If it wasn't for the aquarium hobby, many already extinct animals in the wild would remain lost to humanity forever. Part of the reason I started the hobby is because of the mass media coverage of dying coral reefs and I thought maybe if I tried hard enough I could have a positive impact on the worlds reefs and corals. Which many people already do due to their knowledge and skill in farming, fragging and propagating corals from what I've seen. I think making fragging illegal would make us angry when we look back thinking we could have saved a species. I guess there is a legitimate concern for accelerated evolution, and the possibility of a beast of a coral getting into the ocean and killing off the competition. But I guess it's the same reason you invasive terminology and laws to prevent things like that already.
This is interesting. Florida banned Elkhorn coral harvesting - far before 'climate change' - And - between 1970 and 1980 97 percent of that type of coral was wiped out in the carribean - and this was caused by white band disease.
NOAA has a recovery plan - which they are re-evaluating - Therefore, this recovery plan not only addresses threats documented to have caused the
decline of elkhorn and staghorn coral populations, but identifies and addresses factors that are likely to
negatively impact the survivial and recovery of these species. Furthermore, no single or collective group
of threats may impact all regions of these species’ ranges equally. Multiple threats acting synergistically
or cumulatively likely compound impediments to recovery among elkhorn and staghorn coral
populations. The threats to these species that are impeding recovery are: disease, increasing
temperature, depensatory population effects, loss of recruitment habitat, sedimentation, anthropogenic
abrasion and breakage, predation, inadequacy of existing regulatory mechanisms, natural abrasion and
breakage, ocean acidification, and nutrients and contaminants.
Recovery Strategy: The purpose of this recovery plan is to identify a strategy for rebuilding and
assuring the long-term viability of elkhorn coral and staghorn coral populations in the wild, allowing
ultimately for the species’ removal from the federal list of endangered and threatened species. Elkhorn
and staghorn coral populations should be large enough so that successfully reproducing individuals
comprise numerous populations (including thickets) across the historical ranges of these species and
should be large enough to protect their genetic diversity and maintain their ecosystem functions.
Threats to these species and their habitat must be sufficiently abated to ensure a high probability of
survival into the future. The proposed recovery approach serves to address the most pressing gaps in
knowledge, addresses critical demographic factors required for recovery, and targets the reduction or
elimination of threats so that the recovery objectives outlined in this plan have the greatest likelihood of
being achieved. Because many of the important threats to the recovery of elkhorn and staghorn corals
are not directly manageable, the recovery strategy pursues simultaneous actions to address critical
demographic factors, the range of threats, and knowledge gaps. The gaps in knowledge must be
addressed through basic experimental and genetic research along with monitoring to determine the
current condition of elkhorn and staghorn corals. Climate models and experimental research indicate
that recovery of elkhorn and staghorn corals will be impeded by increasing ocean temperatures and
acidification resulting from global atmospheric CO2 levels. Therefore, actions must be taken to address
ocean warming and acidification impacts on these species. Simultaneously, local threat reductions,
mitigation strategies, and in and ex situ conservation and restoration actions must be pursued. These
include reducing chronic or localized mortality sources (predation, anthropogenic physical damage,
acute sedimentation, nutrients, and contaminants) and acute stresses (LBSP, physical disturbance
threats). Population enhancement is also an integral part of elkhorn and staghorn recovery through"