A. pisonii: egg fatty acids | Egg fatty acid concentration of A. pisonii from three habitats | Variation in Metabolic Processes | tLA_Egg, C17_1, AA, O3_Egg, C14_1_Egg, GLA_Egg, C18_0, ETE, O6_Egg, C15_0_Egg, ALA_Egg, C18_1n9, EPA, HUFA_Egg, Egg_ug, C15_1_Egg, C20_0_Egg, cLA, DHA, OFA_Egg, C14_0, C16_0_Egg, C20_1n9_Egg, tLA, O3, C14_1, C16_1_Egg, EicoA_Egg, GLA, O6, C15_0, C17_0_Egg, DGLA_Egg, ALA, O3_O6, C17_1_Egg, C15_1, C20_0, AA_Egg, EPA_DHA, C18_0_Egg, C16_0, C20_1n9, ETE_Egg, HUFA, C18_1n9_Egg, C16_1, EicoA, EPA_Egg, OFA, cLA_Egg, C17_0, DGLA, DHA_Egg, C14_0_Egg |
A. pisonii: egg lipid and glycogen | Egg lipid and glycogen content of A. pisonii from three habitats | Variation in Metabolic Processes | Lipid_wt, Lipid_pct, Vial_Lipid, Lipid |
Adult black sea bass winter survival and lipid dynamics: Laboratory-mesocosm experiment | | GenomAdapt | w_muscle_lipid_g, p_w_muscle_lip, gonad_lipid_g, liver_lipid_g, P_gonad_lipid, P_liver_lipd |
Adult black sea bass winter survival and lipid dynamics: Wild fish | | GenomAdapt | gonad_lipid_g, liver_lipid_g, P_gonad_lipid, P_liver_lipd, w_muscle_lipid_g, p_w_muscle_lip |
Biochemistry of sponges | | DimensionsSponge | lipids_AFDW |
coral - energy reserves | Coral energy reserves; calcification, chlorophyll a, stable carbon isotopes, stable nitrogen isotopes | repeat coral bleaching | lipid_J_gdw, lipid_g_gdw |
Coral physiology 22-month mesocosm experiment | Coral physiology 22-month mesocosm experiment | Coral Adaptation | lipid_mg_cm_2, lipid_mg_gdw_1, lipid_kJ_gdw_1 |
Coral physiology survey | | Coral Adaptation | lipid |
Fatty acid composition of McMurdo Benthos | Fatty acid composition of McMurdo Benthos | McMurdo Benthos | Fatty_Acid_ID, Fatty_Acid_Concentration |
Fatty acid measurements - experimental animals | | Egg Boon Food Webs | C22_1n11_pct, C22_5n6_mg, C16_0_pct, C16_2n4_mg, C18_4n3_mg, C18_3n4_pct, C22_4n6_pct, C22_5n3_mg, C16_1n7_pct, C17_0_mg, C20_1n9_mg, C18_3n3_pct, C22_5n6_pct, C22_6n3_mg, C16_2n4_pct, C16_3n4_mg, C20_2n6_mg, C18_4n3_pct, C22_5n3_pct, C20_0_mg, C17_0_pct, C17_1_mg, C20_3n6_mg, C20_1n9_pct, C22_6n3_pct, Ci_15_0_mg, C16_3n4_pct, C18_0_mg, C20_4n6_mg, C20_2n6_pct, C20_0_pct, C14_1_mg, C18_1n9_mg, C17_1_pct, C20_3n6_pct, C20_3n3_mg, Ci_17_0_mg, Ci_15_0_pct, C18_1n7_mg, C18_0_pct, C20_4n6_pct, C20_4n3_mg, Ca_15_0_mg, C14_0_mg, C14_1_pct, C18_2n6_mg, C18_1n9_pct, C20_3n3_pct, C20_5n3_mg, Ci_16_0_mg, C15_0_mg, Ci_17_0_pct, C18_3n6_mg, C18_1n7_pct, C20_4n3_pct, C22_1n11_mg, C14_0_pct, C16_0_mg, Ca_15_0_pct, C18_3n4_mg, C18_2n6_pct, C20_5n3_pct, C22_4n6_mg, C15_0_pct, C16_1n7_mg, Ci_16_0_pct, C18_3n3_mg, C18_3n6_pct |
Juvenile Black sea bass winter growth and lipid accumulation under varying food and temperature conditions - Experiment 1 | Juvenile Black sea bass winter growth and lipid accumulation under varying food and temperature conditions - Experiment 1 | HYPOA | Lipid, Prop_Lipid |
lipid | Lipid content describing the behavior of coral larvae in high pCO2 within shallow tropical reefs in Okinawa, Japan from 2016-07 to 2016-08 | OA coral adaptation | Lipid_per_larvae |
M. jannaschii high/low H2: isotopes and fractionation factors | M. jannaschii high/low H2: isotopes | Carbon flow through SRB | d13C_ppt_Sq_6, Weighted_Avg_ppt_d13C_Sq, d13C_ppt_Sq_3, d13C_ppt_Sq_4, d13C_ppt_Sq_5 |
Neocalanus body and lipid sac morphometrics in the Northern Gulf of Alaska, 2018-2020 | | Diapause preparation | Lipid_percent_BodyVolume |
Physiology of Montipora capitata and Porites compressa in response to marine heatwaves | | Mcap pairs time series | Lipid |
T. pseudonana fatty acids by biovolume | T. pseudonana fatty acids by biovolume | Phytoplankton Community Responses | mol_bv_18_1_11, mol_bv_14_0, mol_bv_18_2, mol_bv_16_0, mol_bv_18_3_w3, mol_bv_16_1a, mol_bv_20_0, mol_bv_16_1b, mol_bv_20_5, mol_bv_16_2a, mol_bv_22_6, mol_total_bv, mol_bv_16_2b, mol_total, mol_SFA_bv, mol_bv_16_3, mcl, mol_UFA_bv, mol_bv_16_4, WUnSat, mol_MUFA_bv, mol_bv_18_0, mol_PUFA_bv, mol_bv_18_1_9, mol_w3_bv |
T. pseudonana fatty acids per cell | T. pseudonana fatty acids by cell | Phytoplankton Community Responses | mol_UFA_cell, mol_MUFA_cell, mol_PUFA_cell, ug_total_cell, ug_SFA_cell, ug_UFA_ug, ug_MUFA_cell, ug_PUFA_cell, mol_total_cell, mol_SFA_cell |
Temperature-dependence of juvenile Black sea bass growth and lipid accumulation - Experiment 2 | Temperature-dependence of juvenile Black sea bass growth and lipid accumulation - Experiment 2 | HYPOA | Prop_Lipid, Lipid |
Tissue data from Keister et al. 2023 | Palau coral comparative analysis thermal tolerance physiology | Thermally tolerant coral | Total_lipids, WAX, TAG, ST, Phospholipids |