The Roman Empire and Han Dynasty were similar technologically. Both had extensive trade and travel networks as well as water technology. The Romans were able to expand and control their empire because of a large network of well maintained roads; originally designed for a quicker deployment of troops the road network also promoted trade because of the relative safety of travel. Similar to the Romans the Han also had an extensive travel network; however, theirs was one based on the water. The Han used rivers as transport which led to the development of a canal network because, as with the Romans, of the safety of travel. Both of these empires also used water technology to move water without manpower. In Rome aqueducts were used to take advantage of gravity and transport water from far away to farms and cities. In the Han waterwheels took advantage of flowing water to create energy which powered chain pumps that moved water to irrigation ditches.…
A three part water distribution system was recommended by Vitruvius in towns, due to several reasons. The primary reason behind this logic was that water distribution would much easier and effective. Pipes were used for each connecting tank, allowing water to flow between…
In 50AD, the Romans were becoming more knowledgable in creating a sufficient water system that they began building aqueducts. The architecture and design, of what is known at the Pont Du Gard aqueduct in Rome, is remarkable. There are many similarities and differences between Pont Du Gard and the water system in my hometown of Charleston, South Carolina. Both water systems are functional in their own structural design. They each have a certain function for their own society at the time which make them unique.…
aqueduct: A conduit, either elevated or underground, using gravity to carry water from a source to a location.…
Rome is a city in Italy that has always been a source of great innovation and incredible advances in areas of technology and engineering. A city that originated from such humble beginnings soon was able to transform itself into one of the most powerful empires in the world (Dunstan 2010). This transformation can be attributed mainly to Rome’s incredible ability to develop and implement many ideas that allowed the city to flourish (Dunstan 2010). These ideas included but were not limited to drainage systems, mills, and land elevations (Mahdavi 2012). Utilizing these and other advances in technology and engineering allowed Rome to become a more habitable place, and the incredible empire that Ancient Rome was.…
|religion. Also this architecture had a political purpose and to celebrate civic power. | |possible for engineering and carrying water from springs to cities more than fifty miles |…
proud of their aqueducts. One Roman general raved about the abundance of water they had due…
Rome started as a small city near the Tyrrhenian and Mediterranean Seas. To the west of the city was the Mediterranean. Running through the peninsula Rome expanded on in later years was a mountain range called the Alps. Throughout the peninsula, there was a Mediterranean climate with warm, dry summers and mild winters, and many rivers and good land for farming. However, as Rome expanded, although it still had its Mediterranean climate, it added many new geographical features to its empire.…
The control of water was significant in both the Han dynasty and the Roman Empire (Docs 1 and 8). Han officials believed water conservation officers and hydraulic engineers should work together to prevent flooding (Doc 1). The writer requested the formation of water conservation officers in each district, and inspections of waterways, walls, etc. along with necessary repairs (Doc 1). Document 1 is a letter from a Han government official concerning flood prevention. Considering the status of the writer of document 1 and the fact that the letter is instructional, it seems reasonable to assume he knows what he’s talking about. The Romans also used water engineering, aqueducts, to supply the cities with water (Doc 8). Frontinus boasted about the abundance of water for “public and private uses (Doc 8).” As a water commissioner, the writer of document 8 only talks about the positives of the water system, possibly to make himself look respectable in the eyes of his superiors. An additional document from a common citizen of Rome describing how aqueducts positively affect their life would support Frontinus, who only provides an official government point of view. Both the Roman and the Han officials wanted to use technology to control water for the benefit of the citizens, but for the Han dynasty, it was more necessary to thrive.…
Roads built by the Roman army throughout the empire assisted everyone who was in the empire. "These technological advantages made the shipment of goods across land much easier." Food, clothing, and other necessities were needed in densely populated areas of the empire; the roads made it so much easier to get these items from one place to another. Roman…
Ancient Rome is recognized as being the forefront of technological innovations and efficiency improvement. The Pont du Gard aqueduct is no less than an impressive engineering feat, stretching for miles to deliver water to town centers. Roman architectural features, such as arches and domes, still remain a prominent presence in modern architecture, proving just how timeless, and more importantly, functional these inventions are. However, one notable difference between the two societies is that unlike Ancient Rome's approach to technological adoption through the appropriation of foreign territories, the United States gained its technological edge through development and research. From the invention of electricity and automobiles to computers,…
Romans created many things that we use today. One of them was aqueducts. They built them out of arches with channels over the top. Another was concrete. It was stronger than stone and used them to build bridges, arches, and…
Like the Aztecs, Romans understood that water permitted crops to grow in regions that were usually were too dry. The Romans improved upon the Aztec system of dams and ditches to move water. They constructed huge aqueducts out of stone that transported water over great lengths. The Roman Empire was a great deal bigger than the Aztec empire. Food was transported throughout the empire.…
As humans, we like to have options. We like to be in control. Physician-assisted suicide is meant to be an end-of-life option. It allows people with terminal illness to take control in how they die. In the United States physician assisted suicide is legal in only a small number of states (Oregon, Vermont, California and Washington). Oregon was the first state to pass the Death with Dignity Act in 1997, and since then other states have adopted the Act. Physician assisted suicide can easily be confused with euthanasia (which currently is illegal in all United States). The two are very different. Physician assisted suicide is “when a physician…
The Erie Canal is one of the most famous bodies of water in the world. It was designed, financed, built, operated, maintained and rebuilt several times by the people of New York. When the first shovel of earth was turned near Rome, NY on July 4, 1817, no public works project of this magnitude had ever been attempted anywhere in the world. Men with talent and vision, but little training in engineering, charted the 363-mile course of the canal from Albany to Buffalo. They designed stone aqueducts to carry boats across rivers and locks to lift them over New York’s varied terrain. With thousands of laborers, they dug the ditch itself and built massive reservoirs to assure the canal was constantly supplied with water. The Erie Canal was so successful…