (GTR) and advisory committees to provide expert advice.
While GM crops are regulated at the national level, individual state governments can assess the impact of GM products on markets and trade and apply additional legislation to control approved GM products. For example, the commercial cultivation of GM crops is banned in Tasmania, the ACT, and on Kangaroo Island. Tasmania's ban is set to last until 2029, as the state's GMO-free status is beneficial for export markets and maintains its "clean green" brand. On the other hand, New South Wales (NSW) lifted its ban on GM crops in 2021, although GM crops have been grown in the state since 2008 under specific exemptions.
There are currently six types of GM canola licensed for use in Australia, all of which are herbicide-resistant. Other GM crops being developed and trialled in Australia include sugarcane, safflower, banana, wheat, barley, and white clover. While there are no GM animals or fish being grown or raised for food in Australia, meat, dairy, and eggs from animals fed imported GM feedstock are available to consumers.
In terms of labelling, Australia and New Zealand adopted mandatory labelling in 2000, with a 1% threshold for the unintended presence of GM material. However, exemptions from these labelling requirements are made for certain types of food, such as processing aids, food additives, highly refined food, and flavours. A CHOICE poll found that 84% of Australians are concerned about consuming food with GM ingredients, highlighting the importance of clear labelling and consumer education.
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The impact of a ban on Australia's economy
Genetically modified (GM) foods are a divisive topic in Australia, with a range of potential impacts on the economy should a ban be implemented.
Firstly, a ban on GM foods in Australia would likely have a significant economic impact on the agricultural sector. GM crops are seen as a critical part of solving the world's agricultural challenges, with benefits such as increased crop yields, improved pest resistance, and enhanced nutritional value. Banning GM crops could result in lower crop yields and increased production costs for farmers, reducing their competitiveness in domestic and global markets. This could lead to economic losses for the agriculture industry and rural communities, potentially displacing workers and reducing tax revenues for the government.
Secondly, a ban on GM foods could affect Australia's trade relationships and market access. Currently, Australia imports and exports GM products, and a ban could disrupt these trade flows. While some countries have implemented bans on GMOs, others, like the US, Brazil, and China, are relaxing their regulations. A ban could hinder Australia's ability to export agricultural products to these markets, particularly if GM crops are increasingly adopted globally. On the other hand, a ban could also provide opportunities for Australia to develop new export markets for non-GM products, as seen in Tasmania, where the GMO-free status has been beneficial for premium exports.
Thirdly, a ban on GM foods could impact consumer choices and the food industry. While there is community opposition to GM foods, a recent survey showed that about 43% of Australians are willing to purchase genetically engineered produce. A ban would limit consumer access to GM products and could drive up food costs if non-GM alternatives are more expensive to produce or have lower yields. The food industry would need to adapt to changing consumer demands and potentially incur costs for reformulating products and ensuring non-GM supply chains.
Furthermore, a ban on GM foods could impact Australia's scientific and technological advancements. Gene editing technologies, such as CRISPR-Cas, have revolutionized genetic modification, and Australia has been actively involved in this space. A ban could hinder research and development in biotechnology, agriculture, and medicine, potentially driving innovation and investment overseas. However, it is worth noting that the current regulatory environment in Australia is complex, with varying rules across states and ongoing debates about the ethical implications of genetic modification.
Lastly, the impact of a ban on Australia's economy would depend on the scope and enforcement of the ban. A complete ban on GM products would have a more significant economic impact than a partial ban or restrictions on specific GMOs. The effectiveness of a ban would also depend on enforcement capabilities, particularly regarding imported goods, and could lead to increased administrative costs for border control and product testing.
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The impact of a ban on Australia's environment
Genetically modified (GM) foods are prevalent in Australia, with many pantry products likely containing GM ingredients. While GM foods offer benefits such as increased crop yields, pest resistance, and improved nutritional value, they also face strong community opposition. As of 2022, 84% of Australians expressed concern about consuming food with GM ingredients. This opposition stems from broader concerns about the environmental impact of GM crops, as evidenced by protests against genetically modified field trials in New Zealand.
A ban on GM foods in Australia would have a significant impact on the environment. Firstly, it would affect the agricultural sector, particularly crop yields and farming practices. GM crops are designed to increase yields and reduce pesticide use, so a ban could potentially lead to lower crop production and increased pesticide reliance, impacting Australia's agricultural productivity and environmental sustainability.
Secondly, a ban would influence the types of crops grown in Australia. Currently, GM cotton, canola, safflower, and carnations are grown commercially, with trials for other crops like sugarcane, bananas, wheat, and barley underway. A ban would halt these developments and impact the diversity of crops available for cultivation.
Additionally, a ban on GM foods could have economic implications for Australia's trade and export markets. Tasmania, for example, has maintained its GMO-free status, benefiting from premium prices for its GMO-free products. A ban could encourage a "'clean green' brand" for Australian exports, potentially increasing their value in certain markets.
Furthermore, the impact of a ban would extend to the regulation of GMOs and gene-editing technologies. Australia has actively participated in global discussions on gene editing regulations, advocating for relaxed restrictions. A ban would require stricter regulatory measures and potentially impact scientific advancements in gene editing and biotechnology.
Lastly, a ban on GM foods in Australia could shape community attitudes towards genetic modification and its perceived risks and benefits. While support for genetic modification in Australia has been growing, with 39% expressing strong support in 2021, a ban could influence public perception by highlighting the potential risks associated with GMOs.
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Frequently asked questions
Genetically modified (GM) foods are made from or include a genetically modified organism (GMO). A GMO has had its genetic code deliberately changed, often by transferring genes from another species, to produce beneficial new characteristics such as herbicide tolerance, higher crop yields, improved nutritional value or pest resistance.
Proponents of GM foods point to benefits such as increasing crop yields, insect-pest resistance and bio-fortifying food to address vitamin deficiencies. GM techniques are being used to produce bananas with increased levels of vitamin A, which is hoped will reduce instances of preventable blindness in parts of Africa.
A CHOICE poll found that 84% of Australians are concerned about eating food with GM ingredients. Community opposition to GM foods is broader than just health concerns, with many people uncomfortable with the prospect of genetically engineered contamination of the natural world.
Yes, GM food is regulated by Food Standards Australia New Zealand (FSANZ) under the Food Standards Code. The Gene Technology Act 2000 and the Gene Technology Regulations (1) of June 21, 2001, underpin the National Gene Technology Regulatory Scheme. The Gene Technology Regulator (GTR) regulates gene-edited plants under the Gene Technology Regulations 2001.
While there are valid concerns about the potential risks of GM food, there is also evidence that GM foods are safe and can bring significant benefits. Ultimately, the decision of whether or not to ban GM food in Australia should be based on a careful consideration of the available scientific evidence, taking into account the potential risks and benefits, as well as the views and values of the Australian public.
