The biggest elevation drop in the Columbia River occurs at the Columbia River Gorge, where the river descends about 1,200 feet (366 meters) from its source at the Canadian Rockies to the Pacific Ocean. This dramatic drop is characterized by numerous waterfalls, including the famous Multnomah Falls, and creates a striking landscape as the river carves through the Cascade Range. The gorge itself represents a significant geological feature, shaped by volcanic activity and glacial processes over millions of years.
No. No. It's 1250' at Wallula Gap, 830' at Bonnesville dam and 400' at Portland, Oregon. Total elevation drop is 2690'. See: http://en.wikipedia.org/wiki/Columbia_River
There is a drop of about 9,000 feet, or 2,750 meters, from the headwaters in Colorado's Rocky Mountains to the Gulf of California mouth.
The Niagara River Flows North because land elevation to the south is higher, causing the flow to go north. Land elevation drops about 325 feet from the mouth of the Niagara River at Lake Erie to the bottom of Niagara Falls and continues to drop to Lake Ontario.
Yes.
The five features caused by erosion and by a river are meanders (bends in the river), oxbow lakes (formed when meanders are cutoff), river deltas (deposits of sediment at the river mouth), floodplains (flat areas prone to flooding), and waterfalls (formed when a river flows over a sudden drop in elevation).
Top Elevation: 3115 Ft. Bottom Elevation: 2415 Ft.Vertical Drop: 700 Ft.
The greater the elevation, the cooler the climate will tend to be. Also relative humidity tends to drop as elevation increases.
The Nile River drops approximately 6,853 feet (about 2,100 meters) from its source in East Africa to its mouth in Egypt. This elevation change occurs over a distance of about 4,135 miles (6,650 kilometers), making it one of the longest rivers in the world. The drop is gradual, with the river flowing through various landscapes and elevations along its course.
A) the distance traveled by water in a channel times a drop in elevation b) the drop in elevation of a stream divided by the distance the water travels c) the water pressure at the bottom of the stream divided by the stream's width d) the increase in discharge of a stream per unit drop in elevation
The shore of Lake Superior (which is at the same elevation, like sea level).
The average temperature drops by about 3.5F per 1000 feet of elevation gain.
The drop in water surface elevation divided by the distance the water flows is known as the hydraulic gradient. It represents the slope of the water surface and is a key factor in understanding fluid movement in open channels and groundwater flow. The hydraulic gradient is usually expressed in units of elevation per unit distance (e.g., meters per kilometer). This concept is essential for engineering applications like designing drainage systems or analyzing river flows.