Oatmeal Farm Network | Okame Oatmeal Farm Network | Okame
Oatmeal AI

Okame Image

Okame

Cherry
Taiwan cherry (Prunus 'Okame') is a stunning ornamental tree that is popularly grown in gardens and parks. It is a deciduous tree, often reaching up to 18 ft. tall. Its glossy green leaves contrast with its striking pink flowers, which begin to blossom in the late spring and early summer. Its reddish-brown bark and upright shape create a beautiful silhouette all year round. Easy to maintain, this tree is an ideal choice for creating a lovely and picturesque landscape. Best of all, its fruit is e

Growing Environment

  • Soil Texture: Loamy Soil

    Balanced mix of sand, silt, and clay, well-draining but retains moisture, highly fertile.

  • pH Range: 6.1 - 6.5

    Ideal for most plants, especially in loamy soils.

  • Organic Matter: Moderate (2% - 4%)

    Adequate organic matter levels, common in well-managed agricultural soils.

  • Salinity Level: < 2 (Non-Saline)

    Very low salinity, ideal for most crops.
    Impact: No adverse effects on plant growth. Suitable for a wide variety of crops.

  • Hardiness Zone: 13B (Min: 65°F, Max: 70°F)
  • Humidity: Moderate

    Comfortable for most plants; typical for temperate regions.
    Impact: Generally ideal for most crops and plants; supports healthy growth and development.

  • Water Requirement: 40 - 60 inches per week

Nutrient Profile

  • Calcium (Ca) (1.32 - 4)

    Strengthens cell walls, improves soil structure and aids in nutrient uptake.

  • Magnesium (Mg) (0.31 - 5)

    Central to photosynthesis, as it is part of the chlorophyll molecule.

  • Nitrogen (N) (1.89 - 1)

    Essential for plant growth, promotes lush, green foliage.

  • Phosphorus (P) (0.16 - 2)

    Vital for energy transfer and photosynthesis, helps in root and flower development.

  • Potassium (K) (1.44 - 3)

    Helps with water regulation, disease resistance, and overall plant vigor.

  • Sulfur (S) (0.14 - 6)

    Key component of some amino acids and vitamins, supports overall plant metabolism.