Symptoms
Young leaves show yellogreen mottling, caused by interveinal chlorosis. Leaf blades are enlarged, but not cupped inwards as usual.
Causes
Manganese deficiency
Over-liming, the occurrence of very loose, highly aerated soils and also drought render Mn less available.
Crops grown in high organic matter, in peat soils or substrates also suffer from poor Mn availibility.
Symptoms
Young leaves show yellogreen mottling, caused by interveinal chlorosis.
Leaf blades are enlarged, but not cupped inwards, headforming is inhibited. Petioles are longer than usual, giving the plant a loose appearance.
Causes
Manganese deficiency (right)
Over-liming, the occurrence of very loose, highly aerated soils and also drought render Mn less available.
Crops grown in high organic matter, in peat soils or substrates also suffer from poor Mn availibility.
Symptoms
Young leaves show yellogreen mottling, caused by interveinal chlorosis.
Leaf blades are enlarged, but not cupped inwards, headforming is inhibited. Petioles are longer than usual, giving the plant a loose appearance.
Causes
Manganese deficiency (right)
Over-liming, the occurrence of very loose, highly aerated soils and also drought render Mn less available.
Crops grown in high organic matter, in peat soils or substrates also suffer from poor Mn availibility.
Symptoms
Young leaves show yellogreen mottling, caused by interveinal chlorosis.
Leaf blades are enlarged, but not cupped inwards, headforming is inhibited. Petioles are longer than usual, giving the plant a loose appearance.
Causes
Manganese deficiency
Over-liming, the occurrence of very loose, highly aerated soils and also drought render Mn less available.
Crops grown in high organic matter, in peat soils or substrates also suffer from poor Mn availibility.
Symptoms
Young leaves show yellogreen mottling, caused by interveinal chlorosis.
Leaf blades are enlarged, but not cupped inwards, headforming is inhibited. Petioles are longer than usual, giving the plant a loose appearance.
Causes
Manganese deficiency
Over-liming, the occurrence of very loose, highly aerated soils and also drought render Mn less available.
Crops grown in high organic matter, in peat soils or substrates also suffer from poor Mn availibility.
Cabbage: 1 l/ha from 4-6 leaf stage. For moderate to severe deficiency, repeat applications at 10-14 day intervals. Water rate: 200 l/ha.
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