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Predicting the feasibility of Crown-of-Thorns control in space and time to improve coral protection on the Great Barrier Reef
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DOI：10.1016/j.ecoinf.2026.103964.png)
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Abstract
En 中文
• Feasibility is an underused component of conservation prioritisation frameworks. • We built a spatiotemporal feasibility layer for the Great Barrier Reef using a Random Forest Model. • We can now predict whether a reef can be safely SCUBA dived with 92% precision. • Reef feasibility varies strongly by location, shelf position, and time of the year. • Data-driven feasibility layers can replace expert judgements in reef prioritisation.
Keywords:
Conservation prioritisation
Integrated pest management
Adaptive management
Decision support
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