Landslide-Facilitated Species Diversity in a Beech-Dominant Forest. Seiwa, K., Miwa, Y., Akasaka, S., Kanno, H., Tomita, M., Saitoh, T., Ueno, N., Kimura, M., Hasegawa, Y., Konno, M., & Masaka, K. Ecological Research, 28(1):29–41, November, 2013. doi abstract bibtex To evaluate the extent to which landslides affect community dynamics and consequent species diversity in a beech-dominated forest, differences in the composition and size structure of tree species were compared between landslide and adjacent stable (control) stands. Demography and changes in size were compared between the two stands over a 5-year period about 60 years after a landslide. In the control stand, replacement occurred even amongst late-successional species, with beech ( Fagus crenata ) – the most dominant species – increasing in relative abundance. In the landslide stand, very few large individuals of late-successional species occurred, whereas large individuals of early-successional species occurred only in the landslide stand. The traits indicate that the landslide strongly facilitated species diversity, not only by reducing the dominance of late-successional species, but also by promoting recruitment of early-successional species. However, new recruitment of early-successional species was inhibited in the landslide stand, although we observed succeeding regeneration and subsequent population growth of late-successional species there. As a result, the relative dominance of late-successional species increased with succession after the landslide, thus decreasing future species diversity. In beech-dominant forest landscapes in Japan that include communities with different developmental stages, the mosaic of serial stages may facilitate species diversity after a landslide.
@article{seiwaLandslidefacilitatedSpeciesDiversity2013,
title = {Landslide-Facilitated Species Diversity in a Beech-Dominant Forest},
author = {Seiwa, Kenji and Miwa, Yoshiko and Akasaka, Shigetoshi and Kanno, Hiroshi and Tomita, Mizuki and Saitoh, Tomoyuki and Ueno, Naoto and Kimura, Megumi and Hasegawa, Yoichi and Konno, Miki and Masaka, Kazuhiko},
year = {2013},
month = nov,
volume = {28},
pages = {29--41},
issn = {0912-3814},
doi = {10.1007/s11284-012-0996-7},
abstract = {To evaluate the extent to which landslides affect community dynamics and consequent species diversity in a beech-dominated forest, differences in the composition and size structure of tree species were compared between landslide and adjacent stable (control) stands. Demography and changes in size were compared between the two stands over a 5-year period about 60 years after a landslide. In the control stand, replacement occurred even amongst late-successional species, with beech ( Fagus crenata ) -- the most dominant species -- increasing in relative abundance. In the landslide stand, very few large individuals of late-successional species occurred, whereas large individuals of early-successional species occurred only in the landslide stand. The traits indicate that the landslide strongly facilitated species diversity, not only by reducing the dominance of late-successional species, but also by promoting recruitment of early-successional species. However, new recruitment of early-successional species was inhibited in the landslide stand, although we observed succeeding regeneration and subsequent population growth of late-successional species there. As a result, the relative dominance of late-successional species increased with succession after the landslide, thus decreasing future species diversity. In beech-dominant forest landscapes in Japan that include communities with different developmental stages, the mosaic of serial stages may facilitate species diversity after a landslide.},
journal = {Ecological Research},
keywords = {*imported-from-citeulike-INRMM,~INRMM-MiD:c-11682676,~to-add-doi-URL,biodiversity,disturbances,diversity,fagus-crenata,forest-resources,forest-succession,japan,landslides,species-richness},
lccn = {INRMM-MiD:c-11682676},
number = {1}
}
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Demography and changes in size were compared between the two stands over a 5-year period about 60 years after a landslide. In the control stand, replacement occurred even amongst late-successional species, with beech ( Fagus crenata ) – the most dominant species – increasing in relative abundance. In the landslide stand, very few large individuals of late-successional species occurred, whereas large individuals of early-successional species occurred only in the landslide stand. The traits indicate that the landslide strongly facilitated species diversity, not only by reducing the dominance of late-successional species, but also by promoting recruitment of early-successional species. However, new recruitment of early-successional species was inhibited in the landslide stand, although we observed succeeding regeneration and subsequent population growth of late-successional species there. 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Demography and changes in size were compared between the two stands over a 5-year period about 60 years after a landslide. In the control stand, replacement occurred even amongst late-successional species, with beech ( Fagus crenata ) -- the most dominant species -- increasing in relative abundance. In the landslide stand, very few large individuals of late-successional species occurred, whereas large individuals of early-successional species occurred only in the landslide stand. The traits indicate that the landslide strongly facilitated species diversity, not only by reducing the dominance of late-successional species, but also by promoting recruitment of early-successional species. However, new recruitment of early-successional species was inhibited in the landslide stand, although we observed succeeding regeneration and subsequent population growth of late-successional species there. 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