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| Format: | Dataset Open Access |
| Language: | en |
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PANGAEA
2025
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| Online Access: | https://doi.org/10.1594/PANGAEA.984465 |
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| author | Town, Michael S Wang, Felicity Mehring, Chip Parry, Devin Searl, Logan Dron-Smith, Gen Block, Greta Albrecht, Alexander Anand, Tanvi Bashore, Colman Borowski, Mila Bowen, Elizabeth Bradford, Anne Elise Bridge, Ryan Carpenter, Lucy J Chen, Jerry Concepcion, Anabelle Dauber, Mason Dudley, Nila Dull, Stella Eleveld, Bobby Fitzgerald, Jennifer Fries, Xander Gale, Skyler Ganapathy, Tanvi Gates, Phoebe Hollander, Ai-Li Howard, Daniel Howard, Susan Kolenski, Drew Lamble, Mira Lamble, Miles Lisin, Noah Mankoff, Kenneth D Mapes, Jennifer Martinez, Charles Meader Yetter, Phillip Milne, Skye Nelson, Michael O'Donnell, Logan Osborne, Carl Park, Kaiden Patrick, William Porter, Jimmy Purcell, Jon Ricker, Reagan Romero, Armando Schuler, Ian Schuler, Miles Scott, Jack Shelton, Mea Spencer, Jeffery Stevens, Christopher Max Susskind, Tea Swaner, Shepard Takayama, Bryent Tan, Alison Theobald, Grace Toll, Mia Traverse, Sam Walker, Adam Whitt, Cameron Wineland, Samantha Yee, Sophia Young, Derek Yu, Allistair Yuan, Isabelle Zong, Zara |
| author_facet | Town, Michael S Wang, Felicity Mehring, Chip Parry, Devin Searl, Logan Dron-Smith, Gen Block, Greta Albrecht, Alexander Anand, Tanvi Bashore, Colman Borowski, Mila Bowen, Elizabeth Bradford, Anne Elise Bridge, Ryan Carpenter, Lucy J Chen, Jerry Concepcion, Anabelle Dauber, Mason Dudley, Nila Dull, Stella Eleveld, Bobby Fitzgerald, Jennifer Fries, Xander Gale, Skyler Ganapathy, Tanvi Gates, Phoebe Hollander, Ai-Li Howard, Daniel Howard, Susan Kolenski, Drew Lamble, Mira Lamble, Miles Lisin, Noah Mankoff, Kenneth D Mapes, Jennifer Martinez, Charles Meader Yetter, Phillip Milne, Skye Nelson, Michael O'Donnell, Logan Osborne, Carl Park, Kaiden Patrick, William Porter, Jimmy Purcell, Jon Ricker, Reagan Romero, Armando Schuler, Ian Schuler, Miles Scott, Jack Shelton, Mea Spencer, Jeffery Stevens, Christopher Max Susskind, Tea Swaner, Shepard Takayama, Bryent Tan, Alison Theobald, Grace Toll, Mia Traverse, Sam Walker, Adam Whitt, Cameron Wineland, Samantha Yee, Sophia Young, Derek Yu, Allistair Yuan, Isabelle Zong, Zara |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | We present temperature measurements from the Mount Baker Climate Laboratory (MBCL; https://esr-mbcl.github.io/MBCL/). The MBCL is a citizen science effort that has operated continuously since July 2018 on the southern aspect of Mount Baker, Washington, USA. Here we share data from July 2018 - July 2024. The measurements were made in strategic arrays at nine sites ranging from elevations of 1000 m to the summit (3287 m). Data were collected using autonomous temperature sensors (iButtons) deployed in waterproof graphite housings. Data were collected at 4.25 hourly intervals. At each possible site, temperature measurements of shallow soil and near-surface air temperature (shaded and unshaded) were made in arrays after Lundquist and Lott (2008) and Lundquist and Huggett (2008). Above the treeline, only soil temperatures were made. Data from eight of nine sites have been successfully retrieved over this time period. The sensor distribution across the southern aspect of Mount Baker was designed to coincide with a common, relatively safe ascent route to facilitate citizen science field logistics. The sensor array design and site distribution are intended to allow investigation into monitoring of hydrological and atmospheric phenomena like snow extent, snow depth (at one site), snow year length, critical temperature thresholds, mountain lapse rates, and model or reanalysis intercomparisons. More uses are possible. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_984465 |
| institution | PANGAEA |
| language | en |
| publishDate | 2025 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Near-surface air temperatures at site MB_Site1Exposed200 from the southern aspect of Mount Baker, USA Town, Michael S Wang, Felicity Mehring, Chip Parry, Devin Searl, Logan Dron-Smith, Gen Block, Greta Albrecht, Alexander Anand, Tanvi Bashore, Colman Borowski, Mila Bowen, Elizabeth Bradford, Anne Elise Bridge, Ryan Carpenter, Lucy J Chen, Jerry Concepcion, Anabelle Dauber, Mason Dudley, Nila Dull, Stella Eleveld, Bobby Fitzgerald, Jennifer Fries, Xander Gale, Skyler Ganapathy, Tanvi Gates, Phoebe Hollander, Ai-Li Howard, Daniel Howard, Susan Kolenski, Drew Lamble, Mira Lamble, Miles Lisin, Noah Mankoff, Kenneth D Mapes, Jennifer Martinez, Charles Meader Yetter, Phillip Milne, Skye Nelson, Michael O'Donnell, Logan Osborne, Carl Park, Kaiden Patrick, William Porter, Jimmy Purcell, Jon Ricker, Reagan Romero, Armando Schuler, Ian Schuler, Miles Scott, Jack Shelton, Mea Spencer, Jeffery Stevens, Christopher Max Susskind, Tea Swaner, Shepard Takayama, Bryent Tan, Alison Theobald, Grace Toll, Mia Traverse, Sam Walker, Adam Whitt, Cameron Wineland, Samantha Yee, Sophia Young, Derek Yu, Allistair Yuan, Isabelle Zong, Zara air temperature; Cascades; Citizen science; DATE/TIME; HEIGHT above ground; iButton sensor; iButton sensor, DS1921G-F5 [unshaded]; MB_Site1Exposed200; mountain; Pacific Northwest; snow temperature; soil temperature; Temperature, air We present temperature measurements from the Mount Baker Climate Laboratory (MBCL; https://esr-mbcl.github.io/MBCL/). The MBCL is a citizen science effort that has operated continuously since July 2018 on the southern aspect of Mount Baker, Washington, USA. Here we share data from July 2018 - July 2024. The measurements were made in strategic arrays at nine sites ranging from elevations of 1000 m to the summit (3287 m). Data were collected using autonomous temperature sensors (iButtons) deployed in waterproof graphite housings. Data were collected at 4.25 hourly intervals. At each possible site, temperature measurements of shallow soil and near-surface air temperature (shaded and unshaded) were made in arrays after Lundquist and Lott (2008) and Lundquist and Huggett (2008). Above the treeline, only soil temperatures were made. Data from eight of nine sites have been successfully retrieved over this time period. The sensor distribution across the southern aspect of Mount Baker was designed to coincide with a common, relatively safe ascent route to facilitate citizen science field logistics. The sensor array design and site distribution are intended to allow investigation into monitoring of hydrological and atmospheric phenomena like snow extent, snow depth (at one site), snow year length, critical temperature thresholds, mountain lapse rates, and model or reanalysis intercomparisons. More uses are possible. |
| title | Near-surface air temperatures at site MB_Site1Exposed200 from the southern aspect of Mount Baker, USA |
| topic | air temperature; Cascades; Citizen science; DATE/TIME; HEIGHT above ground; iButton sensor; iButton sensor, DS1921G-F5 [unshaded]; MB_Site1Exposed200; mountain; Pacific Northwest; snow temperature; soil temperature; Temperature, air |
| url | https://doi.org/10.1594/PANGAEA.984465 |