Walt C. Jaap Mark Chiappone Bernardo Vargas-Angel Brian Keller Richard B. Aronson Eugene A. Shinn Andrew W. Bruckner Margaret W. Miller 2003 Despite representing the northern extent of <i>Acropora</i> spp. in the Caribbean, most of the Florida reef line from Palm Beach through the Keys was built by these species. Climatic factors appear to have bee important agents of <i>Acropora</i> loss within historic (century) time frames. In the recent past (1980-present), available quantitative evidence suggests dramatic declines occurred in <i>A. cervicornis</i> first (late 70's to 84) with collapse of <i>A. palmata</i> occuring later (1981-86). However, recent monitoring studies (1996-2001) show continued decline of remnant populations of <i>A. palmata</i>. Current trends in <i>A. cervicornis</i> in the Florida Keys are hard to assess given its exceedingly low abundance, except in Broward County, FL where recently discovered <i>A. cervicornis</i> thickets are thriving. While the State of Florida recognizes <i>A. palmata</i> and <i>A. cervicornis</i> as endangered species (Deyrup and Franz 1994), this designation carries no management implications. The current management plan of the FKNMS provides many strategies for coral conservation, among them minimizing the threat of vessel groundings and anchor damage, and prohibitions on collection, touching, and damage from fishery and recreational users. Although <i>Acropopra</i> spp. are not explicitly given any special consideration, they are implicitly by Santuary management. Restoration approaches undertaken in the Florida Keys include rescue of fragments damaged by groudings and experimental work to culture broadcast-spawned larvae to re-seed natural substrates. Neither of these efforts have yet realized full success. application/pdf en National Oceanic and Atmospheric Administration <i>Acropora</i> corals in Florida: status, trends, conservation, and prospects for recovery book