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Fish, Estuarine and saltwater fish (Gobiiformes), Longjaw mudsucker (Gillichthys mirabilis)

Citation:

Tidal salt marsh sediment in California, USA: Part 3. Current and historic toxicity potential of contaminants and their bioaccumulation.

Author(s)
Hwang, H.M., Green, P.G. and Young, T.M.
Issue
11
Volume
71
Chemical Endpoint Value Endpoint Description Sex Life Cycle Stage Sample Size Location Type California Counties Countries
ZINC (elemental) B: 25.3, D: 27.3, G: 30.7, O: 31.7, Q: 25.8, R: 29.7 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
ZINC (elemental) B: 19.5, D: 13.3, G: 18.9, O: 14.3, Q: 11.7, R: 10.3 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
ZINC (elemental) B: 14.0, D: 21.2, G: 37.1, O: 22.6, Q: 19.2, R: 17.2 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CADMIUM (elemental) B: 0.005, D: 0.10, G: 0.005, O: 0.003, Q: 0.008, R: 0.008 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CADMIUM (elemental) B: 0.045, D: 0.035, G: 0.075, O: 0.065, Q: 0.045, R: 0.068 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CADMIUM (elemental) B: 0.015, D: 0.010, G: 0.008, O: 0.008, Q: 0.008, R: 0.10 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CHROMIUM (elemental) B: 0.14, D: 0.20, G: 0.31, O: 0.16, Q: 0.15, R: 0.13 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CHROMIUM (elemental) B: 0.13, D: 0.16, G: 0.26, O: 0.21, Q: 0.16, R: 0.22 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CHROMIUM (elemental) B: 0.23, D: 0.14, G: 0.19, O: 0.19, Q: 0.16, R: 0.15 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
COPPER (elemental) B: 3.39, D: 4.80, G: 3.81, O: 3.35, Q: 1.67, R: 2.09 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
COPPER (elemental) B: 8.66, D: 6.62, G: 8.35, O: 9.78, Q: 7.58, R: 11.2 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
COPPER (elemental) B: 4.86, D: 2.87, G: 3.17, O: 3.41, Q: 1.49, R: 3.01 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
PCB B: 256, D: 178, G: 129, O: 215, Q: 476: R: 1274 Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
NICKEL (elemental) B: 0.04, D: 0.10, G: 0.09, O: 0.09, Q: 0.13, R: 0.05 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
DDE (4,4'-) B: 76.3, D: 69.0, G: 63.4, O: 133, Q: 61.4, R: 78.7 Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
NICKEL (elemental) B: 0.03, D: 0.08, G: 0.13, O: 0.08, Q: 0.15, R: 0.09 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
DDD (4,4'-) B: 8.74, D: 6.65, G: 3.99, O: 29.7, Q: 5.45, 10.1 Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
NICKEL (elemental) B: 0.07, D: 0.04, G: 0.06, O: 0.06, Q: 0.05, R: 0.06 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CHLORDANE B: 16.3, D: 14.7, G: 10.7, O: 24.2, Q: 11.6, R: 17.1 Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
LEAD (elemental) B: 0.03, D 0.09, G: 0.10, O: 0.05, Q: 0.03, R: 0.05 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
ARSENIC (elemental) B: 1.05, D: 0.62, G: 1.38, O: 1.13, Q: 0.94, R: 0.85 Head concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
LEAD (elemental) B: 0.07, D: 0.11, G: 0.16, O: 0.12, Q: 0.11, R: 0.13 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
ARSENIC (elemental) B: 1.46, D: 1.11, G: 1.06: O: 1.68, Q: 0.95, R: 1.37 Liver concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
LEAD (elemental) B: 0.09, D: 0.10, G: 0.06, O: 0.10, Q: 0.06, R: 0.10 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
ARSENIC (elemental) B: 1.41, D: 0.55, G: 0.76, O: 0.69, Q: 0.68 Muscle concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
Citation:

Lead accumulation rates in tissues of the estuarine teleost fish, Gillichthys mirabilis: salinity and temperature effects.

Author(s)
Somero, G.N., Chow, T.J., Yancey, P.H. and Snyder, C.B.
Issue
1
Volume
6
Chemical Endpoint Value Endpoint Description Sex Life Cycle Stage Sample Size Location Type California Counties Countries
LEAD (elemental) A: 13.77, B: 13.24, C: 13.16, D: 13.91, E: 10.46 Intestine concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 7.14, B: 7.53, C: 8.37, D: 7.95, E: 6.98 Skin concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 13.73, B: 11.69, C: 17.98, D: 12.72, E: 13.66 Vertebrae concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 1.41, B: 1.72, C: 3.42, D: 1.19, E: 1.05 Liver concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 0.65, B: 0.55, C: 0.71, D: 0.75, E: 0.73 Muscle concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 4.52, 2: 2.6, 3: 2.41, 4: 10.81, 5: 8.71, 6: 2.52, 7: 11.66, 3X: 5.84 ug/g dw Spleen concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 6.21, D: 5.38 Brain concentration NR Not Reported 15 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 9.23, 2: 1.70, 3: 4.86, 4: 1.64, 5: 11.82, 6: 2.96, 7: 8.77, 3X: 1.04 ug/g dw Gill concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) Increased with decreasing salinity Effect of salinity on accumulation; see Table 3 NR Not Reported NR Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 15.74, 2: 2.03, 3: 4.90, 4: 5.03, 5: 6.94, 6: 3.42, 7: 7.93, 3X: 1.92 ug/g dw Fin concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) See Figure 1 Tissue specific uptake as function of exposure time NR Not Reported NR Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 3.53, 2: 1.33, 3: 0.92, 4: 1.90, 5: 6.64, 6: 1.70, 7: 2.81, 3X: 0.73 ug/g dw Intestine concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 2.90, : 0.60, 3: 1.43, 4: 0.75, 5: 2.94, 6: 1.34, 7: 2.28, 3X: 0.60 ug/g dw Skin concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 7.86, 2: 1.12; 3: 3.34, 4: 3.47, 5: 3.99, 6: 3.06, 7: 2.69, 3X: 1.39 ug/g dw Vertebrae concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 1.21, 2: 0.23, 3: 0.72, 4: 0.68, 5: 2.66, 6: 0.31, 7: 0.42, 3X: 0.49 ug/g dw Liver concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) 1: 1.04, 2: 0.14, 3: 0.14, 4: 1.86, 5: 1.22, 6: 0.23, 7: 0.33, 3X: 0.11 ug/g dw Muscle concentration NR Not Reported Not reported Estuaries/sloughs of Tia Juana River Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 31.24, B: 20.30, C: 18.78, D: 14.08, E: 20.85 Spleen concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 21.78, B: 19.32, C: 28.81, D: 17.60, E: 16.85 Gill concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
LEAD (elemental) A: 24.55, B: 18.27, C: 24.39, D: 18.48, E: 18.53 Fin concentration NR Not Reported 6 Not reported Toxicity Factor Datasets San Diego USA
Citation:

Likely population-level effects of contaminants on a resident estuarine fish species: comparing Gillichthys mirabilis population static measurements and vital rates in San Francisco and Tomales Bays.

Author(s)
McGourty, C.R., Hobbs, J.A., Bennett, W.A., Green, P.G., Hwang, H.M., Ikemiyagi, N., Lewis, L. and Cope, J.M.
Issue
6
Volume
32
Chemical Endpoint Value Endpoint Description Sex Life Cycle Stage Sample Size Location Type California Counties Countries
PCB 10 ppb Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
DDT (4,4'-) <2 ppb Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
CHLORDANE <2 ppb Tissue concentration NR Not Reported NR Stege Marsh Toxicity Factor Datasets Contra Costa USA
Citation:

Lead effects on tissue and whole organism respiration of the estuarine teleost fish, Gillichthys mirabilis.

Author(s)
Somero, G.N., Yancey, P.H., Chow, T.J. and Snyder, C.B.
Issue
1
Volume
6
Chemical Endpoint Value Endpoint Description Sex Life Cycle Stage Sample Size Location Type California Counties Countries
LEAD (elemental) 20.4 ± 4.9 ug O2/g dw/min Inhalation rate/gill oxygen consumption NR Not Reported 9 Scripps Institute for Oceanography Toxicity Factor Datasets San Diego USA
LEAD (elemental) 0 d: 0.156, 35: 0.125, 59: 0.171, 87: 0.252 mL O2/g ww/hr Inhalation rate/whole fish oxygen consumption NR Not Reported 0 d: 24, 35: 4, 59: 10, 87: 6 Scripps Institute for Oceanography Toxicity Factor Datasets San Diego USA
LEAD (elemental) 0 d: 0.148, 61 (control): 0.108, 61 (dosed): 0.166 mL O2/g ww/hr Inhalation rate/whole fish oxygen consumption NR Not Reported 0 d: 12, 61 (control): 8, 61 (dosed): 0.166 Scripps Institute for Oceanography Toxicity Factor Datasets San Diego USA
Citation:

Growth of estuarine fish is associated with the combined concentration of sediment contaminants and shows no adaptation or acclimation to past conditions.

Author(s)
Forrester, G.E., Fredericks, B.I., Gerdeman, D., Evans, B., Steele, M.A., Zayed, K., Schweitzer, L.E., Suffet, I.H., Vance, R.R. and Ambrose, R.F.
Issue
3
Volume
56
Chemical Endpoint Value Endpoint Description Sex Life Cycle Stage Sample Size Location Type Countries
PCB Transplanted to Alamitos from Alamitos: 221; Ballona: 101; Mugu: 307 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PCB Transplanted to Ballona from Alamitos: 113; Ballona: 300; Mugu: 218 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PCB Transplanted to Mugu from Alamitos: 18; Ballona: 424; Mugu: 1693 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
Transplanted to Alamitos from Alamitos: 1260; Ballona: 342; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PAH Transplanted to Alamitos from Alamitos: 6090; Ballona: 333; Mugu: 1110 ng/g Tissue concentration NR Not Reported NR Three southern CA estuaries Toxicity Factor Datasets USA
Transplanted to Ballona from Alamitos: 787; Ballona: <DL; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PAH Transplanted to Ballona from Alamitos: 1440; Ballona: 1150; Mugu: 1720 ng/g Tissue concentration NR Not Reported NR Three southern CA estuaries Toxicity Factor Datasets USA
Transplanted to Mugu from Alamitos: <DL; Ballona: <DL; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PAH Transplanted to Mugu from Alamitos: 317; Ballona: 5390; Mugu: 2210 ng/g Tissue concentration NR Not Reported NR Three southern CA estuaries Toxicity Factor Datasets USA
Transplanted to Alamitos from Alamitos: 56370; Ballona: 1690; Mugu: 2970 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PAH Transplanted to Alamitos from Alamitos: 310; Ballona: 124; Mugu: 607 ng/g Tissue concentration NR Not Reported NR Three southern CA estuaries Toxicity Factor Datasets USA
Transplanted to Ballona from Alamitos: 6470; Ballona: 34270; Mugu: 3680 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PAH Transplanted to Ballona from Alamitos: 302; Ballona: 0; Mugu: 231 ng/g Tissue concentration NR Not Reported NR Three southern CA estuaries Toxicity Factor Datasets USA
Transplanted to Mugu from Alamitos: 5100; Ballona: 50230; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
PAH Transplanted to Mugu from Alamitos: <DL; Ballona: 2127; Mugu: <DL ng/g Tissue concentration NR Not Reported NR Three southern CA estuaries Toxicity Factor Datasets USA
DDT (2,4'-) Transplanted to Alamitos from Alamitos: 53; Ballona: 29; Mugu: 191 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
DDT (2,4'-) Transplanted to Ballona from Alamitos: 21; Ballona: 125; Mugu: 46 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
DDT (2,4'-) Transplanted to Mugu from Alamitos: <DL; Ballona: 975; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
CHLORDANE Transplanted to Alamitos from Alamitos: 46; Ballona: <DL; Mugu: 3 ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
CHLORDANE Transplanted to Ballona from Alamitos: <DL; Ballona: 64; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
CHLORDANE Transplanted to Mugu from Alamitos: <DL; Ballona: 58; Mugu: <DL ng/g Tissue concentration NR Three southern CA estuaries Toxicity Factor Datasets
Citation:

Rapid changes in small fish mercury concentrations in estuarine wetlands: implications for wildlife risk and monitoring programs.

Author(s)
Eagles-Smith, C.A. and Ackerman, J.T.
Issue
22
Volume
43
Chemical Endpoint Value Endpoint Description Sex Life Cycle Stage Sample Size Location Type Countries
MERCURY (elemental) A16: 0.52, NCM: 0.40 ug/g dw Geometric mean NR Not Reported 392 Wetlands in SF Bay Area Toxicity Factor Datasets USA
MERCURY (elemental) See Figure 1 Temporal variation by pond NR Not Reported 392 Wetlands in SF Bay Area Toxicity Factor Datasets USA

Longjaw Mudsucker (Gillichthys mirabilis)

Citation:

Trophic ecology of the dominant fishes in Elkhorn Slough, California, 1974–1980.

Author(s)
Barry, J.P., Yoklavich, M.M., Cailliet, G.M., Ambrose, D.A. and Antrim, B.S.
Issue
1
Volume
19
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type California Counties Countries
Body length 15 Total length cm NR Not Reported Not reported Elkhorn Slough Exposure Factor Datasets Monterey USA
Dietary Composition Epifaunal crustacea; gammarid amphipods (Orchestia traskianna); infaunal/epifaunal/polychaete worms NR Not Reported Not reported Elkhorn Slough Exposure Factor Datasets Monterey USA
Citation:

Trophic relationships of small nonnative fishes in a natural creek and several agricultural drains flowing into the Salton Sea, and their potential effects on the endangered desert pupfish.

Author(s)
Martin, B.A. and Saiki, M.K.
Issue
2
Volume
54
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type Age-Specific
Dietary Composition Plants: 0.8, insects: 14.5, other non-insect invertebrates: 11.5, fishes: 47.7, unidentifiable organic matter/detritus: 25.5 Food item Mean % contribution to total NR Not Reported 32 Salt Creek and agricultural drains to Coachella Valley/Salton Sea Exposure Factor Datasets Not reported
Citation:

Rapid changes in small fish mercury concentrations in estuarine wetlands: implications for wildlife risk and monitoring programs.

Author(s)
Eagles-Smith, C.A. and Ackerman, J.T.
Issue
22
Volume
43
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Location Type Countries Error
Body length 78.6 Total length mm NR Both Adults and Juveniles SF bay area Exposure Factor Datasets USA 0.9
Citation:

Reproductive cycling in the estuarine gobiid fish, Gillichthys mirabilis.

Author(s)
De Vlaming, V.L.
Issue
2
Volume
1972
Exposure Endpoint Type Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type California Counties Countries
Body Weight - Mean g F Adult See Table 3 Alviso Exposure Factor Datasets Santa Clara USA
Body Weight - Mean g M Adult See Table 3 Alviso Exposure Factor Datasets Santa Clara USA
Body length mm F Adult See Table 3 Alviso Exposure Factor Datasets Santa Clara USA
Body length mm M Adult See Table 3 Alviso Exposure Factor Datasets Santa Clara USA
Time of Mating/ Laying Spawning Month B Adult Scammons Lagoon Exposure Factor Datasets Santa Clara USA
Citation:

Respiratory control in the longjaw mudsucker, Gillichthys mirabilis.

Author(s)
Todd, E.S.
Issue
1
Volume
39
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Location Type California Counties Countries
Inhalation Rate >65 CO2 level causing gulping of oxygenated water mL CO2/L NR Not Reported University of California, Santa Barbara Exposure Factor Datasets Santa Barbara USA
Citation:

Respiratory responses of Gillichthys mirabilis to changes in temperature, dissolved oxygen and salinity.

Author(s)
Courtois, L.A.
Issue
1
Volume
53
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Sample Size Location Type California Counties Countries
Inhalation Rate See Figure 3; increased with temperature Oxygen consumption by water temperature mg O2/gm/hr NR 35 Fish collected from Leslie Salt Falts, Alviso Exposure Factor Datasets Santa Clara USA
Inhalation Rate See Figure 4; increased with availability Oxygen consumption by available oxygen mg O2/gm/hr NR 8 Fish collected from Leslie Salt Falts, Alviso Exposure Factor Datasets Santa Clara USA
Inhalation Rate See Figure 4; varied with salinity Oxygen consumption by salinity mg O2/gm/hr NR 24 Fish collected from Leslie Salt Falts, Alviso Exposure Factor Datasets Santa Clara USA
Citation:

Growth of estuarine fish is associated with the combined concentration of sediment contaminants and shows no adaptation or acclimation to past conditions.

Author(s)
Forrester, G.E., Fredericks, B.I., Gerdeman, D., Evans, B., Steele, M.A., Zayed, K., Schweitzer, L.E., Suffet, I.H., Vance, R.R. and Ambrose, R.F.
Issue
3
Volume
56
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type Countries Error
Growth Rate See Figure 1 g/d NR Not Reported Not reported Three estuaries in southern CA Exposure Factor Datasets USA
Growth Rate See Figure 1 mm/d NR Not Reported Not reported Three estuaries in southern CA Exposure Factor Datasets USA
Body length Alamitos: 75.5, Ballona: 79.9, Mugu: 74.7 Mean length mm NR Not Reported Not reported Three estuaries in southern CA Exposure Factor Datasets USA Alamitos: 3.5, Ballona: 2.7, Mugu: 2.0
Dietary Composition Small mollusks, crustaceans, and polychaetes NR Not Reported Not reported Three estuaries in southern CA Exposure Factor Datasets USA
Body length Alamitos: 59.3, Ballona: 77.9, Mugu: 69.0 Mean length mm NR Not Reported Not reported Three estuaries in southern CA Exposure Factor Datasets USA Alamitos: 3.0, Ballona: 1.7, Mugu: 5.6
Citation:

Lead effects on tissue and whole organism respiration of the estuarine teleost fish, Gillichthys mirabilis.

Author(s)
Somero, G.N., Yancey, P.H., Chow, T.J. and Snyder, C.B.
Issue
1
Volume
6
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type Age-Specific California Counties Countries Error
Inhalation Rate 20.6 Gill tissue oxygen consumption uL O2/g dw/min NR Not Reported 11 Scripps Instituion of Oceanography Exposure Factor Datasets NR San Diego USA 3.5
Citation:

Likely population-level effects of contaminants on a resident estuarine fish species: comparing Gillichthys mirabilis population static measurements and vital rates in San Francisco and Tomales Bays.

Author(s)
McGourty, C.R., Hobbs, J.A., Bennett, W.A., Green, P.G., Hwang, H.M., Ikemiyagi, N., Lewis, L. and Cope, J.M.
Issue
6
Volume
32
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type California Counties Countries Error
Body length See Figure 4 Stanard mean length per year mm NR Not Reported NR Exposure Factor Datasets Contra Costa USA
Growth Rate SF bay: 0.58, Tomales bay: 0.79 NR Not Reported NR Exposure Factor Datasets USA SF bay: 0.24, Tomales bay: 0.15
Survival/ Mortality SF bay: 0.79, Tomales bay: 0.62 Natural mortality rate NR Not Reported NR Exposure Factor Datasets USA
Citation:

Aerial respiration in the longjaw mudsucker Gillichthys mirabilis (Teleostei: Gobiidae).

Author(s)
Todd, E.S. and Ebeling, A.W.
Issue
2
Volume
130
Exposure Endpoint Type Endpoint Value Endpoint Description Units Sex Life Cycle Stage Sample Size Location Type Age-Specific California Counties Countries
Inhalation Rate Opercular movement ceases before air gulping: <1.6 Aerial respiration mg O2/L NR Both Adults and Juveniles 13 University of California, Santa Barbara Exposure Factor Datasets NR Santa Barbara USA
Inhalation Rate 5.6 mg O2/L: 58.2; 4.0: 48.5; 2.8: 595; 2.2: 57.5; 2.0: 53.4; 1.8: 60.7 Opercular beats Beats/min NR Both Adults and Juveniles 13 University of California, Santa Barbara Exposure Factor Datasets NR Santa Barbara USA
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