6 groups (nutrients) working together to create growth

The image summarizes the role of various nutrients essential to plant growth.

Divided into six main groups:

1. Photosynthesis & Energy Transfer

Elemental groups that help plants generate full energy and food include:

• Main elements: N (nitrogen), P (phosphorus), K (potassium)

• Minor elements and microelements: Mg (magnesium - main body in chlorophyll), S (sulfur), Fe (iron)

2. Root Growth & Development

Emphasis is placed on building strong roots to become the foundation of the trunk. Includes:

• P (phosphorus), Ca (calcium), B (boron), Zn (zinc), Si (silicon)

3. Water Usage & Nutrient Transportation

Helps regulate water balance and nutrient circulation in water pipes, food pipes. Includes:

• K (potassium), Cl (chlorine), Mg (magnesium)

4. Protein Production & Quality

Assist in the process of tissue formation and enhance nutritional quality. Includes:

• N (nitrogen), S (sulfur), Fe (iron), Mo (molybdenum), Co (cobalt)

5. Disease Resistance & Stress Tolerance

Strengthening plant immunity to tolerate diseases, insects, and variable weather. Includes:

• K (potassium), Ca (calcium), Cu (copper), S (sulfur), Se (selenium), Ni (nickel)

6. Reproductive Health & Yield

Emphasis on flowering, pollination and increasing the size / quality of productivity (Harvest) includes:

• For flowering: B (boron), Zn (zinc), Mn (manganese)

Brief summary:

"Balanced nutrients" are the heart of not only the N-P-K, but the micro-elements, although little use by plants, are indispensable for specific functions such as building disease tolerance or flowering.

Choosing to use a full-nutrient fertilizer will help keep the plant healthy and provide the most cost-effective yield.