SAIL-Net is a DOE funded project in the East River Watershed near Crested Butte, Colorado with the goal of advancing our understanding of aerosol-cloud interactions in complex, mountainous regions. Through the deployment of a network of six low cost microphysics nodes in Fall 2021 in the same domain at the SAIL campaign, SAIL-Net provides data on aerosol size distributions, cloud condensation nuclei (CCN), and ice nucleations particles (INP). This network enables the investigation of small-scale variations in complex terrain.
This specific dataset provides the cleaned data recorded from the CloudPuck, an in house instrument made by Handix Scientific that counts CCN concentrations. The CloudPuck was deployed at the sites for the summer/fall of 2022 before winter conditions were too harsh to maintain the instrument. For more information on the the CloudPuck or how the raw data are processed, see the read me.
Metadata Creator:
|
Name:
Leah Gibson |
Email:
lgibson@handixscientific.com |
Phone:
7209178519 |
Street:
1613 Prospect Pkwy |
City:
Fort Collins |
State:
CO |
Postal:
80525 |
|
Contact Info:
|
Name:
Leah Gibson |
Email:
lgibson@handixscientific.com |
Phone:
7209178519 |
Street:
1613 Prospect Pkwy |
City:
Fort Collins |
State:
CO |
Postal:
80525 |
|
Investigator(s):
| Leah Gibson (lgibson@handixscientific.com) Ezra Levin (elevin@handixscientific.com)
|
Data Citation: | https://doi.org/10.5439/2203936 |
Data Format: | netCDF |
File Naming Convention: | sailnet.cloudpuck.site_name.date_in_form_yyyymmdd.nc |
Abstract: | SAIL-Net is a DOE funded project in the East River Watershed near Crested Butte, Colorado with the goal of advancing our understanding of aerosol-cloud interactions in complex, mountainous regions. Through the deployment of a network of six low cost microphysics nodes in Fall 2021 in the same domain at the SAIL campaign, SAIL-Net provides data on aerosol size distributions, cloud condensation nuclei (CCN), and ice nucleations particles (INP). This network enables the investigation of small-scale variations in complex terrain. This specific dataset provides the cleaned data recorded from the CloudPuck, an in house instrument made by Handix Scientific that counts CCN concentrations. The CloudPuck was deployed at the sites for the summer/fall of 2022 before winter conditions were too harsh to maintain the instrument. For more information on the the CloudPuck or how the raw data are processed, see the read me. |
Purpose: | These data were collected to aid in the study of aerosol-cloud interactions and aerosol variability in complex terrain. |
Data Usage: | These data contain concentrations of CCN that activate at 0.1%, 0.5%, and 1% supersaturations. The data can be used on its own or with the POPS data from the SAIL-Net sites to study the connection between CCN concentration and PM2.5. |
Arm Sites:
| guc |
Content Time Range:
|
Begin:
2022-07-30
End:
2022-11-14 |
Data Type: | research data - ASR funded
|
Scientific Measurements(s): |
Measurement name | Variables |
number concentration of CCN that activate at 0.1% supersaturation | s_0.1 concentration
|
number concentration of CCN that activate at 0.5% supersaturation | s_0.5 concentration
|
number concentration of CCN that activate at 1.0% supersaturation | s_1.0 concentration
|
|
Data Quality: |
Attribute Accuracy:
| No formal uncertainty assessments were conducted and no estimates of uncertainty are reported. |
Positional Accuracy:
| No formal positional accuracy tests were conducted |
Consistency and Completeness Report:
| Data set is considered complete for the information presented, as described in the abstract. Users are advised to read the rest of the metadata record carefully for additional details. |
|
Use Restrictions:
| No use constraints are associated with this data. |
Distribution Info:
|
Organization Name: |
ARM Archive User Services
|
Email:
armarchive[at]ornl.gov
|
Phone:
1-888-ARM-DATA
|
Street:
Oak Ridge National Laboratory
|
City:
Oak Ridge
|
State:
Tennessee
|
Postal:
37831-6290
|
|
Additional Missing Info:
| Read Me: sailnet.cloudpuck.readme.pdf |