Chlorosis is often associated with which type of nutrient deficiency?

Chlorosis is often associated with which type of nutrient deficiency?

• A. Macronutrient
• B. Micronutrient
• C. Secondary nutrient
• D. Water

Answer: (B)

Chlorosis is a condition that manifests as yellowing of the leaves, typically indicating a deficiency in certain essential nutrients. While macronutrients are vital for plant health, chlorosis is most commonly linked to deficiencies in micronutrients. These micronutrients, such as iron, manganese, or magnesium, play critical roles in important physiological processes, including chlorophyll synthesis and overall plant metabolism. When a plant lacks sufficient micronutrients, it can struggle to produce chlorophyll effectively, leading to the characteristic yellowing associated with chlorosis. This condition is particularly prominent in younger leaves, especially in conditions where soil pH is high, which can inhibit the availability of these nutrients to the plant. Understanding the distinction in the roles of micronutrients versus macronutrients is crucial for diagnosing and addressing nutrient deficiencies in plants. Therefore, associating chlorosis specifically with a micronutrient deficiency provides a clear connection to the physiological processes affecting vegetative health.

Chlorosis is a condition that manifests as yellowing of the leaves, typically indicating a deficiency in certain essential nutrients. While macronutrients are vital for plant health, chlorosis is most commonly linked to deficiencies in micronutrients. These micronutrients, such as iron, manganese, or magnesium, play critical roles in important physiological processes, including chlorophyll synthesis and overall plant metabolism.

When a plant lacks sufficient micronutrients, it can struggle to produce chlorophyll effectively, leading to the characteristic yellowing associated with chlorosis. This condition is particularly prominent in younger leaves, especially in conditions where soil pH is high, which can inhibit the availability of these nutrients to the plant.

Understanding the distinction in the roles of micronutrients versus macronutrients is crucial for diagnosing and addressing nutrient deficiencies in plants. Therefore, associating chlorosis specifically with a micronutrient deficiency provides a clear connection to the physiological processes affecting vegetative health.