How to breed pansies

Article Catalog

1. Soil

2. Lighting

3. Moisture

4. Temperature

5. Fertilization

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Soil: Choose fertile, loose soil; Light: Receive more than 4 hours of light every day. Insufficient light will cause poor flowering; Moisture: Humid soil environment, keep the soil moist, but do not accumulate water; Temperature: The optimal temperature for growth is 15-25°C, and should not be higher than 25°C for a long time; Fertilization: Apply thin fertilizer frequently, and phosphate fertilizer can be applied near the flowering period.

1. Soil

1. Soil

The soil in which pansies grow needs to be fertile, loose, well-drained, and have a pH of 5.4-7.4.

2. Lighting

< p> It is very sensitive to light. When there is sufficient light, its stems and leaves are lush, the flowers are dense, the flowering time will be earlier, and the flowering period will be longer; but insufficient light will lead to poor flowering, and it must receive more than 4 hours of light every day.

3. Moisture

< p>It likes a moist soil environment and is not drought-tolerant. When growing, attention should be paid to keeping the soil moist, but not waterlogged; it is suitable to be slightly dry during the seedling stage to prevent moisture from being attacked by diseases and insect pests.

4. Temperature

< p>The optimal temperature for its growth is 15-25℃, and the suitable temperature for night growth is 3-5℃. Do not place it in an environment above 25°C for a long time, otherwise the plants will be difficult to bloom and become leggy. Even if they bear fruit, their seeds will be stunted and difficult to survive.

5. Fertilization

< p> When fertilizing, pay attention to applying thin fertilizers frequently. You can apply nitrogen fertilizers, such as urea, etc. at the beginning; you can apply phosphorus fertilizers near the flowering stage, and topdress 0.2% potassium dihydrogen phosphate aqueous solution during the budding stage. After flowering, you should reduce fertilization and maintain it in time. .

2. Lighting

3. Moisture

4. Temperature

5. Fertilization

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