Question

What is the name of the special process through which fertilizer reaches the leaves of a plant when fertilization is done in the soil?​

Answer 1

No matter how hard one tries, it’s tough to transform the topic of fertilizers into lively con­ver­­sation. But for all gardeners, knowledge of fertilizers and how to apply them effectively is as crucial to vigorous plant growth as knowing a plant’s har­diness zones. So in the interest of growing healthy plants, what follows is a brief discussion of the why, what, how, and when of applying these multi­vitamins.

Three prime chemical elements are found in all mixed fertilizers:

N = Nitrogen promotes healthy leaf growth by stimulating the production of chlorophyll (the main chemical involved in photosynthesis—how plants convert sunlight to food).

P = Phosphorus supports the vigorous development of roots, stems, blossoms, and fruits.

K = Potassium plays a key role in helping plants digest and manufacture their foods.

All of the nutrients essential to plant growth are present in the soil or are floating in the air, so what’s the point of fertilizing? The point is that not all plants can access the key nutrients found in the soil or in the air. Each soil type has its own mix of nutritional ingredients, so before considering what fer­tilizers a plant may require, we need to con­sider the soil in which a plant is growing. Activities like intensive farming, construction, and traffic can alter soil chemistry and structure, limiting the nutrients that plants can use. In some cases, the nutrients aren’t naturally there to begin with or have been leached out over time. For these reasons, we, the diggers of the dirt and keepers of the garden, must replenish, replace, or help release those elements that are beyond the reach of our plants.

Answer 2

Answer:

Nutrient uptake is the process in which the nutrient fertilizer which is applied to the soil reaches to the leaves.

It is one of the fundamental demonstrations of plant’s life which involves especially a qualitative change where an abiotic material becomes a component of a cell capable of further assimilation processes, resulting in production of new mass. Plants receive mostly carbon and oxygen in a form of CO2 from air and partly hydrogen. These nutrients enter a plant in a molecular form.

Explanation:

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