Long-term ecological dynamics: reciprocal insights from natural and anthropogenic gradients

Proceedings. Biological Sciences
Tadashi Fukami, David A Wardle

Abstract

Many ecological dynamics occur over time-scales that are well beyond the duration of conventional experiments or observations. One useful approach to overcome this problem is extrapolation of temporal dynamics from spatial variation. We review two complementary variants of this approach that have been of late increasingly employed: the use of natural gradients to infer anthropogenic effects and the use of anthropogenic gradients to infer natural dynamics. Recent studies have considered a variety of naturally occurring gradients associated with climate, CO2, disturbance and biodiversity gradients, as well as anthropogenic gradients such as those created by biological invasions, habitat fragmentation and land abandonment. These studies show that natural gradients are useful in predicting long-term consequences of human-induced environmental changes, whereas anthropogenic gradients are helpful in inferring the mechanisms behind natural dynamics because covarying factors are often more clearly understood in anthropogenic gradients than in natural gradients. We classify these studies into several categories, each with different strengths and weaknesses, and outline how the limitations can be overcome by combining the gradient-based ...Continue Reading

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Citations

Oct 20, 2012·Oecologia·Sébastien BonthouxGérard Balent
Apr 21, 2010·Proceedings of the National Academy of Sciences of the United States of America·Albert B PhillimoreRichard J Smithers
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