Agriculture as a science

it includes exploration and the application of scientific expertise in areas such as;
- Analysis of soil;
- Controlling plant, pests and diseases of animals;
- Agricultural equipment and structural materials;
- Breeding of animals and plants.

Agriculture as an art

it requires the use of acquired skills;
- The tilling of the land;
- Construction;
- Measuring
- Harvesting the crops;
- Feeding and handling of livestock
- Marketing.

Agriculture as a business

- Agribusiness is the agricultural production business that includes the
- production;
- protection;
- selling and promotion of the product to meet the needs of the customers.


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Agriculture Is Science And is Art.

In science, you need an inquisitive mind that observes actions or resources, distinguishes positive and negative consequences of various activities, and finds solutions or even produces solutions through that knowledge. Agriculture includes all of this, including matrix resolution, mathematical calculations, measurements, analysis, among other scientific concepts. Agriculture is a science, then! In Art, you need a creative mind that can generate visual images and articulate those imaginations in the form of a technical ability that people can see and appreciate.

Farming also means looking at things that are not yet in nature but that can be used to bring to life new concepts that can be studied and used to build solutions.

Stem in Agriculture bridges the gap between students and the infrastructure they need to grow their ideas and have a positive global impact.

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Specific Objectives in the Field of Agriculture

These are objectives that cannot easily be generalized beyond the field of agriculture. The more important they become, the more primary school agriculture becomes pre-vocational training.

Environment-Based agriculture for schools

The children's learning process will start from that very setting to become conscious of its issues and try to find solutions. Primary school agriculture can help to achieve this aim. Farming in most of the world is part of the lives of children. From a very early age, they generally help to farm. A sound educational theory is the use of the environment. The following guidelines should be followed to make the best use of the educational possibilities provided by the environment:

Local crops should be at the center of teaching and school farm work.
Local farming methods should be discussed.
Good local farmers should take part in teaching and farm work.
If new crops and methods are discussed in school, they should be related to local conditions.

Agriculture should not be taught as an isolated field of productive activities; it should be presented as a part of people's way of life and cultural tradition. Students are encouraged to incorporate their cultural experiences and demonstrate community awareness in order to localize their project. For example, a student team from Africa may center their project around local African cultural themes and effectively Africanize their project identity.

Advantages of vertical farming

  • Increase in production and availability in crop
  • Production of organic crops Conservation and recycling of natural resources
  • Environment friendly
  • Sustainable urban growth

Agriculture is a science and art of crop cultivation and livestock farming. cultivation is the art of preparing land for agricultural use.


Agriculture is related to other topics

Growing crops and keeping animals includes knowledge of botany, zoology, and ecology.
The fertility of soil, fertilizers, and agrochemicals.
Farm structures, machinery, and equipment.
Climate and soils.

Since the scientific method and its findings were applied to more and more areas of practical practice,

It was inevitable that agriculture, too, became an environment where scientific knowledge and methods were implemented.

Today, agricultural science is known in its own right as a field of applied science. We know the following subdivisions:

Soil Science dealing with soil formation (geology), its physical and chemical properties, and generally speaking with all factors affecting soil fertility.

Plant Production dealing with topics such as plant physiology, plant nutrition, plant breeding, weed control, plant diseases, and pest control.

Science and technology in agriculture

- the importance of science and technology in agriculture has made farming a little easier than it was originally.

- With many modern, game-changing developments on the horizon, the face of agriculture is quickly developing.

- For anything from harvesting to irrigation, agricultural robots, or 'bots', and robotic/driverless tractors are used.

- Gene editing, in which new food strains are produced, is entirely engineered, unlike genetically modified foods.

- We assume that agriculture's global growth, development, and sustainability rely on the advancement of innovation, technology, and practices that will take place through engineering solutions.


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These days, agricultural technology is experiencing some drastic changes, and it doesn't happen out in the cornfield.