| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Cadmium concentration
| Cd |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Chlorophyll-a concentration
| Chla |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Cobalt concentration
| Co |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Copper concentration
| Cu |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Iron concentration
| Fe |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Molybdenum concentration
| Mo |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Nickel concentration
| Ni |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Nitrate concentration
| NO3 |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Phosphate concentration
| PO4 |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Salt concentration
| Salinity |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | Silicate concentration
| SiO4 |
| Concentration of inorganic nutrients, primary productivity measurements and phytoplankton cell concentration in seawater samples from the Malaspina 2010 Circumnavigation Expedition (VitaMaps project) | vanadium concentration
| V |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00032500000000002
| position_neg_0.00032500000000002 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.000975000000000059
| position_neg_0.000975000000000059 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00162499999999999
| position_neg_0.00162499999999999 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00227500000000003
| position_neg_0.00227500000000003 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00292499999999996
| position_neg_0.00292499999999996 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.003575
| position_neg_0.003575 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00422500000000003
| position_neg_0.00422500000000003 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00487499999999996
| position_neg_0.00487499999999996 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.005525
| position_neg_0.005525 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00617500000000004
| position_neg_0.00617500000000004 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00682499999999997
| position_neg_0.00682499999999997 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00747500000000001
| position_neg_0.00747500000000001 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00812500000000005
| position_neg_0.00812500000000005 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00877500000000009
| position_neg_0.00877500000000009 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.00942500000000002
| position_neg_0.00942500000000002 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.010075
| position_neg_0.010075 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.010725
| position_neg_0.010725 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.011375
| position_neg_0.011375 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.012025
| position_neg_0.012025 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.012675
| position_neg_0.012675 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.013325
| position_neg_0.013325 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.013975
| position_neg_0.013975 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.014625
| position_neg_0.014625 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.015275
| position_neg_0.015275 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.015925
| position_neg_0.015925 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.0165750000000001
| position_neg_0.0165750000000001 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.017225
| position_neg_0.017225 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.017875
| position_neg_0.017875 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.018525
| position_neg_0.018525 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.019175
| position_neg_0.019175 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.019825
| position_neg_0.019825 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.020475
| position_neg_0.020475 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.021125
| position_neg_0.021125 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.021775
| position_neg_0.021775 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.022425
| position_neg_0.022425 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.0230750000000001
| position_neg_0.0230750000000001 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.023725
| position_neg_0.023725 |
| Multiplexed Microfluidic Screening of Bacterial Chemotaxis Modeling Results from 2019-2022 (VIC project) | Measured chemical contentration generated from the dilution microchannel with driving pressure: -0.024375
| position_neg_0.024375 |
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