Perspectives in Plant Ecology, Evolution and Systematics
Biological flora of Central Europe: Ailanthus altissima (Mill.) Swingle
Section snippets
Taxonomy
According to Nooteboom (1962), Ailanthus altissima (Mill.) Swingle 1916 (Simaroubaceae) is one of five species within the genus Ailanthus Desf. (Mém. Phys. Math. Acad. Sci. Paris 1786, 265, tab 8 1788) nom. cons. Different from A. altissima, its congeners A. excelsa Roxb., A. integrifolia Lam. (incl. A. calycina Pierre), A. triphysa (Dennst.) Alston, A. fordii Nooteboom (in Fu and Hong (2001) affiliated to A. triphysa) show a subtropical range. Other authors differentiated more species within
Life cycle and biology
Ailanthus is a short-lived early successional tree that can attain a life span of >100 years. Old trees from Germany were reported by Lauche (1936; 130 years), von Schwerin (1933; 121 years), and Wilhelmi (1958; 113 years). By producing clonal offspring, the genetic individuals are nearly immortal. Sprouts from the first tree introduced in 1784 to America, for example, still exist today (Howard, 2004).
Biochemical data
The bark contains oleoresin, resin, some mucilage, ceryl alcohol, ailanthin, ‘quassiin’, calcium oxalate crystals, and isoquercetin (quercitin 3-glycoside), tannin, phlobaphene, ceryl palmitate, saponin, quassin and neoquassin. Leaves contain 12% tannin, quercetin, isoquercetin, and the alkaloid linuthine. Seeds contain quassiin (List and Horhammer, 1969–1979; Perry, 1980). Proteins called quassinoids have been intensively studied due to their pharmacological relevance and phytotoxic impacts.
Impacts
Detailed data-traced studies on the impacts of Ailanthus and an evaluation of the impacts as positive or negative are rare, although Ailanthus conspicuously colonizes a broad array of habitats, often with prolific populations. At present, most European populations of Ailanthus are confined to disturbed urban and rural habitats, above all along transportation corridors which often have a low conservation value. In cities, conflicts may arise due to the need for increased maintenance in urban
Acknowledgments
Thanks are due to E.J. Jäger and an anonymous reviewer for comments on a previous version, to E. J. Jäger and E. Welk for providing Figures 4 and 5, to H. Abdelkrim, Z. Botta-Dukat, A. Brande, D. Benkert, L. Celesti-Grapow, M. Conedera, U. Deil, D. Ehlert, F. Essl, M. Fennane, H. Jäger, H. Lenzin, N. Klöhn, R. Marquard, W. Punz, H. Schäfer, B. Seitz, R. Weidner and W. Welss for providing other information, to K. Grandy and G. Yoganathan for supporting the experiments, to W. Roloff for producing
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