Zinc deficiency vs. healthy plant-Beans

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency (right) Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency (right) Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.

Symptoms
Young leaves show a yellow chlorosis on intercostal and marginal tissue, older leaves can display a yellowgreen mottling and marginal necrosis. Growth is stunted with deformed, crumpled leaves when deficiency is severe. Terminal blossoms may get brown and die off.

Reasons
Zinc deficiency Zinc availibility is best in the pH range 5.0 - 7.0. Soil compaction, low content or excess application of organic matter can inhibit Zn supply. High absorption of other nutrients, such as Fe, can also induce Zn deficiency.