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As the spatial scale for the observed process increases (ex: nitrogen cycling) you would expect that:

a) an acceleration of the N transfers
b) a reduction in the number of compartments through which N moves
c) a slowdown of the N transfer
d) a greater contribution of rabbit population to N cycling

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Final answer:

As the spatial scale for the observed process of nitrogen cycling increases, you would expect a slowdown of the N transfer.

Step-by-step explanation:

As the spatial scale for the observed process of nitrogen cycling increases, you would expect a slowdown of the N transfer (option c). This is because as the spatial scale increases, the distance between the sources and sinks of nitrogen increases, leading to a slower movement of nitrogen between different compartments. For example, if the observed process is the nitrogen cycling in a small pond, as the scale increases to include a larger ecosystem like a lake, the transfer of nitrogen between different compartments would be slower.

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