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From Table 11B-1, the river with the greatest average annual sediment transport is the ______ River. a.Amazon b.Huang He c.Ganges d.Brahmaputra Based on the available information, the main factor contributing to this river’s great sediment load must be ______. This factor is also evident in the sediment load, or amount of material suspended per cubic meter of water, in the Ching branch. a.vast drainage basin b.extensive source of particulate materials c.heavy tropical precipitation

From Table 11B-1, the river with the greatest average annual sediment transport is the ______ River. a.Amazon b.Huang He c.Ganges d.Brahmaputra Based on the available information, the main factor contributing to this river’s great sediment load must be ______. This factor is also evident in the sediment load, or amount of material suspended per cubic meter of water, in the Ching branch. a.vast drainage basin b.extensive source of particulate materials c.heavy tropical precipitation

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
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From Table 11B-1, the river with the greatest average annual sediment transport is the ______ River.
a.Amazon
b.Huang He
c.Ganges
d.Brahmaputra

Based on the available information, the main factor contributing to this river’s great sediment load must be ______. This factor is also evident in the sediment load, or amount of material suspended per cubic meter of water, in the Ching branch.
a.vast drainage basin
b.extensive source of particulate materials
c.heavy tropical precipitation

Table 11B-1 is a list of the major sediment-transporting rivers of the world along with their mean annual discharge (cubic meter per second), drainage area (thousands of square kilometer), mean annual sediment transport (millions of tons per year), and sediment load (in kilogram per cubic meter). (For more on river locations with source and outflow information, see Link 11B-1.) Table 11B-1. Major Sediment-Transporting Rivers of the World Discharge (m³/s) Drainage (10° km?) River Sediment Sediment transport (10° T/yr) load (kg/m³) Amazon 181,200 5,798 363.6 0.1 Chang (Yangtze) 21,800 1,950 500 0.7 Mississippi 17,800 3,234 312.7 0.6 Irrawaddy 13,600 432 300 0.7 Brahmaputra 12,200 668 727.3 1.9 Ganges 11,800 959 1,454.5 3.9 Mekong 11,000 798 170 0.5 Indus 5,600 972 436.4 2.5 Red 3,900 120 130 1.1 Nile 2,800 2,990 110.9 1.2 Missouri (Mississippi) 2,000 1,375 218.2 3.5 Kosi (Ganges) 1,800 62 172.7 3.0 Huang He (Yellow) 1,500 676 1,890.9 39.9 Colorado 160 640 135.5 27.6 Ching (Huang He) 60 57 409.1 229.0 Lo (Huang He) 26 190.9 --- Source: Adapted from O. Sarnelle, FW109, Conservation of Freshwater Ecosystems, Michigan State University
Transcribed Image Text:Table 11B-1 is a list of the major sediment-transporting rivers of the world along with their mean annual discharge (cubic meter per second), drainage area (thousands of square kilometer), mean annual sediment transport (millions of tons per year), and sediment load (in kilogram per cubic meter). (For more on river locations with source and outflow information, see Link 11B-1.) Table 11B-1. Major Sediment-Transporting Rivers of the World Discharge (m³/s) Drainage (10° km?) River Sediment Sediment transport (10° T/yr) load (kg/m³) Amazon 181,200 5,798 363.6 0.1 Chang (Yangtze) 21,800 1,950 500 0.7 Mississippi 17,800 3,234 312.7 0.6 Irrawaddy 13,600 432 300 0.7 Brahmaputra 12,200 668 727.3 1.9 Ganges 11,800 959 1,454.5 3.9 Mekong 11,000 798 170 0.5 Indus 5,600 972 436.4 2.5 Red 3,900 120 130 1.1 Nile 2,800 2,990 110.9 1.2 Missouri (Mississippi) 2,000 1,375 218.2 3.5 Kosi (Ganges) 1,800 62 172.7 3.0 Huang He (Yellow) 1,500 676 1,890.9 39.9 Colorado 160 640 135.5 27.6 Ching (Huang He) 60 57 409.1 229.0 Lo (Huang He) 26 190.9 --- Source: Adapted from O. Sarnelle, FW109, Conservation of Freshwater Ecosystems, Michigan State University
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