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Seeds are positioned at the very beginning of the food chain, and their importance is often overlooked. Vegetable breeding informs the characteristics of the varieties we grow and eat and plays a vital role in long-term food security and the environmental sustainability of our food systems.
World-leading vegetable breeding and seed production company, Rijk Zwaan, breeds vegetables to meet the agronomic needs of growers while responding to ever-evolving retail and consumer demand. Increasing the sustainability of agricultural production is of key importance in minimising its negative environmental impacts, plant breeding is the first of many steps that can help us achieve this. Rijk Zwaan Account Manager, Frances Tolson, explains, “We increase sustainability along the entire chain by spending years, in some cases even decades, drawing what we can from nature to create varieties that not only meet consumer demands in terms of taste, convenience, nutrition, and aesthetics, but can also contribute to sustainable production. This includes resistance breeding, improving yields and reliability, and selecting natural traits that help to reduce food waste. We are also passionate about creating positive behavioural change around vegetable consumption which itself contributes towards a more sustainable world.”
Rijk Zwaan invests 30 percent of its turnover in Research and Development to create vegetable varieties to help feed the world. Almost 20 years ago, Rijk Zwaan asked lettuce farmers and processors what they needed to sustain their business, the feedback was to reduce waste by improving lettuce shelf life. Oxidation causes pinking on the cut edges of lettuce leaves, these discoloured edges create food waste for processors, retailers and consumers. In 2016, Rijk Zwaan addressed this need, introducing lettuce varieties with the Knox™ trait. Knox™ is a natural trait introduced through selective breeding, which delays oxidation and the discolouration of cut lettuce by several days. A longer shelf-life means less food waste, less landfill, and reduced profit loss along the chain.
Similarly, discovering a naturally darker leaf trait was the catalyst for stronger, more productive cucumber plants. Now coined, Blueleaf®, these commercial cucumber varieties have dark, blue-green foliage that contain more chlorophyll, enabling the plant to absorb more light which converts into more growth and fruiting. The plant is slower to yellow, meaning it remains productive for longer. Blueleaf® varieties are also better able to withstand viruses, fungi such as Fusarium and mildew and pests such as whitefly and thrips. Blueleaf® varieties can decrease the energy and inputs needed to produce a cucumber crop, and the healthier plants reduce the need for chemical sprays.
Recently, Rijk Zwaan launched its first CleanLeaf® eggplant variety, called Kesia RZ. CleanLeaf ® is the brand name for varieties specially bred to have very few trichomes (hairs). The lack of hairs makes Kesia RZ less attractive to whitefly and thrips and reduces the need for spraying. Kesia RZ is a step towards more sustainable crops, without compromising on top-quality fruit.
“The Knox™, Blueleaf®, and Cleanleaf® traits are specially selected for increased sustainability. These are good examples of the way we work with nature by naturally selecting these characteristics from plants in the wild and breeding them into improved varieties using traditional methods,” Frances says.
Breeding for disease resistance is another incredibly important aspect of Rijk Zwaan’s role in the sustainability of our food systems. A recent example is the Tomato Brown Rugose Fruit Virus (ToBRFV), an emerging and rapidly spreading plant virus that has had major impact on global tomato production and distribution. Soon after the discovery of ToBRFV, Rijk Zwaan’s breeders focused on developing resistant varieties. ToBRFV-resistant varieties are now in the market, decreasing the virus’ spread, halting astronomic crop losses, and ensuring global tomato supply.
Vegetable breeding informs the characteristics of the varieties we grow and eat and plays a vital role in long-term food security and the environmental sustainability of our food systems.
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