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The soil pH usually increases when the total alkalinity increases, but the balance of the added cations also has a marked effect on the soil pH. For example, increasing the amount of sodium in an alkaline soil tends to induce dissolution of calcium carbonate , which increases the pH.
Soil acidification can cause damage to plants and organisms in the soil. In plants, soil acidification results in smaller, less durable roots. [27] Acidic soils sometimes damage the root tips reducing further growth. [28] Plant height is impaired and seed germination also decreases. Soil acidification impacts plant health, resulting in reduced ...
English: Effect of pH on the root availability of the essential elements in soil. Blue denotes the ideal soil pH for the majority of plants (slightly acidic). Inspired by an illustration from the North Carolina Extension Gardener Handbook
Agricultural soil science is the application of soil chemistry, physics, and biology dealing with the production of crops. In terms of soil chemistry , it places particular emphasis on plant nutrients of importance to farming and horticulture , especially with regard to soil fertility and fertilizer components.
The number of seeds that are even able to germinate in acidic soil is much lower than the number of seeds that can sprout in a more neutral pH soil. [7] These limitations to the growth of plants can have a very negative effect on plant health, leading to a decrease in the overall plant population. These effects occur regardless of the biome.
Soil acidification can lead to a decline in soil microbes as a result of a change in pH, which would have an adverse effect on plants due to their dependence on soil microbes to access nutrients. [ 77 ] [ 78 ] [ 79 ] To see if a plant is being affected by soil acidification, one can closely observe the plant leaves.
The black walnut secretes a chemical from its roots that harms neighboring plants, an example of competitive antagonism.. In ecology, a biological interaction is the effect that a pair of organisms living together in a community have on each other.
Hence, any changes in mineral balance in the soil are unlikely to affect soil organism populations beyond the effects expected by altering pH. Studies have backed this up—Schonbeck [ 30 ] showed that a reduction of Mg saturation had no detectable effect on soil organic matter , biological activity, weed growth, or incidence of disease.