Table 6. Summary of studies investigating the effects of temperature and pCO₂ on larval rates of oxygen consumption for P. damicornis larvae.

Study	Location	Species, Reproductive mode	Day of release	Treatment conditions	Length of exposure	O2 consumption (nmol O2 larva−1 min−1)	Effect of pCO2	Effect of T	Effect of Day	Interaction(s)
Cumbo et al. (2013) [48]	Taiwan	Pocillopora damicornis, brooder	Near peak-release(4 days)	25, 29°C;400, 750 µatm pCO2	1 d	0.068–0.262	Mostly NS, but few -	Mostly+	Yes	T x Day,CO2 x T x Day
Cumbo et al. (2013) [62]	Taiwan	P. damicornis, brooder	Peak-release only (1 day)	24, 31°C;488, 851 µatm pCO2 †	1–5 d	0.077–0.188†	NS	+	N/A	T x Incubation time
Putnam et al. (2013) [63]	Taiwan	P. damicornis, brooder	Near peak-release (1 day)	24, 29°C415, 635 µatm pCO2	9 d	0.035–0.129	NS	–	N/A	NS
This study	Moorea, French Polynesia	P. damicornis, brooder	Peak-release and after(3 days)	28, 30°C450, 950 µatm pCO2	0.25 d	0.083–0.139	-	+	Yes	NS
Nakamura et al. (2011) [60]	Sesoko Island, Okinawa Island, Japan	Acropora digitifera, BS	N/A	26°C; 350, 1400, 2500 µatm pCO2	3, 7 d	0.002–0.005	NS, -	N/A	N/A	N/A
Albright and Langdon (2011) [59]	Summerland Key, Florida, USA	Porites astreoides, BS	N/A	26°C; 380, 560, 800 µatm pCO2	1–2 d	0.015–0.033	−	N/A	N/A	N/A

This table highlights comparisons of study location, study species (BS = broadcast spawner), release days of larvae used, duration of incubations (d = days), treatment conditions, metabolic rates, and presence/directionality of main effects and interactions (NS = not significant). ^†Units have been converted to match other studies.