Since they built the dam, yuma became a bigger city which a lot of people passed through it to get to the gold rush. So when all of those people go and pass through they decided to put yuma on the map. Which gave it more attention so more people came through and check it out. So more people started to stay and the town's population became bigger. Which made yuma need more food and money and that is where irrigation come out of to help make more
Fertile Agribusiness in yuma has evolved to help model for efficiently using maximize agricultural production and economic value. By using irrigation we improve efficiency and judicious switching to less dried up crops we can use less water,
This information could make an individual question why this research was not conducted earlier? Some other areas of interest that were not mentioned in the video are located on the TVA website which notates that the Tellico dam has a flood storage capacity of 120,000 acre-feet and that it provides a large amount of water surface for recreational activities for the community and tourist that visit each year (Tellico, nd). Tellico is only about forty five minutes away from the town where I live and is always packed during the spring, summer and fall months. Of course, it is not just because of the water activities there are many other reasons to visit this area. One last piece of information that I would like to share is that although this dam does not generate electricity in this location, however, it does flow through a small canal to the Fort Loudoun Dam which helps to drive four of their generators.
Places that have sparse or seasonal rainfall could not sustain agriculture without irrigation. In areas that have irregular precipitation, irrigation improves crop growth and quality. By allowing farmers to grow crops on a consistent schedule, irrigation also creates more reliable food supplies. In document 3 it says "These irrigation systems was the first of their kind and allowed Mesopotamia to grow a surplus of wheat and other crops." this shows why irrigation systems are important and how they impacted the world.
To begin, typically between June and September, the river would flood its banks. Since there is little rainfall in Egypt, this yearly flood would allow moisture back into the soil, improving the conditions for farming. This area of land “along the banks of the Nile [is called] the Kemet, or Black Land.” It is noted that “the land along the banks of the Nile River were extremely fertile.” In addition, the Nile River acted as a natural highway, creating opportunities to trade goods by water.
Irrigation in Yuma The Yuma Project was and still today is a very important historical element. This was build to irrigate and provide water to the crops and land in the Yuma County and some of the Imperial County. It took over 13 years to finalize and finish the project. This was the very first important dam that they would ever build.
However, a careful analysis of the reasons behind the creation of the dam and how the dam was built without much damage to the environment itself, as the system relies entirely on gravity to deliver this water; therefore no pumping stations were necessary, then it is very likely that the decision to build the dam was the correct one. The O 'Shaughnessy Dam is a vital component of the Hetch Hetchy Valley water system that provides water to the San Francisco Bay Area and surrounding communities. Nearly “2.4 million people rely upon the dam,” for their supply or electricity and water (Crabtree, 2013). The demand for the damn came about as a result of the idea during the progressive era in the United Sates that the introduction of public works to certain areas was the most beneficial ways in building a great civilization.
Much of the water would be used for things that are not vital, such as overwatering lawns, driveways, plants, etc. Last concern to building the dam would be damaging the environment and potentially the economy. One of Utah's biggest attractions could disappear if we built the dam. The bear river feeds into the Great Salt Lake and building the dam will make stop feeding into the Great Salt Lake. Also, Frankel leads us to believe, that the lake could disappear if we continue the Bear River development and combine the climate change.
The canals next to the Nile will fill with the Nile floodwater. At the same time, the floodplains are then are then covered in a new batch of dirt that will later help crops
The Nile River has helped harvest in and exceptionally in Egypt. According to Document B, the irrigation channels needed the Nile because the Nile provided water. Without the Nile water the crops would not last and the farmers wouldn’t have jobs. As stated in the song, “Hymn to the Nile,” in Document E, the Nile was much appreciated as it was written, “spring from the ground, come to keep the land alive…
The White Nile begins with the waters that flow into and then out of Lake Victoria. The deserts in Egypt are very dry. The Nile river is the longest river in the world and the main water source that everyone in Egypt relies on in such an extreme environment. Without it, there would be almost nothing in Egypt. The Nile river strongly affected the
Also the Hoover Dam is known for the World’s largest hydroelectric power station! Another reason we need the Hoover
Those main rivers share a similarity that all of them flood constantly, which force local peoples to develop better irrigation
Cromwell middle schools Have banned Bridge to Terabithia by Katherine Paterson in the school libraries. The reason this book is challenged because it has witchcraft, Satanism, and some offensive language. This book's main concept is two children trying to get to Terabithia, to live a better child life. This might give the tone that child life is boring and not worth living. A character named leslie even dies trying to get to terabithia.
They also include the replacement of undersized structures such as bridges. These works are necessary, as the original channels have become undersized as a result of the increase in flood flows caused by development. Flash flood also can be overcome with storage ponds of flood attenuation. Ponds such as disused mining pools can be used for flood storage. The objective is to divert the flood water through such ponds and thus regulate the outflow so that the flood peaks are attenuated.
