| Amplicon sequence variants (ASVs) and taxonomy of Pseudo-nitzschia spp. from Narragansett Bay in Rhode Island, USA and the Northeast U.S. Shelf (NES-LTER transect) from 2018-2023 | | peristaltic pump |
| Water column Beryllium-7 from samples collected on the MOSAiC expedition, PS122, on R/V Polarstern in the Central Arctic Ocean during 2019-2020 | Pumps were used to collect seawater within the upper 60 m of the ocean during legs 2-3.
| |
| Copepod track data from a set of 4 experiments quantifying the foraging behavior and ingestion by copepods within different distributions of marine snow | | Micropump Model GB-P23.JVS.A.B1 |
| Sediment oxygen demand and ammonium, nitrate plus nitrate, and phosphate flux data from Little Lagoon, Alabama | Used to filter sediment cores
| Multichannel proportioning pump |
| Collection and locality information by taxon of Hemichordata from global sites, Table 1, Cannon et al (2013) Biol. Bull. (Antarctic Inverts project) | Hand pump for use in shallow water or mudflats
| Yabby Pump |
| Chromophoric dissolved organic matter (CDOM) from two microcosm incubation experiments conducted under three light treatments using water originating from West Bay of the Neuse River Estuary, North Carolina USA in 2021 and 2022 | L/S Peristaltic Pump (Masterflex EW-07557-10) and 1/4 inch Masterflex L/S Platinum-Cured Silicone Tubing: Estuarine water sampled from microcosm tank at 75% speed.
| Peristaltic Pump |
| Element quotas of individual plankton cells collected during IRNBRU (MV1405) and June 2015 Line P cruises | | trace-metal clean pump |
| Chemotaxis of Vibrio alginolyticus to control/phage-infected Synechococcus exudates from 2020-2021 (VIC project) | Gradient generation channels were designed with three inlets (width 0.5mm) carrying the chemostimulus solution, cell suspension and ASW media, respectively. Prior to use, the chambers were pretreated with a 0.5% BSA solution to mitigate cell adhesion. The three solutions were flow stratified for a minimum of 2min using a syringe pump(Harvard Apparatus), whereby flow rates were adjusted to maintain a 4:1:4 ratio of the stream widths.
| Harvard Apparatus syringe pump |
| Chemotaxis of Pseudoalteromonas haloplanktis towards exudates of phage-infected and control Synechoccocus (VIC project) | The three solutions were flow stratified for a minimum of 2min using a syringe pump (Harvard Apparatus), whereby flow rates were adjusted to maintain a 4:1:4 ratio of the stream widths. Upon halting the flow, a monotonic chemotaxis profile was established through diffusion.
| Harvard Apparatus syringe pump |
| Chemotaxis of Vibrio alginolyticus towards live phage-infected/control Synechococcus cells (VIC project) | The three solutions were flow stratified for a minimum of 2min using a syringe pump (Harvard Apparatus), whereby flow rates were adjusted to maintain a 4:1:4 ratio of the stream widths. Upon halting the flow, a monotonic chemotaxis profile was established through diffusion.
| Harvard Apparatus syringe pump |
| Physiochemical data from samples collected along the coast of Louisiana, USA during 2018 | Used for sampling
| Masterflex I/P peristaltic pump |
| Bacteria assemblages associated with Eurytemora affinis in both salt and fresh water from shoreside Lee-DaSilva Lee-DaSilva_Collection in the USA; Netherlands; Canada; Belgium; various locations each from 2012-2014 (CopepodMicrobiome project) | Battery powered water pump dropped into the water to depth of 1 m and pumped into 25L Nalgene carboys.
| Water pump |
| Coral post-settlement physiology at high pCO2: respiration, protein content, seawater properties and carbonate chemistry, Taiwan 2010 (MCR LTER project, Climate_Coral_Larvae project) | | pump |
| Denitrification and DNRA data from Little Lagoon, Alabama collected from 2012-2013 | Used to filter sediment
| Multichannel proportioning pump |
| Dissolved and particulate carbon and nitrogen data from seawater collected during CCGS John P. Tully cruises in the northeast Pacific Ocean from Vancouver Island to Station P from 2018 to 2020 | A custom analysis system for DIC was used in which a Kloehn V6 syringe pump (5 mL syringe) handles fluid control.
| Kloehn V6 syringe pump |
| Bulk dissolved organic carbon (DOC) from two microcosm incubation experiments conducted under three light treatments using water originating from West Bay of the Neuse River Estuary, North Carolina USA in 2021 and 2022 | L/S Peristaltic Pump (Masterflex EW-07557-10) and 1/4 inch Masterflex L/S Platinum-Cured Silicone Tubing: Estuarine water sampled from microcosm tank at 75% speed.
| Peristaltic Pump |
| | DataFlow pump intake system |
| Diurnal Gross Oxygen Production (GOP) from NOAA Ship Ronald H. Brown cruise RB-08-02 in the Southwest Atlantic sector of the Southern Ocean near South Georgia Island in 2008 (SO_GasEx project) | Small pump is a Micropump GA-V21.J8FTC
| Micropump GA-V21.J8FTC |
| Coral area from a study of year-long effects of high pCO2 on the community structure of a tropical fore reef assembled in outdoor flumes in Moorea, French Polynesia from 2017 to 2018 | | Wave II 373 J s-1, W. Lim Co., El Monte, CA, USA |
| Coral weight from a study of year-long effects of high pCO2 on the community structure of a tropical fore reef assembled in outdoor flumes in Moorea, French Polynesia from 2017 to 2018 | | Wave II 373 J s-1, W. Lim Co., El Monte, CA, USA |
| Field physiochemical parameters including nutrient concentrations and nitrogen specific uptake rates from samples collected between 2017 and 2019 from the Arctic Ocean, California Coastal Current, and a Chesapeake Bay estuary | Used to collect site water samples on R/V Ukpik cruise
| Johnson Pump model # 16004 |
| Spectral analyses of high-frequency data during two hour-long periods from the ECHOES system deployed at three sites in the Florida Keys in June 2018 | | KNF Micropump (model NF10) |
| Current velocity, wave velocity, and O2, H+, and momentum flux from the ECHOES system deployed at three sites in the Florida Keys in June 2018 | | KNF Micropump (model NF10) |
| Measurements of global dissolved submarine groundwater discharge (SGD) 226-Radium and 228-Radium | | peristaltic pump or well pump |
| Dissolved Ba, Cd, Cu, Ga, Mn, Ni, and V concentrations and Ba isotope concentrations from the US GEOTRACES Arctic Expedition (GN01, HLY1502) from August to October 2015 | | Teflon coated Tygon tubing and a trace metal clean pump (IWAKI, model WMD-30LFY-115) |
| Concentrations of dissolved micronutrient trace metals (Fe, Zn, Ni, Cu, Cd, Pb, Mn) in seawater, sea ice, and melt ponds collected during the US GEOTRACES Arctic cruise (HLY1502; GN01) on USCGC Healy from August to October 2015 | A small subset of samples from designated "ice stations" (Stations 31, 33, 39, 43) were collected under the ice (approx. 1, 5, and 20 m) after the ice was drilled with a polypropylene/titanium trace metal coring system. Sampling was done using a polypropylene, battery-powered motor centrifugal pump with ½ inch FEP-lined Tygon tubing.
At these same "ice stations", melt pond samples were collected by clearing surface snow with an acid-cleaned polyethylene shovel and then using a polyethylene/titanium trace metal coring system to drill through the upper ice. Melt pond water was pumped using a battery-powered polyethylene pump through pre-cleaned C-flex tubing into a pre-cleaned LDPE carboy.
| centrifugal pump; polyethylene pump |
| Concentrations of dissolved thorium and protactinium isotopes (Th-232, Th-230, Pa-231) in seawater, sea ice, and melt ponds collected during the U.S. GEOTRACES Arctic cruise (HLY1502, GN01) on USCGC Healy from August to October 2015 | SMBT: Battery-powered pump and Teflon-lined PVC tubing used to collect surface (1 m) seawater samples from a small boat upstream of the ship.
A small subset of samples from designated "ice stations" (Stations 31, 33, 39, 42, 43, 46) were collected under the ice (at approximately 1, 5, and 20 m) after the ice was drilled with a polypropylene/titanium trace metal coring system. Sampling was done using a polypropylene, battery-powered motor centrifugal pump with ½ inch FEP-lined Tygon tubing.
At most of these same "ice stations" (Stations 33, 39, 42, 43, 46), melt pond samples were collected by clearing surface snow with an acid-cleaned polyethylene shovel and then using a polyethylene/titanium trace metal coring system to drill through the upper ice. Melt pond water was pumped using a battery-powered polyethylene pump through pre-cleaned C-flex tubing into a pre-cleaned LDPE carboy.
| Centrifugal pump; Polyethylene pump |
| Concentrations and stable isotope ratios of Fe, Zn, and Cd from the US GEOTRACES Arctic cruise GN01 (HLY1502) from August to October 2015 | | |
| Shipboard FIA dissolved Al, Fe, and Mn from melt pond samples collected during USCGC Healy cruise HLY1502 (GN01) in the Canada and Makarov Basins of the Arctic Ocean from August to October 2015 | Seawater was collected using Teflon coated Tygon tubing and a rotary pump with plastic wetted parts (IWAKI magnetic drive pump, model WMD-30LFY-115).
| IWAKI magnetic drive pump |
| Shipboard FIA dissolved Al, Fe, and Mn from samples collected by pump during USCGC Healy cruise HLY1502 (GN01) in the Canada and Makarov Basins of the Arctic Ocean from August to October 2015 | Seawater was collected using Teflon coated Tygon tubing and a rotary pump with plastic wetted parts (IWAKI magnetic drive pump, model WMD-30LFY-115).
| IWAKI magnetic drive pump |
| Shipboard FIA dissolved Al, Fe, and Mn from samples collected from ice floes using a pump during USCGC Healy cruise HLY1502 (GN01) in the Canada and Makarov Basins of the Arctic Ocean from August to October 2015 | Seawater was collected using Teflon coated Tygon tubing and a rotary pump with plastic wetted parts (IWAKI magnetic drive pump, model WMD-30LFY-115).
| IWAKI magnetic drive pump |
| Mercury and methylmercury concentrations in melt pond water from samples collected during the GEOTRACES Arctic Ocean cruise in 2015 (HLY1502, GN01). | | peristaltic pump |
| Particulate & dissolved Po-210 & Pb-210 in seawater, snow, melt ponds, ice core, ice-rafted sediments, and aerosols from the US GEOTRACES Arctic cruise (HLY1502) on USCGC Healy from August to October 2015 | | battery-powered peristaltic pump |
| Radium and thorium isotopes measured in the Western Arctic as part of the 2015 US GEOTRACES Arctic Cruise on the USCGC Healy (HLY1502) from August to October 2015 | Surface samples were collected using a Finish Thompson 1/2 HP Polypropylene 115V Magnetic Drive pump.
| Finish Thompson Magnetic Drive pump |
| Nitrate (NO3), ammonium (NH4), and oxygen & deuterium isotopic composition from sea ice hole water sampling on the US GEOTRACES Arctic cruise (HLY1502) from August to October 2015 | For seawater collection
| peristaltic pump |
| Seawater Beryllium-7 activity concentration from submersible pump samples from USCGC Healy cruise HLY1502 in the Canada and Makarov Basins of the Arctic Ocean from August to October 2015 (US GEOTRACES Arctic) | A weighted sampling hose, attached to a submersible pump with a portable ctd was deployed over the aft of the ship to collect seawater for Be-7 analysis.
| |
| Aerosol and seawater beryllium-7 concentrations from Leg 1 (Seattle, WA to Hilo, HI) of the US GEOTRACES Pacific Meridional Transect (PMT) cruise (GP15, RR1814) on R/V Roger Revelle from September to October 2018 | A weighted sampling hose, attached to a submersible pump with a portable ctd was deployed over the aft of the ship to collect seawater for Be-7 analysis.
| |
| Aerosol and seawater beryllium-7 concentrations from Leg 2 (Hilo, HI to Papeete, French Polynesia) of the US GEOTRACES Pacific Meridional Transect (PMT) cruise (GP15, RR1815) on R/V Roger Revelle from October to November 2018 | A weighted sampling hose, attached to a submersible pump with a portable ctd was deployed over the aft of the ship to collect seawater for Be-7 analysis.
| |
| Size-fractionated major and minor particle composition and concentration collected from RV Thompson (TN303) along the US GEOTRACES EPZT transect in the Eastern Tropical Pacific during 2013 (US GEOTRACES EPZT project) | Used to collect size-fractioned particles
| McLane Research in-situ pumps |
| Small and large particulate Th and Pa samples from different depth profiles collected on R/V Thomas G. Thompson in the Eastern Tropical Pacific during 2013 (EPZT Th Pa project) | Used to collected size fractioned particles
| in situ pumps |
| Aerosol and seawater beryllium-7 concentrations from the US GEOTRACES GP17-OCE cruise on R/V Roger Revelle (RR2214) in the South Pacific and Southern Oceans from December 2022 to January 2023 | A 1 hp centrifugal pump on deck pulled seawater from selected depths via a 1.5-inch pvc hose.
| centrifugal pump |
| Aerosol and seawater beryllium-7 concentrations from the French GEOTRACES GS02 SWINGS cruise aboard R/V Marion-Dufresne (MD229) from January to March 2021 | Grundfos SP2A-48 pump with Grundfos submersible motor (2.2 KW, 400 V)
| Grundfos submersible centrifugal pump |
| Carbonate Chemistry Parameters from a heatwave experiment done September to November 2018 using reef building corals collected in Kāne'ohe Bay, O'ahu, Hawai'i. | | Water circulating pump (Pondmaster Pond-mag Magnetic Drive Water Pump Model 5) |
| Experiment Tank Conditions from a heatwave experiment done September to November 2018 using reef building corals collected in Kāne'ohe Bay, O'ahu, Hawai'i. | | Water circulating pump (Pondmaster Pond-mag Magnetic Drive Water Pump Model 5) |
| Results of HPLC derived photopigment concentrations for bioassays done in the North Inlet Estuary - Georgetown, South Carolina during 2014 (Photomixotrophy project) | Used in HPLC analysis
| Binary Gradient Pump (Shimadzu dual LC10-AT vp and Controller SCL-10A vp) |
| Detection limits for the results of HPLC derived photopigment concentrations for bioassays done in the North Inlet Estuary - Georgetown, South Carolina during 2014 (Photomixotrophy project) | Used in HPLC analysis
| Binary Gradient Pump (Shimadzu dual LC10-AT vp and Controller SCL-10A vp) |
| Bottle sample data from CTD casts from R/V Hugh R. Sharp HRS1610 in the Mid-Atlantic coastal waters from August 2016 (CyanateInTheSea project) | A peristaltic pump and 0.2 μm capsule filter were used for seawater sample collection
| Peristaltic pump |
| Copepod gut pigment and tank water pigment data from a set of 4 experiments quantifying the foraging behavior and ingestion by copepods within different distributions of marine snow | | Micropump Model GB-P23.JVS.A.B1 |
| Isotopes d2H and d18O in Alaskan ground, lake, and river water from the area of Toolik Lake, Alaska from 2012-2014 (Groundwater Discharge Methane project) | | submersible pump |
| Isotopes in methane in natural waters of Alaska | Discrete seawater, groundwater, lake, and river water samples were collected from Kasitsna Bay and Toolik Lake in August 2011 and July 2012 and the Beaufort Sea August 2012. Groundwater samples were collected in all locations from freshly dug pits or temporary PVC well points of variable depth depending on the depth of the water table. All water samples were collected by submersible pump. Sample water was passed through a plastic column containing manganese dioxide impregnated acrylic fiber at a rate of | Submersible Pump |
| SSU rRNA gene sequences from marine sediments, marine subseafloor, and deep seawater sampled from the Juan de Fuca Ridge Flank from various R/V Atlantis cruises from 2008-2011 (microJdFR project) | A custom pump system was used to sample basement fluid. It connected to the CORK observatorys' fluid delivery lines. The design of this system changed over the course of the study. It included the pump components Pelagic Electronics 5010 series deep sea pump, and Sea-Bird SBE-5T submersible titanium pump. For a detailed description see:
Lin, Huei-Ting, et al. "Inorganic chemistry, gas compositions and dissolved organic carbon in fluids from sedimented young basaltic crust on the Juan de Fuca Ridge flanks." Geochimica et Cosmochimica Acta 85 (2012): 213-227. http://dx.doi.org/10.1016/j.gca.2012.02.017
| pump |
| Lake Michigan water chemistry data, including dissolved and particulate phosphorus, chlorophyll a, carbon dioxide, total dissolved inorganic carbon, and dissolved organic carbon from 2017 to 2020 | The components of the continuous CO2 monitoring system include a peristaltic pump that forces water through an air-water equilibrator.
| peristaltic pump |
| Larval abundance data collected by plankton pump or diver-towed plankton nets at Bird Rock, La Jolla, CA, 2014-2016 | Used to collect plankton samples for abundance measurements. Seawater was filtered through a 118 µm mesh net to capture barnacle larval stages.
| Ebara 50DWXU6.4S Dominator submersible semivortex pump |
| Copepod Pressure Vessel Experiments from samples collected from the East Pacific Rise during ROV SuBastian deployments and R/V Falkor (too) cruise FKt230627 in June-July 2023 | Glass vials were placed into pressure vessels and pressurized using a Waters 515 HPLC Pump up to 200 bar (3000 psi).
| Waters 515 HPLC Pump |
| Noble gas concentrations and saturations from Marsh Pond in Massachusetts, USA from 2014. | Used with copper tube for noble gas sampling
| Handheld pump |
| Microbial respiration from microcosm experiments conducted under three light treatments using water originating from West Bay of the Neuse River Estuary, North Carolina USA in 2021 and 2022 | GAST vacuum pump (Model: DOA-P704-AA) used at | GAST vacuum pump |
| Desorbed Radium from Kolyma (Russia), Ellice (Canada), and Kodiak Island (USA) Rivers | | bilge or well pump |
| Dissolved Radium from Kolyma (Russia), Ellice (Canada), and Kodiak Island (USA) Rivers | | bilge or well pump |
| Physical and chemical properties of surface seawater obtained by CTD from the R/V Melville (MV1405) cruise along the coast of California in July 2014. | Pumped seawater directly into a positive pressure trace-metal clean bubble constructed in the main laboratory of the ship.
| Teflon dual-diaphragm pump |
| Q incubation data from the R/V Melville (MV1405) cruise along the California coast during July 2014 | Pumped seawater directly into a positive pressure trace-metal clean bubble constructed in the main laboratory of the ship.
| Teflon dual-diaphragm pump |
| Nutrients and chlorophyll from sea water samples collected in the Ross Sea from 2013-2015 (Ross Sea Microb Ecophys project) | Trace metal clean diaphragm pump
| |
| Environmental and physical data associated with ocean acidification microbe adaptation from 2012-2014 | Used in nutrient analysis
| Peristaltic pump |
| Physical data (sal, temp, wind, wave height) collected from January-March of 2014, 2015, and 2016 at the OIMB pier located in the Coos Bay entrance of the Oregon Coast | Daily samples of oceanic water were collected approx. 30 min before high tide (early morning to late afternoon) with an electric (220V) diaphragm pump (American Machine Self Priming Pump, Model 335E-K6, 3" diameter with a 2hp motor).
| diaphragm pump |
| 2014-2016 zooplankton time-series of pump samples from OIMB pier at the entrance to Coos Bay Oregon | Daily samples of oceanic water (known volumes ranging from 4-6 m^3) were collected approx. 30 min before high tide (early morning to late afternoon) with an electric (220V) diaphragm pump (American Machine Self Priming Pump, Model 335E-K6, 3" diameter with a 2hp motor).
| diaphragm pump |
| Phosphohydrolysis rates from samples collected in the coastal western North Atlantic on R/V Endeavor cruise EN588 during September 2016 | | peristaltic pump |
| Physiology of phytoplankton collected in coastal waters at Palmer LTER near Palmer Station, Antarctica, 2012 and 2013 (Phytoplankton Seasonal Dynamics project) | Used to obtain seawater samples
| unfiltered seawater pump |
| Porewater H2S from a multi-core sample taken on R/V Hugh Sharp cruise HRS1709 in the Chesapeake Bay in August 2017 | Profiling was conducted with a pump profiler for using solid state gold-amalgam electrodes for voltammetry (Luther et al, 2008; Analytical Instrument Systems DLK-60). See Hudson et al (2019), doi: 10.1016/j.talanta.2019.02.076.
| In situ pump profiler |
| Mesozooplankton sample data from R/V Pelican cruises PE03-NGOMEX, PE04-NGOMEX, PE06-NGOMEX, PE07-NGOMEX, PE09-05 in the Northern Gulf of Mexico from 2003-2008 | 220 l/m nominal flow rate, 10 cm intake diameter opening
| Ingersoll-Rand diaphragm pump |
| Data from in situ pump profiler system collected on R/V Hugh R. Sharp cruise HRS1415 in August 2014 | The pump is home made and consists of a West marine pump (12 V DC; flow rate of 160 L/hr) attached to 30 m of 1 inch ID and 1-3/8 inch OD high pressure clear PVC tubing. Valves and outlets are attached to the tubing outlet for sample collection and to go to the sensors onboard.
| |
| Radiocarbon in methane from waters of the US Atlantic and Pacific margins as collected on R/V Hugh Sharp cruise HRS1713 and R/V Rachel Carson cruise RC0026 in 2017 and 2019 |
Seawater is pumped up to the deck by a gasoline-powered, chemical-resistant water pump
A high-performance discharge pump was used to pump water onto the vessel
| Water pump |
| Radium isotope measurements from bottom waters in the South Atlantic Bight from 2015-2020 (SAB BMA project) | Bottom water samples were obtained by lowering a submersible pump to near the seafloor and filling two 26-liter carboys.
| Submersible pump, Granger |
| Radium in natural waters of Alaska | Discrete seawater, groundwater, lake, and river water samples were collected from Kasitsna Bay and Toolik Lake in August 2011 and July 2012 and the Beaufort Sea August 2012. Groundwater samples were collected in all locations from freshly dug pits or temporary PVC well points of variable depth depending on the depth of the water table. All water samples were collected by submersible pump. Sample water was passed through a plastic column containing manganese dioxide impregnated acrylic fiber at a rate of | Submersible Pump |
| Biogeochemistry, metabolomics, and metagenomics of Florida's Coral Reef from sampling conducted over 15 days in June 2019 | Mini-Monsoon 12V, Proactive Environmental Products, Bradenton, Florida, USA - to pump seawater from just above the reef benthos
| groundwater pump |
| CTD rosette and Bottle data from R/V Hugh R. Sharp cruise HRS1314 in the Chesapeake Bay and coastal Atlantic Ocean in August 2013 | In situ pump - West Marine Pump
| In situ pump - West Marine Pump |
| Discrete bottle sample measurements for carbonate chemistry, organic alkalinity and organic carbon from samples collected in Waquoit Bay and Vineyard Sound, MA in 2016 | | Peristaltic or diaphragm pump |
| Discrete bottle sample measurements for carbonate chemistry from samples collected in the Sage Lot Pond salt marsh tidal creek in Waquoit Bay, MA from 2012 to 2015 | | peristaltic or diaphragm pump |
| Log of plankton sampling during internal wave events from cruises in the Offshore Calumet Park, La Jolla, California, 2014-2015 (Nearshore larval transport project) | Ebara semivortex pump (300 liters/minute)
| Ebara semivortex pump |
| Plankton sampling log during non-internal wave events from cruises in the Offshore Calumet Park, La Jolla, California from 2014-2015 (Nearshore larval transport project) | Ebara semivortex pump (300 liters/minute)
| Ebara semivortex pump |
| Log of plankton sampling during thermocline study from the Nearshore Transport cruises on R/V Gaia Pineda in the Offshore Calumet Park, La Jolla, Southern California, USA from June to July 2015 | Ebara semivortex pump (300 liters/minute)
| Ebara semivortex pump |
| The effect of altered carbonate system chemistry on the abiotic formation of Transparent Exopolymer Particles (TEP) from UCSB MSI Passow Laboratory from 2009 to 2010 (OA - Ocean Acidification and Aggregation project) | Bottle blooms were incubated in clear 20 L bottles at 14 °C, at 15–30 μE s − 1 for 12:12 hours and bubbled with an aquarium pump during the light hours to keep the carbonate system stable.
| Aquarium Pump |
| The effect of altered carbonate system chemistry on the abiotic formation of Transparent Exopolymer Particles (TEP).from UCSB MSI Passow Lab from 2009 to 2010 (OA - Ocean Acidification and Aggregation project) | Bottle blooms were incubated in clear 20 L bottles at 14 °C, at 15–30 μE s − 1 for 12:12 hours and bubbled with an aquarium pump during the light hours to keep the carbonate system stable.
| Aquarium Pump |
| Vitamin and methionine quantifications from SPOT cruises during different months from from March to December 2017 | | Peristaltic pump |
| Dissolved black carbon (DBC) concentrations and related data from water samples collected between 2011 and 2019 in the Pacific and Atlantic Oceans and from rivers in North America, South America, Africa, and Russia | | oil-free pump equipped with a pre-cleaned, in-line capsule filter |
| Sample logs from the Fixed Station cruises of the TRANSPORT program on R/V Hugh R. Sharp (HRS110714EN, HRS120711EN) in the Choptank River, Chesapeake Bay during 2011-2012 (TRANSPORT project) | Bellows pump attached to CTD with hose for collecting bivalve larvae caught on a 64 micron mesh.
| |
| Chlorphyll a and pheophytin from two cruises performed as part of the STING project from R/V Atlantic Explorer AE2305 (Sting I cruise) and R/V Endeavor EN704 (Sting II cruise) in the Gulf of Mexico near Florida from February to July 2023 | The surface pump on STING I was a Wilden Pro-Flo Series P100 PTPE pump. The surface pump on STING II and for all tow-fish samples was an Almatec E15TTT pump. All pump samples were pumped through Teflon tubing.
| surface pump |
| Dissolved Macronutrient Concentrations from Depth Profiles and Incubation Experiments from STING I Cruise AE2305 on R/V Atlantic Explorer in the Gulf of Mexico from February to March 2023 | Wilden Pro-Flo Series P100 PTFE Diaphram Pump was deployed on 1/4” 12-strand Spectra synthetic line to collect surface and depth profile seawater samples at stations with water depth | TM Pump |
| Surface water gas concentrations in coastal waters from Palmer LTER near the Antarctic Peninsula from 2012-2013 (Phytoplankton Seasonal Dynamics project) | Used to obtain seawater samples
| unfiltered seawater pump |
| Symbiodinium cell density, chlorophyll, respiration, photosynthetic yield in Seriatopora coral, Taiwan, 2010 (MCR LTER project, Climate_Coral_Larvae project) | To mix water in tanks
| pump |
| Seriatopora bleaching expt: Photosynthesis:irradiance (P/I) curves, Taiwan 2010 (MCR LTER project, Climate_Coral_Larvae project) | To mix water in tanks
| pump |
| Seriatopora bleaching expt: temperature, salinity, light in tanks, Taiwan 2010 (MCR LTER project, Climate_Coral_Larvae project) | To mix water in tanks
| pump |
| Seriatopora bleaching expt: water pH and carbonate chemistry, Taiwan 2010 (MCR LTER project, Climate_Coral_Larvae project) | To mix water in tanks
| pump |
| Continuous culture studies of Synechococcus elongatus CCMP1629 in nitrate-limited and nutrient-replete cultures plus DNA results | Used to control the dilution rate of the growth chamber
| Masterflex Model 77200-60 peristaltic pump |
| Continuous culture studies of possible climate change effects: Thalassiosira pseudonana CCMP1335 growth in nitrate-limited and nutrient-replete cultures | Used to control the dilution rate of the growth chamber
| Masterflex Model 77200-60 peristaltic pump |
| Experimental results of nitrate-limited or nitrate-replete continuous culture studies of Thalassiosira pseudonana at 5 temperatures with either high or low pCO2 and irradiance | Used to control the dilution rate of the growth chamber
| Masterflex Model 77200-60 peristaltic pump |
| Experiment Tank Conditions during a thermal stress experiment using reef building corals collected in Kāne'ohe Bay, O'ahu, Hawai'i. | | submersible pump (Hydor 200 gph) |
| Event log for R/V Tioga TI725 in the Gulf of Maine from January 2014 (Gulf of Maine Pteropods project) | A "Little Giant" brand pump was used to retrieve water from depth for animal culture. This goal is to have large amounts of water of the appropriate salinity, DIC/TA and temperature to replicate the conditions the animals experience in situ. To achieve this, six "pteropod ptransporter" garbage cans were brought onboard and held in a plastic cage.
| |
| Event log for R/V Tioga TI729 in the Gulf of Maine from January 2014 (Gulf of Maine Pteropods project) | A "Little Giant" brand pump was used to retrieve water from depth for animal culture.
| pump |
| Event log from R/V Tioga TI746 in the Gulf of Maine from April 2014 (Gulf of Maine Pteropods project) | A "Little Giant" brand pump was used to retrieve water from depth for animal culture.
| pump |
| Event log from R/V Tioga TI777 in the Provincetown to Gulf of Maine from August 2014 (Gulf of Maine Pteropods project) | A "Little Giant" brand pump was used to retrieve water from depth for animal culture.
| pump |
| Event log from the R/V Tioga (TI787) in the Gulf of Maine during November 2014 (Gulf of Maine Pteropods project) | A "Little Giant" brand pump was used to retrieve water from depth for animal culture.
| pump |
| Characteristics of tidepools from seasonal surveys conducted at tidepools along the California coast from 2017 to 2018 | | Hand bilge pump |
| Trichodesmium species in the North Atlantic from R/V Oceanus OC469-01 in the NW Atlantic, Woods Hole to Barbados from October 2010 (Trichodesmium project) | On OC-469-01, seawater from surface and deep samples were pumped through a 150 micron sieve.
| |
| Data on growth rates, and physiological parameters of Ulva australis under ocean acidification (OA) and eutrophication, from July 2015 (Seaweed OA Resilience project) | Peristaltic pumps (FPU500, Omega Engineering, USA) were used to provide fresh seawater to each of the 24 growth chambers at a rate of 6–8 mL/min.
The elevated concentration of NH4+ (n = 12) was achieved using an auto-dosing peristaltic pump (Jebao DP-4) programmed to deliver 12 mL of a 1000 μM NH4Cl solution to growth chambers every two hours.
A syringe pump (V6 pump with valve 24090, Norgren, UK) and two 12-port rotary valves (23425 valve driver with valve 24493, Norgren, UK) were used to sample seawater directly from each growth chamber for pH and alkalinity measurements.
| Peristaltic pumps - Omega Engineering, model FPU500; auto-dosing peristaltic pump (Jebao DP-4); syringe pump (V6 pump with valve 24090, Norgren, UK) |
| Time-series of estimating pH in culture tanks of Ulva australis under ocean acidification (OA) and eutrophication (Seaweed OA Resilience project) | Peristaltic pumps (FPU500, Omega Engineering, USA) were used to provide fresh seawater to each of the 24 growth chambers at a rate of 6–8 mL/min.
The elevated concentration of NH4+ (n = 12) was achieved using an auto-dosing peristaltic pump (Jebao DP-4) programmed to deliver 12 mL of a 1000 μM NH4Cl solution to growth chambers every two hours.
A syringe pump (V6 pump with valve 24090, Norgren, UK) and two 12-port rotary valves (23425 valve driver with valve 24493, Norgren, UK) were used to sample seawater directly from each growth chamber for pH and alkalinity measurements.
| Peristaltic pumps - Omega Engineering, model FPU500; auto-dosing peristaltic pump (Jebao DP-4); syringe pump (V6 pump with valve 24090, Norgren, UK) |
| Underway O2 Argon (Ar) from NOAA Ship Ronald H. Brown cruise RB-08-02 in the Southwest Atlantic sector of the Southern Ocean near South Georgia Island in 2008 (SO_GasEx project) | Small pump is a Micropump GA-V21.J8FTC
| Micropump GA-V21.J8FTC |
| Seawater microbial communities within coral reef seawater change over six years in response to disturbance | | Masterflex L/S peristaltic pump (Cole-Parmer, Vernon Hills, IL, USA) |
| Seawater microbial communities within coral reef seawater change over six years in response to disturbance | | groundwater pump (Mini-Monsoon 12V, Proactive Environmental Products, Bradenton, Florida, USA) |
| Virus and prokaryote abundances from experiments conducted with samples collected at a hydrothermal vent site by ROV SuBastian during R/V Falkor (too) expedition FKt230627 along the East Pacific Rise in July of 2023 | Waters 515 HPLC Pump: Glass vials were placed into pressure vessels and pressurized using a Waters 515 HPLC Pump up to 250 bar.
| Waters 515 HPLC Pump |
| Water column data from samples collected on R/V Hugh Sharp cruise HRS1709 in the Chesapeake Bay in August 2017 | Profiling was conducted with a pump profiler for using solid state gold-amalgam electrodes for voltammetry (Luther et al, 2008; Analytical Instrument Systems DLK-60). See Hudson et al (2019), doi: 10.1016/j.talanta.2019.02.076.
| In situ pump profiler |
| Water column data from samples collected on R/V Hugh Sharp cruise HRS1803GL in the Chesapeake Bay during July-August 2018 | Profiling was conducted with a pump profiler for using solid state gold-amalgam electrodes for voltammetry (Luther et al, 2008; Analytical Instrument Systems DLK-60). See Hudson et al (2019), doi: 10.1016/j.talanta.2019.02.076.
| In situ pump profiler |
| Depth profiles of oceanographic parameters in spring and summer from R/V Terrapin, R/V Hugh R. Sharp multiple cruises in Chesapeake Bay, 2010-2011 (LiDZ project) | Water samples for chemistry and biological rate measurements were collected with a diaphragm pump with a 2.54 cm diameter hose attached to the CTD frame and ended with a conical PVC manifold distributing water to 16 tubings to fill sample vials.
| Diaphragm Pump |
| Depth profiles of oceanographic parameters in spring and summer from R/V Terrapin, R/V Hugh R. Sharp multiple cruises in Chesapeake Bay, 2010-2011 (LiDZ project) | Water samples for DNA and RNA were collected with a submersible well pump (Tornado Pump, Groundwater Essentials) attached to the CTD Frame (R/V Sharp) or deployed by hand separately from the CTD (R/V Terrapin).
http://www.groundwateressentials.com/pumps/plastic-pumps-standard/tornado-dtw-100ft
| Submersible Well Pump |
| [Deprecated] Laboratory growth, photosynthetic, and respiration rates of Thalassiosira pseudonana clone 3H in nitrate limited culture (Stressors on Marine Phytoplankton project) | Used to control the dilution rate of the growth chamber
| Masterflex Model 77200-60 peristaltic pump |
| [Deprecated] Laboratory growth, photosynthetic, and growth rates of Thalassiosira pseudonana clone 3H in nitrate replete culture (Stressors on Marine Phytoplankton project) | Used to control the dilution rate of the growth chamber
| Masterflex Model 77200-60 peristaltic pump |
©2020 Biological and Chemical Oceanography Data Management Office.