UV-C Treatment: Viticulture game changer
A system that combines UV-C light for disinfection could provide chemical free treatment of plant pathogens and diseases such as powdery mildew and botrytis on berry, vine and tree crops.
The Massey portion of the site was set up as part of the Whenua Haumanu research project which compares diverse and standard pastures, and regenerative and contemporary management. This is funded by the Ministry for Primary Industries (MPI) and led by Massey University and includes partners such as Lincoln University, many of the CRIs, Beef + Lamb NZ and DairyNZ.
The setting up of the site was an initiative by MPI's Dr John Roche, the head of their on-farm support team. Roche has experience of the work that Teagasc, the Irish Agricultural Institute, does in his native Ireland by getting scientists and farmers to freely engage. As a result, the initiative for the site was based on his experience in Ireland.
The aim was to connect farmers and scientists, much like they did many years ago at Fieldays. Back in the 1970s and '0s when MAF's Ruakura Research facility held a two-day conference ahead of Fieldays. This enabled farmers to see first-hand the agricultural research being done and talk to scientists.
What Massey did at the Fieldays was to create a miniature farm where people could see the various types of diverse pastures they are studying. Massey brought swards of different pasture types up from their research plots and laid them out for farmers to see. They also erected a fence around the plots so farmers could lean on it and chat away as they used to 30-plus years ago at the Ruakura Farmers Conference.
The leader of the Whenua Humanu project, professor of dairy production, Danny Donaghy, says they brought along several pasture mixes, ranging from the standard ryegrass/clover to one containing 18 different grasses, legumes and herbs. He says the reaction to the site was phenomenal and his team were flat out engaging with farmers and members of the public. He says a lot of farmers were keen to share their experiences on pasture diversity and survival.
Donaghy says many were interested in different pasture species, especially given that in the recent summer dry weather, the standard ryegrass/clover has not performed overly well.
"But the key point I kept making when it comes to diversified pasture is that firstly farmers should think about functionality - what do they want from their pasture. Is it greater summer production or lower use of nitrogen fertiliser? Once they have answered that question, then look at the pasture options available," he says.
Donaghy says the Whenua Haumanu project has just finished the second of the seven years it is designed to run for. He says the site at Fieldays was a chance to give farmers an opportunity to see what is being done, but equally to let them engage with Massey scientists. He says they are steering people to their website and will be putting out regular updates.
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John Roche, MPI |
The Director General of MPI, Ray Smith, says the purpose of the site is about getting a wide range of information out to farmers on major issues such as greenhouse gas emissions, making them aware of the tools available to them and what is coming down the pipeline.
"We have had really positive feedback about the project from the crowds who have visited the site," he says.
Beyond Fieldays
The head of the Agriculture and Environment School at Massey, Professor Paul Kenyon, says the Whenua Haumanu project is the most comprehensive pastoral research project ever undertaken in NZ.
He says it involves everything that is going on under the ground, through to the plants and animals, right through to taste panels to determine the quality of the product produced. He says this is a rare opportunity to research a whole gambit of matters covering the whole system – not just ‘component research’ which has a much narrower or silo-style focus.
Kenyon says the project involves scientists and researchers from a wide range of disciplines including food research and technology as well as farm systems. He says the project is also helping bring on the next generation of scientists because they currently have about twenty PhD and Masters students on the project.
As well as Massey, research on diverse pastures is being carried out at research stations in Northland, Taranaki, Hawke’s Bay and Canterbury.
“We also have international collaborations and are working with researchers from Teagasc in Ireland, Melbourne University and Tasmania. All are looking at pasture diversity and doing similar research to us, which means we have a huge pool of data we can share for our mutual benefit,” he says.
Kenyon says working with Teagasc, the Irish agricultural research organisation who are dealing with similar issues, is a massive benefit to both countries. He says it makes for quick science because, by working collaboratively, you can get two seasons in a year.
In addition to the interaction with farmers, Kenyon says the Science for Farmers site also supported the other Massey University site at Fieldays to attract young people and those wishing to make a career change to do a degree at Massey. He says an added incentive is that the university has some very good scholarships on offer.
