1、Appropriate water and fertilizer supply enhanced yield by promoting

Abstract The supply of water and fertilizer influences the growth and photosynthesis of strawberries, thereby affecting the yield. To determine the optimal combination of irrigation and fertilizer, an experiment was conducted over two years in 2019 and 2020.

2、Effects of multiple N, P, and K fertilizer combinations on strawberry

In this study, we employed an orthogonal experimental design (T1-T9) with three fertilization treatments (N, P, and K) at three levels to identify an optimal fertilization scheme for strawberry cultivation.

3、Optimal use of irrigation water and fertilizer for strawberry based on

To obtain a comprehensive optimal irrigation and fertilization scheme that considers the benefits of both strawberries production and soil environmental condition, 12 treatments including four irrigation levels and three fertilization levels were conducted over two growth seasons.

Efficient Nitrogen Fertility and Irrigation Management in California

constant growth and N uptake began at the early flowering stage and continued throughout the harvest period (fig. 1). During this period, crop N uptake averaged approximately 1 lb/ac/day in all areas, slightly higher in vigorous fiel s; the variability observed among fields resulted from differences in plant population, field vigor, and yield

Nitrogen Fertilization of Strawberry Cultivars: Is Preplant Starter

In strawberry production, this is achieved in two ways: a) through application during the growing season of all N through drip lines (fertigation) or b) a combination of this practice and the application of dry preplant starter N before bed formation.

Adjusting the nutrient solution formula based on growth stages to

The NM based on the growth stage can optimize the element needs of strawberry in all growth and development stages and maintain the substrate’s pH stability, improving the yield and quality of ‘Ssanta’ strawberry under substrate cultivation.

Optimal fertigation for high yield and fruit quality of

We used a quadratic regression orthogonal rotation combination experimental design to investigate the optimal fertilization and water combination for high strawberry yield and best fruit quality (optimal SSC/TA ratio).

Strawberry Fertilizer Requirements & Crop Guide

Discover the ultimate strawberry fertigation requirements and fertilizer schedule to maximize yield and quality. Get expert recommendations for precise nutrient management, ensuring optimal growth and productivity in every stage of your strawberry crop.

Different nitrogen concentrations affect strawberry seedlings nitrogen

In this study, the preference and distribution of nitrate nitrogen (NO 3− -N) and ammonium nitrogen (NH 4+ -N) in strawberry seedlings were investigated in response to different N concentrations.

When to Fertilize Strawberry Plants for Maximum Yield

For optimal growth and fruit production, fertilize strawberry plants in early spring when new growth emerges, again after the first harvest for June-bearing varieties, and regularly during active growing periods for everbearing and day-neutral types.

Strawberry, as an important cash crop, requires precise timing of nitrogen fertilization during its growth cycle to enhance yield and quality. Nitrogen, an essential macronutrient for plant development, promotes leaf growth, increases flower and fruit numbers, and improves fruit quality in strawberries when applied appropriately.

1. Overview of the Strawberry Growth Cycle

Strawberries progress through multiple stages from sowing to harvest, including germination, seedling growth, flowering and fruiting, and maturity. Nitrogen requirements vary at each stage, dictating specific fertilization strategies.

2. Germination Stage

1. Fertilization Recommendations: Apply a small amount of nitrogen fertilizer approximately 7–10 days after sowing, when seeds begin to germinate. This supports early root development and provides initial energy for seedlings.
2. Precautions: Use minimal fertilizer to avoid root burn, as strawberry seeds are delicate. Ensure fertilizer does not directly contact young roots to prevent disease.

3. Seedling Stage

1. Fertilization Recommendations: Increase nitrogen application gradually when the 3rd to 4th true leaves emerge. This promotes robust growth and strengthens disease resistance.
2. Precautions: While nitrogen demand is high during this stage, over-fertilization may cause excessive vegetative growth, negatively impacting future flower and fruit development.

4. Flowering and Fruiting Stage

1. Fertilization Recommendations: Apply substantial nitrogen, especially during bud differentiation (around the 6th–8th true leaf stage). This supports flower bud formation and fruit development.
2. Precautions: Maintain adequate nitrogen levels, but avoid over-application. Control fertilization frequency and depth to prevent root damage or compromised fruit quality.

5. Maturity and Harvest Stage

1. Fertilization Recommendations: Reduce nitrogen input but continue moderate application to enhance fruit coloring and quality.
2. Precautions: Excessive nitrogen at this stage may accelerate senescence and reduce fruit quality. Ensure soil nitrogen remains balanced.

6. Summary and Recommendations

1. Stage-Specific Needs: Tailor nitrogen application to match strawberry growth phases (germination, seedling, flowering, and maturity). Prioritize flowering and fruiting stages for peak nitrogen demand.
2. Precision Fertilization: Avoid over-fertilization by monitoring crop health and soil conditions. Adjust strategies based on real-time observations.
3. Holistic Nutrient Management: Complement nitrogen with balanced phosphorus, potassium, and micronutrients to ensure comprehensive nutritional support.

the flowering and fruiting stage is critical for nitrogen application. flexible adjustments throughout the growth cycle—guided by plant needs—are key to optimizing yield and fruit quality.