# Coral calcification as a measure of weight from CO2 experiments # with coral recruits associated with the project: Climate_Coral_Larvae # PI: P. J. Edmunds # # These data are published in Dufault et al. (2012) Effects of diurnally oscillating pCO2 on # and survival cationnd survival offf coral recruits.Proc. R. Soc. B. 279:2951-2958, # doi:10.1098/rspb.2011.2545 # See fig. 1a, 1c, 2. # # version 2014.03.20 DBK # # Note for treatment_CO2: A=ambiene fH=High, D=Diurnal, DX=Reve er reprke Diurnal # Noter repre: A deeecimal numb represents 2 tanks used for the # diurnal treatments (e.g., Tank 1.8= tank 1 during day, tank 8 at night) ========================= laboratory lat lon ------------------------- lab_Edmunds_NMMBA 22.0497 120.6985 ========================= month year experiment duration ------------------------- 3 2010 I 3 ========================= coverslip number_polyps treatment_CO2 tank growth growth_polyp growth_polyp_day transformation ------------------------- 1 14 H 3 1.7 0.1214 0.0405 0.000217 2 35 A 12 3.75 0.1071 0.0357 0.000132 3 8 H 13 1 0.125 0.0417 0.000244 4 45 H 3 4.7 0.1044 0.0348 0.000119 5 24 D 1.8 3.15 0.1312 0.0437 0.000297 6 29 D 1.8 3.55 0.1224 0.0408 0.000225 7 19 D 14.15 2.45 0.1289 0.043 0.000276 8 37 D 1.8 4.4 0.1189 0.0396 0.0002 9 3 A 10 0.3 0.1 0.0333 0.0001 10 32 A 10 2 0.0625 0.0208 0.000015 11 41 H 13 3.55 0.0866 0.0289 0.000056 12 40 H 13 3.2 0.08 0.0267 0.000041 13 17 D 14.15 2.05 0.1206 0.0402 0.000211 14 46 D 14.15 6 0.1304 0.0435 0.000289 15 18 A 12 1.65 0.0917 0.0306 0.000071 16 35 A 10 4.2 0.12 0.04 0.000207 17 17 H 3 1.8 0.1059 0.0353 0.000126 18 54 A 12 6.8 0.1259 0.042 0.000251 ========================= month year experiment duration ------------------------- 6 2010 II 6 ========================= coverslip number_polyps treatment_CO2 tank growth growth_polyp growth_polyp_day transformation ------------------------- 1 14 D 14.16 2.75 0.1964 0.0327 nd 2 35 A 7 5.9 0.1686 0.0281 nd 3 18 H 2 3.05 0.1694 0.0282 nd 4 17 D 14.16 3 0.1765 0.0294 nd 5 12 D 1.8 2.45 0.2042 0.034 nd 6 5 DX 8.1 0.55 0.11 0.0183 nd 7 26 A 7 4.55 0.175 0.0292 nd 8 2 H 15 0.4 0.2 0.0333 nd 10 12 H 2 2.4333 0.2028 0.0338 nd 12 16 A 10 2.25 0.1406 0.0234 nd 26 13 D 1.8 1.95 0.15 0.025 nd 27 23 D 1.8 3.75 0.163 0.0272 nd 28 39 DX 16.14 7.15 0.1833 0.0306 nd 29 39 A 10 4.55 0.1167 0.0194 nd 30 36 DX 16.14 4.9 0.1361 0.0227 nd 31 16 D 1.8 2.1 0.1313 0.0219 nd 32 25 D 14.16 3.85 0.154 0.0257 nd 33 10 A 10 1.35 0.135 0.0225 nd 34 23 D 1.8 3.95 0.1717 0.0286 nd 36 37 D 14.16 4.8 0.1297 0.0216 nd 37 32 DX 16.14 6.3 0.1969 0.0328 nd 38 6 A 7 0.8 0.1333 0.0222 nd 39 0 H 15 0.15 nd nd nd 40 34 D 1.8 6.75 0.1985 0.0331 nd 41 17 DX 16.14 2.25 0.1324 0.0221 nd 42 26 D 14.16 4.8 0.1846 0.0308 nd 43 17 A 7 2.35 0.1382 0.023 nd 44 22 DX 8.1 3.7 0.1682 0.028 nd 45 40 A 10 6.1 0.1525 0.0254 nd 46 17 A 7 2.25 0.1324 0.0221 nd 47 14 H 2 2.05 0.1464 0.0244 nd 48 17 DX 16.14 3.55 0.2088 0.0348 nd 49 5 DX 8.1 1 0.2 0.0333 nd 51 27 D 14.16 4.8 0.1778 0.0296 nd 52 28 DX 16.14 4.25 0.1518 0.0253 nd 53 9 DX 8.1 1.8 0.2 0.0333 nd 54 8 A 10 1.45 0.1813 0.0302 nd 55 38 H 2 5.6 0.1474 0.0246 nd 56 9 A 7 1.2 0.1333 0.0222 nd 57 19 H 2 2.8 0.1474 0.0246 nd 58 24 H 2 4.2833 0.1785 0.0297 nd 59 0 H 15 -0.7333 nd nd nd 60 6 DX 8.1 0.65 0.1083 0.0181 nd 70 0 H 15 0.1 nd nd nd 71 0 H 15 0 nd nd nd 72 12 A 10 1.8 0.15 0.025 nd 74 0 H 15 0.05 nd nd nd 75 0 DX 8.1 0.05 nd nd nd