**Deficiency Chart of Micronutrients in Plants**

Micronutrients are essential elements required by plants in small quantities for their growth and development. These nutrients play a vital role in various physiological and biochemical processes within the plant. However, when plants do not receive adequate amounts of these micronutrients, they can suffer from nutrient deficiencies, which can affect their overall health and productivity.

Here is a detailed explanation of the deficiency chart of micronutrients in plants:

**1. Iron (Fe) Deficiency:**
- Iron deficiency is commonly observed in plants grown in alkaline or waterlogged soils.
- Symptoms include interveinal chlorosis, where the leaves develop yellowing between the veins, leading to reduced chlorophyll production and stunted growth.
- The affected leaves may also show necrosis, leading to their premature death.

**2. Manganese (Mn) Deficiency:**
- Manganese deficiency is often seen in soils with high pH or where organic matter has been heavily decomposed.
- Symptoms include interveinal chlorosis similar to iron deficiency, but with more distinct green veins.
- The affected leaves may also develop brown or black spots, and overall plant growth may be stunted.

**3. Zinc (Zn) Deficiency:**
- Zinc deficiency is more common in soils with high pH or those that are heavily limed.
- Symptoms include stunted growth, interveinal chlorosis, and reduced leaf size.
- The affected leaves may also develop a characteristic bronzing or rosetting appearance.

**4. Copper (Cu) Deficiency:**
- Copper deficiency is relatively rare but can occur in sandy or highly weathered soils.
- Symptoms include wilting, stunted growth, and dieback of young shoots.
- The affected leaves may have twisted or distorted growth and may develop a blue-green coloration.

**5. Boron (B) Deficiency:**
- Boron deficiency is often observed in sandy or acidic soils.
- Symptoms include brittle and discolored young leaves, stunted root growth, and abnormal flower and fruit development.
- The affected tissues may also show necrosis, leading to tissue death.

**6. Molybdenum (Mo) Deficiency:**
- Molybdenum deficiency is rare and usually occurs in soils with high pH or those containing excessive amounts of iron or aluminum.
- Symptoms include interveinal chlorosis, similar to iron and manganese deficiencies but with a more distinct yellowing between the veins.
- The affected leaves may also develop a scorched appearance, and plants may exhibit reduced nitrogen fixation.

In conclusion, micronutrient deficiencies in plants can significantly impact their growth and productivity. Understanding the deficiency chart of these essential elements is crucial for diagnosing and addressing nutrient imbalances in plants. By providing adequate amounts of micronutrients through fertilization or soil amendments, plants can thrive and achieve their full potential.