The Northwest Michigan Horticulture Research Center, is a research centre responsible for a cherry orchard of well over 130 hectares with a production of over 2000 tonnes of cherries per year. This number constitutes 83% of the cherry production of the entire state of Michigan.
In addition to the fresh product, the research centre also produces cherry tarts, supplying the entire US market and accounting for about half of the country's production of between 54,000 and 68,000 tonnes of pies each year.
Founded by the Northwest Michigan fruit industry, the centre is the leading research site for integrated pest management, horticultural production and management. Added to this is expertise in value-added processing, marketing and farm financial management practices for sweet and sour cherries, not to mention wine grapes, apples, plums and hops.
The work of the research centre also supports outreach, creating and expanding knowledge through research on cherries and other fruits and disseminating cutting-edge information to the Michigan fruit industry and the general public.
Last month, the TV station 9&10 News showed the live to the state of Michigan a tour of the research center to explain to the public what the research centre consists of and what kind of work this important centre does not only for Michigan but for the whole country.
Research conducted between Chinese and Saudi Arabian universities show that the combination of α-Fe2O3 nanoparticles and gibberellic acid efficiently break bud dormancy in sweet cherry trees in a short period of time reducing abscisic acid levels and inducing bud break.
Cherries grown in the regions of Calatayud and Aranda, in the province of Zaragoza, have become a national reference. With over 3,000 hectares cultivated in 20 municipalities, this region is the leader in the Spanish market with an annual harvest exceeding 20.000 tonnes.
In Spain’s Jerte Valley, new Picota cherry cultivars enhance fruit quality, reduce pit size, and support stem-free harvesting. A recent study identifies four promising genotypes with commercial size, shelf-life resistance, and post-harvest performance in MAP.
Field trials tested Armonigro on Brooks and Santina cherry trees and May Glo nectarines in Chile’s Aconcagua Valley. The treatments aimed to improve yield and fruit size under adverse climatic conditions, including low chill hours and irregular bud development.