Manganese deficiency vs. healthy plant-Beans

Symptoms
Symptoms start with a uniform intercostal chlorosis on young leaves. Older leaves show irregular mottling in the beginning. Finally chlorosis spreads over the complete foliage when deficiency continues, only veins remain light green on pale yellow leaf blades. Flowering and pod development are inhibited.

Reasons
Manganese deficiency (right) Beans grown in compacted, poorly drained soils high in organic matter are prone to Mn undersupply. High pH or overlimed soils also promote deficiency as Mn is most available in the pH range 5.0 - 6.5. Symptoms vary according to type of bean.

Symptoms
Symptoms start with a uniform intercostal chlorosis on young leaves. Older leaves show irregular mottling in the beginning. Finally chlorosis spreads over the complete foliage when deficiency continues, only veins remain light green on pale yellow leaf blades. Flowering and pod development are inhibited.

Reasons
Manganese deficiency Beans grown in compacted, poorly drained soils high in organic matter are prone to Mn undersupply. High pH or overlimed soils also promote deficiency as Mn is most available in the pH range 5.0 - 6.5. Symptoms vary according to type of bean.

Symptoms
Symptoms start with a uniform intercostal chlorosis on young leaves. Older leaves show irregular mottling in the beginning. Finally chlorosis spreads over the complete foliage when deficiency continues, only veins remain light green on pale yellow leaf blades. Flowering and pod development are inhibited.

Reasons
Manganese deficiency Beans grown in compacted, poorly drained soils high in organic matter are prone to Mn undersupply. High pH or overlimed soils also promote deficiency as Mn is most available in the pH range 5.0 - 6.5. Symptoms vary according to type of bean.

Symptoms
Symptoms start with a uniform intercostal chlorosis on young leaves. Older leaves show irregular mottling in the beginning. Finally chlorosis spreads over the complete foliage when deficiency continues, only veins remain light green on pale yellow leaf blades. Flowering and pod development are inhibited.

Reasons
Manganese deficiency Beans grown in compacted, poorly drained soils high in organic matter are prone to Mn undersupply. High pH or overlimed soils also promote deficiency as Mn is most available in the pH range 5.0 - 6.5. Symptoms vary according to type of bean.

Symptoms
Symptoms start with a uniform intercostal chlorosis on young leaves. Older leaves show irregular mottling in the beginning. Finally chlorosis spreads over the complete foliage when deficiency continues, only veins remain light green on pale yellow leaf blades. Flowering and pod development are inhibited.

Reasons
Manganese deficiency Beans grown in compacted, poorly drained soils high in organic matter are prone to Mn undersupply. High pH or overlimed soils also promote deficiency as Mn is most available in the pH range 5.0 - 6.5. Symptoms vary according to type of bean.