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154:, but thought to be substantially less than rivers; again, variance of year to year and human impacts of land use remain unquantified on this data. It is well known terrain influences climate conditions, and erosive processes slowly but surely modify terrain along with tectonic causes, but all encompassing studies have been lacking on a global scale to understand how these
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Terrigenous sediments are responsible for a significant amount of the salt in today's oceans. Over time rivers continue to carry minerals to the ocean but when water evaporates, it leaves the minerals behind. Since chlorine and sodium are not consumed by biological processes, these two elements
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Sources of terrigenous sediments include volcanoes, weathering of rocks, wind-blown dust, grinding by glaciers, and sediment carried by rivers or icebergs.
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281:"Shelf sedimentation off the Ganges-Brahmaputra river system: Evidence for sediment bypassing to the Bengal fan"
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Some 1.35 billion tons, or 8% of global river-borne sediment (16.5-17 billion tons globally), is transported by
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Sediments derived from the erosion of rocks on land
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162:and natural geo-astrological climate variability.
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220:Earle, Steven (23 September 2019).
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374:. You can help Knowledge by
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334:Invitation to Oceanography
222:"18.3 Sea-Floor Sediments"
241:"Why is The Ocean Salty?"
239:Swensen, Herbert (1983).
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332:Pinet, Paul R. (1996).
156:shape of land and sea
27:terrigenous sediments
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148:decades old studies
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98:Please help
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144:Brahmaputra
35:terrestrial
415:Categories
208:Pinet 1996
196:Pinet 1996
183:References
87:does not
313:26 April
307:Archived
261:26 April
252:Archived
226:Archived
166:See also
68:Quantity
286:Geology
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293:(12).
140:Ganges
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366:This
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255:(PDF)
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372:stub
338:ISBN
315:2023
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