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cruise Cruise designations are "P" for Process Cruise, followed by a 2-digit year and 2-digit month. For example, P0605 is the Process Cruise that took place primarily in May 2006. |
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cycle Sequential Lagrangian Cycles |
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size_fraction Size Fraction of zooplankton sample considered (0.2-0.5 mm, 0.5-1.0 mm, 1.0-2.0 mm, 2.0-5.0 mm, > 5.0 mm, or Total [=all size fractions combined]) |
mm |
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day_night Indication of whether samples are daytime (centered on 1000), nighttime (centered on 2200), or the average of day and night samples |
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biomass_mean Mean zooplankton biomass per m3 for each Lagrangian Cycle, as dry mass |
mg/m³ |
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biomass_std Standard deviation of zooplankton biomass per m3 for each Lagrangian Cycle, as dry mass |
mg/m³ |
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biomass_n Sample size of zooplankton biomass per m3 for each Lagrangian Cycle |
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biomass_95cl 95% Confidence limit for zooplankton biomass per m3 for each Lagrangian Cycle, as dry mass |
mg/m³ |
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int_biomass_mean Mean zooplankton biomass vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle, as dry mass |
mg/m² |
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int_biomass_std Standard deviation of zooplankton biomass vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle, as dry mass |
mg/m² |
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int_biomass_n Sample size of zooplankton biomass vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle |
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int_biomass_95cl 95% Confidence limit of zooplankton biomass vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle, as dry mass |
mg/m² |
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chl_phaeo_mean Mean concentration of ingested Chl-a + Phaeopgiments per m3, for each Lagrangian Cycle |
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chl_phaeo_std Standard deviation of ingested Chl-a + Phaeopgiments per m3, for each Lagrangian Cycle |
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chl_phaeo_n Sample size of ingested Chl-a + Phaeopgiments per m3, for each Lagrangian Cycle |
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chl_phaeo_95cl 95% Confidence limit of ingested Chl-a + Phaeopgiments per m3, for each Lagrangian Cycle |
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int_chl_phaeo_mean Mean ingested Chl+Phaeopigments vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle in micrograms Chla+Phaeo/m2 |
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int_chl_phaeo_std Standard deviation of ingested Chl+Phaeopigments vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle in micrograms Chla+Phaeo/m2 |
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int_chl_phaeo_n Sample size of ingested Chl+Phaeopigments vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle |
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int_chl_phaeo_95cl 95% Confidence limit of ingested Chl+Phaeopigments vertically integrated from the surface to the deepest sampling depth for each Lagrangian Cycle in micrograms Chla+Phaeo/m2 |
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grazing_rate_mean Mean ingestion rate of ingested Chl-a + Phaeopgiments per m3 per hr, for each Lagrangian Cycle micrograms Chla+Phaeo/m3/hr |
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grazing_rate_std Standard deviation of ingestion rate of ingested Chl-a + Phaeopgiments per m3 per hr, for each Lagrangian Cycle in micrograms Chla+Phaeo/m3/hr |
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grazing_rate_n Sample size of ingestion rate of ingested Chl-a + Phaeopgiments per m3 per hr, for each Lagrangian Cycle |
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grazing_rate_95cl 95% Confidence limit of ingestion rate of ingested Chl-a + Phaeopgiments per m3 per hr, for each Lagrangian Cycle in micrograms Chla+Phaeo/m3/hr |
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int_grazing_rate_mean Mean vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (micrograms) |
µg/m²/day |
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int_grazing_rate_std Standard deviation of vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (micrograms) |
µg/m²/day |
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int_grazing_rate_n Sample size of vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (micrograms) |
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int_grazing_rate_95cl 95% Confidence limit of vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (micrograms) |
µg/m²/day |
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int_grazing_rate_mg_mean Mean vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (mg) |
mg/m²/day |
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int_grazing_rate_mg_std Standard deviation of vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (mg) |
mg/m²/day |
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int_grazing_rate_mg_n Sample size of vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (mg) |
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int_grazing_rate_mg_95cl 95% Confidence limit of vertically integrated ingestion rate of Chl-a + Phaeopgiments per m2 per day, for each Lagrangian Cycle (mg) |
mg/m²/day |
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mass_specific_grazing_mean Mean of mass-specific ingested pigments ( mg Chl-a + Phaeo ingested / mg zooplankton biomass) |
ug/mg |
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mass_specific_grazing_std Standard deviation of mass-specific ingested pigments ( ug Chl-a + Phaeo ingested / mg zooplankton biomass) |
ug/mg |
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mass_specific_grazing_n Sample size of mass-specific ingested pigments |
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mass_specific_grazing_95cl 95% Confidence limit of mass-specific ingested pigments |
ug/mg |
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mass_specific_grazing_rate_mean Mean of mass-specific grazing rate ( mg Chl-a + Phaeo ingested / mg zooplankton biomass/day) micrograms Chla+Phaeo/milligram biomass/day |
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mass_specific_grazing_rate_std Standard deviation of mass-specific grazing rate ( mg Chl-a + Phaeo ingested / mg zooplankton biomass/day) |
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mass_specific_grazing_rate_n Sample size of mass-specific grazing rate |
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mass_specific_grazing_rate_95cl 95% Confidence limit of mass-specific grazing rate ( ug Chl-a + Phaeo ingested / mg zooplankton biomass/day) |
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P1706
CCE LTER Process Cruise #8 aboard the R/V Roger Revelle, June 2017. |
2017-06-01 - 2017-07-02 |
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P1604
CCE LTER Process Cruise to measure responses of the California Current Ecosystem to El Niño, April/May 2016, aboard the RV Sikuliaq. Mark Ohman was chief scientist. |
2016-04-19 - 2016-05-12 |
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P1408MV
CCE LTER Process Cruise, August/September 2014, aboard the RV Melville. Mark Ohman was Study Lead with Mike Landry as Chief Scientist. |
2014-08-06 - 2014-09-04 |
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P1208MV
CCE LTER Process Cruise, July/August 2012, aboard the RV Melville. Mark Ohman was Study Lead with Mike Landry as Chief Scientist. |
2012-07-28 - 2012-08-26 |
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P1106MV
CCE LTER Process Cruise, June 2011, aboard the RV Melville. Mark Ohman was Study Lead with Mike Landry as Chief Scientist. |
2011-06-18 - 2011-07-17 |
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P0810MV
CCE LTER Process Cruise, September/October 2008, aboard the RV Melville. Mark Ohman was Study Lead with Mike Landry as Chief Scientist. |
2008-09-30 - 2008-10-29 |
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P0704TN
CCE LTER Process Cruise, April 2007, aboard the RV Thomas G. Thompson. Mark Ohman was Study Lead with Mike Landry as Chief Scientist. |
2007-04-02 - 2007-04-21 |
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P0605KN
CCE LTER Process Cruise, May 2006, aboard the RV Knorr. Mark Ohman was Study Lead with Mike Landry as Chief Scientist. |
2006-05-06 - 2006-06-08 |
| Name | process_cruise_zooplankton_gut_fluorescence |
|---|---|
| Description | Gut Fluorescence measurements of mesozooplankton grazing on autotrophic prey. Samples collected in the CCE-LTER region on Process Cruises from 2006 to the present. Summaries for each Lagrangian Cycle. |
| Rows | 666 |
| Columns | 40 |
| Approx. CSV file size | 176.00kB |