The annual Texas A&M Potato Breeding and Variety Development Program Field Day, hosted by Texas A&M AgriLife Research and Barrett Potato Farms, will be July 28. Isabel Vales, Ph.D., AgriLife Research potato breeder Vales said it has been a challenging year to grow potatoes in Springlake. Potatoes emerged late and had to endure inclement weather. “It is a miracle to see tubers underground,” she said.
‘In time of test, family is best’: How food system sustainability relies on the potato’s ‘wild relatives’
Looking ahead to the next 50 years, potato researchers and farmers have significant concerns about producing enough food under the stressors of climate change. However, a potential solution exists within the potato “family”, the International Potato Center (CIP), based in Lima, Peru says in a recent blog post. We republish the full post below.
The Technico Group of Companies announced today that it is in the process of upgrading and commercialising its award winning TECHNITUBER Seed Potato Technology for suitable application across various geographic regions in the world. According to CEO Dr. Soundar Soundararadjane, “The TECHNITUBER® seed size of approximately 13mm, weighing a mere 1.5 grams, is viable enough to be planted at only approximately 100 kg per hectare. TECHNITUBER seeds are delivered pre-sprouted in ‘field ready’ conditions and are easily transported.
They might look like small, purple potatoes, but “taewa” are so much more. Taewa come in every shape, and a multitude of colours. There are taewa with dark brown skins and purple inside; pale white inside, and golden yellow outside; maroon red skins, and orange inside. They’re similar, but also quite different, to what you’d find piled at most supermarkets in New Zealand.
Researchers at the hybrid potato breeding company Solynta and Wageningen University & Research (WUR) have identified, cloned and characterized the gene for self-compatibility in potatoes called “Sli”. This discovery will have a profound impact on potato breeding. With Sli defined, breeders can implement hybrid breeding which will allow for faster and focused rather than opportunistic breeding. The technique could also help to quickly develop new potato varieties that are adapted to local conditions such as drought or flooding.
In a fresh produce career that has spanned nearly 50 years, Cary Hoffman still finds passion for the action of fresh produce and the challenge of growing consumer demand for potatoes, writes Tom Karst of The Packer in this first part of a two part story. For the past 25 years, that journey has included bringing niche potato varieties from Europe to the North American market.
Once neglected by urban consumers, Andean native potatoes are now essential ingredients for some of the most sophisticated gastronomy of the world, according to the authors of this article, published in Choices: The Magazine of Food, Farm, and Resource Issues. André Devaux, Guy Hareau, Miguel Ordinola, Jorge Andrade-Piedra, and Graham Thiele write, “from colored chips to delicacy vegetables and even liquors, new products are making their way into high-income market niches.”
Dave Holm was destined to work with potatoes. He was raised on a potato farm in southeast Idaho, where his dad and grandfather instilled in him a love of one of the world’s most important crops. His interest extends to the complexities of the tubers, as well as their nutritional properties. This June, Holm will retire after 43 years of service to Colorado State University’s San Luis Valley Research Center and Department of Horticulture and Landscape Architecture.
HZPC Americas announced earlier today that the company recently hired Jill Herold as a Key Account Manager. Jill brings over 18 years of experience in technical agronomy in potatoes, corn, soybean and other various crops, including several years focused on sustainability. “We’re thrilled to have Jill join our team.”, says Jeff Scramlin, President of HZPC Americas Corp. “Jill will be leading our commercial activities within the Processing Sector.
Sweden’s Starch Producers ready to put CRISPR to work in developing ‘new climate-smart potato varieties’
Sweden’s Starch Producers organization expressed a very positive view about this conclusion from the European Commission’s study into new genomic techniques, and of the fresh optimism that it will now potentially be possible to use the CRISPR technique. Sweden’s Starch Producers will now be able to commercialise the efforts it has made in this field within the EU. They began a drive to use the CRISPR technique to develop new, climate-smart varieties of seed potatoes in 2014. The new varieties are now being cultivated for the second year.
The European Potato Trade Association (Europatat) is part of an international consortium involved in the research project ADAPT (“Accelerated Development of multiple-stress tolerAnt PoTato”). The project aims to develop new strategies to make potatoes fit for the challenging climatic growth conditions expected in future.
The most common potato variety grown in North America is the Russet Burbank, which is mainly grown in the Pacific Northwest. But as the climate there gets warmer and drier, growing these tubers may become more difficult. To help the industry adapt, Richard Novy, a potato breeder and plant geneticist at the USDA Agricultural Research Service in Idaho, and other scientists have been developing new, more resilient potato varieties, including the Blazer Russet and Clearwater Russet.
European Seed has published its list of “The 20 Most Innovative Plant Varieties of 2020” recently. Marcel Bruins, Editorial Director of European Seed writes: “Let’s face it, not many people can make reliable predictions about the future. But do you know who has to make such predictions due to their jobs? Plant breeders!”. Two varieties from European potato breeding and seed companies made the list: ‘Alouette’ from Agrico, and HZPC’s ‘Cayman’ variety.
New PCN resilient varieties are now available thanks to advancements in potato breeding technologies writes Teagasc’s Denis Griffin and Dan Milbourne and Colm McDonnell of IPM Potato Group Ltd. Potato cyst nematodes (PCN) are increasingly problematic where potatoes are intensively grown. Until recently, very few potato varieties have been available for commercial production with resistance to both species of the pest.
USDA announced yesterday that it is extending deregulation to J.R. Simplot Company’s (Simplot) potato variety developed using genetic engineering, designated as Snowden Z6 (Z6 potato). The potato variety is engineered for late blight protection, lowered reducing sugars, low acrylamide potential and reduced black spot bruising.
A recently published article by academic experts Marc Ghislain, Rick Goodman and Alex Barekye describes the development of an African potato variety – transformed with three resistance genes from wild potato relatives – that provides resistance to late blight disease. The article was published by OpenAccessGovernment.
Averis Seeds B.V., a wholly-owned subsidiary of Royal Avebe, will be working together with the hybrid potato breeding company Solynta on the hybrid breeding of starch potato varieties, the companies announced in a press release. Hybrid breeding facilitates significantly faster development of new sustainable potato varieties compared to conventional breeding.
2Blades Foundation: Collaborative effort to bring a disease-resistant potato variety to market in Africa
Evanston, Illinois based 2Blades Foundation reports in its latest e-mail newsletter on the Foundation’s support for the International Potato Center’s African potato initiative. The Foundation make note in the newsletter that Chris Kennedy, Chairman of Joseph P. Kennedy Enterprises, Inc. and Bob Easter, President Emeritus of the University of Illinois, co-wrote a blog on how a collaborative effort to bring a disease-resistant potato variety to market in Africa is helping to build global food security.
Potatoes in the United States and Canada are a commodity. When selecting varieties, the colour of the skin tends to be the primary consideration. As new managing director of HZPC Americas Corp, Jeff Scramlin sees opportunities to increase market share by highlighting the distinguishing characteristics such as cooking types, flavors and textures. These efforts should help to de-commoditize potatoes, create demand and increase value through the chain in North America.
As of today, Agrico will be sharing the innovation of its sustainable Next Generation varieties on its online platform agricopotatoes.com. The company says in line with its digital transformation and the current circumstances resulting from the pandemic, it started building an online news platform at the end of last year to support its buyers and growers with important knowledge and information. This platform, Agrico Potatoes, will go live again today.
The future of potato breeding? UMaine professors trying to develop potato varieties using new DNA-based tools
Two professors at the University of Maine in Orono are working on breeding new potato varieties. Hannah Yechivi reports for News Center Maine that professor of crop ecology and management in the School of Food and Agriculture, Dr. Greg Porter, and assistant professor of plant genetics with the School of Biology and Ecology Dr. Han Tan are studying how to make more varieties using a new DNA-based tool.
The ‘Phoenixes’ in our food systems: Women farmers in Peru safeguarding the survival of potato biodiversity
Women farmers are key leaders in the survival of potato biodiversity. During a research trip to Peru hosted by the International Potato Center (CIP) in September 2019, the author of this article – Margaret M. Zeigler – observed how they live and labor in terraced fields at extremely high altitudes, cultivating crops that face threats from frost and pests. They play a central role in native potato conservation.
Two new potato varieties with ties to the USDA’s Agricultural Research Service in Aberdeen are poised to be released soon by the Tri-State Potato Research and Breeding Program. Rainier will be well suited for both the fresh and processed potato markets. It’s a cross of Canela Russet and an Aberdeen breeding clone. NDA050237B-1R is a vibrant, red clone that was crossed in North Dakota.
The potato breeder with the USDA’s Agricultural Research Service in Aberdeen is using genetics from a wild spud relative to develop crosses that won’t turn green when exposed to light. Richard Novy, potato breeder with the agency’s Small Grains and Potato Germplasm Research Facility, plans to plant the first field generation of crosses developed to resist tuber greening this spring.
British potato growers can now benefit from a new AHDB variety tool, offering an interactive way to select cultivars based on varietal pest and disease-resistance ratings. Picking which variety to plant next spring can be time-consuming, with 249 listed on the AHDB
HZPC Americas Corp. hired Aron Derbidge as Sales and Key Account Manager, bringing with him over 10 years of experience developing and marketing seed potatoes in the U.S. and Canada.
Diploid potato breeding, and producing varieties from true potato seed, has been getting a lot of attention in the potato industry lately
AHDB in the UK recently announced in a news article that a new protocol for estimating the determinacy of potato varieties will be released in the next few months. The protocol will help breeders and those involved in variety development, save time and money when producing nitrogen recommendations for new varieties. Growers and agronomists will gain more accurate nitrogen/determinacy groupings for both new and existing cultivars, and therefore improve the N rates applied to their crop.