Science · 2000 · 122 citations · 7 references
Natural SciencesEarth SciencesEcologyEnvironmental GeologyForest ManagementVolcanologyMountain EcologyMountain EcosystemsMountain HazardsVolcanic Disturbance EcologyVolcanic EruptionsVolcanic HazardsDisturbance Ecology In MountainsEcological SuccessionMountain SuccessionPost-collapse Volcanic ActivityVolcanic Eruption HistoryVolcanic Eruption ResponseVolcanic MountainsVolcanic Succession
Mt. St. Helens9 eruption on 18 May 1980 devastated a vast forested area, creating an unprecedented natural laboratory for studying the effects of large disturbances on ecosystems. As Franklin and MacMahon discuss in this Perspective, recovery was found not to follow the expected pattern of ecological succession from the edges. Rather, it was found to be highly heterogeneous, with surviving organisms and organic structures such as tree boles and standing dead trees playing a major role. In a related Perspective, Newhall discusses the geological lessons learned from the eruption.
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Jerry F. Franklin, David B. Lindenmayer, James A. MacMahon et al. · Conservation in Practice · 2000 · 418 citations
Interpreting the Yellowstone Fires of 1988
Norman L. Christensen, James K. Agee, Peter F. Brussard et al. · BioScience · 1989 · 201 citations
An Introduction to Hurricanes in the Caribbean
Lawrence R. Walker, D. Jean Lodge, Nicholas Brokaw et al. · Biotropica · 1991 · 184 citations