Copyright © 2002 Elsevier Science Ltd All rights reserved.
Trends in Ecology & Evolution, Volume 17, Issue 10, 491, 1 October 2002
The evolution of wind pollination in angiosperms
In the article ‘Evolution of wind pollination in angiosperms’ (T.M. Culley, S.G. Weller and A.K. Sakai, Trends Ecol. Evol. 17, 361–369), several taxa were coded incorrectly in Fig. 3, which should have appeared as follows:
Perianth condition mapped onto a cladogram of the nitrogen-fixing clade of the lower rosids, following the method of Linder . Pollination mode (wind or biotic pollination) and perianth condition (absent, green; reduced, blue; well developed, red; equivocal, gray dashed) represent general characterizations of each family and were obtained from Judd et al.
 and Linder . Numbers above branches indicate bootstrap values. Families that are predominantly wind pollinated are designated in bold with an asterisk and those with an uncertain pollination mode are underlined. The Fagaceae  and the Elaeagnaceae are characterized by both wind and biotic pollination (shown in bold without an asterisk). Families designated in normal type are biotically pollinated. Outgroups are orders comprising mainly biotically pollinated families with well developed perianths, with the exception of a few families in the Malpighiales (e.g. the Salicaceae and Euphorbiaceae). Wind pollination occurs primarily in families with reduced or absent perianths, whereas families with well-developed perianths are primarily biotically pollinated. Figure adapted, with permission, from .
We apologize to the readers for these errors.