c.volcanoes d. mid-ocean ridges
Glacial deposits are the primary evidence that many continents were once situated near the South Pole. These deposits were left behind by glaciers that once covered the continents, providing evidence of past continental arrangements. Other geological phenomena such as earthquakes, volcanoes, or mid-ocean ridges do not specifically indicate past proximity to the South Pole.
The evidence that many continents were once situated near the South Pole comes primarily from glacial deposits. These deposits are areas where material transported by glaciers has been left behind after the ice has melted. Glaciers once covered these continents and moved slowly across the land, scratching the surface and leaving behind characteristic grooves and striations. This is a key feature in the study of plate tectonics and past continental arrangements. None of the other options (earthquakes, volcanoes, mid-ocean ridges) specifically provide evidence of a past proximity to the South Pole.
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Usually when the winds are from the south, and you have isotherms (temperature lines) perpendicular to the isobars (pressure lines) you have warm air advection (warm air moving up from the south).
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the annswer is no association
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Answer:no association
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Agriculture consumes more water than industrial,recreation or residential
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you kinda gave away the answer
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the answer is B
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