Greenhouse cultivation of cherries on an industrial scale is a new concept in Russia, although it has been successful in parts of the European Union, Argentina, and Chile. These countries have leveraged greenhouse technology to mitigate the risks faced by traditional open-field cherry cultivation, such as late spring frosts, unpredictable weather patterns, and pest infestations.
The cherry greenhouse in Rostov will cover an area of one hectare, equipped with advanced climate control and irrigation systems. These technologies will create an optimal environment for cherry trees, ensuring stable temperatures and humidity levels throughout the year. The controlled setting will also protect cherries from frost damage, a common issue in early spring that has previously hindered yields.
The investment of 150 million rubles signals a significant economic commitment to the future of fruit growing in Russia. By adopting greenhouse technology, the Rostov region could set a precedent for other agricultural hubs in the country. In addition to improving fruit quality and increasing yield stability, greenhouse cultivation could extend the harvest season for cherries, providing Russian consumers with fresh, locally grown cherries for a longer period.
Furthermore, there is significant potential for export. High-quality cherries are in global demand, particularly in European and Asian markets. If successful, this project could position Russia as a new player in the international cherry market, reducing the need for imports and boosting the local economy.
Countries such as Spain, Italy, and Turkey have been leaders in cherry production for years, partly due to their favorable climates. However, even these regions face climatic challenges that greenhouse technology is helping to overcome. In Argentina and Chile, greenhouse cultivation has become a key strategy for producing cherries that meet export quality standards, as the controlled environment reduces exposure to pests and diseases while ensuring consistent fruit size and flavor.
While the potential benefits are substantial, implementing greenhouse cherry cultivation in Russia comes with challenges. High initial costs, the need for specialized knowledge, and the complexity of maintaining precise environmental conditions are some of the obstacles farmers may face. However, government support and private investments are paving the way for innovation in the sector.
Another opportunity lies in research and development. By monitoring the performance of the cherry greenhouse, agricultural scientists and engineers can gather valuable data to optimize greenhouse conditions and potentially extend the model to other fruit crops.
Read the full article: Greenhouse News
Image: Sputnik
15 May 2024
The objective of the German study was to identify the physiological mechanism through which Ca reduces rain macrocracking (rain cracking) in sweet cherry fruit. Results demonstrate that multiple applications of CaCl2 were not effective in decreasing fruit macrocracking.
10 Aug 2026
In cherry trees, adequate chill accumulation is essential for uniform bud break and flowering. Hydrogen cyanamide and bud-break agents help manage dormancy, advance harvest timing and improve fruit quality, pollination, fruit set and overall orchard performance.
19 Oct 2026
Global cherry production is forecast to reach a record 5.4 million tonnes in 2026/27 up by 17%, according to the USDA. Rising Chilean exports and Chinese imports point to stronger competition for Argentina’s Patagonia during the shared Southern Hemisphere export season.
19 Oct 2026
South African cherries turn to the domestic market as production rises 17% in 2024/25 and export prices fall 27%. Local demand helps sustain the value of the industry. A look at leading varieties, planted areas and the main destinations for South African cherry exports.
