03 Oct 2025
Rootstock selection in high-density cherry orchards affects tree vigour, fruit size, biochemical quality and postharvest resistance. A Turkish study on Krymsk 5, Gisela 6 and Piku 1 with 0900 Ziraat and Regina cultivars identifies ideal combinations for various markets.
23 Sep 2025
Advanced tree training techniques in narrow orchard systems: shoot removal, horizontal cordons and vertical leaders for cherry, plum, apple, pear and nectarine. The NOS project operates in Victoria, South Australia, Western Australia and NSW with multiple trial sites.
10 Feb 2025
Omeg found that management involves fewer passes, no tying and no limb selection during the growing season. He also noted that it is more tolerant to heat and rain after comparing blocks placed side by side in different climates.
28 Jan 2025
The Washington State Tree Fruit Association's cherry session in Yakima in December saw several cherry experts discuss the difficult balance between counting pennies and ensuring high quality, profitable fruit.
10 Jan 2025
While the market for cherries destined for processing continues to lose steam, two growers shared their experiences in the new planting of sweet cherries for the fresh market, with modern densities and which could generate higher profits.
04 Dec 2024
The Head System SRP training system exploits the natural acrotony of the cherry tree to the advantage of its productivity, earliness and efficiency in crop management. This development has evolved using an annual or biennial branch-breaking technique.
20 Nov 2024
Some dwarfing rootstock selections for Gisela® cherry trees have recently been licensed in New Zealand and will be more widely available to growers from 2026. Gisela® 12 and 6 are currently being tested in Central Otago.
06 Nov 2024
Consultant and professor Óscar Carrasco is both optimistic and critical about what he sees for Chilean cherries: a great 24/25 season and a long promising period, but also the need to take better care of quality attributes.
28 Oct 2024
A recent study, based on the use of the MaxEnt model, has enabled Chinese researchers to predict potentially suitable areas for the cultivation of this species in China, identifying key environmental factors that influence its distribution. The MaxEnt model proved effective.
06 Sep 2024
“This project aims to create a synergy between agricultural systems and photovoltaic systems,” says Victor Pizarro, project director. “The crop benefits because sunburn and excessive radiation are avoided; there’s also an increase in water efficiency".
