The sweet cherry cultivation has seen rapid expansion in recent years, driven by strong market demand and the fruit’s nutritional and organoleptic value.
However, orchard management and intensification often overlook an important aspect: soil quality. A recent study conducted on the Loess Plateau in China systematically analyzed soil aggregate stability, a key indicator of soil health, in sweet cherry orchards of different ages and varieties.
The study examined several soil layers: 0–20, 20–40, and 40–60 cm, comparing physicochemical parameters and indicators of both mechanical and water stability of aggregates, with the aim of understanding how planting age and cultivar affect fertility and cropping sustainability.
The results showed that both variety and planting age have a significant impact on aggregate composition and stability.
In particular, the “Jimei” cultivar exhibited the lowest mechanical stability, with reduced percentages of macroaggregates (>0.25 mm), lower geometric mean diameter, and mean weight diameter, while younger orchards with varieties such as “Tieon” at 2 and 4 years of age showed better performance in water stability.
Multivariate analysis further revealed that soil quality progressively worsens with increasing orchard age, regardless of variety, suggesting a cumulative degradation effect over time.
Soil organic matter and total nitrogen in the surface layer were identified as the main factors influencing aggregate stability and, consequently, overall soil quality.
As orchard age increased, these parameters decreased, accompanied by changes in porosity, water content, and other physicochemical characteristics, which collectively contributed to the progressive weakening of soil structure.
The Soil Quality Index (SQI), obtained through a combined analysis of chemical, physical, and structural indicators, enabled classification of the different orchard conditions.
Young orchards with the “Tieon” cultivar achieved the highest scores, indicating more fertile and stable soils, while older orchards, particularly those with the “Jimei” variety, ranked lowest.
The analyses confirmed that orchard age and varietal characteristics directly influence soil quality, primarily through modifications to aggregate stability and nutrient availability.
In conclusion, sweet cherry cultivation expansion must necessarily be accompanied by management strategies aimed not only at productivity but also at soil protection.
Conservation practices such as maintaining or adding organic matter, crop diversification, or the use of ground covers could mitigate the long-term negative effects of intensification.
Moreover, varietal selection should take into account not only productive and economic performance but also its impact on soil structure and fertility.
The study provides guidance for sweet cherry management on fragile soils such as those of the Loess Plateau, within a context of production intensification and growing attention to sustainability.
The evidence gathered reinforces the idea that soil quality is a capital resource to be preserved, directly influencing yield, resilience, and the long-term sustainability of fruit production systems.
Source: Chen, M., Feng, S., Wang, J., Gao, M., Liu, M., Wang, K., Shangguan, Z., & Zhang, Y. (2025). The stability of soil aggregates in sweet cherry (Prunus avium L.) orchards of diAerent ages and varieties. Heliyon, 11(3). https://doi.org/10.1016/j.heliyon.2025.e42189
Image source: Chen et al 2025
Andrea Giovannini
University of Bologna (IT)
15 Jan 2026
China is investing in cherry production, turning what was once considered a luxury fruit into a key pillar of its agricultural strategy. Backed by strong local government support, provinces like Shandong and Yunnan are scaling up output and reducing import dependency.
29 Aug 2023
The purpose of the study was to develop knowledge on parasitoid community of Drosophilidae in the tart cherry agroecosystem. Additionally, it aimed to identify landscape factors that have a role in the future augmentative and classical biological control releases.
21 Aug 2026
A genomic study identifies 17 HSP70 and HSP90 genes in sweet cherry and explains how they respond to heat and salinity. The results highlight key genes, including PavHSP90-5, that could support breeding of cultivars with resilience to climatic and environmental stress.
21 Aug 2026
A study in southern Chile shows how mineral nutrition, especially the balance between nitrogen and phosphorus, may influence internal browning in Regina sweet cherries, postharvest quality and the fruit’s ability to withstand long storage periods for export markets.
