The field trial conducted by The Sainsbury Laboratory (TSL) in Norwich involves incorporating late blight resistant genes from a wild potato relative into a cultivated Maris Piper potato. READ MORE
Findings from a new study were published recently in PLOS ONE in an article entitled "Potential of Golden Potatoes to Improve Vitamin A and Vitamin E Status in Developing Countries."
The research team found that a serving of the yellow-orange lab-engineered potato has the potential to provide as much as 42 per cent of a child's recommended daily intake of vitamin A and 34 per cent of a child's recommended intake of vitamin E. For the full story, click here.
Cultivated potatoes, domesticated from wild Solanum species, a genetically simpler diploid (containing two complete sets of chromosomes) species, can be traced to the Andes Mountains in Peru, South America.
Scientific explorer Michael Hardigan, formerly at MSU and now at the University of California-Davis, led the team of MSU and Virginia Polytechnic Institute and State University scientists. Together, they studied wild, landrace (South American potatoes that are grown by local farmers) and modern cultivars developed by plant breeders. For the full story, click here.
A new atomiser, specifically for sprout inhibitors during this 'storage period', has been designed.
The atomiser, known as the Synofog, uses a new technique - electro-thermal atomisation. The advantage of this new piece of apparatus is that it does not have an open flame. This ensures its safe use with all kinds of sprout inhibitors. READ MORE
Japan's Ministry of Agriculture, Forestry and Fisheries imposed a ban on importing all U.S. chipping potatoes in April 2006 in response to the discovery of a quarantined pest, the pale cyst nematode, in a small area of Eastern Idaho.
Trade was restored with other U.S. chipping potato states about a year later, but restrictions on Idaho were left in place.
This spring, IPC officials said Japanese chip makers experienced a shortage following a poor domestic harvest and had to stop selling some products. Japan will continue to exclude any Idaho chipping potatoes from Bonneville and Bingham counties, which encompass the PCN quarantine area. READ MORE
Nov. 3, 2016, Alberta – The Government of Canada has secured market access for Alberta seed potatoes to Thailand.
Effective immediately, Alberta becomes the third province to have an export agreement with Thailand, joining Prince Edward Island and New Brunswick, both of which secured export agreements in 2009. Combined, these three provinces form about 76 per cent of Canada’s seed potato exports.
Alberta’s seed potato exports to Thailand could be worth up to $2 million annually, according to industry experts, adding to the $5 million on average exported annually to that country. The increased access will advance the competitiveness of, and create new opportunities for, the seed potato sector.
Oct. 27, 2015 - Genesys, a resource for plant genetic resources data, has been improved and updated to help people develop climate-smart crop varieties needed to overcome future environmental challenges. Scientists will benefit from improved access to data on more than 2.8 million plant samples from genebank collections from all over the world.
Genesys users can search the global holdings of 446 institutes around the world. Genesys includes three of the world's largest networks: the EC/PGR, the National Plant Germplasm System (NPGS) of the United States Department of Agriculture, and the CGIAR genebanks, which together hold the most important crop diversity collections in the world.
Genesys brings genebanks together, making passport and characterization data available by using - and reinforcing - established standards for data exchange in the genebank community. Data providers can easily sort and display the information they hold, compare their collection with those held in other genebanks. This allows them to avoid duplication and focus their resources and efforts in filling gaps in their collections.
Genesys also lets breeders know which genebanks hold the seed varieties that might have the traits they need to develop the crops that will feed the world in the future.
New features include video tutorials, as well as the recently launched newsletter and @GenesysPGR Twitter account.
June 16, 2015, Limestone, ME — Canadian and Maine potato growers and McCain Foods executives travelled 12,000 miles south this winter to visit with their counterparts in Argentina to see what they could learn from each other.
The group of 10 New Brunswick and six Maine growers, all of who have contracts with McCain Foods, traveled to the country in January to observe how they grow potatoes for processing in Argentina. Information about the trip was only recently mentioned in the company’s June newsletter. READ MORE
Oct. 16, 2014, Calgary – Canadian potato producers can now apply Delegate Insecticide to control Colorado potato beetle and European corn borer on product that could be destined for Japan.
July 24, 2014 – Anne Fowlie, executive director of the Canadian Horticultural Council, has been appointed a member of the board of directors of the World Potato Congress, joining Ron Gall of New Zealand and Dr. Nora Olsen of the United States.
Fowlie embarked on a career in agriculture (1978) in New Brunswick, Canada. After 21 years contributing to the growth the potato industry there, she accepted the position of executive director of the Canadian Horticultural Council (CHC) in Ottawa, where she currently serves as executive vice-president.
Throughout her career, Fowlie has been involved in myriad agricultural sector issues including sales and marketing, organizational and sector strategic planning, trade dispute resolution, food safety and traceability and government relations. She has also participated in Team Canada trade missions and was a member of the Canadian industry delegation to the 2005 WTO negotiations in Hong Kong.
As a member of the International Federation for Produce Standards, she is well informed on issues related to the potato industry world-wide. The global potato industry is of particular interest to Fowler. She has attended numerous WPC events and is optimistic about the opportunities that lie ahead for the industry, as well as the role WPC Inc can play in the future.
Ron Gall was a business manager with Horticulture New Zealand for more than 20 years until his retirement in 2012. He joined the New Zealand Vegetable & Potato Growers’ Federation in 1991.
As business manager of Potatoes New Zealand Inc., from 1994 until his retirement in December 2012, Gall focused on four core activities:
• Seed certification
• Export access to new markets and growing existing markets
• Research and development
• Education and marketing the nutritional & health value of potatoes
Gall has presented papers at various international conferences and represented the New Zealand Potato Industry at numerous World Potato Congresses. He was appointed to the International Advisory Committee of the World Potato Congress and in 2009 was congress manager for the 7th World Potato Congress in Christchurch.
Dr. Nora Olsen is a professor and extension potato specialist for the University of Idaho, located at Twin Falls. She received her M.S. and Ph.D. in horticulture from Washington State University with emphasis on potato physiology and production. Her research and extension programs for the past 15 years, at the University of Idaho, have focused on potato field and storage management, sprout and disease control in storage, seed physiology and performance, cultivar evaluation, and food and farm safety. She has been the program director for the University of Idaho Kimberly Potato Storage Research Facility since 2003.
Olsen is currently serving as president of The Potato Association of America (PAA) and is the first woman elected as president of the organization. She has also served as a director of PAA and chair of the physiology and extension sections of this organization.
Olsen is also a processing editor for Potato Research, the journal of the European Association of Potato Research. She also served as the United States member of the North American Plant Protection Organization (NAPPO) Technical Advisory group on Sprout Inhibition.
A new diagnostic system will test for soil-borne threats to potato crops.
July 2, 2014, Australia – Scientists at the South Australian Research and Development Institute (SARDI) have created a diagnostic system that tests for six soil-borne pathogens that threaten potato crops.
PreDicta Pt was launched commercially last August and has received widespread support from growers, processors and agronomists across Australia.
Potatoes are particularly susceptible to soil-borne disease that can damage their appearance or reduce yield, and field losses are estimated at around $80 million a year across Australia.
The basic technology behind PreDicta Pt is based on a well-established commercial service offered by SARDI for cereal crops called PreDicta B.
“Potatoes are a big investment and you don’t want to get it wrong,” said SARDI sustainable systems research chief Dr. Kathy Ophel Keller.
“Based on what our test tells them, farmers may choose to plant different parts of their land differently and to ignore some completely. If they lease land, it may help them choose between options.
“The next step is to test seed pieces as well so you can match clean seed with clean ground. The last thing you want to do is put dirty seed into clean ground. That’s a real issue with a crop like potatoes.”
Ophel Keller and colleague Dr. Alan McKay began developing their testing regime soon after she joined SARDI (the research arm of Primary Industries and Regions SA) from Australia’s Co-operative Research Centre for Soil and Land Management in 1996.
“We were extracting DNA from soil and using fairly crude hybridisation techniques to measure the pathogens and we quickly realised we need to change the technology pretty radically,” she said.
Working with engineers at the University of South Australia, they developed equipment that was sufficiently robust to test 500-gram soil samples (large enough to deal with spatial variability across a paddock) rather than the 10 grams that is usual for research and, more importantly, could produce clean DNA.
“What we have focused on is how to take a representative sample and, once you've got it, how to extract clean DNA every time and to put the quality systems in place to ensure that that is always the case,” Ophel Keller says.
PreDicta Pt and PreDicta B, which were developed with funding support from Horticulture Australia Ltd and the South Australian Grain Industry Trust and Grains Research & Development Corporation respectively, are offered commercially to farmers through agronomists trained to analyze the findings and help farmers make follow-up decisions.
But the Master Chef judge is intrigued enough by the 'Potato Tom', which hits garden centre shelves in a worldwide first this week, to want one for his own garden. READ MORE
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GMO potatoes provide improved vitamin A and E profilesResearchers from Ohio State University and the Italian National Agency…
Fields on wheels conference Fri Dec 15, 2017
South West Ag ConferenceWed Jan 03, 2018
Potato Expo 2018Wed Jan 10, 2018
Ag DaysTue Jan 16, 2018