Simple analytical models of glacier-climate interactions - by Prof. J ...
Simple analytical models of glacier-climate interactions - by Prof. J ...
Simple analytical models of glacier-climate interactions - by Prof. J ...
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In this case the <strong>glacier</strong> length increases rapidly when the equilibrium line sinks below<br />
1850 m. A clear maximum <strong>of</strong> dL/dE exists when the <strong>glacier</strong> starts to form the snout.<br />
When the equilibrium line sinks still further, in the end dL/dE will approach the value <strong>of</strong><br />
the original model <strong>glacier</strong> <strong>of</strong> uniform width. When the lower part <strong>of</strong> the <strong>glacier</strong> is wider<br />
than the upper part the opposite is seen. The sensitivity is at a minimum when the budget<br />
<strong>of</strong> the upper basin is just positive.<br />
In conclusion we can state that <strong>glacier</strong>s with a narrow tongue are the ones that are most<br />
sensitive to <strong>climate</strong> change, especially when the <strong>glacier</strong> front is just below the upper<br />
basin.<br />
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