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Application of Integrated Water and Fertilizer Management in Strawberry Irrigation

Release Date:

2019-11-15

Fertigation is an innovative agricultural technology that integrates irrigation and fertilization into a single system. It utilizes a pressurized delivery system (or natural elevation differences in the terrain) to dissolve solid or liquid fertilizers, formulate them into a nutrient solution based on soil nutrient levels and the specific nutrient requirements of different crops, and then deliver this solution together with irrigation water. A controlled pipeline network supplies both water and nutrients, ensuring thorough mixing and uniform, timed, and precisely dosed application through drip emitters. This allows the nutrient solution to infiltrate the root zone, maintaining optimal soil looseness and moisture content throughout the root development area. At the same time, the system can be tailored to meet the specific nutrient needs of different crops, as well as the prevailing soil conditions and nutrient status. Different crops require different nutrient regimes.

Fertigation is an innovative agricultural technology that integrates irrigation and fertilization.

Fertigation It involves using a pressurized system (or natural elevation differences in the terrain) to mix soluble solid or liquid fertilizers into a nutrient solution, which is then delivered together with irrigation water according to the soil’s nutrient status and the specific fertilizer requirements and characteristics of each crop species.

Water and fertilizer are delivered through a controlled pipeline system, allowing them to mix thoroughly before being applied via drip irrigation emitters. This ensures uniform, timed, and precisely quantified delivery that saturates the root development and growth zone of the crop, maintaining consistently loose soil conditions and optimal soil moisture levels for the main root system. At the same time, application rates are tailored to the specific nutrient requirements of each crop, as well as to local soil conditions and existing nutrient levels. 。

Based on the water and nutrient requirements of crops at different growth stages, design application schedules that deliver water and nutrients to crops at specified times and rates, in appropriate proportions.

Strawberries have long been beloved for their vibrant color and delicious taste.

The planting period for greenhouse strawberries is every year. From late August to 9 Late in the month.

Integrated water–fertilizer technology for greenhouse strawberry cultivation can reduce surface evaporation, lower greenhouse humidity, and decrease the incidence of diseases, pests, and weeds. At the same time, it prevents direct contact between strawberries and the soil, thereby enhancing their appearance and quality.

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