Hydrangea Macrophylla Blaumeise in 2L Pot with Stunning Blue Flowers 3fatpigs®

• Hydrangea Macrophylla Blaumeise In 2L Pot With Stunning Blue Flowers
• 'Blaumeise' is a vigorous broad deciduous shrub with coarsely toothed, glossy dark green leaves to 20cm long with autumn tints, and bearing flattened lacecap flowerheads of up to 15 large, lilac-blue florets in mid and late summer
• Common Name: Balumeise Genus: Hydrangea Species: macrophylla Skill Level: Beginner Exposure: Full sun, Partial shade Hardiness: Hardy Soil type: Well-drained/light, Clay/heavy Height: 1m Spread: 1.5m
• Hydrangea can be deciduous or evergreen shrubs, or self-clinging climbers, with flowers in clusters usually comprising both small fertile and more showy sterile flowers; often good autumn colour

'Blaumeise' is a vigorous broad deciduous shrub with coarsely toothed, glossy dark green leaves to 20cm long with autumn tints, and bearing flattened lacecap flowerheads of up to 15 large, lilac-blue florets in mid and late summer Growing Details: Common Name: Balumeise Genus: Hydrangea Species: macrophylla Skill Level: Beginner Exposure: Full sun, Partial shade Hardiness: Hardy Soil type: Well-drained/light, Clay/heavy Height: 1m Spread: 1.5m Description: Hydrangea can be deciduous or evergreen shrubs, or self-clinging climbers, with flowers in clusters usually comprising both small fertile and more showy sterile flowers; often good autumn colour Colours & Soil Acidity: In most species the flowers are white, but in some species (notably H. macrophylla), can be blue, red, pink, light purple, or dark purple. In these species the color is affected by soil pH. For H. macrophylla and H. serrata cultivars, the flower color can be determined by the relative acidity of the soil: an acidic soil (pH below 7), by the influence of sundry agents in the soil, such as alum or iron, will usually produce flower color closer to blue, whereas an alkaline soil (pH above 7) will produce pinker flowers. This is caused by a color change of the flower pigments in the presence of aluminium ions which can be taken up into hyperaccumulating plants