Answer:
Rivers of the Coastal Plain were a major means of commercial transportation during the 1700s and early 1800s. Cities founded along the fall line, called “fall line cities,” are located at the places where these rivers crossed the fall line, marking the upstream limit of travel. The city of Columbus, for example, was established where the Chattahoochee River crosses the fall line; Macon, Milledgeville, and Augusta are similarly located at the crossings of the Ocmulgee, Oconee, and Savannah rivers, respectively. These cities became important transportation hubs because traders could only travel upstream until they reached the waterfalls of the fall line. At that point they were forced to disembark and reload their cargo on the other side of the falls in order to continue their journeys. Columbus served as the upstream head of navigation for the Chattahoochee, as did Augusta for the Savannah River and Macon for the Ocmulgee River. After the first steamship arrived in 1828, Columbus became a gateway city for cotton. Above the fall line, flatboats and barges moved goods around the state. Below the fall line, steamships had unimpeded access to move goods, mostly cotton, into the Gulf of Mexico.
The combination of the output or result of findings that are similar or related in order to provide a more reliable and consistent outcome is known as data synthesis and integration.
<h3>What is interpreting data?</h3>
Interpreting data is the process of using different analytical methods and finding a solution through alternative methods and procedures and arrive at the relevant conclusion.
It enables people to categorize, manipulate, and summarize the information and answer tough questions. For example, in the share and market industries, there are investors who invest in companies, so before investing, they calculate the risk, size of the company, growth rate, and other factors.
Thus, The combination of the output or result of findings that are similar
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Answer:
distance from the sea.
ocean currents.
direction of prevailing winds.
shape of the land (known as 'relief' or 'topography')
distance from the equator.
the El Niño phenomenon.
Explanation:
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