2023 myThaw data set
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PANGAEA
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| Autores principales: | , , , , , , , , , , , , , , , , , , , |
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
| Publicado: |
PANGAEA
2025
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| Acceso en línea: | |
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| _version_ | 1867170434965831680 |
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| author | Hammar, Jennika Goldau, Maybrit Boike, Julia Rath, Moritz Anselm, Norbert Martin, Julia Chadburn, Sarah Zwieback, Simon Carbonnel, Mathilde Herment, Guillaume Coulombe, Stéphanie Giamberini, Mariasilvia Stuenzi, Simone Maria Suominen, Otso Hille, Erika Elias, Greg Meléndez González, Mayra Rudd, Daniel Alexander Mastepanov, Mikhail Marsh, Phil |
| author_facet | Hammar, Jennika Goldau, Maybrit Boike, Julia Rath, Moritz Anselm, Norbert Martin, Julia Chadburn, Sarah Zwieback, Simon Carbonnel, Mathilde Herment, Guillaume Coulombe, Stéphanie Giamberini, Mariasilvia Stuenzi, Simone Maria Suominen, Otso Hille, Erika Elias, Greg Meléndez González, Mayra Rudd, Daniel Alexander Mastepanov, Mikhail Marsh, Phil |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The 2023 myThaw data set provides standardized measurements for permafrost thaw and the linked parameters snow depth, vegetation height and water level as suggested by Boike et al. (2021). It contains measurements from 8 circumpolar permafrost sites where data was obtained using the myThaw app which is based on the user-friendly, multiparameter protocol for standardized monitoring of permafrost thaw from 2021. The data set contains detailed metadata for each site including data on the timing of data collection, geographical coordinates and land surface characteristics (vegetation, ground surface and water features). |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_974461 |
| institution | PANGAEA |
| language | en |
| publishDate | 2025 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | 2023 myThaw data set Hammar, Jennika Goldau, Maybrit Boike, Julia Rath, Moritz Anselm, Norbert Martin, Julia Chadburn, Sarah Zwieback, Simon Carbonnel, Mathilde Herment, Guillaume Coulombe, Stéphanie Giamberini, Mariasilvia Stuenzi, Simone Maria Suominen, Otso Hille, Erika Elias, Greg Meléndez González, Mayra Rudd, Daniel Alexander Mastepanov, Mikhail Marsh, Phil Accessibility, description; active layer thaw depth; Bayelva; Bayelva_2023_transect; Cambridge Bay; CambridgeBay_2023_transect; Climate station information (true/false); CNR_at_Bayelva_2023_transect; CNR@Bayelva; Comment; Data availability (true/false); DATE/TIME; Description; Distance; Disturbance description; Disturbance Type; ELEVATION; Elevation description; Field measurement; Ground surface, presence of rock (true/false); Ground surface, presence of soil (true/false); Ground wetness description; Identification; Ilulissat_CALM_site_2023; Ilulissat CALM site; Image; Image, earth surface (water, ice, land); INTERACT; International Network for Terrestrial Research and Monitoring in the Arctic; Kevo_Vaisejaeggi_2023_transect; Kevo Vaisejaeggi; LATITUDE; Latitude description; LONGITUDE; Longitude description; myThaw app; NRC_Lake_2023_transect; NRC Lake Transect; Parameter; permafrost monitoring protocol; Presence of moss or lichen (true/false); Presence of treecover (true/false); Protocol ID; Site; snow depth; Snow depth; Snow depth, error; Soil type, presence of clay (true/false); Soil type, presence of gravel (true/false); Soil type, presence of peat (true/false); Soil type, presence of sand (true/false); Soil type, presence of silt (true/false); Soil type, presence of unknown (true/false); Thaw depth of active layer; Thaw depth of active layer, error; Toolik_Field_Station_2023_transect; Toolik Field Station; Transect number; Tree type, presence of broadleaf (true/false); Tree type, presence of deciduous needleleaf (true/false); Tree type, presence of evergreen needleleaf (true/false); vegetation height; Vegetation height; Vegetation type; Vegetation type, presence of deciduous shrub (true/false); Vegetation type, presence of evergreen shrub (true/false); Vegetation type, presence of forbs (true/false); Vegetation type, presence of graminoids (true/false); Vegetation type, presence of lichen (true/false); Vegetation type, presence of moss (true/false); Water feature, presence of lake (true/false); Water feature, presence of none (true/false); Water feature, presence of river/creek (true/false); Water feature, presence of unknown (true/false); Water feature, presence of water tracks (true/false); Water feature, presence of wet depressions (true/false); Water feature, presence of wetland (true/false); water level; Water level; Water level, error; Zackenberg_CALM_2023_dry_transect; Zackenberg_CALM_2023_wet_transect; Zackenberg CALM dry transect; Zackenberg CALM wet transect The 2023 myThaw data set provides standardized measurements for permafrost thaw and the linked parameters snow depth, vegetation height and water level as suggested by Boike et al. (2021). It contains measurements from 8 circumpolar permafrost sites where data was obtained using the myThaw app which is based on the user-friendly, multiparameter protocol for standardized monitoring of permafrost thaw from 2021. The data set contains detailed metadata for each site including data on the timing of data collection, geographical coordinates and land surface characteristics (vegetation, ground surface and water features). |
| title | 2023 myThaw data set |
| topic | Accessibility, description; active layer thaw depth; Bayelva; Bayelva_2023_transect; Cambridge Bay; CambridgeBay_2023_transect; Climate station information (true/false); CNR_at_Bayelva_2023_transect; CNR@Bayelva; Comment; Data availability (true/false); DATE/TIME; Description; Distance; Disturbance description; Disturbance Type; ELEVATION; Elevation description; Field measurement; Ground surface, presence of rock (true/false); Ground surface, presence of soil (true/false); Ground wetness description; Identification; Ilulissat_CALM_site_2023; Ilulissat CALM site; Image; Image, earth surface (water, ice, land); INTERACT; International Network for Terrestrial Research and Monitoring in the Arctic; Kevo_Vaisejaeggi_2023_transect; Kevo Vaisejaeggi; LATITUDE; Latitude description; LONGITUDE; Longitude description; myThaw app; NRC_Lake_2023_transect; NRC Lake Transect; Parameter; permafrost monitoring protocol; Presence of moss or lichen (true/false); Presence of treecover (true/false); Protocol ID; Site; snow depth; Snow depth; Snow depth, error; Soil type, presence of clay (true/false); Soil type, presence of gravel (true/false); Soil type, presence of peat (true/false); Soil type, presence of sand (true/false); Soil type, presence of silt (true/false); Soil type, presence of unknown (true/false); Thaw depth of active layer; Thaw depth of active layer, error; Toolik_Field_Station_2023_transect; Toolik Field Station; Transect number; Tree type, presence of broadleaf (true/false); Tree type, presence of deciduous needleleaf (true/false); Tree type, presence of evergreen needleleaf (true/false); vegetation height; Vegetation height; Vegetation type; Vegetation type, presence of deciduous shrub (true/false); Vegetation type, presence of evergreen shrub (true/false); Vegetation type, presence of forbs (true/false); Vegetation type, presence of graminoids (true/false); Vegetation type, presence of lichen (true/false); Vegetation type, presence of moss (true/false); Water feature, presence of lake (true/false); Water feature, presence of none (true/false); Water feature, presence of river/creek (true/false); Water feature, presence of unknown (true/false); Water feature, presence of water tracks (true/false); Water feature, presence of wet depressions (true/false); Water feature, presence of wetland (true/false); water level; Water level; Water level, error; Zackenberg_CALM_2023_dry_transect; Zackenberg_CALM_2023_wet_transect; Zackenberg CALM dry transect; Zackenberg CALM wet transect |
| url | https://doi.org/10.1594/PANGAEA.974461 |