Agriculture Technology
People have depended on agriculture for years as the primary source of getting food. We have developed all kinds of ways to manipulate nature so what we can produce higher yield crops, more nutritious crops, bigger crops, crops that withstand cold, and farming equipment that allows us to manufacture these crops with relative ease. Why then are there five billion people being malnourished and forty thousand children dying each day from hunger? It seems as though world hunger is more a result of the lack of distributing the food properly than the lack of quantity. agriculture has turned into a high profit business and biotech companies like Monsanto are constantly trying to come up with better and more efficient
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During the early 1700's a series of discoveries and inventions gave rise to the Agricultural Revolution. This revolution was brought about mainly by three revolutions. 1. (Improved crop growing methods)- A retired English politician named Charles Townshend started to experiment with crop rotation and found out that turnips could be used as a fourth crop in a four crop rotation. A four crop rotation consisted of turnips, two grains, and legumes. Each one would either add or absorb necessary nutrients in order to constantly be able to use the soil. 2. (Advances in livestock breeding)- Farmers now started to figure out that animals with desired traits could be bread together to have offspring with desired traits. Now they could make a sheep that was both good for the wool and the meat. 3. (The invention of new farm equipment)- They also started to develop more equipment which made farming much more efficient and easy. This included seed drills, cotton gin, harvesting machines, and steel plows. The next big thing that happened in agriculture was in the mid 1800's when Gregor Mendel discovered the principles of heredity which made it possible to breed plants and animals scientifically. this gave rise to hybrid corn that produced much higher yields. More recently in the 1960's scientists introduced new varieties of wheat, corn, and rice that gave extremely high yields. They made these high yield crops in an effort to help poor nations such
1. The consequences of agricultural revolution was a turning point. Civilizations began focusing on making surpluses rather than producing new food and crafts. They became more modern. (pg.20)
The supply of food had to be able to feed more people and ensure stability. The traditional method would often see poor harvest or shortages of land, the new methods the Agricultural Revolution provided ensured the stability that was needed in Europe. Dikes and drain land was developed so farmers and landlords could farm larger areas. They also experimented with new crops that would restore the soil and supply more animal food. The iron plow was another great agricultural innovation because it allowed land to be cultivated longer without having to be left unplanted. Crop rotation and a new method of animal breeding also contributed to the success of the Agricultural Revolution. However, these new methods caused peasant revolts because it challenged the traditional peasant ways of production. The increased production of food with the new and efficient production methods allowed death rates to fall and children to grow because people were more nouritoused. The increase in food production allowed Europeans to grow without the fear of
The replacement of the idle fallow with crops constituted the Agricultural Revolution. It was important because the new types of crops made allowed farmers to feed their animals more, which led to a greater amount of meat and improved diets. It had the greatest effect in England and the Low Countries.
The ability of farmers to take advantage of the new tools available to them in the 1800’s is very much tied to the progress of our country at that time. The inventions of the John Deere’s steel plow made the work of one person equal that of many people previous to that, this plow allowed a person to plant many more acres of food than previous. The invention of Cyrus Hall McCormick’s mechanical reaper allowed farmers to increase from harvesting about a half acre of wheat
Since the beginning of human development humans have been revolving around agriculture. It is known that, “Archaeologists and palaeontologists have traced the origins of farming to around 10,000 years ago” (Mason). This is truly remarkable to believe that the revolution as a whole may pivot on this period so long ago. Once this happened agriculture began popping up all around the ancient world spreading like wildfire. This planting of crops and domestication of animals allowed people to develop specialization because not everyone had to forage anymore. This allowed
Economically, the Agricultural Revolution majorly impacted the way of life in the Europe, through new technological farming advancements and improved land efficiency, ultimately leading to a greater abundance of food. Compared to feudal society when people depended on small individual crop yields, many fields were combined in order to produce much larger harvests, increasing the bounty of food overall. Improved land efficiency came with new innovative ideas, including crop rotation. Allowing nutrients such as nitrogen to return to the soil, crop rotation along with fodder crops rotated the fields of crops every few years, leading to more successful yields of crops. Additional advancements in farming technology, such as the seed drill, helped
The revolution is surrounded by many inventions including fertilizers and pesticides. It is through these innovations that developed countries were able to feed their people (Standage, 199). As Standage refers to it, feeding the world. Standage's descriptions of this revolution clearly indicate that developed countries achieved what they have by feeding their people first. As such, food can be used for the betterment of the nation. Through the book, the writer focuses on the impacts of agriculture on various aspects of a human's life. The main audience seems to be the people (leaders) who have the role in making and implementing food
Technology greatly transformed American agriculture from just plain farming to commercial farming. The mechanization of farming made farming easier and more profitable. As shown in Document D technology was helping farmers, making farming more easier and they were able to do many jobs quicker. But, Farmers couldn’t afford to send crops to other places At the beginning of the 1840s the railroad began to transform American agriculture, by the 1860’s all states east of the Mississippi had rail service. As shown in Document B there were multiple railroads all around the country. The farmers were ecstatic about this new technology because they could send their crops to other areas, when before they didn’t have the money to be able to do so. Other new technologies were arriving such as the mechanical reaper and the steel plow.
Following the Civil War, a second industrial revolution in America brought many changes to the nation’s agriculture sector. The new technologies that were created transformed how farmers worked and the way in which the sector functioned. Agriculture expanded and became more industrial. Meanwhile government policies, or lack of them for a while, and hard economic conditions put difficult strains on farmers and their occupation. These changes in technology, economic conditions, and government policy from 1865 to 1900 transformed and improved agriculture while leaving farmers in hardship.
The Agricultural Revolution was a time period in which farmers begin to use efficient ways to plant things. This event led to fewer people being needed on farms since the machines used for farming only need a few workers. Because farming took fewer workers, the population of Europe increased. Workers were able to have a life outside of the harsh labor of farming. The Agricultural Revolution helped paved the way for the Industrial Revolution in Britain. The industrial revolution was a time period in the 18th century in which the British experienced changes in technology and an increase in power. These technological changes made possible a great increase in the use of natural resources and the mass production of manufactured goods. Although the industrial revolution seemed like a helpful event to the people of Europe, it caused more damaging effects than it did good.
Although some people chose to leave the farming industry, industrialization was assisted by farmers who practiced four-year rotation of crops, growing of certain crops, and dividing the country into large farms. Crop rotation used land in different ways. Growing turnips, clover, and rye grass helped replenish
2. The agricultural revolution was a decisive turning point in human history because of many reasons. Agriculture supported larger populations because it was possible to domesticate enough food for everyone. Another bonus of the agricultural revolution was that it led into a explosion of technological innovation which provided us with more technologies and techniques such as pottery and weaving.
Around when the Industrial Revolution began, agriculture began to take a turn in it’s way of harvesting crops. New techniques of growing and tending crops spread across Europe in the 1700s. “The improved yield of the agricultural sector can be attributed to the enclosure movement and to improved techniques and practices developed during this
World hunger has been a constant problem throughout the ages. It is a problem that should be able to be solved easily, yet there are still 1.02 billion undernourished people worldwide. With the world population being 6.7 billion people, and the Earth producing more than enough food for this amount of people, why is it that there are hungry, malnourished people all around the globe?
Agriculture has changed dramatically, especially since the end of World War II. Food and fibre productivity rose due to new technologies, mechanization, increased chemical use, specialization and government policies that favoured maximizing production. These changes allowed fewer farmers with reduced labour demands to produce the majority of the food and fibre.