5,121 to 5,130 of 5,165 Results
ZIP Archive - 80.9 MB -
MD5: 94b3ac357673a53909cea8365eddb6b0
The flow cytometry files that include the fluorescence and scatter values for all of the triggered events. These have been compressed into a single zip archive containing all the flow cytometry files from the study. |
ZIP Archive - 48.3 GB -
MD5: 178e3cb05f74202eb7faa1b395eb4ee7
Images of particles that fell within gating strategy. These have been compressed into a single zip archive containing all the image files from the study. |
Plain Text - 1.4 KB -
MD5: 2fe557bdc6f423bcda0b9e95e32f556a
ReadMe file containing descriptive information about the files in this dataset. |
Tabular Data - 586.9 KB - 30 Variables, 2365 Observations - UNF:6:A3dKuAkyNYLCjtT2Ky8Kkg==
Summary statistics of each gate in each sample |
Michel, Anna, 2025, "Spatial mapping of dissolved methane using an in situ sensor in Puget Sound", https://doi.org/10.26027/DATAZAL2SC, MBLWHOI Library Dataverse, V1
Release of methane, as gas bubbles or in the dissolved phase, from the seafloor has been observed in coastal waters (<200 m) and deep ocean basins (>1000 m). Methane dissolution within the water column affects the geochemistry of the surrounding water, leading to localized oxygen loss and ocean acidification. Traditional methods for detecting and q... |
Plain Text - 1020.2 KB -
MD5: dff6531675f5eea0b641c93c3997fae4
This file contains the Date, Time, and methane concentration measured in uatm. |
Adobe PDF - 63.4 KB -
MD5: 016ad2a114237047a9711f8e0fa01cc5
ReadMe file describing the other files in this dataset. |
Plain Text - 86.0 MB -
MD5: 75fb26cdaca8d1495c56c91ef299567d
Includes the data collected on the CTD rosette on R/V Thomas G. Thompson cruise TN410 used in the related publication. |
Unknown - 86.0 MB -
MD5: c46904b29ae33687d85b94dbc60257a7
Header data for TN410_CTD02_CTD_Data.txt data file. |
Jul 21, 2025 - Applied Ocean Physics & Engineering
Jason Kapit; Farr, Norman; Schmitt, Raymond, 2025, "A Refractometer for Measuring Thermohaline Density Microstructure in the Ocean", https://doi.org/10.26027/DATAVI1X45, MBLWHOI Library Dataverse, V1, UNF:6:epQsmNnadTTL3W7CWhGEyA== [fileUNF]
Here we report an optical sensor for measuring millimeter-scale thermohaline density variations in the ocean. The instrument is based on a fiber Fabry-Perot white light interferometer which can resolve the refractive index of water to better than 2 x 10-8 within a sample volume smaller than 1 mm3 at a sample rate of 500 Hz. This equates to detectab... |
