How do tectonic uplift and orbital variations combine to affect the long-term intensity of monsoons?     Together, these cause the period of the orbital-scale monsoonal response to decrease and increase the frequency of strong monsoonal circulations.   Together, these cause a decrease in the strength of monsoons over time as the uplifted area produces a rain shadow, reducing annual monsoonal precipitation.   Together, these cause the amplitude of the orbital-scale monsoonal response to increase and gradually exceed critical thresholds.   Together, these produce a linear increase in monsoonal strength over time.   Both C and D are correct

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How do tectonic uplift and orbital variations combine to affect the long-term intensity of monsoons?

 

 

Together, these cause the period of the orbital-scale monsoonal response to decrease and increase the frequency of strong monsoonal circulations.

 

Together, these cause a decrease in the strength of monsoons over time as the uplifted area produces a rain shadow, reducing annual monsoonal precipitation.

 

Together, these cause the amplitude of the orbital-scale monsoonal response to increase and gradually exceed critical thresholds.

 

Together, these produce a linear increase in monsoonal strength over time.

 

Both C and D are correct.

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