Acuña, José Luis; Lopez-Urrutia, Angel; Colin, Sean (2014): Data compilation of marine pelagic organism maximum clearance rates [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.832243, In supplement to: Acuña, JL et al. (2011): Faking Giants: The Evolution of High Prey Clearance Rates in Jellyfishes. Science, 333(6049), 1627-1629, https://doi.org/10.1126/science.1205134
Always quote citation above when using data! You can download the citation in several formats below.
Related to:
Bamstedt, Ulf (1990): Trophodynamics of the scyphomedusae Aurelia aurita. Predation rate in relation to abundance, size and type of prey organism. Journal of Plankton Research, 12(1), 215-229, https://doi.org/10.1093/plankt/12.1.215
Bamstedt, Ulf (1998): Trophodynamics of Pleurobrachia pileus (Ctenophora, Cydippida) and ctenophore summer occurrence off the Norwegian North-West coast. Sarsia, 83(2), 169-181, https://doi.org/10.1080/00364827.1998.10413680
Bamstedt, Ulf; Martinussen, M B; Matsakis, S (1994): Trophodynamics of the two scyphozoan jellyfishes, Aurelia aurita and Cyanea capillata, in western Norway. ICES Journal of Marine Science, 51(4), 369-382, https://doi.org/10.1006/jmsc.1994.1039
Bishop, John W (1968): A Comparative Study of Feeding Rates of Tentaculate Ctenophores. Ecology, 49(5), 996, https://doi.org/10.2307/1936552
Bochdansky, Alexander B; Leggett, William C (2001): Winberg revisited: convergence of routine metabolism in larval and juvenile fish. Canadian Journal of Fisheries and Aquatic Sciences, 58(1), 220-230, https://doi.org/10.1139/f00-226
Buecher, Emmanuelle; Gasser, Beate (1998): Estimation of predatory impact of Pleurobrachia rhodopis (cydippid ctenophore) in the northwestern Mediterranean Sea: in situ observations and laboratory experiments. Journal of Plankton Research, 20(4), 631-651, https://doi.org/10.1093/plankt/20.4.631
Checkley, David M (1984): Relation of growth to ingestion for larvae of Atlantic herring Clupea harengus and other fish. Marine Ecology Progress Series, 18, 215-224, https://doi.org/10.3354/meps018215
Costello, John H; Colin, Sean P (1994): Morphology, fluid motion and predation by the scyphomedusa Aurelia aurita. Marine Biology, 121(2), 327-334, https://doi.org/10.1007/BF00346741
Fancett, Mark S; Jenkins, Greg P (1988): Predatory impact of scyphomedusae on ichthyoplankton and other zooplankton in Port Phillip Bay. Journal of Experimental Marine Biology and Ecology, 116(1), 63-77, https://doi.org/10.1016/0022-0981(88)90246-8
Greene, Charles H; Landry, Michael R; Monger, Bruce C (1986): Foraging Behavior and Prey Selection by the Ambush Entangling Predator Pleurobrachia Bachei. Ecology, 67(6), 1493, https://doi.org/10.2307/1939080
Hansen, Per Juel; Bjørnsen, Peter K; Hansen, Benni Winding (1997): Zooplankton grazing and growth: Scaling within the 2-2,000-µm body size range. Limnology and Oceanography, 42(4), 687-704, https://doi.org/10.4319/lo.1997.42.4.0687
Houde, Edward D; Schekter, Richard C (1980): Feeding by marine fish larvae: developmental and functional responses. Environmental Biology of Fishes, 5, 315-334, https://doi.org/10.1007/BF00005186
Ikeda, Tsutomu; Skjoldal, Hein Rune (1989): Metabolism and elemental composition of zooplankton from the Barents Sea during early Arctic summer. Marine Biology, 100(2), 173-183, https://doi.org/10.1007/BF00391956
Kiørboe, Thomas; Munk, Peter; Richardson, Katherine (1987): Respiration and growth of larval herring Clupea harengus: relation between specific dynamic action and growth efficiency. Marine Ecology Progress Series, 40, 1-10, https://doi.org/10.3354/meps040001
Kremer, Patricia; Nixon, S (1976): Distribution and abundance of the ctenophore, Mnemiopsis leidyi in Narragansett Bay. Estuarine, Coastal and Shelf Science, 4(6), 627-639, https://doi.org/10.1016/0302-3524(76)90071-2
Kremer, Patricia; Reeve, M R; Syms, Mary Ann (1986): The nutritional ecology of the ctenophore Bolinopsis vitrea: comparisons with Mnemiopsis mccradyi from the same region. Journal of Plankton Research, 8(6), 1197-1208, https://doi.org/10.1093/plankt/8.6.1197
Martinussen, M B; Bamstedt, Ulf (1999): Nutritional ecology of gelatinous planktonic predators. Digestion rate in relation to type and amount of prey. Journal of Experimental Marine Biology and Ecology, 232(1), 61-84, https://doi.org/10.1016/S0022-0981(98)00101-4
Miller, Thomas J; Crowder, Larry B; Rice, James A; Binkowski, Fred P (1992): Body Size and the Ontogeny of the Functional Response in Fishes. Canadian Journal of Fisheries and Aquatic Sciences, 49, 805-812, https://doi.org/10.1139/f92-091
Møller, Lene Friis; Riisgard, Hans Ulrik (2007): Feeding, bioenergetics and growth in the common jellyfish Aurelia aurita and two hydromedusae, Sarsia tubulosa and Aequorea vitrina. Marine Ecology Progress Series, 346, 167-177, https://doi.org/10.3354/meps06959
Morand, Pierre; Carré, Claude; Biggs, Douglas C (1987): Feeding and metabolism of the jellyfish Pelagia noctiluca (scyphomedusae, semaeostomae). Journal of Plankton Research, 9(4), 651-665, https://doi.org/10.1093/plankt/9.4.651
Munk, Peter (1995): Foraging behaviour of larval cod (Gadus morhua) influenced by prey density and hunger. Marine Biology, 122(2), 205-212, https://doi.org/10.1007/BF00348933
Post, John R; Lee, Julie A (1996): Metabolic ontogeny of teleost fishes. Canadian Journal of Fisheries and Aquatic Sciences, 53(4), 910-923, https://doi.org/10.1139/cjfas-53-4-910
Reeve, M R (1980): Comparative experimental studies on the feeding of chaetognaths and ctenophores. Journal of Plankton Research, 2(4), 381-393, https://doi.org/10.1093/plankt/2.4.381
Reeve, M R; Walter, M A; Ikeda, Tsutomu (1978): Laboratory studies of ingestion and food utilization in lobate and tentaculate ctenophores. Limnology and Oceanography, 23(4), 740-751, https://doi.org/10.4319/lo.1978.23.4.0740
Stepien, W P (1976): Feeding of Laboratory-Reared Larvae of the Sea Bream Archosargus rhomboidalis (Sparidae). Marine Biology, 38, 1-16, https://doi.org/10.1007/BF00391480
Thibault-Botha, Delphine; Bowen, Terra (2004): Impact of formalin preservation on Pleurobrachia bachei (Ctenophora). Journal of Experimental Marine Biology and Ecology, 303(1), 11-17, https://doi.org/10.1016/j.jembe.2003.10.017
Uye, Shin-ichi; Shimauchi, H (2005): Population biomass, feeding, respiration and growth rates, and carbon budget of the scyphomedusa Aurelia aurita in the Inland Sea of Japan. Journal of Plankton Research, 27(3), 237-248, https://doi.org/10.1093/plankt/fbh172
Comment:
Data were extracted from tables or digitized from figures reported in the original papers (Reference). When body mass was not given in the specific unit in the orginal paper, it was converted as indicated under "Comment".
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Species | Species | Acuña, José Luis | |||
| 2 | Name | Name | Acuña, José Luis | vernacular name | ||
| 3 | Uniform resource locator/link to reference | URL ref | Acuña, José Luis | WoRMS Aphia ID | ||
| 4 | Type | Type | Acuña, José Luis | functional type | ||
| 5 | Clearance rate | CR | l/day | Acuña, José Luis | per individual | |
| 6 | Treatment: temperature | T:temp | °C | Acuña, José Luis | ||
| 7 | Body mass, wet | BM wet | mg | Acuña, José Luis | Calculated, see reference(s) | per individual |
| 8 | Body mass, dry | BM dry | mg | Acuña, José Luis | Calculated, see reference(s) | per individual |
| 9 | Body mass as carbon | BM C | mg | Acuña, José Luis | Calculated, see reference(s) | per individual |
| 10 | Comment | Comment | Acuña, José Luis | DW = dry weight, WW = wet weight, CW = carbon weight | ||
| 11 | Reference/source | Reference | Acuña, José Luis |
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
907 data points
Data
| 1 Species | 2 Name | 3 URL ref | 4 Type | 5 CR [l/day] | 6 T:temp [°C] | 7 BM wet [mg] | 8 BM dry [mg] | 9 BM C [mg] | 10 Comment | 11 Reference |
|---|---|---|---|---|---|---|---|---|---|---|
| Aurelia aurita | common jellyfish, moon jelly, moon jellyfish | marinespecies.org | Jellyfish | .164E2 | 20.0 | .227E-2 | .504E-4 | .252E-5 | DW and CW conversion factors in Møller and Riisgård (2007); WW from bell diameter using equation in Uye and Shimauchi (2005). | Båmstedt (1990) |
| Aurelia aurita | common jellyfish, moon jelly, moon jellyfish | marinespecies.org | jellyfish | .251E2 | 20.0 | .286E-1 | .550E-3 | .275E-4 | DW and CW conversion factors in Møller and Riisgård (2007); WW from bell diameter using equation in Uye and Shimauchi (2005). | Båmstedt (1990) |
| Aurelia aurita | common jellyfish, moon jelly, moon jellyfish | marinespecies.org | jellyfish | .600E3 | 20.0 | .126E-1 | .253E-3 | .126E-4 | DW and CW conversion factors in Møller and Riisgård (2007); WW from bell diameter using equation in Uye and Shimauchi (2005). | Båmstedt (1994) |
| Cyanea capillata | lions mane, lions mane jellyfish, lions mane yellyfish | marinespecies.org | jellyfish | .111E3 | 20.0 | .141E-1 | .479E-3 | .239E-4 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Båmstedt (1994) |
| Cyanea capillata | lions mane, lions mane jellyfish, lions mane yellyfish | marinespecies.org | jellyfish | .162E3 | .558E-1 | .172E-2 | .860E-4 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Båmstedt (1994) | |
| Pleurobrachia pileus | sea gooseberry | marinespecies.org | jellyfish | .610E1 | .119E-2 | .237E-4 | .119E-5 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Båmstedt (1998) | |
| Bolinopsis infundibulum | common northern comb jelly | marinespecies.org | jellyfish | .211E1 | .970E-3 | .378E-4 | .189E-5 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Bishop (1968) | |
| Pleurobrachia bachei | marinespecies.org | jellyfish | .163E1 | .498E-3 | .996E-5 | .498E-6 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Bishop (1968) | ||
| Pleurobrachia rhodopis | marinespecies.org | jellyfish | .300E0 | .379E-5 | .759E-7 | .379E-8 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Buecher and Gasser (1998) | ||
| Pleurobrachia rhodopis | marinespecies.org | jellyfish | .325E1 | .135E-3 | .270E-5 | .135E-6 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Buecher and Gasser (1998) | ||
| Cyanea capillata | lions mane, lions mane jellyfish, lions mane yellyfish | marinespecies.org | jellyfish | .542E2 | .185E-2 | .726E-4 | .363E-5 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Fancett and Jenkins (1988) | |
| Cyanea capillata | lions mane, lions mane jellyfish, lions mane yellyfish | marinespecies.org | jellyfish | .120E3 | .141E-1 | .479E-3 | .239E-4 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Fancett and Jenkins (1988) | |
| Cyanea capillata | lions mane, lions mane jellyfish, lions mane yellyfish | marinespecies.org | jellyfish | .449E3 | .107E0 | .316E-2 | .158E-3 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Fancett and Jenkins (1988) | |
| Pseudorhiza haeckeli | marinespecies.org | jellyfish | .240E3 | .595E-3 | .238E-4 | .119E-5 | DW and CW conversion factors in Møller and Riisgård (2007), WW assuming 96.6% water content in Larson (1986). | Fancett and Jenkins (1988) | ||
| Pseudorhiza haeckeli | marinespecies.org | jellyfish | .508E3 | .387E-2 | .155E-3 | .773E-5 | DW and CW conversion factors in Møller and Riisgård (2007), WW assuming 96.6% water content in Larson (1986). | Fancett and Jenkins (1988) | ||
| Pseudorhiza haeckeli | marinespecies.org | jellyfish | .985E3 | .251E-1 | .100E-2 | .502E-4 | DW and CW conversion factors in Møller and Riisgård (2007), WW assuming 96.6% water content in Larson (1986). | Fancett and Jenkins (1988) | ||
| Pleurobrachia bachei | marinespecies.org | jellyfish | .835E1 | .384E-3 | .767E-5 | .384E-6 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Greene et al. (1986) | ||
| Pleurobrachia bachei | marinespecies.org | jellyfish | .556E1 | .384E-3 | .767E-5 | .384E-6 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Greene et al. (1986) | ||
| Acartia (Acanthacartia) tonsa | marinespecies.org | Crustaceans | .149E-1 | 18.0 | .298E-7 | .106E-7 | .477E-8 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Acartia (Acartiura) hudsonica | marinespecies.org | Crustaceans | .233E-1 | 16.0 | .865E-7 | .308E-7 | .138E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Aetideus divergens | marinespecies.org | Crustaceans | .208E-1 | 12.0 | .177E-6 | .629E-7 | .283E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Aetideus divergens | marinespecies.org | Crustaceans | .905E-2 | 12.0 | .177E-6 | .629E-7 | .283E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Aetideus divergens | marinespecies.org | Crustaceans | .101E-1 | 12.0 | .177E-6 | .629E-7 | .283E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Calanus helgolandicus | marinespecies.org | Crustaceans | .938E0 | 10.0 | .416E-6 | .148E-6 | .666E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Calanus pacificus | marinespecies.org | Crustaceans | .171E0 | 12.5 | .637E-6 | .226E-6 | .102E-6 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Calanus pacificus | marinespecies.org | Crustaceans | .209E0 | 12.5 | .637E-6 | .226E-6 | .102E-6 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Calanus pacificus | marinespecies.org | Crustaceans | .261E0 | 12.5 | .637E-6 | .226E-6 | .102E-6 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Centropages hamatus | marinespecies.org | Crustaceans | .495E-1 | 15.0 | .480E-7 | .171E-7 | .768E-8 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Diaptomus gracilis | marinespecies.org | Crustaceans | .111E-1 | 5.0 | .330E-7 | .117E-7 | .528E-8 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Eucalanus pileatus | marinespecies.org | Crustaceans | .872E0 | 20.0 | .982E-7 | .349E-7 | .157E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Oithona nana | marinespecies.org | Crustaceans | .219E-3 | 10.0 | .190E-8 | .676E-9 | .304E-9 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Pseudocalanus | marinespecies.org | Crustaceans | .735E-1 | 12.5 | .666E-7 | .237E-7 | .107E-7 | WW from biovolume (1cm3=1gr) in original paper; carbon from WW using 0.12gC/cm3 and DW from carbon using 1/0,45 both in pag. 689 of source paper. | Hansen et al. (2007) | |
| Achirus lineatus | lined sole | marinespecies.org | fish | .216E0 | 28.0 | .100E-6 | .100E-7 | .364E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Achirus lineatus | lined sole | marinespecies.org | fish | .504E0 | 28.0 | .150E-6 | .150E-7 | .546E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Achirus lineatus | lined sole | marinespecies.org | fish | .792E0 | 28.0 | .200E-6 | .200E-7 | .728E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Achirus lineatus | lined sole | marinespecies.org | fish | .108E1 | 28.0 | .500E-6 | .500E-7 | .182E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Achirus lineatus | lined sole | marinespecies.org | fish | .202E1 | 28.0 | .100E-5 | .100E-6 | .364E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Achirus lineatus | lined sole | marinespecies.org | fish | .336E1 | 28.0 | .200E-5 | .200E-6 | .728E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Anchoa mitchilli | bay anchovy | marinespecies.org | fish | .624E0 | 26.0 | .100E-6 | .100E-7 | .364E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Anchoa mitchilli | bay anchovy | marinespecies.org | fish | .139E1 | 26.0 | .150E-6 | .150E-7 | .546E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Anchoa mitchilli | bay anchovy | marinespecies.org | fish | .214E1 | 26.0 | .200E-6 | .200E-7 | .728E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Anchoa mitchilli | bay anchovy | marinespecies.org | fish | .600E1 | 26.0 | .500E-6 | .500E-7 | .182E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Anchoa mitchilli | bay anchovy | marinespecies.org | fish | .547E1 | 26.0 | .100E-5 | .100E-6 | .364E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Anchoa mitchilli | bay anchovy | marinespecies.org | fish | .876E1 | 26.0 | .200E-5 | .200E-6 | .728E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .504E0 | 26.0 | .100E-6 | .100E-7 | .364E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .936E0 | 26.0 | .150E-6 | .150E-7 | .546E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .134E1 | 26.0 | .200E-6 | .200E-7 | .728E-8 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .451E1 | 26.0 | .500E-6 | .500E-7 | .182E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .384E1 | 26.0 | .100E-5 | .100E-6 | .364E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .629E1 | 26.0 | .200E-5 | .200E-6 | .728E-7 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Houde and Schekter (1980) |
| Engraulis capensis | marinespecies.org | fish | .207E5 | 16.2 | .571E-2 | .951E-3 | .346E-3 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | James and Findlay (1989) | |
| Engraulis capensis | marinespecies.org | fish | .320E5 | 16.2 | .571E-2 | .951E-3 | .346E-3 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | James and Findlay (1989) | |
| Engraulis capensis | marinespecies.org | fish | .173E5 | 16.2 | .571E-2 | .951E-3 | .346E-3 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | James and Findlay (1989) | |
| Engraulis capensis | marinespecies.org | fish | .302E5 | 16.2 | .571E-2 | .951E-3 | .346E-3 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | James and Findlay (1989) | |
| Bolinopsis vitrea | marinespecies.org | jellyfish | .130E2 | .177E-3 | .768E-5 | .384E-6 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Kremer et al. (1986) | ||
| Bolinopsis vitrea | marinespecies.org | jellyfish | .700E2 | .528E-2 | .186E-3 | .929E-5 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Kremer et al. (1986) | ||
| Aurelia aurita | common jellyfish, moon jelly, moon jellyfish | marinespecies.org | jellyfish | .363E3 | .247E0 | .421E-2 | .210E-3 | DW and CW conversion factors in Møller and Riisgård (2007), WW assuming 96.6% water content in Larson (1986). | Martinussen and Båmstedt (1995) | |
| Cyanea capillata | lions mane, lions mane jellyfish, lions mane yellyfish | marinespecies.org | jellyfish | .190E4 | .506E0 | .134E-1 | .669E-3 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Martinussen and Båmstedt (1995) | |
| Alosa pseudoharengus | alewife, ale-wife, gaspareau, gaspereau, sawbellies | marinespecies.org | fish | .246E1 | 15.0 | .850E-5 | .142E-5 | .516E-6 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Alosa pseudoharengus | alewife, ale-wife, gaspareau, gaspereau, sawbellies | marinespecies.org | fish | .242E3 | 15.0 | .680E-4 | .113E-4 | .413E-5 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Alosa pseudoharengus | alewife, ale-wife, gaspareau, gaspereau, sawbellies | marinespecies.org | fish | .181E3 | 15.0 | .230E-3 | .383E-4 | .139E-4 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Alosa pseudoharengus | alewife, ale-wife, gaspareau, gaspereau, sawbellies | marinespecies.org | fish | .467E4 | 15.0 | .544E-3 | .907E-4 | .330E-4 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Coregonus | whitefish | marinespecies.org | fish | .207E2 | 15.0 | .850E-5 | .142E-5 | .516E-6 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Coregonus | whitefish | marinespecies.org | fish | .337E3 | 15.0 | .287E-4 | .478E-5 | .174E-5 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Coregonus | whitefish | marinespecies.org | fish | .130E4 | 15.0 | .680E-4 | .113E-4 | .413E-5 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Coregonus | whitefish | marinespecies.org | fish | .207E4 | 15.0 | .230E-3 | .383E-4 | .139E-4 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Coregonus | whitefish | marinespecies.org | fish | .544E4 | 15.0 | .544E-3 | .907E-4 | .330E-4 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Perca flavescens | yellow perch | marinespecies.org | fish | .311E1 | 15.0 | .850E-5 | .142E-5 | .516E-6 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Perca flavescens | yellow perch | marinespecies.org | fish | .121E3 | 15.0 | .287E-4 | .478E-5 | .174E-5 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Perca flavescens | yellow perch | marinespecies.org | fish | .950E2 | 15.0 | .680E-4 | .113E-4 | .413E-5 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Perca flavescens | yellow perch | marinespecies.org | fish | .164E3 | 15.0 | .230E-3 | .383E-4 | .139E-4 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Perca flavescens | yellow perch | marinespecies.org | fish | .121E4 | 15.0 | .544E-3 | .907E-4 | .330E-4 | Length to WW using relationships in Froese and Pauly (2009); WW to DW assuming a 1:6 ration from Post and Lee (1996); see also reference: Bochdansky and Leggett (2001); from DW to CW carbon using a 0.364 ratio in Checkley Jr. (1984). | Miller et al. (1992) |
| Pelagia noctiluca | mauve stinger, purplestripped jelly | marinespecies.org | jellyfish | .320E1 | 21.0 | .424E-4 | .591E-6 | .664E-7 | Equations in original paper. | Morand et al. (1987) |
| Pelagia noctiluca | mauve stinger, purplestripped jelly | marinespecies.org | jellyfish | .108E2 | 21.0 | .227E-3 | .431E-5 | .348E-6 | Equations in original paper. | Morand et al. (1987) |
| Pelagia noctiluca | mauve stinger, purplestripped jelly | marinespecies.org | jellyfish | .165E3 | 21.0 | .529E-2 | .179E-3 | .778E-5 | Equations in original paper. | Morand et al. (1987) |
| Clupea harengus | Atlantic herring, hafsíld, herring | marinespecies.org | fish | .324E2 | 10.0 | .885E-6 | .147E-6 | .664E-7 | DW from length from Checkley Jr. (1984); from DW to CW using a 0.45 conversion coefficient fromKiorbøe et al. (1987); from DW to WW using the inverse of relationship in Post and Lee (1996); see also reference Bochdansky and Leggett (2001). | Munk (1995) |
| Clupea harengus | Atlantic herring, hafsíld, herring | marinespecies.org | fish | .976E2 | 10.0 | .319E-5 | .531E-6 | .239E-6 | DW from length from Checkley Jr. (1984); from DW to CW using a 0.45 conversion coefficient fromKiorbøe et al. (1987); from DW to WW using the inverse of relationship in Post and Lee (1996); see also reference Bochdansky and Leggett (2001). | Munk (1995) |
| Clupea harengus | Atlantic herring, hafsíld, herring | marinespecies.org | fish | .537E4 | 10.0 | .651E-4 | .109E-4 | .488E-5 | DW from length from Checkley Jr. (1984); from DW to CW using a 0.45 conversion coefficient fromKiorbøe et al. (1987); from DW to WW using the inverse of relationship in Post and Lee (1996); see also reference Bochdansky and Leggett (2001). | Munk (1995) |
| Clupea harengus | Atlantic herring, hafsíld, herring | marinespecies.org | fish | .976E4 | 10.0 | .258E-3 | .429E-4 | .193E-4 | DW from length from Checkley Jr. (1984); from DW to CW using a 0.45 conversion coefficient fromKiorbøe et al. (1987); from DW to WW using the inverse of relationship in Post and Lee (1996); see also reference Bochdansky and Leggett (2001). | Munk (1995) |
| Clupea harengus | Atlantic herring, hafsíld, herring | marinespecies.org | fish | .117E3 | 10.0 | .300E-7 | .500E-8 | .225E-8 | DW from length from Checkley Jr. (1984); from DW to CW using a 0.45 conversion coefficient fromKiorbøe et al. (1987); from DW to WW using the inverse of relationship in Post and Lee (1996); see also reference Bochdansky and Leggett (2001). | Munk (1995) |
| Bolinopsis infundibulum | common northern comb jelly | marinespecies.org | jellyfish | .740E0 | 20.0 | .633E-3 | .254E-4 | .127E-5 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Reeve (1980) |
| Bolinopsis infundibulum | common northern comb jelly | marinespecies.org | Jellyfish | .242E1 | 20.0 | .815E-3 | .321E-4 | .161E-5 | DW from WW from equation in Martinussen and Båmstedt (1995), carbon assuming 0.05% DW. | Reeve (1980) |
| Mnemiopsis mccradyi | marinespecies.org | jellyfish | .200E1 | 26.0 | .441E-3 | .150E-4 | .255E-6 | From length relationship in Kremer and Nixon (1976) (c.f. ref. [Costello and Colin (1994)]). | Reeve et al. (1978) | |
| Mnemiopsis mccradyi | marinespecies.org | jellyfish | .250E2 | 26.0 | .524E-2 | .178E-3 | .303E-5 | From length relationship in Kremer and Nixon (1976) (c.f. ref. [Costello and Colin (1994)]). | Reeve et al. (1978) | |
| Mnemiopsis mccradyi | marinespecies.org | jellyfish | .300E2 | 26.0 | .256E-1 | .870E-3 | .148E-4 | From length relationship in Kremer and Nixon (1976) (c.f. ref. [Costello and Colin (1994)]). | Reeve et al. (1978) | |
| Pleurobrachia bachei | marinespecies.org | jellyfish | .355E0 | 20.0 | .203E-3 | .405E-5 | .203E-6 | DW from length following Thiebault and Bowen (2004), from DW to CW assuming 0.05%DW; from DW to WW using conversion of 0.02 from Ikeda and Skjoldal (1989). | Reeve et al. (1978) | |
| Archosargus rhomboidalis | sea bream, Western Atlantic seabream | marinespecies.org | fish | .300E1 | 26.0 | .647E-5 | .647E-6 | .236E-6 | CW from DW using conversion factor of 0.364 from Checkley Jr. (1984). | Stepien Jr. (1976) |