Agricultural Mechanization Essay

When I grew up in northern Northern Illinois, I saw corn and soybeans being brought to the grain elevator in my small rural area, and the tractor was even a chariot by tractor. The story of 50 bushel's maize per acre is big news. Until the middle of the 20th century the corn production in the United States (basic crops) was less than 30 bushels per acre, slightly above the turn of the century. More than four people live and run an average of 160 acres of farm. The average farm area is more than twice the average, usually only one person.

After World War II, the yield of agricultural crops increased significantly, more than five times more thanks to new agricultural practices and mixed development. However, in the 20th century, productivity increased by more than 50 times mainly due to mechanization. This superior productivity makes it possible to supply agricultural products in large quantities at reasonable prices as industrial products and foodstuff raw materials. Mechanization has made the United States a "world's birthplace" and more importantly it provided a starting point for sustainable development on the planet.

My own career includes the use of agricultural crops in the grain processing industry. It converts oil seeds and cereals daily to millions of pounds of food, sweetener, fuel, chemicals, building products, paper supplements and even plastics. . This huge industry is only a part of the broader agricultural industry. The food we eat, the clothes we are wearing, the house where we live, and the magazines we read vary from crop to crop. Thanks to the ingenuity and creativity of mechanical engineers and agricultural engineers, they experienced the lowest cost expansion and stable supply of most goods. Regardless of bad weather, the invention and development of tools for efficient cultivation, cultivation, harvesting and transportation of crops is a truly wonderful and important outcome.

This attractive story lasts through the 21st century as we more fully accept the concept of "sustainability." Fuels, chemicals and materials must be obtained from renewable resources. In order to improve the world population, clothing, residence, and quality of life, we need to develop new crops, new agriculture and new machinery.

Agricultural engineering is an engineering field that studies agricultural production and processing. Agricultural engineering combines the fields of mechanical, civil engineering, electrical and chemical engineering principles and knowledge of agricultural principles according to technical principles. The main objective of this field is to improve the efficiency and sustainability of agricultural practices. American Agricultural Biotechnology Society

Each US agricultural education program is unique in its own way. There are courses such as Agribusiness, Agricultural Economics, Animal Science, Horticulture, Agricultural Machinery, Bioengineering, Flower Cultivation, Natural Resources and Ecosystem, Leadership Development. Each approach is dedicated to the advancement of agricultural technology and sustainable development to improve the world we live in. Regardless of the interest of the students, the teachers of agricultural education will help students understand the importance of what they actually learned in a meaningful way. In addition, agricultural education stimulated new interest for students and opened the door to students to find future careers in the future.

There are two noteworthy problems in literature on agricultural development worth mentioning. First, the history of California 's agricultural mechanization is in good agreement with the well - known forecast of the induced innovation model. However, in order to perfectly capture the reality of national development, it is necessary to consider the importance of route dependence (initial investment decision opens the way to subsequent development), close and continuous between farmer and farmer, inventor - manufacturer Dialogue