Ligson, Charlon A.Tabalanza, Tracy D.Villanueva, Ronald D.Cabaitan, Patrick C.2025-06-272019-11-20Ligson, C. A., Tabalanza, T. D., Villanueva, R. D., & Cabaitan, P. C. (2020). Feasibility of early outplanting of sexually propagated <i>Acropora verweyi</i> for coral reef restoration demonstrated in the Philippines. <i>Restoration Ecology, 28</i>(1), 244–251. https://doi.org/10.1111/rec.130541061-29711526-100X10.1111/rec.13054https://hdl.handle.net/20.500.14697/584Over the last 20 years, coral sexual propagation techniques for reef restoration have been steadily developed and improved. However, these techniques involve considerable time and costs to grow coral propagules. There is a need to examine the optimal size of juvenile corals for outplantation. Here, we outplanted sexually propagated small (3–5 mm diameter) and large (10–15 mm diameter) <i>Acropora verweyi</i> corals at 4 months after fertilization at two sites in northwestern Philippines, and compared their survival and radial growth rate after a year. <i>A. verweyi</i> coral juveniles (n = 240) exhibited an overall mean survival of 29.5% and growth rate of 11.12 ± 6.2 mm/year (mean ± SD). Large colonies had a significantly higher growth rate than smaller colonies. Although survivorship of large juveniles was significantly better than that of the smaller ones at one site, it did not differ significantly at the other. Each 4-month-old coral cost US$1.52 to produce, while the cost of each of the outplanted juveniles (n = 240) was about US$2.67, whereas the cost of each survivor about a year after outplantation was US$11.47. Results suggest that <i>A. verweyi</i> reared in ex situ nurseries for only 4 months can survive reasonably well when outplanted onto coral reefs.enCoral reef restorationCoral reef conservationReef ecologyArticleSDG 14 - Life below watercoral reef restorationcoralscoral reef conservationgrowth rateChallenge 2: Protect and restore ecosystems and biodiversityChallenge 5: Unlock ocean-based solutions to climate change