Chicago sample SOIL REQUIREMENTS WHEN GROWING CROPS

SOIL REQUIREMENTS WHEN GROWING CROPS
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Date:
2
Soil is a natural resource that plays a vital role in the growth and development of plants.
It is useful in providing nutrients and water to the growing plants. Soil is comprised of physical,
chemical and biological properties that influence growth and development of plants
1
. These
properties vary from time to time depending on natural and human activities that take place. The
activity of growing crops requires soil of high quality to realize maximum yields. All soil
properties must be maintained at optimum levels to ensure consistent production of high yields
Soil physical properties include soil texture and structure. They influence various
processes that take place in the soil as well as affecting plant growth and development. For
instance, the processes of water percolation and infiltration are affected by soil texture and
structure. Aeration in the soil is also influenced by its compactness. When growing crops, it is
necessary to consider the water-holding capacity of the soil. This implies that crops should be
established on soils that have optimum water holding capacity suitable for that crop. Soils such
as sand and clay are not suitable for growing crops. Sandy soil loses water at a high rate leading
to a low level of water retention that is unsuitable for plant growth. Clay soil holds too much
water leading to waterlogging. The best soil to grow crops is the loamy soil because it has
optimum water holding capacity that is suitable for plant growth
2
. Farmers are advised to
maintain appropriate soil physical properties to ensure that plants grow and develop effectively.
1
Macdonald Hugh Burgess, Sustainable Cropping Systems for the Northern Great Plains:
Energetic and Economic Considerations (2012), 44
2
Victor Sadras and Daniel Calderini, Crop Physiology Applications for Genetic Improvement
and Agronomy (2014), 21
3
Plants require suitable biological condition in the soil so that they can thrive well.
Research on soil biology that was conducted at the University of Phoenix indicates that macro
organisms and microorganisms in the soil improve its fertility to a level that is suitable for plant
growth
3
. For instance, earthworms play an important role in improving soil aeration.
Microorganisms help in decomposing soil organic matter. Others such as Rhizobia bacteria fix
atmospheric nitrogen in the soil leading to an increased nutrient content in the soil. Farmers are
encouraged to grow crops on soils that contain numerous macro and microorganisms.
Soil chemical properties include salinity, nutrient content, and the pH. Research by Food
and Agriculture Organization has indicated that about 60 percent of agricultural production is
influenced by the chemical condition of the soil
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. A high nutrient content improves soil fertility.
The soil consists of macro and micro nutrients that are essential for plant growth. Plants require
macronutrients in large quantities while they require micronutrients in small quantities. Soil pH
is the alkalinity or acidity of the soil. This property affects the type of crops to be grown on a
particular soil because different crops thrive well in different pH levels. Some plants thrive well
in alkaline conditions while others grow well in acidic soils. Due to this variation, it is advisable
to maintain a pH level that is optimum for the growth of a particular crop. Controlling of the pH
level involves reducing acidity through the addition of lime to the soil or reducing alkalinity
through the addition of acidic fertilizers. Soil salinity has negative impacts on the growth and
development of crops. Farmers should ensure that insoluble salts are not present in the soil. This
3
Victor Sadras and Daniel Calderini, Crop Physiology Applications for Genetic Improvement
and Agronomy (2014), 53
4
Macdonald Hugh Burgess, Sustainable Cropping Systems for the Northern Great Plains:
Energetic and Economic Considerations (2012), 76
4
can be achieved through establishing effective drainage systems to wash away insoluble salts
from the soil.
In conclusion, it is necessary to grow crops on the high-quality soil to ensure that
maximum yields are realized. Farmers should grow their crops on suitable soils that possess all
the elements that are essential for plant growth. For the soil to be considered as suitable for plant
growth, it must have physical, biological and chemical conditions that are optimal for plant
growth and development.
5
Bibliography
Burgess, Macdonald Hugh. Sustainable Cropping Systems for the Northern Great Plains:
Energetic and Economic Considerations. 2012.
Sadras, Victor, and Daniel Calderini. Crop Physiology Applications for Genetic Improvement
and Agronomy. 2014.

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