期刊
BIOPRESERVATION AND BIOBANKING
卷 17, 期 4, 页码 355-369出版社
MARY ANN LIEBERT, INC
DOI: 10.1089/bio.2018.0137
关键词
biopreservation; climate change; coral reefs; cryopreservation; molecular diagnostics; reef restoration
资金
- Taiwan Coral Reef Society [10702]
Herein we propose an ambitious confrontation of the current coral reef crisis through the establishment of a Coral Hospital. In an analogous manner to a human hospital, sick corals will first be diagnosed either in situ or in the hospital's diagnostic clinic such that the root cause of illness can be discerned (e.g., disease, high temperatures, or pollutant stress). Then, corals will be treated (when necessary) and allowed to convalesce in precisely controlled coral husbandry facilities. Upon rehabilitation, the recovered corals will be returned to their home reef (if this reef was not found to have degraded), or, alternatively, to a site featuring oceanographic conditions favoring a high level of health, as determined by husbandry experiments performed in other hospital wards. When possible, diagnostic data from the sick corals (i.e., the underlying cause of sickness) will be used to guide environmental remediation schemes aimed at promoting coral resilience in the ocean. If the home reef improves to an appreciable extent during the time the corals are hospitalized, these corals could be replanted there upon rehabilitation. Regardless of the site of outplanting, recuperated corals will be monitored over time to validate the quality of care in the hospital. In the event that the home reefs suffer to such an extent that environmental mitigation is no longer possible, coral gametes will be collected and cryopreserved such that they may be fertilized, reared in officinarum, and later reseeded once/if global marine conditions again permit coral survival.
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