uid=AND,o=lter,dc=ecoinformatics,dc=org all public read MS005 Christopher Daly

PRISM Group;Northwest Alliance for Computational Science and Engineering, 2000 Kelley Engineering Center;Oregon State University Corvallis OR 97331 USA

(541) 737-2531 daly@nacse.org http://prism.oregonstate.edu 0000-0002-6566-3556 W. Arthur McKee

Flathead Lake Biological Station ;The University of Montana ;300 Bio Station Lane Polson MT 59860-9659 USA

406-982-3301 art.mckee@flbs.umt.edu Mark D Schulze

H.J. Andrews Experimental Forest; PO Box 300 Blue River OR 97413

541-822-6336 mark.schulze@oregonstate.edu 0000-0003-0438-4091 Suzanne M. Remillard

Office: FSL 354;; Forest Science Department;; Oregon State University Corvallis OR 97331 USA

(541) 758-8767 suzanne.remillard@oregonstate.edu 0000-0002-0365-8866 Greg M Cohn

USFS Rd 15-130-132 Blue River OR 97413

541-822-6305 cohng@oregonstate.edu Adam M Kennedy

1055 Clinton Drive Eugene OR 97401 US

541-822-6302 adam.kennedy@oregonstate.edu kennaster@gmail.com https://directory.forestry.oregonstate.edu/people/kennedy-adam 0000-0002-0491-8412 Stephanie A Schmidt

USDA Forest Service; 3200 SW Jefferson Way Corvallis Oregon 97331

stephanie.schmidt@oregonstate.edu stephanie.schmidt2@usda.gov 0000-0002-6404-530X Frederick A. Bierlmaier

OR USA

Former Investigator Christopher Daly

PRISM Group;Northwest Alliance for Computational Science and Engineering, 2000 Kelley Engineering Center;Oregon State University Corvallis OR 97331 USA

(541) 737-2531 daly@nacse.org http://prism.oregonstate.edu 0000-0002-6566-3556 Principal Investigator Christopher Daly

PRISM Group;Northwest Alliance for Computational Science and Engineering, 2000 Kelley Engineering Center;Oregon State University Corvallis OR 97331 USA

(541) 737-2531 daly@nacse.org http://prism.oregonstate.edu 0000-0002-6566-3556 Creator David Greenland

Atlanta GA USA

degreenland@gmail.com Former Investigator Donald L. Henshaw

Pacific Northwest Research Station; Corvallis Forestry Sciences Lab; 3200 SW Jefferson Way Corvallis Oregon 97331

hja_admin@lists.oregonstate.edu 0000-0001-5952-4528 Abstractor Julia A. Jones

Oregon State University;Department of Geosciences; Wilkinson Hall 104 Corvallis OR 97331-5506 USA

(541) 737-1224 Julia.Jones@oregonstate.edu geojulia@comcast.net http://ceoas.oregonstate.edu/profile/jones/ 0000-0001-9429-8925 Other Researcher W. Arthur McKee

Flathead Lake Biological Station ;The University of Montana ;300 Bio Station Lane Polson MT 59860-9659 USA

406-982-3301 art.mckee@flbs.umt.edu Creator John Moreau

Blue River OR 97413 USA

john.b.moreau@icloud.com Former Investigator Lynn D. Rosentrater Former Investigator Donald B. Zobel

Retired. Botany & Plant Pathology;Oregon State University Corvallis OR 97331-2902 USA

Former Investigator Suzanne M. Remillard

Office: FSL 354;; Forest Science Department;; Oregon State University Corvallis OR 97331 USA

(541) 758-8767 suzanne.remillard@oregonstate.edu 0000-0002-0365-8866 Other Researcher Suzanne M. Remillard

Office: FSL 354;; Forest Science Department;; Oregon State University Corvallis OR 97331 USA

(541) 758-8767 suzanne.remillard@oregonstate.edu 0000-0002-0365-8866 Creator Jonathan W. Smith

Oregon State University;Oregon Climate Service;316 Straud Ag Hall Corvallis OR 97331 USA

mumidec@yahoo.com Former Investigator Adam M Kennedy

1055 Clinton Drive Eugene OR 97401 US

541-822-6302 adam.kennedy@oregonstate.edu kennaster@gmail.com https://directory.forestry.oregonstate.edu/people/kennedy-adam 0000-0002-0491-8412 Other Researcher Adam M Kennedy

1055 Clinton Drive Eugene OR 97401 US

541-822-6302 adam.kennedy@oregonstate.edu kennaster@gmail.com https://directory.forestry.oregonstate.edu/people/kennedy-adam 0000-0002-0491-8412 Method Contact Adam M Kennedy

1055 Clinton Drive Eugene OR 97401 US

541-822-6302 adam.kennedy@oregonstate.edu kennaster@gmail.com https://directory.forestry.oregonstate.edu/people/kennedy-adam 0000-0002-0491-8412 Creator Mark D Schulze

H.J. Andrews Experimental Forest; PO Box 300 Blue River OR 97413

541-822-6336 mark.schulze@oregonstate.edu 0000-0003-0438-4091 Other Researcher Mark D Schulze

H.J. Andrews Experimental Forest; PO Box 300 Blue River OR 97413

541-822-6336 mark.schulze@oregonstate.edu 0000-0003-0438-4091 Creator Greg M Cohn

USFS Rd 15-130-132 Blue River OR 97413

541-822-6305 cohng@oregonstate.edu Other Researcher Greg M Cohn

USFS Rd 15-130-132 Blue River OR 97413

541-822-6305 cohng@oregonstate.edu Method Contact Greg M Cohn

USFS Rd 15-130-132 Blue River OR 97413

541-822-6305 cohng@oregonstate.edu Creator Stephanie A Schmidt

USDA Forest Service; 3200 SW Jefferson Way Corvallis Oregon 97331

stephanie.schmidt@oregonstate.edu stephanie.schmidt2@usda.gov 0000-0002-6404-530X Other Researcher Stephanie A Schmidt

USDA Forest Service; 3200 SW Jefferson Way Corvallis Oregon 97331

stephanie.schmidt@oregonstate.edu stephanie.schmidt2@usda.gov 0000-0002-6404-530X Creator Don Henshaw donny.henshaw@gmail.com Former Investigator 2025-06-30 The current network of temperature measurement sites are designed to represent spatial variability of air and soil temperature in rugged mountain topography, and serve as second-level stations to capture specific microclimate temperatures in conjunction with a network of Benchmark Meteorological Stations (MS001). The air and soil thermograph network has been reduced from the historical network of 37 sites originally established. Currently there are 10 measurement sites with two of these sites measuring relative humidity in addition to air and soil temperature. An original network of 19 sites (RS01-RS19) were established during the International Biome Program in the early 1970's. Emphasis on phenology, plant moisture stress, and leaf nutrient content led to extending this network of air and soil temperature measurement. A plant community classification system (Dyrness et al., 1971) was used as a primary means of stratification, and a set of permanent vegetation plots (Reference Stands) was installed to represent forest communities with distinct vegetation and hypothesized different environments (Dyrness et al., 1974). A thermograph network was installed within the reference stands in the early 1970's (Zobel et al., 1974), and vegetation standing crop, tree growth and mortality, and plant succession were also measured. The majority of these sites were established to monitor micro-meteorological data under the canopy. The purpose of this network was to provide air and soil temperature data for modeling photosynthesis, respiration, phenology, and decomposition, and to measure environmental gradients. meteorology climatology dew point microclimate water content temperature air temperature soil temperature reference stands succession primary production growth disturbance monitoring ecosystems LTER controlled vocabulary environmental indexes moisture stress Andrews Experimental Forest site thesaurus primary production disturbance LTER core research areas Key references of this database include: Smith, Jonathan W. Mapping the thermal climate of the H.J. Andrews Experimental Forest, Oregon. Corvallis, OR: Oregon State University; 2002222 p. M.S. thesis. Rosentrater, Lynn D. The thermal climate of the H.J. Andrews Experimental Forest, Oregon . Eugene, OR: University of Oregon; 1997133 p. M.S. thesis. Zobel, D. B.; McKee, W. A.; Hawk, G. M., and Dyrness, C. T. Correlation of forest communities with environment and phenology on the H.J. Andrews Experimental Forest, Oregon. In: Waring, R. H. and Edmonds, R. L., eds. Integrated research in the coniferous forest biome. Seattle, WA: Coniferous Forest Biome; 1974; Bulletin 5 pp. 48-56. Driven by an emphasis on phenology, plant moisture stress, and plant physiology, data were summarized into diurnal and nocturnal segments. Processing data into daytime and nighttime periods was discontinued in 1998. Related PublicationsZobel, D. B.; McKee, W. A.; Hawk, G. M.; Dyrness, C. T. 1974. Correlation of forest communities with environment and phenology on the H.J. Andrews Experimental Forest, Oregon. In: Waring, R. H.; Edmonds, R. L., eds. Integrated research in the coniferous forest biome. Bulletin 5. Seattle, WA: Coniferous Forest Biome: 48-56.Rosentrater, Lynn D. 1997. The thermal climate of the H.J. Andrews Experimental Forest, Oregon . Eugene, OR: University of Oregon. 133 p. M.S. thesis.Smith, Jonathan W. 2002. Mapping the thermal climate of the H.J. Andrews Experimental Forest, Oregon. Corvallis, OR: Oregon State University. 222 p. M.S. thesis.Related FilesTitle: Vegetation ZonesDescription: Sites listed by vegetation zonesURL: https://andrewsforest.oregonstate.edu/data/studies/ms05/meta/veg_zones.pdfTitle: Provisional Real-Time Data Graphs and Other Data ProductsDescription: Access real-time climate and hydrology stations data graphs (for the past few weeks) and other data products on the Andrews Experimental ForestURL: https://andrewsforest.oregonstate.edu/data/streamingTitle: H.J. Andrews Climate Station Methods HistoryDescription: View climate data collection methods that have been used over time at select stations. Results can be filtered by parameter, climate station, and date range. A general text search is also available.URL: https://hjandrews.shinyapps.io/im_methods_history/ Data Use Agreement: The re-use of scientific data has the potential to greatly increase communication, collaboration and synthesis within and among disciplines, and thus is fostered, supported and encouraged. This Data Set is released under the Creative Commons license CC BY "Attribution" (see: https://creativecommons.org/licenses/by/4.0/). Creative Commons license CC BY - Attribution is a license that allows others to distribute, remix, tweak, and build upon your work (even commercially), as long as you are credited for the original creation. This license accommodates maximum dissemination and use of licensed materials. It is considered professional conduct and an ethical obligation to acknowledge the work of other scientists. The Data User is asked to provide attribution of the original work if this data package is shared in whole or by individual parts or used in the derivation of other products. A recommended citation is provided for each Data Set in the Andrews LTER data catalog (see: http://andlter.forestry.oregonstate.edu/data/catalog/datacatalog.aspx). A generic citation is also provided for this Data Set on the website https://portal.edirepository.org in the summary metadata page. Data Users are thus strongly encouraged to consider consultation, collaboration and/or co-authorship with the Data Set Creator. While substantial efforts are made to ensure the accuracy of data and associated documentation, complete accuracy of data sets cannot be guaranteed and all data are made available "as is." The Data User should be aware, however, that data are updated periodically and it is the responsibility of the Data User to check for new versions of the data. The data authors and the repository where these data were obtained shall not be liable for damages resulting from any use or misinterpretation of the data. General acknowledgement: Data were provided by the HJ Andrews Experimental Forest research program, funded by the National Science Foundation's Long-Term Ecological Research Program (DEB 2025755), US Forest Service Pacific Northwest Research Station, and Oregon State University. Creative Commons Attribution 4.0 International Public License https://creativecommons.org/licenses/by/4.0/ CC-BY-4.0 https://andlter.forestry.oregonstate.edu/data/abstract.aspx?dbcode=MS005 Andrews Experimental Forest Reference Stands: Original stations were Reference Stands 1 to 20, 24, 26, 86, and 89 and temperature measurement sites 31 to 38 and 74 to 77. Currently, Reference Stands 2, 4, 5, 10, 12, 20, 26, 38, 86 and 89 are measured. -122.42357800 -122.09452900 44.34393100 44.17114200 380 1430 meter 1971-03-17 2024-10-01 Characterize the microclimates for the range of elevations, aspects, and habitat types found within the Andrews Experimental Forest for plant production, simulation modeling and studies of microclimate/plant community structure relationships. Provide baseline data for all the studies utilizing the Andrews in conjunction with six Benchmark Meteorological Stations, and to monitor the effects of forest management and physiography on microclimate.

An update history is logged and maintained with each new version of every dataset.

annually In October 1991, all thermograph data were run through a data checking program. As a result, temperature growth index values were recalculated. Pre-1987 24-hr mean values were recalculated using weighted daytime and nighttime means. Monthly summaries were also generated. Version1 1991-10-31 In October 1994, all data were run through another set of checking routines. These included 1) missing flag check to ensure that all missing data really has the appropriate flag; 2) date/time check to verify that a record exists for each date (and hour if applicable) and that records fall in the correct order; 3) relative mean/max/min check for each record to make sure that min <= mean <= max; 4) similar sites were paired and the values compared to catch any gross outliers. As a result of #4, some thermograph charts had to be redigitized. Version2 1994-10-31 Original metadata creation. Version3 1994-11-16 The data is actively managed as an extension of MS001 (and not MS005). Daily formats are identical to MS001 entity 01. Hourly data for the Reference Stand sites begin in May 1998 and are accommodated by MS001 entity 11. Version4 1998-06-01 Appended all data to master files. Separated soil temperature from air temperature and placed in separate entities. Reformatted all thermograph sites to use MS001 01,11,21,31 formats (daily air temp, hourly air temp, daily soil temp, hourly soil temp). Also reformatted all data for discontinued sites. Uploaded to the web. Version5 2003-02-02 Data is prepared for move into SQLServer as study dataset MS005. Reference stand data updated for current sites. All day/night data has been removed and stored in P:\FSDB\MS05\day_night, and this data will only be available by request and not available on the web. TGI (Temperature Growth Index) data, legacy format 2, has been restored from old archive files (.ARC) and established as a new database in MS00502.fmt. This TGI data is essentially the product of the daytime and nighttime measurement of temperature. Version6 2004-10-15 Updated data through 20121231. Version11 2012-03-06 Updated attribute description for attributes with a fine resolution datetime measurement scale to include 'PST' (pacific standard time). Version12 2012-08-30 Recreate CSV files for new delimiter to harvest to PASTA. Version13 2015-11-19 MS005 is restructured with standard naming conventions used in MS001. A method code, event code and QC level code are added to each of the 6 current entities. Data are updated for the 10 current reference stands for 2012-2015 calendar years. Version14 2016-03-15 MS005 data are updated for the 10 current reference stands for 2016-2019 water years. Two air temperature probes (probe codes 2 and 3) are added in 2016 for the second set of 5 reference stands (RS05, RS10, RS38, RS86, RS89), time step is set to 5 minutes for air and soil temperature, and the original air temperature probes (probe code 1) at each of these stations are terminated in 2017. Air and soil temperature are now output at 5 minute time steps for all stations. Version15 2019-11-27 MS005 Entity 11 (air temperature) data are updated for the 10 current reference stands for 2019-2023 water years (through 1 Oct 2023). Two probes (probe codes 2 and 3) for each reference stands. MS005 Entity 31 (soil temperature) data are updated for the 10 current reference stands for 2019-2021 water years (through 1 Oct 2021) for all 3 depth sensors. Any data previously in the dataset for water year 2019 were deleted and replaced. Version16 2024-10-14 Needed to update the 5 different flag variables in this dataset. Replaced blank with 'G' (Good). Also changed sitecode TS38 to RS38 to be consistent with other reference stands in entities 1, 11, 21, 31, 40. Version17 2024-10-15 MS005 Entity 31 (soil temperature) data are updated for the 10 current reference stands for WY2022-2023 (through 1 Oct 2023) for all 3 depth sensors. Data run through GCE Toolbox and fastBridge processing programs. Version18 2024-10-25 MS005 Entity 11 and 31 (soil and air) data are updated for the 10 current reference stands for WY2019-2024 (through 1 Oct 2024) for all 3 depth soil temperature sensors and air temperature sensors. Data are run through GCE Toolbox and fastBridge processing programs. Version19 2025-06-30 Information Manager

Andrews Forest LTER Program US Forest Service Pacific Northwest Research Station 3200 SW Jefferson Way Corvallis OR 97331

hjaweb@lists.oregonstate.edu http://andrewsforest.oregonstate.edu/ Suzanne M. Remillard

Office: FSL 354;; Forest Science Department;; Oregon State University Corvallis OR 97331 USA

(541) 758-8767 suzanne.remillard@oregonstate.edu 0000-0002-0365-8866 Adam M Kennedy

1055 Clinton Drive Eugene OR 97401 US

541-822-6302 adam.kennedy@oregonstate.edu kennaster@gmail.com https://directory.forestry.oregonstate.edu/people/kennedy-adam 0000-0002-0491-8412 Stephanie A Schmidt

USDA Forest Service; 3200 SW Jefferson Way Corvallis Oregon 97331

stephanie.schmidt@oregonstate.edu stephanie.schmidt2@usda.gov 0000-0002-6404-530X Andrews Forest LTER Site

Forest Ecosystems and Society Department in Forestry Oregon State University 201K Richardson Hall Corvallis OR 97331-5752

(541) 737-8480 lterweb@lists.oregonstate.edu http://andrewsforest.oregonstate.edu/ Field Methods - MS005: General Originally, thermographs (later replaced with data loggers and thermistors) were installed in each reference stand to continuously monitor air and soil temperature. Air temperature was generally measured at 1 meter above the forest floor and insulated originally with an A-frame shield (later replaced with pvc-constructed shields). Many of the probes were moved to 3 meter heights in winter during the 1980's above snow level, and reinstalled at 1 meter for the summer. In the late 1980's and early 1990's, probes were established permanently at 1 meter above average winter snow level. Soil temperatures were measured nearby with probes buried at 20 cm depth (later, three probes were buried at 10, 20, and 30 cm at most sites). Generally, sites are visited and charts/CR10 records collected on a monthly basis. Other history: In 1987, Campbell Scientific CR-10 data loggers replaced 8 circular chart installations. On seven of these sites, soil temperature is now measured at three depths: 10, 20, 30 cm. On the other CR-10 site (RS13), additional air and soil probes were added in the adjacent meadow, and soil temperature is measured at 20 cm depth. In the summer of 1991, the chart installations were removed from theCR-10 sites (RS 2,4,12,13,14,20,24,26) where they were serving as a backup to the CR-10. All sites are under the forest canopy, with the exception of RS13 meadow site, and RS86, RS89, and TS38 which were clearcuts now overgrown (as of 1990's). Mean daytime air and soil temperatures were used to calculate a temperature-growth index (TGI). This index weighs the temperature by their relative effects upon growth of pseudotsuga menziesii seedlings in a controlled environment. This is intended to provide a representation of temperature more closely related to plant growth (Zobel et al. 1974). It is used as a uniform index to compare the plant communities measured, primarily in the 1970's. Plant moisture stress was measured until 1975 on saplings under the stand using a pressure chamber. The value (atmospheres) represents the negative of the pressure potential of the xylem sap. The value used is the greatest average stress recorded on a single date at each site. (Note: data is only available 1973-1976 and perhaps was developed by algorithm from earlier pressure bomb data). The original thermograph instrument was the Dual Recording Thermometer Model RFHTT. This instrument records temperatures from two separate locations (air and soil) simultaneously on a single chart. Each of the two thermometer mechanisms operate with a mercury-filled sensing bulb which expands or contracts in response to temperature changes and in turn moves the recording pen along the calibrated chart. To prevent interference between the two pens, the right-hand pen records 1/12 revolution behind the left-hand pen. The recorder uses 10 inch 30- and 31-day Partlow circular charts that have ranges from -30°F - 170°F or 20°F - 120°F. These original thermograph charts were replaced with Campbell Scientific data loggers ( typically CR10, CR21X, CR500, or CR23X) beginning in 1987. The temperature probes used with the data loggers were type T thermocouple soldered from thermocouple wire. These thermocouple wires have gradually been replaced through the late 1990-s with Campbell Scientific model 107 temperature probes (CS107B or CS107B-L) which include the Fenwal Electronics UUT51J1 thermistor. <para>Field Methods - MS005: Air temperature</para><para>Please follow this link to view data collection methods that have been used over time at select stations. Results can be filtered by parameter, climate station, and date range. A general text search is also available.</para> <para>https://hjandrews.shinyapps.io/im_methods_history/</para> <para>Temperature data has been measured with a variety of instruments:</para> <para><itemizedlist><listitem><para>Thermocouple wire: Probe is type T thermocouple soldered from thermocouple wire</para></listitem> <listitem><para>Campbell Scientific thermistor probe: Campbell Scientific model 107 temperature probe (CS107B, CS107B-L) includes the Fenwal Electronics UUT51J1 thermistor</para></listitem> <listitem><para>Vaisala Relative Humidity/Temperature probes: Temperature and relative humidity are sampled by a Campbell Model HMP35C or the HMP45C probe containing a Vaisala capacitive relative humidity sensor and a Fenwal Electronics UUT51J1 thermistor</para></listitem> </itemizedlist></para> <para>Probes were housed in locally designed PVC radiation shields from the 1980s until the mid 2000s. Gill radiation shields replaced the PVC shields at all of the benchmark sites after a significant concurrent comparison was made. Aspirated shields are also now in use. The original 1.5 meter Primary Met Station sensor was housed in a Cotton Region Shelter. Historical methods included Rustrak strip charts with thermister where air temperature is measured by a Yellow Springs Instruments linear thermistor in a standard Cotton Region Shelter and continuously recorded on a separate 30-day Rustrak strip chart scaled from -10 degrees C to 40 degrees C.</para> <para>Data loggers are typically Campbell Scientific (CR10, CR21X, CR500, or CR23X). Early data loggers used in the 1980s are Interface Instrument models M-2, M-3, and M-4.</para> <para> For the roughly 15 sites that are continuing to collect data, mean air temperature data are output every 5 minutes beginning in 2014 (with min and max added in 2016) with replicate sensor at each site. Mean daily air temperature is post-calcuated from the 5-minute mean values for the day. Thermocouple wire; Campbell Scientific model 107 temperature probe (CS107B, CS107B-L) includes the Fenwal Electronics UUT51J1 thermistor; Campbell Model HMP35C or the HMP45C probe containing a Vaisala capacitive relative humidity sensor and a Fenwal Electronics UUT51J1 thermistor; Campbell Scientific data loggers (CR10, CR21X, CR500, or CR23X); Interface Instrument models M-2, M-3, and M-4 <para>Field Methods - MS005: Soil temperature</para><para>Please follow this link to view data collection methods that have been used over time at select stations. Results can be filtered by parameter, climate station, and date range. A general text search is also available.</para> <para>https://hjandrews.shinyapps.io/im_methods_history/</para> <para>Starting in 1997-1998, mean six-hourly soil temperature are measured at the sites at three depths (10, 20, 30 cm). Thermocouple wire was used in the earliest measurements and were protected inside of a PVC structure. Soil temperature was digitized on a sunrise to sunrise basis. A some point in the 1980's, depending on site, a true daily summary is available due to the use of a revised digitizing program. The revised program produces output similar to the CR10 dataloggers used for thermographs. In 1997-1998, depending on site, a CR10 datalogger is installed, and additional soil depths at 10 and 30 cm are added. The Partlow chart recorder was maintained until 31 May 1990 as a backup, and then removed. </para> <para> For the roughly 15 sites that are continuing to collect data, mean soil temperature data are output every 5 minutes beginning in 2014. Mean daily soil temperature is post-calcuated from the 5-minute mean values for the day. Daily max-min values are based on 5 minute mean intervals and not instantaneous values. Thermocouple wire: Probe is type T thermocouple soldered from thermocouple wire or, Campbell Scientific thermistor probe: Campbell Scientific model 107 temperature probe (CS107B, CS107B-L) includes the Fenwal Electronics UUT51J1 thermistor. Data logger is a Campbell Scientific, typically CR10, CR21X, CR500, or CR23X. Laboratory Methods - MS005 Digitizing chart records was the primary method of capturing data until 1987 when data loggers begin to be installed. Digitizing continued for some sites until 1998. Charts were digitized and the record summarized by daytime, nighttime, and 24-hr period. The 24-hr mean values before 1987 are sunrise to sunrise; after January 1987 the 24-hr values are midnight to midnight. The exceptions to this are any pre-1987 periods that were redigitized. All sunrise-sunrise values are coded as such. Before January 1981, daily minimum air temperature is the nighttime minimum and daily maximum air temperature is the daytime maximum. This causes occasional violations of the min less than mean less than max rule. Regression estimates were used where possible to estimate missing data points (values flagged) in the early record. A temperature growth index is calculated based on daytime air and daily soil temperature. All daytime/nighttime calculation ended in 1998, and this data is only available by request. Digitizer is the Summagraphics/Houston Instruments model MM 1812. (Comparable product is now http://www.calcomp.com/productsummagrid6.htm) Quality Assurance - MS005 Quality assurance procedures included 1) missing flag check to ensure that all missing data really has the appropriate flag; 2) date/time check to verify that a record exists for each date (and hour if applicable) and that records fall in the correct order; 3) relative mean/max/min check for each record to make sure that min is less than mean is less than max; 4) similar sites were paired and the values compared to catch any gross outliers. Field Methods - MS005: Relative Humidity Please follow this link to view data collection methods that have been used over time at select stations. Results can be filtered by parameter, climate station, and date range. A general text search is also available. https://hjandrews.shinyapps.io/im_methods_history/ Relative humidity was sampled at two sites (RS86__ and RS89__) from July 2004 until October 2017 using an HMP45C sensor housed inside a Gill radiation shield. Output was hourly, in addition to mean daily, max and min. These measurements have been discontinued. Temperature and relative humidity are sampled by Campbell Model HMP35C or HMP45C probes containing a Vaisala capacitive relative humidity sensor and a Fenwal Electronics UUT51J1 thermistor. The probes were originally housed in a locally-designed PVC radiation shield, which were later replaced with Gill radiation shields. Campbell Scientific data loggers are used. Quality Assurance - Fire effects on data The HJ Andrews Experimental Forest was affected by wildfires in 2020, 2023, and, to a lesser degree, 2024. Documentation is being developed that will describe the potential impacts on long-term records, provide the date ranges of direct impact, and describe specific site or data impacts. The use of the BURNED event_code was expanded to include wildfire, and a code was added to each relevant attribute flag to indicate when fire effects are visible in the data (P=Pyro). Sites range from xeric to mesic communities; 380 to 1570 meters elevation; mature (old growth) forests, shelterwood cuttings and clearcuts, burned and unburned. Sampling frequency: Continually Sites were originally selected from common and contrasting plant communities in established reference stands. The original 19 sites represent three vegetation zones and along environmental gradients of elevation and moisture. Other sites were added in the late 1970's with some original sites discontinued. The network was collapsed in the 1990's, and the current sites are primarily used for monitoring long-term changes in temperature. The following link summarizes general vegetation zones: http://andrewsforest.oregonstate.edu/data/studies/ms05/meta/veg_zones.pdf. Citation: Zobel, D. B.; McKee, W. A.; Hawk, G. M., and Dyrness, C. T. Correlation of forest communities with environment and phenology on the H.J. Andrews Experimental Forest, Oregon. In: Waring, R. H. and Edmonds, R. L., eds. Integrated research in the coniferous forest biome. Seattle, WA: Coniferous Forest Biome; 1974; Bulletin 5 pp. 48-56. Reference Stand RS01 air/soil temperature site -122.25724493 -122.25724493 44.20208982 44.20208982 499 499 meter Reference Stand RS02 air/soil temperature site -122.24342989 -122.24342989 44.21812237 44.21812237 489 489 meter Reference Stand RS03 air/soil temperature site -122.15846354 -122.15846354 44.25886274 44.25886274 978 978 meter Reference Stand RS04 air/soil temperature site -122.13686341 -122.13686341 44.27307944 44.27307944 1307 1307 meter Reference Stand RS05 air/soil temperature site -122.20273394 -122.20273394 44.22141677 44.22141677 907 907 meter Reference Stand RS07 air/soil temperature site -122.24875890 -122.24875890 44.21259954 44.21259954 586 586 meter Reference Stand RS08 air/soil temperature site -122.25488459 -122.25488459 44.20199792 44.20199792 608 608 meter Reference Stand RS10 air/soil temperature site -122.21863395 -122.21863395 44.23304211 44.23304211 618 618 meter Reference Stand RS11 air/soil temperature site -122.17555229 -122.17555229 44.26683353 44.26683353 1001 1001 meter Reference Stand RS12 air/soil temperature site -122.12067463 -122.12067463 44.22586082 44.22586082 987 987 meter Reference Stand RS13 air/soil temperature site -122.12321700 -122.12321700 44.34393100 44.34393100 1350 1350 meter Reference Stand RS14 air/soil temperature site -122.09452900 -122.09452900 44.32745400 44.32745400 1430 1430 meter Reference Stand RS15 air/soil temperature site -122.23897958 -122.23897958 44.20925315 44.20925315 755 755 meter Reference Stand RS16 air/soil temperature site -122.24016203 -122.24016203 44.21232660 44.21232660 732 732 meter Reference Stand RS17 air/soil temperature site -122.24037802 -122.24037802 44.22011126 44.22011126 534 534 meter Reference Stand RS18 air/soil temperature site -122.15938760 -122.15938760 44.24636824 44.24636824 1084 1084 meter Reference Stand RS20 air/soil temperature site -122.25051519 -122.25051519 44.22149866 44.22149866 684 684 meter Reference Stand RS24 air/soil temperature site -122.42357800 -122.42357800 44.17114200 44.17114200 651 651 meter Reference Stand RS26 air/soil temperature site -122.17440170 -122.17440170 44.26757433 44.26757433 1037 1037 meter Thermograph site 31 -122.16898375 -122.16898375 44.23081858 44.23081858 742 742 meter Thermograph site 32 -122.24580928 -122.24580928 44.22346040 44.22346040 558 558 meter Thermograph site 33 -122.21560369 -122.21560369 44.21837278 44.21837278 828 828 meter Thermograph site 34 -122.13617821 -122.13617821 44.27435721 44.27435721 1302 1302 meter Thermograph site 35 -122.11145593 -122.11145593 44.21309957 44.21309957 1174 1174 meter Thermograph site 36 -122.26010256 -122.26010256 44.21788190 44.21788190 511 511 meter Thermograph site 37 -122.17672230 -122.17672230 44.26688249 44.26688249 1008 1008 meter Reference Stand RS38 air/soil temperature site (formerly TS38__) -122.18110079 -122.18110079 44.26403748 44.26403748 957 957 meter Thermograph site 74 -122.25960838 -122.25960838 44.21461055 44.21461055 565 565 meter Thermograph site 75 -122.26134765 -122.26134765 44.21498194 44.21498194 460 460 meter Thermograph site 76 -122.23972816 -122.23972816 44.21722593 44.21722593 542 542 meter Thermograph site 77 -122.22261136 -122.22261136 44.23202892 44.23202892 564 564 meter Reference Stand RS86 air/soil temperature and relative humidity site -122.25775741 -122.25775741 44.21955130 44.21955130 647 647 meter Reference Stand RS89 air/soil temperature and relative humidity site -122.26074722 -122.26074722 44.21705833 44.21705833 473 473 meter Andrews Experimental Forest (HJA) -122.26172200 -122.10084700 44.28196400 44.19770400 1631 1631 meter

Quality assurance procedures included 1) missing flag check to ensure that all missing data really has the appropriate flag; 2) date/time check to verify that a record exists for each date (and hour if applicable) and that records fall in the correct order; 3) relative mean/max/min check for each record to make sure that min is less than mean is less than max; 4) similar sites were paired and the values compared to catch any gross outliers.

The HJ Andrews Experimental Forest was affected by wildfires in 2020, 2023, and, to a lesser degree, 2024. Documentation is being developed that will describe the potential impacts on long-term records, provide the date ranges of direct impact, and describe specific site or data impacts. The use of the BURNED event_code was expanded to include wildfire, and a code was added to each relevant attribute flag to indicate when fire effects are visible in the data (P=Pyro).

Posy Elizabeth Busby

Assistant Professor OSU Botany & Plant Pathology

busbyp@science.oregonstate.edu posybusby@gmail.com http://bpp.oregonstate.edu/content/posy-busby 0000-0002-2837-9820 Principal Investigator Matthew G Betts

Department of Forest Ecosystems and Society; 201E Richardson Hall; College of Forestry; Oregon State University Corvallis OR 97331

(541) 737-3841 matt.betts@oregonstate.edu http://www.fsl.orst.edu/flel/index.htm 0000-0002-7100-2551 Principal Investigator Brooke E. Penaluna brooke.penaluna@usda.gov Brooke.Penaluna@oregonstate.edu https://www.fs.fed.us/pnw/lwm/aem/people/penaluna.html 0000-0001-7215-770X Principal Investigator Catalina Segura

Assistant Professor; Department of Forest Engineering, Resources, and Management; Oregon State University Corvallis OR 97331

541-737-6568 catalina.segura@oregonstate.edu http://ferm.forestry.oregonstate.edu/facstaff/segura-catalina 0000-0002-0924-1172 Principal Investigator David M. Bell david.bell@usda.gov david.bell@oregonstate.edu https://lemma.forestry.oregonstate.edu/about/david-bell 0000-0002-2673-5836 Principal Investigator The H.J. Andrews Experimental Forest is a living laboratory that provides unparalleled opportunities for the study of forest and stream ecosystems in the central Cascade Range of Oregon. Since 1980, as a part of the National Science Foundation Long Term Ecological Research (NSF-LTER) program, the Andrews Experimental Forest has become a leader in the analysis of forest and stream ecosystem dynamics. Long-term field experiments and measurement programs have focused on climate dynamics, streamflow, water quality, and vegetation succession. Currently researchers are working to develop concepts and tools needed to predict effects of natural disturbance, land use, and climate change on ecosystem structure, function, and species composition. The Andrews Experimental Forest is administered cooperatively by the USDA Forest Service Pacific Northwest Research Station, Oregon State University and the Willamette National Forest. Funding for the research program comes from the National Science Foundation (NSF), US Forest Service Pacific Northwest Research Station, Oregon State University, and other sources. Data were provided by the HJ Andrews Experimental Forest research program, funded by the National Science Foundation's Long-Term Ecological Research Program (DEB 2025755), US Forest Service Pacific Northwest Research Station, and Oregon State University. National Science Foundation: DEB2025755 National Science Foundation https://ror.org/021nxhr62 DEB2025755 https://www.nsf.gov/awardsearch/showAward?AWD_ID=2025755 The Andrews Forest is situated in the western Cascade Range of Oregon, and covers the entire 15,800-acre (6400-ha) drainage basin of Lookout Creek. Elevation ranges from 1350 to 5340 feet (410 to 1630 m). Broadly representative of the rugged mountainous landscape of the Pacific Northwest, the Andrews Forest contains excellent examples of the region's conifer forests and associated wildlife and stream ecosystems. These forests are among the tallest and most productive in the world, with tree heights of often greater than 250 ft (75 m). Streams are steep, cold and clean, providing habitat for numerous aquatic organisms. MS00501 Air temperature (Daily) Sensors at 10 sites of the original 38 MS00501_v5.csv 26429603 b355e503558d6d3901a056098b9d06e8 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS00501_v5.csv 1970-04-13 2019-09-30 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 1.0000 1.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site AIRTEMP_METHOD An indication of the the general methodology and instrumentation used to collect this air temperature data char(6) AIR504 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 60 cm height in small shelter on tree and corrected to standard rdg. AIR505 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 65 cm height in small shelter on tree and corrected to standard rdg. AIR506 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 80 cm height in small shelter on tree and corrected to standard rdg. AIR507 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 85 cm height in small shelter on tree and corrected to standard rdg. AIR508 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 100 cm height in small shelter on tree and corrected to standard rdg. AIR509 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 160 cm height in small shelter on tree and corrected to standard rdg. AIR510 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 180 cm height in small shelter on tree and corrected to standard rdg. AIR511 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 190 cm height in small shelter on tree and corrected to standard rdg. AIR512 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 200 cm height in small shelter on tree and corrected to standard rdg. AIR513 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 235 cm height in small shelter on tree and corrected to standard rdg. AIR514 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 300 cm height in small shelter on tree and corrected to standard rdg. AIR515 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 500 cm height in small shelter on tree and corrected to standard rdg. AIR501 Mean, max and min daily (sunrise to sunrise) air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 100 cm height in small shelter and corrected. AIR502 Mean, max and min daily (sunrise to sunrise) air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 200 cm height in small shelter and corrected. AIR503 Mean, max and min daily (sunrise to sunrise) air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 300 cm height in small shelter and corrected. AIR448 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 190 cm height; mean temperature is output every 5 minutes AIR449 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean temperature is output every 5 minutes AIR450 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 220 cm height; mean temperature is output every 5 minutes AIR451 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 225 cm height; mean temperature is output every 5 minutes AIR452 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 325 cm height; mean temperature is output every 5 minutes AIR444 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 100 cm height; mean temperature is output every 60 minutes AIR445 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean temperature is output every 60 minutes AIR440 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 85 cm height; mean temperature is output every 60 minutes AIR441 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 100 cm height; mean temperature is output every 60 minutes AIR442 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 200 cm height; mean temperature is output every 60 minutes AIR443 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 235 cm height; mean temperature is output every 60 minutes AIR446 Air temperature is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height; mean temperature is output every 60 minutes AIR447 Air temperature is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height; mean temperature is output every 60 minutes AIR435 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 190 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR436 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 200 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR437 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 220 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR438 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 225 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR439 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 325 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR516 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 100 cm height (Daily output only) AIR517 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 190 cm height (Daily output only) AIR518 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 200 cm height (Daily output only) AIR519 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 220 cm height (Daily output only) AIR520 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 225 cm height (Daily output only) AIR521 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 275 cm height (Daily output only) AIR522 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 285 cm height (Daily output only) AIR523 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 300 cm height (Daily output only) AIR524 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 325 cm height (Daily output only) AIR525 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 400 cm height (Daily output only) AIR526 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 435 cm height (Daily output only) AIR427 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 190 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR428 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 200 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR429 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 220 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR430 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 225 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR431 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 275 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR432 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 285 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR433 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 325 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR434 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 435 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR527 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 190 cm height (See Method AIR427) AIR528 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 200 cm height (See Method AIR428) AIR529 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 220 cm height (See Method AIR429) AIR530 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 225 cm height (See Method AIR430) AIR531 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 275 cm height (See Method AIR431) AIR532 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 285 cm height (See Method AIR432) AIR533 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 325 cm height (See Method AIR433) AIR534 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 435 cm height (See Method AIR434) AIR535 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 190 cm height (See Method AIR435) AIR536 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 200 cm height (See Method AIR436) AIR537 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 220 cm height (See Method AIR437) AIR538 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 225 cm height (See Method AIR438) AIR539 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 325 cm height (See Method AIR439) AIR540 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 85 cm height (See Method AIR440) AIR541 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 100 cm height (See Method AIR441) AIR542 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 200 cm height (See Method AIR442) AIR543 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 235 cm height (See Method AIR443) AIR544 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 100 cm height (See Method AIR444) AIR545 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height (See Method AIR445) AIR546 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height (See Method AIR446) AIR547 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height (See Method AIR447) AIR548 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 190 cm height (See AIR448) AIR549 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 200 cm height (See AIR449) AIR550 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 220 cm height (See AIR450) AIR551 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 225 cm height (See AIR451) AIR552 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 325 cm height (See AIR452) AIR635 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 190 cm (See Method AIR435) AIR636 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 200cm (See Method AIR436) AIR637 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 220cm (See Method AIR437) AIR638 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 225cm (See Method AIR438) AIR639 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 325cm (See Method AIR439) AIR453 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 190 cm height; mean, min, max temperature is output every 5 minutes AIR553 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 190 cm height (See method AIR453) AIR454 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean, min, max temperature is output every 5 minutes AIR455 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 220 cm height; mean, min, max temperature is output every 5 minutes AIR456 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 225 cm height; mean, min, max temperature is output every 5 minutes AIR457 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 325 cm height; mean, min, max temperature is output every 5 minutes AIR554 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 200 cm height (See method AIR454) AIR555 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 220 cm height (See method AIR455) AIR556 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 225 cm height (See method AIR456) AIR557 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 325 cm height (See method AIR457) AIR458 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean, min, max temperature is output every 5 minutes AIR459 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean, min, max temperature is output every 5 minutes AIR460 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 100 cm height; mean, min, max temperature is output every 5 minutes AIR461 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 235 cm height; mean, min, max temperature is output every 5 minutes AIR462 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 285 cm height; mean, min, max temperature is output every 5 minutes AIR558 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 200 cm height (See method AIR458) AIR559 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 200 cm height (See method AIR459) AIR560 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 100 cm height (See method AIR460) AIR561 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 235 cm height (See method AIR461) AIR562 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 285 cm height (See method AIR462) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 60.0000 500.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data char(2) 1A Data is published and unlikely to change - automated range checking and manual review has been conducted. Quality is indicated in data value qualifier flags 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A 1P Data is provisional and subject to revision - preliminary quality checks have been performed 2A Data is published and unlikely to change - Level 1A data has been modified such that data gaps may be filled or problem data may be removed 2D Data is published and unlikely to change - data is derived or aggregated from published data of level 2A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., AIRRS201) char(8) AIRO1301 Air temperature at RS13O_, probe no. 01 at height 435 cm, discontinued 2003 AIRR0101 Air temperature at RS01__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0201 Air temperature at RS02__, probe no. 01 at height 225 cm, discontinued 2015 AIRR0301 Air temperature at RS03__, probe no. 01 at height 235 cm, discontinued 1995 AIRR0401 Air temperature at RS04__, probe no. 01 at height 325 cm, discontinued 2015 AIRR0501 Air temperature at RS05__, probe no. 01 at height 200 cm, discontinued 2017 AIRR0601 Air temperature at RS06__, probe no. 01 at height 100 cm, discontinued 1975 AIRR0701 Air temperature at RS07__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0801 Air temperature at RS08__, probe no. 01 at height 100 cm, discontinued 1973 AIRR0901 Air temperature at RS09__, probe no. 01 at height 100 cm, discontinued 1975 AIRR1001 Air temperature at RS10__, probe no. 01 at height 200 cm, discontinued 2017 AIRR1101 Air temperature at RS11__, probe no. 01 at height 100 cm, discontinued 1977 AIRR1201 Air temperature at RS12__, probe no. 01 at height 190 cm, discontinued 2015 AIRR1301 Air temperature at RS13__, probe no. 01 at height 275 cm, discontinued 2003 AIRR1401 Air temperature at RS14__, probe no. 01 at height 285 cm, discontinued 2003 AIRR1501 Air temperature at RS15__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1601 Air temperature at RS16__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1701 Air temperature at RS17__, probe no. 01 at height 60 cm, discontinued 1995 AIRR1801 Air temperature at RS18__, probe no. 01 at height 100 cm, discontinued 1974 AIRR1901 Air temperature at RS19__, probe no. 01 at height 100 cm, discontinued 1973 AIRR2001 Air temperature at RS20__, probe no. 01 at height 220 cm, discontinued 2015 AIRR2401 Air temperature at RS24__, probe no. 01 at height 220 cm, discontinued 2004 AIRR2601 Air temperature at RS26__, probe no. 01 at height 200 cm, discontinued 2015 AIRR8601 Air temperature at RS86__, probe no. 01 at height 235 cm, discontinued 2017 AIRR8901 Air temperature at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRT3101 Air temperature at TS31__, probe no. 01 at height 100 cm, discontinued 1976 AIRT3201 Air temperature at TS32__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3301 Air temperature at TS33__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3401 Air temperature at TS34__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3501 Air temperature at TS35__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3601 Air temperature at TS36__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3701 Air temperature at TS37__, probe no. 01 at height 100 cm, discontinued 1976 AIRR3801 Air temperature at RS38__, probe no. 01 at height 100 cm, discontinued 2017 AIRT7401 Air temperature at TS74__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7501 Air temperature at TS75__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7601 Air temperature at TS76__, probe no. 01 at height 100 cm, discontinued 1975 AIRT7701 Air temperature at TS77__, probe no. 01 at height 100 cm, discontinued 1975 SOIO1302 Soil temperature at RS13O_, probe no. 02 at depth 20 cm, discontinued 2003 SOIR0102 Soil temperature at RS01__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0201 Soil temperature at RS02__, probe no. 01 at depth 10 cm SOIR0202 Soil temperature at RS02__, probe no. 02 at depth 20 cm SOIR0203 Soil temperature at RS02__, probe no. 03 at depth 30 cm SOIR0302 Soil temperature at RS03__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0401 Soil temperature at RS04__, probe no. 01 at depth 10 cm SOIR0402 Soil temperature at RS04__, probe no. 02 at depth 20 cm SOIR0403 Soil temperature at RS04__, probe no. 03 at depth 30 cm SOIR0501 Soil temperature at RS05__, probe no. 01 at depth 10 cm SOIR0502 Soil temperature at RS05__, probe no. 02 at depth 20 cm SOIR0503 Soil temperature at RS05__, probe no. 03 at depth 30 cm SOIR0602 Soil temperature at RS06__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR0702 Soil temperature at RS07__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0802 Soil temperature at RS08__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR0902 Soil temperature at RS09__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR1001 Soil temperature at RS10__, probe no. 01 at depth 10 cm SOIR1002 Soil temperature at RS10__, probe no. 02 at depth 20 cm SOIR1003 Soil temperature at RS10__, probe no. 03 at depth 30 cm SOIR1102 Soil temperature at RS11__, probe no. 02 at depth 20 cm, discontinued 1977 SOIR1201 Soil temperature at RS12__, probe no. 01 at depth 10 cm SOIR1202 Soil temperature at RS12__, probe no. 02 at depth 20 cm SOIR1203 Soil temperature at RS12__, probe no. 03 at depth 30 cm SOIR1302 Soil temperature at RS13__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1401 Soil temperature at RS14__, probe no. 01 at depth 10 cm, discontinued 2003 SOIR1402 Soil temperature at RS14__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1403 Soil temperature at RS14__, probe no. 03 at depth 30 cm, discontinued 2003 SOIR1502 Soil temperature at RS15__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1602 Soil temperature at RS16__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1702 Soil temperature at RS17__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR1802 Soil temperature at RS18__, probe no. 02 at depth 20 cm, discontinued 1974 SOIR1902 Soil temperature at RS19__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR2001 Soil temperature at RS20__, probe no. 01 at depth 10 cm SOIR2002 Soil temperature at RS20__, probe no. 02 at depth 20 cm SOIR2003 Soil temperature at RS20__, probe no. 03 at depth 30 cm SOIR2401 Soil temperature at RS24__, probe no. 01 at depth 10 cm, discontinued 2004 SOIR2402 Soil temperature at RS24__, probe no. 02 at depth 20 cm, discontinued 2004 SOIR2403 Soil temperature at RS24__, probe no. 03 at depth 30 cm, discontinued 2004 SOIR2601 Soil temperature at RS26__, probe no. 01 at depth 10 cm SOIR2602 Soil temperature at RS26__, probe no. 02 at depth 20 cm SOIR2603 Soil temperature at RS26__, probe no. 03 at depth 30 cm SOIR8601 Soil temperature at RS86__, probe no. 01 at depth 10 cm SOIR8602 Soil temperature at RS86__, probe no. 02 at depth 20 cm SOIR8603 Soil temperature at RS86__, probe no. 03 at depth 30 cm SOIR8901 Soil temperature at RS89__, probe no. 01 at depth 10 cm SOIR8902 Soil temperature at RS89__, probe no. 02 at depth 20 cm SOIR8903 Soil temperature at RS89__, probe no. 03 at depth 30 cm SOIT3102 Soil temperature at TS31__, probe no. 02 at depth 20 cm, discontinued 1976 SOIT3202 Soil temperature at TS32__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3302 Soil temperature at TS33__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3402 Soil temperature at TS34__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3502 Soil temperature at TS35__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3602 Soil temperature at TS36__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3702 Soil temperature at TS37__, probe no. 02 at depth 20 cm, discontinued 1976 SOIR3801 Soil temperature at RS38__, probe no. 01 at depth 10 cm SOIR3802 Soil temperature at RS38__, probe no. 02 at depth 20 cm SOIR3803 Soil temperature at RS38__, probe no. 03 at depth 30 cm SOIT7402 Soil temperature at TS74__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7502 Soil temperature at TS75__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7602 Soil temperature at TS76__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT7702 Soil temperature at TS77__, probe no. 02 at depth 20 cm, discontinued 1975 RELR8601 Relative humidity at RS86__, probe no. 01 at height 235 cm, discontinued 2017 RELR8901 Relative humidity at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRR0202 Air temperature at RS02__, probe no. 02 at height 225 cm AIRR0203 Air temperature at RS02__, probe no. 03 at height 225 cm AIRR0402 Air temperature at RS04__, probe no. 02 at height 325 cm AIRR0403 Air temperature at RS04__, probe no. 03 at height 325 cm AIRR1202 Air temperature at RS12__, probe no. 02 at height 190 cm AIRR1203 Air temperature at RS12__, probe no. 03 at height 190 cm AIRR2002 Air temperature at RS20__, probe no. 02 at height 220 cm AIRR2003 Air temperature at RS20__, probe no. 03 at height 220 cm AIRR2602 Air temperature at RS26__, probe no. 02 at height 200 cm AIRR2603 Air temperature at RS26__, probe no. 03 at height 200 cm AIRR0502 Air temperature at RS05__, probe no. 02 at height 200 cm AIRR0503 Air temperature at RS05__, probe no. 03 at height 200 cm AIRR1002 Air temperature at RS10__, probe no. 02 at height 200 cm AIRR1003 Air temperature at RS10__, probe no. 03 at height 200 cm AIRR3802 Air temperature at RS38__, probe no. 02 at height 100 cm AIRR3803 Air temperature at RS38__, probe no. 03 at height 100 cm AIRR8602 Air temperature at RS86__, probe no. 02 at height 235 cm AIRR8603 Air temperature at RS86__, probe no. 03 at height 235 cm AIRR8902 Air temperature at RS89__, probe no. 02 at height 285 cm AIRR8903 Air temperature at RS89__, probe no. 03 at height 285 cm DATE Date of measurement datetime YYYY-MM-DD 1.000000 4/13/1970 12:00:00 AM 9/30/2019 12:00:00 AM AIRTEMP_MEAN_DAY Mean air temperature for the day numeric(5,1) degrees Celsius 0.100000 real -23.5000 32.6000 AIRTEMP_MEAN_FLAG Mean air temperature flag char(1) B Sensor buried in snow; value represents snow temperature E Estimated value M Missing value Q Questionable value S Daily value based on sunrise to sunrise (not midnight to midnight) A Accepted value has passed all QC tests applied as represented by the quality level P Fire effects are visible in the data AIRTEMP_MAX_DAY Maximum air temperature for the day numeric(5,1) degrees Celsius 0.100000 real -20.5000 42.9000 AIRTEMP_MAX_FLAG Maximum air temperature flag char(1) B Sensor buried in snow; value represents snow temperature E Estimated value M Missing value Q Questionable value S Daily value based on sunrise to sunrise (not midnight to midnight) A Accepted value has passed all QC tests applied as represented by the quality level H Daily value based on the maximum hourly mean value (Check airtemp_method code) AIRTEMP_MAXTIME Time of day (HHMM) in Pacific Standard Time (PST) of maximum air temperature char(4) Time of day (HHMM) in Pacific Standard Time (PST) of maximum air temperature AIRTEMP_MIN_DAY Minimum air temperature for the day numeric(5,1) degrees Celsius 0.100000 real -25.1000 27.2000 AIRTEMP_MIN_FLAG Minimum air temperature flag char(1) B Sensor buried in snow; value represents snow temperature E Estimated value M Missing value Q Questionable value S Daily value based on sunrise to sunrise (not midnight to midnight) A Accepted value has passed all QC tests applied as represented by the quality level H Daily value based on the minimum hourly mean value (Check airtemp_method code) AIRTEMP_MINTIME Time of day (HHMM) in Pacific Standard Time (PST) of minimum air temperature char(4) Time of day (HHMM) in Pacific Standard Time (PST) of minimum air temperature EVENT_CODE Type of comment that exists independently for any event, disruption in protocol, or unusual conditions that occur at the given date or time and may have an effect on the data values char(6) CALIBR Associated with the inspection or replacement of sensors for calibration INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring MAINTE A maintenance event has occurred METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality WEATHR A weather event has occurred that may affect reading PRIMARY MS00501.DATE MS00501.PROBE_CODE MS00501.SITECODE NOTNULL MS00501.DATE MS00501.AIRTEMP_MEAN_FLAG MS00501.AIRTEMP_MAX_FLAG MS00501.AIRTEMP_MIN_FLAG MS00501.PROBE_CODE MS00501.DBCODE MS00501.SITECODE MS00501.ENTITY MS00501.AIRTEMP_METHOD MS00501.QC_LEVEL MS00501.EVENT_CODE MS00501.HEIGHT 303121 MS00502 Relative Humidity (Daily) Only recorded at 2 sites. <font size=-1>Sensors discontinued Oct 24 2017</font> MS00502_v5.csv 896404 ffd0aaef9bc3fa9f59acf6e56021b04d 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS00502_v5.csv 2004-07-19 2017-10-24 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 2.0000 2.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site RELHUM_METHOD An indication of the the general methodology and instrumentation used to collect this relative humidity data char(6) REL018 Relative humidity is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height; mean relative humidity is output every 60 minutes REL019 Relative humidity is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height; mean relative humidity is output every 60 minutes REL118 Mean daily, max and min relative humidity is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height (See Method REL018) REL119 Mean daily, max and min relative humidity is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height (See Method REL019) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 85.0000 435.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data char(2) 1A Data is published and unlikely to change - automated range checking and manual review has been conducted. Quality is indicated in data value qualifier flags 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A 1P Data is provisional and subject to revision - preliminary quality checks have been performed 2A Data is published and unlikely to change - Level 1A data has been modified such that data gaps may be filled or problem data may be removed 2D Data is published and unlikely to change - data is derived or aggregated from published data of level 2A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., AIRRS201) char(8) AIRO1301 Air temperature at RS13O_, probe no. 01 at height 435 cm, discontinued 2003 AIRR0101 Air temperature at RS01__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0201 Air temperature at RS02__, probe no. 01 at height 225 cm, discontinued 2015 AIRR0301 Air temperature at RS03__, probe no. 01 at height 235 cm, discontinued 1995 AIRR0401 Air temperature at RS04__, probe no. 01 at height 325 cm, discontinued 2015 AIRR0501 Air temperature at RS05__, probe no. 01 at height 200 cm, discontinued 2017 AIRR0601 Air temperature at RS06__, probe no. 01 at height 100 cm, discontinued 1975 AIRR0701 Air temperature at RS07__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0801 Air temperature at RS08__, probe no. 01 at height 100 cm, discontinued 1973 AIRR0901 Air temperature at RS09__, probe no. 01 at height 100 cm, discontinued 1975 AIRR1001 Air temperature at RS10__, probe no. 01 at height 200 cm, discontinued 2017 AIRR1101 Air temperature at RS11__, probe no. 01 at height 100 cm, discontinued 1977 AIRR1201 Air temperature at RS12__, probe no. 01 at height 190 cm, discontinued 2015 AIRR1301 Air temperature at RS13__, probe no. 01 at height 275 cm, discontinued 2003 AIRR1401 Air temperature at RS14__, probe no. 01 at height 285 cm, discontinued 2003 AIRR1501 Air temperature at RS15__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1601 Air temperature at RS16__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1701 Air temperature at RS17__, probe no. 01 at height 60 cm, discontinued 1995 AIRR1801 Air temperature at RS18__, probe no. 01 at height 100 cm, discontinued 1974 AIRR1901 Air temperature at RS19__, probe no. 01 at height 100 cm, discontinued 1973 AIRR2001 Air temperature at RS20__, probe no. 01 at height 220 cm, discontinued 2015 AIRR2401 Air temperature at RS24__, probe no. 01 at height 220 cm, discontinued 2004 AIRR2601 Air temperature at RS26__, probe no. 01 at height 200 cm, discontinued 2015 AIRR8601 Air temperature at RS86__, probe no. 01 at height 235 cm, discontinued 2017 AIRR8901 Air temperature at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRT3101 Air temperature at TS31__, probe no. 01 at height 100 cm, discontinued 1976 AIRT3201 Air temperature at TS32__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3301 Air temperature at TS33__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3401 Air temperature at TS34__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3501 Air temperature at TS35__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3601 Air temperature at TS36__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3701 Air temperature at TS37__, probe no. 01 at height 100 cm, discontinued 1976 AIRR3801 Air temperature at RS38__, probe no. 01 at height 100 cm, discontinued 2017 AIRT7401 Air temperature at TS74__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7501 Air temperature at TS75__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7601 Air temperature at TS76__, probe no. 01 at height 100 cm, discontinued 1975 AIRT7701 Air temperature at TS77__, probe no. 01 at height 100 cm, discontinued 1975 SOIO1302 Soil temperature at RS13O_, probe no. 02 at depth 20 cm, discontinued 2003 SOIR0102 Soil temperature at RS01__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0201 Soil temperature at RS02__, probe no. 01 at depth 10 cm SOIR0202 Soil temperature at RS02__, probe no. 02 at depth 20 cm SOIR0203 Soil temperature at RS02__, probe no. 03 at depth 30 cm SOIR0302 Soil temperature at RS03__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0401 Soil temperature at RS04__, probe no. 01 at depth 10 cm SOIR0402 Soil temperature at RS04__, probe no. 02 at depth 20 cm SOIR0403 Soil temperature at RS04__, probe no. 03 at depth 30 cm SOIR0501 Soil temperature at RS05__, probe no. 01 at depth 10 cm SOIR0502 Soil temperature at RS05__, probe no. 02 at depth 20 cm SOIR0503 Soil temperature at RS05__, probe no. 03 at depth 30 cm SOIR0602 Soil temperature at RS06__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR0702 Soil temperature at RS07__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0802 Soil temperature at RS08__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR0902 Soil temperature at RS09__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR1001 Soil temperature at RS10__, probe no. 01 at depth 10 cm SOIR1002 Soil temperature at RS10__, probe no. 02 at depth 20 cm SOIR1003 Soil temperature at RS10__, probe no. 03 at depth 30 cm SOIR1102 Soil temperature at RS11__, probe no. 02 at depth 20 cm, discontinued 1977 SOIR1201 Soil temperature at RS12__, probe no. 01 at depth 10 cm SOIR1202 Soil temperature at RS12__, probe no. 02 at depth 20 cm SOIR1203 Soil temperature at RS12__, probe no. 03 at depth 30 cm SOIR1302 Soil temperature at RS13__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1401 Soil temperature at RS14__, probe no. 01 at depth 10 cm, discontinued 2003 SOIR1402 Soil temperature at RS14__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1403 Soil temperature at RS14__, probe no. 03 at depth 30 cm, discontinued 2003 SOIR1502 Soil temperature at RS15__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1602 Soil temperature at RS16__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1702 Soil temperature at RS17__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR1802 Soil temperature at RS18__, probe no. 02 at depth 20 cm, discontinued 1974 SOIR1902 Soil temperature at RS19__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR2001 Soil temperature at RS20__, probe no. 01 at depth 10 cm SOIR2002 Soil temperature at RS20__, probe no. 02 at depth 20 cm SOIR2003 Soil temperature at RS20__, probe no. 03 at depth 30 cm SOIR2401 Soil temperature at RS24__, probe no. 01 at depth 10 cm, discontinued 2004 SOIR2402 Soil temperature at RS24__, probe no. 02 at depth 20 cm, discontinued 2004 SOIR2403 Soil temperature at RS24__, probe no. 03 at depth 30 cm, discontinued 2004 SOIR2601 Soil temperature at RS26__, probe no. 01 at depth 10 cm SOIR2602 Soil temperature at RS26__, probe no. 02 at depth 20 cm SOIR2603 Soil temperature at RS26__, probe no. 03 at depth 30 cm SOIR8601 Soil temperature at RS86__, probe no. 01 at depth 10 cm SOIR8602 Soil temperature at RS86__, probe no. 02 at depth 20 cm SOIR8603 Soil temperature at RS86__, probe no. 03 at depth 30 cm SOIR8901 Soil temperature at RS89__, probe no. 01 at depth 10 cm SOIR8902 Soil temperature at RS89__, probe no. 02 at depth 20 cm SOIR8903 Soil temperature at RS89__, probe no. 03 at depth 30 cm SOIT3102 Soil temperature at TS31__, probe no. 02 at depth 20 cm, discontinued 1976 SOIT3202 Soil temperature at TS32__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3302 Soil temperature at TS33__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3402 Soil temperature at TS34__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3502 Soil temperature at TS35__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3602 Soil temperature at TS36__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3702 Soil temperature at TS37__, probe no. 02 at depth 20 cm, discontinued 1976 SOIR3801 Soil temperature at RS38__, probe no. 01 at depth 10 cm SOIR3802 Soil temperature at RS38__, probe no. 02 at depth 20 cm SOIR3803 Soil temperature at RS38__, probe no. 03 at depth 30 cm SOIT7402 Soil temperature at TS74__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7502 Soil temperature at TS75__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7602 Soil temperature at TS76__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT7702 Soil temperature at TS77__, probe no. 02 at depth 20 cm, discontinued 1975 RELR8601 Relative humidity at RS86__, probe no. 01 at height 235 cm, discontinued 2017 RELR8901 Relative humidity at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRR0202 Air temperature at RS02__, probe no. 02 at height 225 cm AIRR0203 Air temperature at RS02__, probe no. 03 at height 225 cm AIRR0402 Air temperature at RS04__, probe no. 02 at height 325 cm AIRR0403 Air temperature at RS04__, probe no. 03 at height 325 cm AIRR1202 Air temperature at RS12__, probe no. 02 at height 190 cm AIRR1203 Air temperature at RS12__, probe no. 03 at height 190 cm AIRR2002 Air temperature at RS20__, probe no. 02 at height 220 cm AIRR2003 Air temperature at RS20__, probe no. 03 at height 220 cm AIRR2602 Air temperature at RS26__, probe no. 02 at height 200 cm AIRR2603 Air temperature at RS26__, probe no. 03 at height 200 cm AIRR0502 Air temperature at RS05__, probe no. 02 at height 200 cm AIRR0503 Air temperature at RS05__, probe no. 03 at height 200 cm AIRR1002 Air temperature at RS10__, probe no. 02 at height 200 cm AIRR1003 Air temperature at RS10__, probe no. 03 at height 200 cm AIRR3802 Air temperature at RS38__, probe no. 02 at height 100 cm AIRR3803 Air temperature at RS38__, probe no. 03 at height 100 cm AIRR8602 Air temperature at RS86__, probe no. 02 at height 235 cm AIRR8603 Air temperature at RS86__, probe no. 03 at height 235 cm AIRR8902 Air temperature at RS89__, probe no. 02 at height 285 cm AIRR8903 Air temperature at RS89__, probe no. 03 at height 285 cm DATE Date of measurement datetime YYYY-MM-DD 1.000000 7/19/2004 12:00:00 AM 10/24/2017 12:00:00 AM RELHUM_MEAN_DAY Mean relative humidity for the day numeric(5,1) percent 2.000000 real 22.9000 100.0000 RELHUM_MEAN_FLAG Mean relative humidity flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level B Sensor buried in snow E Estimated value M Missing value Q Questionable value RELHUM_MAX_DAY Maximum relative humidity for the day numeric(5,1) percent 2.000000 real 38.4000 100.0000 RELHUM_MAX_FLAG Maximum relative humidity flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level B Sensor buried in snow E Estimated value M Missing value Q Questionable value RELHUM_MAXTIME Time of day (HHMM) in Pacific Standard Time (PST) of maximum relative humidity char(4) Time of day (HHMM) in Pacific Standard Time (PST) of maximum relative humidity RELHUM_MIN_DAY Minimum relative humidity for the day numeric(5,1) percent 2.000000 real 5.0000 100.0000 RELHUM_MIN_FLAG Minimum relative humidity flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level B Sensor buried in snow E Estimated value M Missing value Q Questionable value RELHUM_MINTIME Time of day (HHMM) in Pacific Standard Time (PST) of minimum relative humidity char(4) Time of day (HHMM) in Pacific Standard Time (PST) of minimum relative humidity EVENT_CODE Type of comment that exists independently for any event, disruption in protocol, or unusual conditions that occur at the given date or time and may have an effect on the data values char(6) CALIBR Associated with the inspection or replacement of sensors for calibration INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring MAINTE A maintenance event has occurred METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality WEATHR A weather event has occurred that may affect reading PRIMARY MS00502.DATE MS00502.PROBE_CODE MS00502.SITECODE NOTNULL MS00502.DATE MS00502.PROBE_CODE MS00502.DBCODE MS00502.SITECODE MS00502.ENTITY MS00502.RELHUM_MEAN_FLAG MS00502.RELHUM_MAX_FLAG MS00502.RELHUM_MIN_FLAG MS00502.QC_LEVEL MS00502.EVENT_CODE MS00502.RELHUM_METHOD MS00502.HEIGHT 9678 MS00511 Air temperature (Finest resolution, e.g., hourly, 5 minute) Sensors at 10 sites of the original 15 MS00511_v8.txt 1673144469 b8c37fe8d784d7b2c62efb71a0cba510 1 \r\n column , " https://andrewsforest.oregonstate.edu/fsdbdata/cache/MS00511_v8.txt 1998-03-13 2024-10-01 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 11.0000 11.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site AIRTEMP_METHOD An indication of the the general methodology and instrumentation used to collect this air temperature data char(6) AIR504 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 60 cm height in small shelter on tree and corrected to standard rdg. AIR505 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 65 cm height in small shelter on tree and corrected to standard rdg. AIR506 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 80 cm height in small shelter on tree and corrected to standard rdg. AIR507 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 85 cm height in small shelter on tree and corrected to standard rdg. AIR508 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 100 cm height in small shelter on tree and corrected to standard rdg. AIR509 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 160 cm height in small shelter on tree and corrected to standard rdg. AIR510 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 180 cm height in small shelter on tree and corrected to standard rdg. AIR511 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 190 cm height in small shelter on tree and corrected to standard rdg. AIR512 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 200 cm height in small shelter on tree and corrected to standard rdg. AIR513 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 235 cm height in small shelter on tree and corrected to standard rdg. AIR514 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 300 cm height in small shelter on tree and corrected to standard rdg. AIR515 Mean, max and min daily air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 500 cm height in small shelter on tree and corrected to standard rdg. AIR501 Mean, max and min daily (sunrise to sunrise) air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 100 cm height in small shelter and corrected. AIR502 Mean, max and min daily (sunrise to sunrise) air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 200 cm height in small shelter and corrected. AIR503 Mean, max and min daily (sunrise to sunrise) air temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 300 cm height in small shelter and corrected. AIR448 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 190 cm height; mean temperature is output every 5 minutes AIR449 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean temperature is output every 5 minutes AIR450 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 220 cm height; mean temperature is output every 5 minutes AIR451 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 225 cm height; mean temperature is output every 5 minutes AIR452 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 325 cm height; mean temperature is output every 5 minutes AIR444 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 100 cm height; mean temperature is output every 60 minutes AIR445 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean temperature is output every 60 minutes AIR440 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 85 cm height; mean temperature is output every 60 minutes AIR441 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 100 cm height; mean temperature is output every 60 minutes AIR442 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 200 cm height; mean temperature is output every 60 minutes AIR443 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 235 cm height; mean temperature is output every 60 minutes AIR446 Air temperature is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height; mean temperature is output every 60 minutes AIR447 Air temperature is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height; mean temperature is output every 60 minutes AIR435 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 190 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR436 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 200 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR437 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 220 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR438 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 225 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR439 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a R.M. Young Gill radiation shield at 325 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR516 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 100 cm height (Daily output only) AIR517 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 190 cm height (Daily output only) AIR518 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 200 cm height (Daily output only) AIR519 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 220 cm height (Daily output only) AIR520 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 225 cm height (Daily output only) AIR521 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 275 cm height (Daily output only) AIR522 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 285 cm height (Daily output only) AIR523 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 300 cm height (Daily output only) AIR524 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 325 cm height (Daily output only) AIR525 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 400 cm height (Daily output only) AIR526 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 435 cm height (Daily output only) AIR427 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 190 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR428 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 200 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR429 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 220 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR430 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 225 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR431 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 275 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR432 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 285 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR433 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 325 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR434 Air temperature is sampled by type T thermocouple soldered from thermocouple wire housed in a locally designed PVC radiation shield at 435 cm height with a Campbell Scientific data logger; mean temperature is output every 60 minutes AIR527 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 190 cm height (See Method AIR427) AIR528 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 200 cm height (See Method AIR428) AIR529 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 220 cm height (See Method AIR429) AIR530 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 225 cm height (See Method AIR430) AIR531 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 275 cm height (See Method AIR431) AIR532 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 285 cm height (See Method AIR432) AIR533 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 325 cm height (See Method AIR433) AIR534 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a locally designed PVC radiation shield at 435 cm height (See Method AIR434) AIR535 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 190 cm height (See Method AIR435) AIR536 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 200 cm height (See Method AIR436) AIR537 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 220 cm height (See Method AIR437) AIR538 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 225 cm height (See Method AIR438) AIR539 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple wire housed in a R.M. Young Gill radiation shield at 325 cm height (See Method AIR439) AIR540 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 85 cm height (See Method AIR440) AIR541 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 100 cm height (See Method AIR441) AIR542 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 200 cm height (See Method AIR442) AIR543 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a locally designed PVC radiation shield at 235 cm height (See Method AIR443) AIR544 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 100 cm height (See Method AIR444) AIR545 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height (See Method AIR445) AIR546 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height (See Method AIR446) AIR547 Mean daily, max and min air temperature is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height (See Method AIR447) AIR548 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 190 cm height (See AIR448) AIR549 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 200 cm height (See AIR449) AIR550 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 220 cm height (See AIR450) AIR551 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 225 cm height (See AIR451) AIR552 Mean daily air temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. CS model 107 thermistor; RM Young Gill radiation shield; 325 cm height (See AIR452) AIR635 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 190 cm (See Method AIR435) AIR636 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 200cm (See Method AIR436) AIR637 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 220cm (See Method AIR437) AIR638 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 225cm (See Method AIR438) AIR639 Mean daily air temperature is post-calculated from hourly mean values for the day. Max-min values are based on hourly mean intervals and not instantaneous values. Type T thermocouple wire; R.M. Young Gill radiation shield; 325cm (See Method AIR439) AIR453 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 190 cm height; mean, min, max temperature is output every 5 minutes AIR553 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 190 cm height (See method AIR453) AIR454 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean, min, max temperature is output every 5 minutes AIR455 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 220 cm height; mean, min, max temperature is output every 5 minutes AIR456 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 225 cm height; mean, min, max temperature is output every 5 minutes AIR457 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 325 cm height; mean, min, max temperature is output every 5 minutes AIR554 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 200 cm height (See method AIR454) AIR555 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 220 cm height (See method AIR455) AIR556 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 225 cm height (See method AIR456) AIR557 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 325 cm height (See method AIR457) AIR458 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean, min, max temperature is output every 5 minutes AIR459 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 200 cm height; mean, min, max temperature is output every 5 minutes AIR460 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 100 cm height; mean, min, max temperature is output every 5 minutes AIR461 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 235 cm height; mean, min, max temperature is output every 5 minutes AIR462 Air temperature is sampled by a Campbell Scientific model 107 thermistor housed in a R.M. Young Gill radiation shield at 285 cm height; mean, min, max temperature is output every 5 minutes AIR558 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 200 cm height (See method AIR458) AIR559 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 200 cm height (See method AIR459) AIR560 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 100 cm height (See method AIR460) AIR561 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 235 cm height (See method AIR461) AIR562 Mean daily air temperature is post-calculated from all 5 minute values, and max-min values are determined based on all instantaneous 10 second readings. CS Model 107; Gill radiation shield; 285 cm height (See method AIR462) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 225.0000 225.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data char(2) 1A Data is published and unlikely to change - automated range checking and manual review has been conducted. Quality is indicated in data value qualifier flags 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A 1P Data is provisional and subject to revision - preliminary quality checks have been performed 2A Data is published and unlikely to change - Level 1A data has been modified such that data gaps may be filled or problem data may be removed 2D Data is published and unlikely to change - data is derived or aggregated from published data of level 2A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., AIRRS201) char(8) AIRO1301 Air temperature at RS13O_, probe no. 01 at height 435 cm, discontinued 2003 AIRR0101 Air temperature at RS01__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0201 Air temperature at RS02__, probe no. 01 at height 225 cm, discontinued 2015 AIRR0301 Air temperature at RS03__, probe no. 01 at height 235 cm, discontinued 1995 AIRR0401 Air temperature at RS04__, probe no. 01 at height 325 cm, discontinued 2015 AIRR0501 Air temperature at RS05__, probe no. 01 at height 200 cm, discontinued 2017 AIRR0601 Air temperature at RS06__, probe no. 01 at height 100 cm, discontinued 1975 AIRR0701 Air temperature at RS07__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0801 Air temperature at RS08__, probe no. 01 at height 100 cm, discontinued 1973 AIRR0901 Air temperature at RS09__, probe no. 01 at height 100 cm, discontinued 1975 AIRR1001 Air temperature at RS10__, probe no. 01 at height 200 cm, discontinued 2017 AIRR1101 Air temperature at RS11__, probe no. 01 at height 100 cm, discontinued 1977 AIRR1201 Air temperature at RS12__, probe no. 01 at height 190 cm, discontinued 2015 AIRR1301 Air temperature at RS13__, probe no. 01 at height 275 cm, discontinued 2003 AIRR1401 Air temperature at RS14__, probe no. 01 at height 285 cm, discontinued 2003 AIRR1501 Air temperature at RS15__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1601 Air temperature at RS16__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1701 Air temperature at RS17__, probe no. 01 at height 60 cm, discontinued 1995 AIRR1801 Air temperature at RS18__, probe no. 01 at height 100 cm, discontinued 1974 AIRR1901 Air temperature at RS19__, probe no. 01 at height 100 cm, discontinued 1973 AIRR2001 Air temperature at RS20__, probe no. 01 at height 220 cm, discontinued 2015 AIRR2401 Air temperature at RS24__, probe no. 01 at height 220 cm, discontinued 2004 AIRR2601 Air temperature at RS26__, probe no. 01 at height 200 cm, discontinued 2015 AIRR8601 Air temperature at RS86__, probe no. 01 at height 235 cm, discontinued 2017 AIRR8901 Air temperature at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRT3101 Air temperature at TS31__, probe no. 01 at height 100 cm, discontinued 1976 AIRT3201 Air temperature at TS32__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3301 Air temperature at TS33__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3401 Air temperature at TS34__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3501 Air temperature at TS35__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3601 Air temperature at TS36__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3701 Air temperature at TS37__, probe no. 01 at height 100 cm, discontinued 1976 AIRR3801 Air temperature at RS38__, probe no. 01 at height 100 cm, discontinued 2017 AIRT7401 Air temperature at TS74__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7501 Air temperature at TS75__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7601 Air temperature at TS76__, probe no. 01 at height 100 cm, discontinued 1975 AIRT7701 Air temperature at TS77__, probe no. 01 at height 100 cm, discontinued 1975 SOIO1302 Soil temperature at RS13O_, probe no. 02 at depth 20 cm, discontinued 2003 SOIR0102 Soil temperature at RS01__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0201 Soil temperature at RS02__, probe no. 01 at depth 10 cm SOIR0202 Soil temperature at RS02__, probe no. 02 at depth 20 cm SOIR0203 Soil temperature at RS02__, probe no. 03 at depth 30 cm SOIR0302 Soil temperature at RS03__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0401 Soil temperature at RS04__, probe no. 01 at depth 10 cm SOIR0402 Soil temperature at RS04__, probe no. 02 at depth 20 cm SOIR0403 Soil temperature at RS04__, probe no. 03 at depth 30 cm SOIR0501 Soil temperature at RS05__, probe no. 01 at depth 10 cm SOIR0502 Soil temperature at RS05__, probe no. 02 at depth 20 cm SOIR0503 Soil temperature at RS05__, probe no. 03 at depth 30 cm SOIR0602 Soil temperature at RS06__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR0702 Soil temperature at RS07__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0802 Soil temperature at RS08__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR0902 Soil temperature at RS09__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR1001 Soil temperature at RS10__, probe no. 01 at depth 10 cm SOIR1002 Soil temperature at RS10__, probe no. 02 at depth 20 cm SOIR1003 Soil temperature at RS10__, probe no. 03 at depth 30 cm SOIR1102 Soil temperature at RS11__, probe no. 02 at depth 20 cm, discontinued 1977 SOIR1201 Soil temperature at RS12__, probe no. 01 at depth 10 cm SOIR1202 Soil temperature at RS12__, probe no. 02 at depth 20 cm SOIR1203 Soil temperature at RS12__, probe no. 03 at depth 30 cm SOIR1302 Soil temperature at RS13__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1401 Soil temperature at RS14__, probe no. 01 at depth 10 cm, discontinued 2003 SOIR1402 Soil temperature at RS14__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1403 Soil temperature at RS14__, probe no. 03 at depth 30 cm, discontinued 2003 SOIR1502 Soil temperature at RS15__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1602 Soil temperature at RS16__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1702 Soil temperature at RS17__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR1802 Soil temperature at RS18__, probe no. 02 at depth 20 cm, discontinued 1974 SOIR1902 Soil temperature at RS19__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR2001 Soil temperature at RS20__, probe no. 01 at depth 10 cm SOIR2002 Soil temperature at RS20__, probe no. 02 at depth 20 cm SOIR2003 Soil temperature at RS20__, probe no. 03 at depth 30 cm SOIR2401 Soil temperature at RS24__, probe no. 01 at depth 10 cm, discontinued 2004 SOIR2402 Soil temperature at RS24__, probe no. 02 at depth 20 cm, discontinued 2004 SOIR2403 Soil temperature at RS24__, probe no. 03 at depth 30 cm, discontinued 2004 SOIR2601 Soil temperature at RS26__, probe no. 01 at depth 10 cm SOIR2602 Soil temperature at RS26__, probe no. 02 at depth 20 cm SOIR2603 Soil temperature at RS26__, probe no. 03 at depth 30 cm SOIR8601 Soil temperature at RS86__, probe no. 01 at depth 10 cm SOIR8602 Soil temperature at RS86__, probe no. 02 at depth 20 cm SOIR8603 Soil temperature at RS86__, probe no. 03 at depth 30 cm SOIR8901 Soil temperature at RS89__, probe no. 01 at depth 10 cm SOIR8902 Soil temperature at RS89__, probe no. 02 at depth 20 cm SOIR8903 Soil temperature at RS89__, probe no. 03 at depth 30 cm SOIT3102 Soil temperature at TS31__, probe no. 02 at depth 20 cm, discontinued 1976 SOIT3202 Soil temperature at TS32__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3302 Soil temperature at TS33__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3402 Soil temperature at TS34__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3502 Soil temperature at TS35__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3602 Soil temperature at TS36__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3702 Soil temperature at TS37__, probe no. 02 at depth 20 cm, discontinued 1976 SOIR3801 Soil temperature at RS38__, probe no. 01 at depth 10 cm SOIR3802 Soil temperature at RS38__, probe no. 02 at depth 20 cm SOIR3803 Soil temperature at RS38__, probe no. 03 at depth 30 cm SOIT7402 Soil temperature at TS74__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7502 Soil temperature at TS75__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7602 Soil temperature at TS76__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT7702 Soil temperature at TS77__, probe no. 02 at depth 20 cm, discontinued 1975 RELR8601 Relative humidity at RS86__, probe no. 01 at height 235 cm, discontinued 2017 RELR8901 Relative humidity at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRR0202 Air temperature at RS02__, probe no. 02 at height 225 cm AIRR0203 Air temperature at RS02__, probe no. 03 at height 225 cm AIRR0402 Air temperature at RS04__, probe no. 02 at height 325 cm AIRR0403 Air temperature at RS04__, probe no. 03 at height 325 cm AIRR1202 Air temperature at RS12__, probe no. 02 at height 190 cm AIRR1203 Air temperature at RS12__, probe no. 03 at height 190 cm AIRR2002 Air temperature at RS20__, probe no. 02 at height 220 cm AIRR2003 Air temperature at RS20__, probe no. 03 at height 220 cm AIRR2602 Air temperature at RS26__, probe no. 02 at height 200 cm AIRR2603 Air temperature at RS26__, probe no. 03 at height 200 cm AIRR0502 Air temperature at RS05__, probe no. 02 at height 200 cm AIRR0503 Air temperature at RS05__, probe no. 03 at height 200 cm AIRR1002 Air temperature at RS10__, probe no. 02 at height 200 cm AIRR1003 Air temperature at RS10__, probe no. 03 at height 200 cm AIRR3802 Air temperature at RS38__, probe no. 02 at height 100 cm AIRR3803 Air temperature at RS38__, probe no. 03 at height 100 cm AIRR8602 Air temperature at RS86__, probe no. 02 at height 235 cm AIRR8603 Air temperature at RS86__, probe no. 03 at height 235 cm AIRR8902 Air temperature at RS89__, probe no. 02 at height 285 cm AIRR8903 Air temperature at RS89__, probe no. 03 at height 285 cm DATE_TIME Date and time (PST) of probe reading datetime YYYY-MM-DD hh:mm:ss 1.000000 10/1/2017 12:05:00 AM 10/1/2024 12:00:00 AM AIRTEMP_MEAN Mean air temperature over the last interval (e.g., 5 minutes) numeric(5,1) degrees Celsius 0.100000 real -15.8000 44.1000 AIRTEMP_MEAN_FLAG Mean air temperature flag char(1) B Sensor buried in snow; value represents snow temperature E Estimated value M Missing value Q Questionable value S Daily value based on sunrise to sunrise (not midnight to midnight) A Accepted value has passed all QC tests applied as represented by the quality level P Fire effects are visible in the data EVENT_CODE Type of comment that exists independently for any event, disruption in protocol, or unusual conditions that occur at the given date or time and may have an effect on the data values char(6) CALIBR Associated with the inspection or replacement of sensors for calibration INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring MAINTE A maintenance event has occurred METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality WEATHR A weather event has occurred that may affect reading PRIMARY MS00511.DATE_TIME MS00511.PROBE_CODE MS00511.SITECODE NOTNULL MS00511.DATE_TIME MS00511.AIRTEMP_MEAN_FLAG MS00511.PROBE_CODE MS00511.DBCODE MS00511.SITECODE MS00511.ENTITY MS00511.AIRTEMP_METHOD MS00511.QC_LEVEL MS00511.EVENT_CODE MS00511.HEIGHT 21595724 MS00512 Relative Humidity (Finest resolution, e.g., hourly, 5 minute) Only recorded at 2 sites. <font size=-1>Sensors discontinued Oct 24 2017. </font> MS00512_v5.csv 18178539 431138977152bc9465b8bf6a24838ec8 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS00512_v5.csv 2004-07-19 2017-10-24 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 12.0000 12.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site RELHUM_METHOD An indication of the the general methodology and instrumentation used to collect this relative humidity data char(6) REL018 Relative humidity is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height; mean relative humidity is output every 60 minutes REL019 Relative humidity is sampled by a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height; mean relative humidity is output every 60 minutes REL118 Mean daily, max and min relative humidity is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 235 cm height (See Method REL018) REL119 Mean daily, max and min relative humidity is calculated by the Campbell Scientific datalogger based on 15 second samples from a Campbell Scientific model HMP45C probe housed in a R.M. Young Gill radiation shield at 285 cm height (See Method REL019) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 235.0000 285.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data char(2) 1A Data is published and unlikely to change - automated range checking and manual review has been conducted. Quality is indicated in data value qualifier flags 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A 1P Data is provisional and subject to revision - preliminary quality checks have been performed 2A Data is published and unlikely to change - Level 1A data has been modified such that data gaps may be filled or problem data may be removed 2D Data is published and unlikely to change - data is derived or aggregated from published data of level 2A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., AIRRS201) char(8) AIRO1301 Air temperature at RS13O_, probe no. 01 at height 435 cm, discontinued 2003 AIRR0101 Air temperature at RS01__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0201 Air temperature at RS02__, probe no. 01 at height 225 cm, discontinued 2015 AIRR0301 Air temperature at RS03__, probe no. 01 at height 235 cm, discontinued 1995 AIRR0401 Air temperature at RS04__, probe no. 01 at height 325 cm, discontinued 2015 AIRR0501 Air temperature at RS05__, probe no. 01 at height 200 cm, discontinued 2017 AIRR0601 Air temperature at RS06__, probe no. 01 at height 100 cm, discontinued 1975 AIRR0701 Air temperature at RS07__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0801 Air temperature at RS08__, probe no. 01 at height 100 cm, discontinued 1973 AIRR0901 Air temperature at RS09__, probe no. 01 at height 100 cm, discontinued 1975 AIRR1001 Air temperature at RS10__, probe no. 01 at height 200 cm, discontinued 2017 AIRR1101 Air temperature at RS11__, probe no. 01 at height 100 cm, discontinued 1977 AIRR1201 Air temperature at RS12__, probe no. 01 at height 190 cm, discontinued 2015 AIRR1301 Air temperature at RS13__, probe no. 01 at height 275 cm, discontinued 2003 AIRR1401 Air temperature at RS14__, probe no. 01 at height 285 cm, discontinued 2003 AIRR1501 Air temperature at RS15__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1601 Air temperature at RS16__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1701 Air temperature at RS17__, probe no. 01 at height 60 cm, discontinued 1995 AIRR1801 Air temperature at RS18__, probe no. 01 at height 100 cm, discontinued 1974 AIRR1901 Air temperature at RS19__, probe no. 01 at height 100 cm, discontinued 1973 AIRR2001 Air temperature at RS20__, probe no. 01 at height 220 cm, discontinued 2015 AIRR2401 Air temperature at RS24__, probe no. 01 at height 220 cm, discontinued 2004 AIRR2601 Air temperature at RS26__, probe no. 01 at height 200 cm, discontinued 2015 AIRR8601 Air temperature at RS86__, probe no. 01 at height 235 cm, discontinued 2017 AIRR8901 Air temperature at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRT3101 Air temperature at TS31__, probe no. 01 at height 100 cm, discontinued 1976 AIRT3201 Air temperature at TS32__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3301 Air temperature at TS33__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3401 Air temperature at TS34__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3501 Air temperature at TS35__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3601 Air temperature at TS36__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3701 Air temperature at TS37__, probe no. 01 at height 100 cm, discontinued 1976 AIRR3801 Air temperature at RS38__, probe no. 01 at height 100 cm, discontinued 2017 AIRT7401 Air temperature at TS74__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7501 Air temperature at TS75__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7601 Air temperature at TS76__, probe no. 01 at height 100 cm, discontinued 1975 AIRT7701 Air temperature at TS77__, probe no. 01 at height 100 cm, discontinued 1975 SOIO1302 Soil temperature at RS13O_, probe no. 02 at depth 20 cm, discontinued 2003 SOIR0102 Soil temperature at RS01__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0201 Soil temperature at RS02__, probe no. 01 at depth 10 cm SOIR0202 Soil temperature at RS02__, probe no. 02 at depth 20 cm SOIR0203 Soil temperature at RS02__, probe no. 03 at depth 30 cm SOIR0302 Soil temperature at RS03__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0401 Soil temperature at RS04__, probe no. 01 at depth 10 cm SOIR0402 Soil temperature at RS04__, probe no. 02 at depth 20 cm SOIR0403 Soil temperature at RS04__, probe no. 03 at depth 30 cm SOIR0501 Soil temperature at RS05__, probe no. 01 at depth 10 cm SOIR0502 Soil temperature at RS05__, probe no. 02 at depth 20 cm SOIR0503 Soil temperature at RS05__, probe no. 03 at depth 30 cm SOIR0602 Soil temperature at RS06__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR0702 Soil temperature at RS07__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0802 Soil temperature at RS08__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR0902 Soil temperature at RS09__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR1001 Soil temperature at RS10__, probe no. 01 at depth 10 cm SOIR1002 Soil temperature at RS10__, probe no. 02 at depth 20 cm SOIR1003 Soil temperature at RS10__, probe no. 03 at depth 30 cm SOIR1102 Soil temperature at RS11__, probe no. 02 at depth 20 cm, discontinued 1977 SOIR1201 Soil temperature at RS12__, probe no. 01 at depth 10 cm SOIR1202 Soil temperature at RS12__, probe no. 02 at depth 20 cm SOIR1203 Soil temperature at RS12__, probe no. 03 at depth 30 cm SOIR1302 Soil temperature at RS13__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1401 Soil temperature at RS14__, probe no. 01 at depth 10 cm, discontinued 2003 SOIR1402 Soil temperature at RS14__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1403 Soil temperature at RS14__, probe no. 03 at depth 30 cm, discontinued 2003 SOIR1502 Soil temperature at RS15__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1602 Soil temperature at RS16__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1702 Soil temperature at RS17__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR1802 Soil temperature at RS18__, probe no. 02 at depth 20 cm, discontinued 1974 SOIR1902 Soil temperature at RS19__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR2001 Soil temperature at RS20__, probe no. 01 at depth 10 cm SOIR2002 Soil temperature at RS20__, probe no. 02 at depth 20 cm SOIR2003 Soil temperature at RS20__, probe no. 03 at depth 30 cm SOIR2401 Soil temperature at RS24__, probe no. 01 at depth 10 cm, discontinued 2004 SOIR2402 Soil temperature at RS24__, probe no. 02 at depth 20 cm, discontinued 2004 SOIR2403 Soil temperature at RS24__, probe no. 03 at depth 30 cm, discontinued 2004 SOIR2601 Soil temperature at RS26__, probe no. 01 at depth 10 cm SOIR2602 Soil temperature at RS26__, probe no. 02 at depth 20 cm SOIR2603 Soil temperature at RS26__, probe no. 03 at depth 30 cm SOIR8601 Soil temperature at RS86__, probe no. 01 at depth 10 cm SOIR8602 Soil temperature at RS86__, probe no. 02 at depth 20 cm SOIR8603 Soil temperature at RS86__, probe no. 03 at depth 30 cm SOIR8901 Soil temperature at RS89__, probe no. 01 at depth 10 cm SOIR8902 Soil temperature at RS89__, probe no. 02 at depth 20 cm SOIR8903 Soil temperature at RS89__, probe no. 03 at depth 30 cm SOIT3102 Soil temperature at TS31__, probe no. 02 at depth 20 cm, discontinued 1976 SOIT3202 Soil temperature at TS32__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3302 Soil temperature at TS33__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3402 Soil temperature at TS34__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3502 Soil temperature at TS35__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3602 Soil temperature at TS36__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3702 Soil temperature at TS37__, probe no. 02 at depth 20 cm, discontinued 1976 SOIR3801 Soil temperature at RS38__, probe no. 01 at depth 10 cm SOIR3802 Soil temperature at RS38__, probe no. 02 at depth 20 cm SOIR3803 Soil temperature at RS38__, probe no. 03 at depth 30 cm SOIT7402 Soil temperature at TS74__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7502 Soil temperature at TS75__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7602 Soil temperature at TS76__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT7702 Soil temperature at TS77__, probe no. 02 at depth 20 cm, discontinued 1975 RELR8601 Relative humidity at RS86__, probe no. 01 at height 235 cm, discontinued 2017 RELR8901 Relative humidity at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRR0202 Air temperature at RS02__, probe no. 02 at height 225 cm AIRR0203 Air temperature at RS02__, probe no. 03 at height 225 cm AIRR0402 Air temperature at RS04__, probe no. 02 at height 325 cm AIRR0403 Air temperature at RS04__, probe no. 03 at height 325 cm AIRR1202 Air temperature at RS12__, probe no. 02 at height 190 cm AIRR1203 Air temperature at RS12__, probe no. 03 at height 190 cm AIRR2002 Air temperature at RS20__, probe no. 02 at height 220 cm AIRR2003 Air temperature at RS20__, probe no. 03 at height 220 cm AIRR2602 Air temperature at RS26__, probe no. 02 at height 200 cm AIRR2603 Air temperature at RS26__, probe no. 03 at height 200 cm AIRR0502 Air temperature at RS05__, probe no. 02 at height 200 cm AIRR0503 Air temperature at RS05__, probe no. 03 at height 200 cm AIRR1002 Air temperature at RS10__, probe no. 02 at height 200 cm AIRR1003 Air temperature at RS10__, probe no. 03 at height 200 cm AIRR3802 Air temperature at RS38__, probe no. 02 at height 100 cm AIRR3803 Air temperature at RS38__, probe no. 03 at height 100 cm AIRR8602 Air temperature at RS86__, probe no. 02 at height 235 cm AIRR8603 Air temperature at RS86__, probe no. 03 at height 235 cm AIRR8902 Air temperature at RS89__, probe no. 02 at height 285 cm AIRR8903 Air temperature at RS89__, probe no. 03 at height 285 cm DATE_TIME Date and time (PST) of probe reading datetime YYYY-MM-DD hh:mm:ss 1.000000 7/19/2004 12:00:00 AM 10/24/2017 12:00:00 PM RELHUM_MEAN Mean relative humidity over the last interval (e.g., 5 minutes) numeric(5,1) percent 2.000000 real 1.0000 100.0000 RELHUM_MEAN_FLAG Mean relative humidity flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level B Sensor buried in snow E Estimated value M Missing value Q Questionable value EVENT_CODE Type of comment that exists independently for any event, disruption in protocol, or unusual conditions that occur at the given date or time and may have an effect on the data values char(6) CALIBR Associated with the inspection or replacement of sensors for calibration INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring MAINTE A maintenance event has occurred METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality WEATHR A weather event has occurred that may affect reading PRIMARY MS00512.DATE_TIME MS00512.PROBE_CODE MS00512.SITECODE NOTNULL MS00512.DATE_TIME MS00512.PROBE_CODE MS00512.DBCODE MS00512.SITECODE MS00512.ENTITY MS00512.RELHUM_MEAN_FLAG MS00512.QC_LEVEL MS00512.EVENT_CODE MS00512.RELHUM_METHOD MS00512.HEIGHT 232226 MS00521 Soil temperature (Daily) Sensors at 10 sites of the original 38 MS00521_v5.csv 43581683 d4c303ce03fc86a05dbd2b541126c899 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS00521_v5.csv 1970-04-13 2019-09-30 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 21.0000 21.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site SOILTEMP_METHOD An indication of the the general methodology and instrumentation used to collect this soil temperature data char(6) SOI115 Mean daily soil temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 20 cm depth SOI116 Mean daily (sunrise to sunrise) soil temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 20 cm depth SOI023 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 10 cm depth; mean temperature is output every 6 hours SOI024 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 20 cm depth; mean temperature is output every 6 hours SOI025 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 30 cm depth; mean temperature is output every 6 hours SOI020 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 10 cm depth with a Campbell Scientific data logger; mean temperature is output every 6 hours SOI021 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 20 cm depth with a Campbell Scientific data logger; mean temperature is output every 6 hours SOI022 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 30 cm depth with a Campbell Scientific data logger; mean temperature is output every 6 hours SOI117 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 10 cm depth (Daily output only) SOI118 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 20 cm depth (Daily output only) SOI119 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 30 cm depth (Daily output only) SOI026 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 10 cm depth with a Campbell Scientific data logger; mean temperature is output every 5 minutes SOI027 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 20 cm depth with a Campbell Scientific data logger; mean temperature is output every 5 minutes SOI028 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 30 cm depth with a Campbell Scientific data logger; mean temperature is output every 5 minutes SOI029 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 10 cm depth; mean temperature is output every 5 minutes SOI030 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 20 cm depth; mean temperature is output every 5 minutes SOI031 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 30 cm depth; mean temperature is output every 5 minutes SOI120 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 10 cm depth (See Method SOI020) SOI121 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 20 cm depth (See Method SOI021) SOI122 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 30 cm depth (See Method SOI022) SOI123 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is Campbell Scientific model 107 thermistor at 10 cm depth (See Method SOI023) SOI124 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is Campbell Scientific model 107 thermistor at 20 cm depth (See Method SOI024) SOI125 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is Campbell Scientific model 107 thermistor at 30 cm depth (See Method SOI025) SOI126 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Type T thermocouple wire at 10 cm depth (See Method SOI026) SOI127 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Type T thermocouple wire at 20 cm depth (See Method SOI027) SOI128 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Type T thermocouple wire at 30 cm depth (See Method SOI028) SOI129 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Campbell Scientific model 107 thermistor at 10 cm depth (See Method SOI029) SOI130 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Campbell Scientific model 107 thermistor at 20 cm depth (See Method SOI030) SOI131 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Campbell Scientific model 107 thermistor at 30 cm depth (See Method SOI031) DEPTH Depth of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 10.0000 100.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data char(2) 1A Data is published and unlikely to change - automated range checking and manual review has been conducted. Quality is indicated in data value qualifier flags 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A 1P Data is provisional and subject to revision - preliminary quality checks have been performed 2A Data is published and unlikely to change - Level 1A data has been modified such that data gaps may be filled or problem data may be removed 2D Data is published and unlikely to change - data is derived or aggregated from published data of level 2A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., AIRRS201) char(8) AIRO1301 Air temperature at RS13O_, probe no. 01 at height 435 cm, discontinued 2003 AIRR0101 Air temperature at RS01__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0201 Air temperature at RS02__, probe no. 01 at height 225 cm, discontinued 2015 AIRR0301 Air temperature at RS03__, probe no. 01 at height 235 cm, discontinued 1995 AIRR0401 Air temperature at RS04__, probe no. 01 at height 325 cm, discontinued 2015 AIRR0501 Air temperature at RS05__, probe no. 01 at height 200 cm, discontinued 2017 AIRR0601 Air temperature at RS06__, probe no. 01 at height 100 cm, discontinued 1975 AIRR0701 Air temperature at RS07__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0801 Air temperature at RS08__, probe no. 01 at height 100 cm, discontinued 1973 AIRR0901 Air temperature at RS09__, probe no. 01 at height 100 cm, discontinued 1975 AIRR1001 Air temperature at RS10__, probe no. 01 at height 200 cm, discontinued 2017 AIRR1101 Air temperature at RS11__, probe no. 01 at height 100 cm, discontinued 1977 AIRR1201 Air temperature at RS12__, probe no. 01 at height 190 cm, discontinued 2015 AIRR1301 Air temperature at RS13__, probe no. 01 at height 275 cm, discontinued 2003 AIRR1401 Air temperature at RS14__, probe no. 01 at height 285 cm, discontinued 2003 AIRR1501 Air temperature at RS15__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1601 Air temperature at RS16__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1701 Air temperature at RS17__, probe no. 01 at height 60 cm, discontinued 1995 AIRR1801 Air temperature at RS18__, probe no. 01 at height 100 cm, discontinued 1974 AIRR1901 Air temperature at RS19__, probe no. 01 at height 100 cm, discontinued 1973 AIRR2001 Air temperature at RS20__, probe no. 01 at height 220 cm, discontinued 2015 AIRR2401 Air temperature at RS24__, probe no. 01 at height 220 cm, discontinued 2004 AIRR2601 Air temperature at RS26__, probe no. 01 at height 200 cm, discontinued 2015 AIRR8601 Air temperature at RS86__, probe no. 01 at height 235 cm, discontinued 2017 AIRR8901 Air temperature at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRT3101 Air temperature at TS31__, probe no. 01 at height 100 cm, discontinued 1976 AIRT3201 Air temperature at TS32__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3301 Air temperature at TS33__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3401 Air temperature at TS34__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3501 Air temperature at TS35__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3601 Air temperature at TS36__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3701 Air temperature at TS37__, probe no. 01 at height 100 cm, discontinued 1976 AIRR3801 Air temperature at RS38__, probe no. 01 at height 100 cm, discontinued 2017 AIRT7401 Air temperature at TS74__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7501 Air temperature at TS75__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7601 Air temperature at TS76__, probe no. 01 at height 100 cm, discontinued 1975 AIRT7701 Air temperature at TS77__, probe no. 01 at height 100 cm, discontinued 1975 SOIO1302 Soil temperature at RS13O_, probe no. 02 at depth 20 cm, discontinued 2003 SOIR0102 Soil temperature at RS01__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0201 Soil temperature at RS02__, probe no. 01 at depth 10 cm SOIR0202 Soil temperature at RS02__, probe no. 02 at depth 20 cm SOIR0203 Soil temperature at RS02__, probe no. 03 at depth 30 cm SOIR0302 Soil temperature at RS03__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0401 Soil temperature at RS04__, probe no. 01 at depth 10 cm SOIR0402 Soil temperature at RS04__, probe no. 02 at depth 20 cm SOIR0403 Soil temperature at RS04__, probe no. 03 at depth 30 cm SOIR0501 Soil temperature at RS05__, probe no. 01 at depth 10 cm SOIR0502 Soil temperature at RS05__, probe no. 02 at depth 20 cm SOIR0503 Soil temperature at RS05__, probe no. 03 at depth 30 cm SOIR0602 Soil temperature at RS06__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR0702 Soil temperature at RS07__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0802 Soil temperature at RS08__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR0902 Soil temperature at RS09__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR1001 Soil temperature at RS10__, probe no. 01 at depth 10 cm SOIR1002 Soil temperature at RS10__, probe no. 02 at depth 20 cm SOIR1003 Soil temperature at RS10__, probe no. 03 at depth 30 cm SOIR1102 Soil temperature at RS11__, probe no. 02 at depth 20 cm, discontinued 1977 SOIR1201 Soil temperature at RS12__, probe no. 01 at depth 10 cm SOIR1202 Soil temperature at RS12__, probe no. 02 at depth 20 cm SOIR1203 Soil temperature at RS12__, probe no. 03 at depth 30 cm SOIR1302 Soil temperature at RS13__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1401 Soil temperature at RS14__, probe no. 01 at depth 10 cm, discontinued 2003 SOIR1402 Soil temperature at RS14__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1403 Soil temperature at RS14__, probe no. 03 at depth 30 cm, discontinued 2003 SOIR1502 Soil temperature at RS15__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1602 Soil temperature at RS16__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1702 Soil temperature at RS17__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR1802 Soil temperature at RS18__, probe no. 02 at depth 20 cm, discontinued 1974 SOIR1902 Soil temperature at RS19__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR2001 Soil temperature at RS20__, probe no. 01 at depth 10 cm SOIR2002 Soil temperature at RS20__, probe no. 02 at depth 20 cm SOIR2003 Soil temperature at RS20__, probe no. 03 at depth 30 cm SOIR2401 Soil temperature at RS24__, probe no. 01 at depth 10 cm, discontinued 2004 SOIR2402 Soil temperature at RS24__, probe no. 02 at depth 20 cm, discontinued 2004 SOIR2403 Soil temperature at RS24__, probe no. 03 at depth 30 cm, discontinued 2004 SOIR2601 Soil temperature at RS26__, probe no. 01 at depth 10 cm SOIR2602 Soil temperature at RS26__, probe no. 02 at depth 20 cm SOIR2603 Soil temperature at RS26__, probe no. 03 at depth 30 cm SOIR8601 Soil temperature at RS86__, probe no. 01 at depth 10 cm SOIR8602 Soil temperature at RS86__, probe no. 02 at depth 20 cm SOIR8603 Soil temperature at RS86__, probe no. 03 at depth 30 cm SOIR8901 Soil temperature at RS89__, probe no. 01 at depth 10 cm SOIR8902 Soil temperature at RS89__, probe no. 02 at depth 20 cm SOIR8903 Soil temperature at RS89__, probe no. 03 at depth 30 cm SOIT3102 Soil temperature at TS31__, probe no. 02 at depth 20 cm, discontinued 1976 SOIT3202 Soil temperature at TS32__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3302 Soil temperature at TS33__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3402 Soil temperature at TS34__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3502 Soil temperature at TS35__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3602 Soil temperature at TS36__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3702 Soil temperature at TS37__, probe no. 02 at depth 20 cm, discontinued 1976 SOIR3801 Soil temperature at RS38__, probe no. 01 at depth 10 cm SOIR3802 Soil temperature at RS38__, probe no. 02 at depth 20 cm SOIR3803 Soil temperature at RS38__, probe no. 03 at depth 30 cm SOIT7402 Soil temperature at TS74__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7502 Soil temperature at TS75__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7602 Soil temperature at TS76__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT7702 Soil temperature at TS77__, probe no. 02 at depth 20 cm, discontinued 1975 RELR8601 Relative humidity at RS86__, probe no. 01 at height 235 cm, discontinued 2017 RELR8901 Relative humidity at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRR0202 Air temperature at RS02__, probe no. 02 at height 225 cm AIRR0203 Air temperature at RS02__, probe no. 03 at height 225 cm AIRR0402 Air temperature at RS04__, probe no. 02 at height 325 cm AIRR0403 Air temperature at RS04__, probe no. 03 at height 325 cm AIRR1202 Air temperature at RS12__, probe no. 02 at height 190 cm AIRR1203 Air temperature at RS12__, probe no. 03 at height 190 cm AIRR2002 Air temperature at RS20__, probe no. 02 at height 220 cm AIRR2003 Air temperature at RS20__, probe no. 03 at height 220 cm AIRR2602 Air temperature at RS26__, probe no. 02 at height 200 cm AIRR2603 Air temperature at RS26__, probe no. 03 at height 200 cm AIRR0502 Air temperature at RS05__, probe no. 02 at height 200 cm AIRR0503 Air temperature at RS05__, probe no. 03 at height 200 cm AIRR1002 Air temperature at RS10__, probe no. 02 at height 200 cm AIRR1003 Air temperature at RS10__, probe no. 03 at height 200 cm AIRR3802 Air temperature at RS38__, probe no. 02 at height 100 cm AIRR3803 Air temperature at RS38__, probe no. 03 at height 100 cm AIRR8602 Air temperature at RS86__, probe no. 02 at height 235 cm AIRR8603 Air temperature at RS86__, probe no. 03 at height 235 cm AIRR8902 Air temperature at RS89__, probe no. 02 at height 285 cm AIRR8903 Air temperature at RS89__, probe no. 03 at height 285 cm DATE Date of measurement datetime YYYY-MM-DD 1.000000 4/13/1970 12:00:00 AM 9/30/2019 12:00:00 AM SOILTEMP_MEAN_DAY Mean soil temperature for the day numeric(5,1) degrees Celsius 0.100000 real -2.5000 24.4000 SOILTEMP_MEAN_FLAG Mean soil temperature flag char(1) E Estimated value M Missing value Q Questionable value S Daily value based on sunrise to sunrise (not midnight to midnight) A Accepted value has passed all QC tests applied as represented by the quality level P Fire effects are visible in the data SOILTEMP_MAX_DAY Maximum soil temperature for the day numeric(5,1) degrees Celsius 0.100000 real -2.5000 34.9000 SOILTEMP_MAX_FLAG Maximum soil temperature flag char(1) E Estimated value M Missing value Q Questionable value A Accepted value has passed all QC tests applied as represented by the quality level SOILTEMP_MAXTIME Time of day (HHMM) in Pacific Standard Time (PST) of maximum soil temperature char(4) Time of day (HHMM) in Pacific Standard Time (PST) of maximum soil temperature SOILTEMP_MIN_DAY Minimum soil temperature for the day numeric(5,1) degrees Celsius 0.100000 real -2.7000 22.7000 SOILTEMP_MIN_FLAG Minimum soil temperature flag char(1) E Estimated value M Missing value Q Questionable value A Accepted value has passed all QC tests applied as represented by the quality level SOILTEMP_MINTIME Time of day (HHMM) in Pacific Standard Time (PST) of minimum soil temperature char(4) Time of day (HHMM) in Pacific Standard Time (PST) of minimum soil temperature EVENT_CODE Type of comment that exists independently for any event, disruption in protocol, or unusual conditions that occur at the given date or time and may have an effect on the data values char(6) CALIBR Associated with the inspection or replacement of sensors for calibration INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring MAINTE A maintenance event has occurred METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality WEATHR A weather event has occurred that may affect reading PRIMARY MS00521.DATE MS00521.PROBE_CODE MS00521.SITECODE NOTNULL MS00521.DATE MS00521.SOILTEMP_MEAN_FLAG MS00521.SOILTEMP_MAX_FLAG MS00521.SOILTEMP_MIN_FLAG MS00521.PROBE_CODE MS00521.DBCODE MS00521.SITECODE MS00521.ENTITY MS00521.DEPTH MS00521.QC_LEVEL MS00521.EVENT_CODE MS00521.SOILTEMP_METHOD 502639 MS00531 Soil temperature (Finest resolution, e.g., 6-hourly, 5 minute) Sensors at 10 sites of the original 15 MS00531_v8.txt 2327473245 67dece8984cedfaf378b80f49b5661c6 1 \r\n column , " https://andrewsforest.oregonstate.edu/fsdbdata/cache/MS00531_v8.txt 1998-03-13 2024-10-01 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 31.0000 31.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site SOILTEMP_METHOD An indication of the the general methodology and instrumentation used to collect this soil temperature data char(6) SOI115 Mean daily soil temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 20 cm depth SOI116 Mean daily (sunrise to sunrise) soil temperature is determined from digitizing circular Partlow charts. Temperature is recorded by a Dual Recording Thermometer Model RFHTT with mercury bulb at 20 cm depth SOI023 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 10 cm depth; mean temperature is output every 6 hours SOI024 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 20 cm depth; mean temperature is output every 6 hours SOI025 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 30 cm depth; mean temperature is output every 6 hours SOI020 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 10 cm depth with a Campbell Scientific data logger; mean temperature is output every 6 hours SOI021 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 20 cm depth with a Campbell Scientific data logger; mean temperature is output every 6 hours SOI022 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 30 cm depth with a Campbell Scientific data logger; mean temperature is output every 6 hours SOI117 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 10 cm depth (Daily output only) SOI118 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 20 cm depth (Daily output only) SOI119 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 30 cm depth (Daily output only) SOI026 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 10 cm depth with a Campbell Scientific data logger; mean temperature is output every 5 minutes SOI027 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 20 cm depth with a Campbell Scientific data logger; mean temperature is output every 5 minutes SOI028 Soil temperature is sampled by type T thermocouple soldered from thermocouple wire at 30 cm depth with a Campbell Scientific data logger; mean temperature is output every 5 minutes SOI029 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 10 cm depth; mean temperature is output every 5 minutes SOI030 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 20 cm depth; mean temperature is output every 5 minutes SOI031 Soil temperature is sampled by a Campbell Scientific model 107 thermistor at 30 cm depth; mean temperature is output every 5 minutes SOI120 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 10 cm depth (See Method SOI020) SOI121 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 20 cm depth (See Method SOI021) SOI122 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is type T thermocouple soldered from thermocouple wire at 30 cm depth (See Method SOI022) SOI123 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is Campbell Scientific model 107 thermistor at 10 cm depth (See Method SOI023) SOI124 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is Campbell Scientific model 107 thermistor at 20 cm depth (See Method SOI024) SOI125 Mean daily, max and min soil temperature is calculated by the Campbell Scientific datalogger based on 15 second samples. Instrument is Campbell Scientific model 107 thermistor at 30 cm depth (See Method SOI025) SOI126 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Type T thermocouple wire at 10 cm depth (See Method SOI026) SOI127 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Type T thermocouple wire at 20 cm depth (See Method SOI027) SOI128 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Type T thermocouple wire at 30 cm depth (See Method SOI028) SOI129 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Campbell Scientific model 107 thermistor at 10 cm depth (See Method SOI029) SOI130 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Campbell Scientific model 107 thermistor at 20 cm depth (See Method SOI030) SOI131 Mean daily soil temperature is post-calculated from all 5 minute mean values for the day. Max-min values are based on 5 minute mean intervals and not instantaneous values. Campbell Scientific model 107 thermistor at 30 cm depth (See Method SOI031) DEPTH Depth of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 10.0000 30.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data char(2) 1A Data is published and unlikely to change - automated range checking and manual review has been conducted. Quality is indicated in data value qualifier flags 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A 1P Data is provisional and subject to revision - preliminary quality checks have been performed 2A Data is published and unlikely to change - Level 1A data has been modified such that data gaps may be filled or problem data may be removed 2D Data is published and unlikely to change - data is derived or aggregated from published data of level 2A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., AIRRS201) char(8) AIRO1301 Air temperature at RS13O_, probe no. 01 at height 435 cm, discontinued 2003 AIRR0101 Air temperature at RS01__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0201 Air temperature at RS02__, probe no. 01 at height 225 cm, discontinued 2015 AIRR0301 Air temperature at RS03__, probe no. 01 at height 235 cm, discontinued 1995 AIRR0401 Air temperature at RS04__, probe no. 01 at height 325 cm, discontinued 2015 AIRR0501 Air temperature at RS05__, probe no. 01 at height 200 cm, discontinued 2017 AIRR0601 Air temperature at RS06__, probe no. 01 at height 100 cm, discontinued 1975 AIRR0701 Air temperature at RS07__, probe no. 01 at height 100 cm, discontinued 1995 AIRR0801 Air temperature at RS08__, probe no. 01 at height 100 cm, discontinued 1973 AIRR0901 Air temperature at RS09__, probe no. 01 at height 100 cm, discontinued 1975 AIRR1001 Air temperature at RS10__, probe no. 01 at height 200 cm, discontinued 2017 AIRR1101 Air temperature at RS11__, probe no. 01 at height 100 cm, discontinued 1977 AIRR1201 Air temperature at RS12__, probe no. 01 at height 190 cm, discontinued 2015 AIRR1301 Air temperature at RS13__, probe no. 01 at height 275 cm, discontinued 2003 AIRR1401 Air temperature at RS14__, probe no. 01 at height 285 cm, discontinued 2003 AIRR1501 Air temperature at RS15__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1601 Air temperature at RS16__, probe no. 01 at height 180 cm, discontinued 1994 AIRR1701 Air temperature at RS17__, probe no. 01 at height 60 cm, discontinued 1995 AIRR1801 Air temperature at RS18__, probe no. 01 at height 100 cm, discontinued 1974 AIRR1901 Air temperature at RS19__, probe no. 01 at height 100 cm, discontinued 1973 AIRR2001 Air temperature at RS20__, probe no. 01 at height 220 cm, discontinued 2015 AIRR2401 Air temperature at RS24__, probe no. 01 at height 220 cm, discontinued 2004 AIRR2601 Air temperature at RS26__, probe no. 01 at height 200 cm, discontinued 2015 AIRR8601 Air temperature at RS86__, probe no. 01 at height 235 cm, discontinued 2017 AIRR8901 Air temperature at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRT3101 Air temperature at TS31__, probe no. 01 at height 100 cm, discontinued 1976 AIRT3201 Air temperature at TS32__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3301 Air temperature at TS33__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3401 Air temperature at TS34__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3501 Air temperature at TS35__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3601 Air temperature at TS36__, probe no. 01 at height 100 cm, discontinued 1975 AIRT3701 Air temperature at TS37__, probe no. 01 at height 100 cm, discontinued 1976 AIRR3801 Air temperature at RS38__, probe no. 01 at height 100 cm, discontinued 2017 AIRT7401 Air temperature at TS74__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7501 Air temperature at TS75__, probe no. 01 at height 100 cm, discontinued 1990 AIRT7601 Air temperature at TS76__, probe no. 01 at height 100 cm, discontinued 1975 AIRT7701 Air temperature at TS77__, probe no. 01 at height 100 cm, discontinued 1975 SOIO1302 Soil temperature at RS13O_, probe no. 02 at depth 20 cm, discontinued 2003 SOIR0102 Soil temperature at RS01__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0201 Soil temperature at RS02__, probe no. 01 at depth 10 cm SOIR0202 Soil temperature at RS02__, probe no. 02 at depth 20 cm SOIR0203 Soil temperature at RS02__, probe no. 03 at depth 30 cm SOIR0302 Soil temperature at RS03__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0401 Soil temperature at RS04__, probe no. 01 at depth 10 cm SOIR0402 Soil temperature at RS04__, probe no. 02 at depth 20 cm SOIR0403 Soil temperature at RS04__, probe no. 03 at depth 30 cm SOIR0501 Soil temperature at RS05__, probe no. 01 at depth 10 cm SOIR0502 Soil temperature at RS05__, probe no. 02 at depth 20 cm SOIR0503 Soil temperature at RS05__, probe no. 03 at depth 30 cm SOIR0602 Soil temperature at RS06__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR0702 Soil temperature at RS07__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR0802 Soil temperature at RS08__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR0902 Soil temperature at RS09__, probe no. 02 at depth 20 cm, discontinued 1975 SOIR1001 Soil temperature at RS10__, probe no. 01 at depth 10 cm SOIR1002 Soil temperature at RS10__, probe no. 02 at depth 20 cm SOIR1003 Soil temperature at RS10__, probe no. 03 at depth 30 cm SOIR1102 Soil temperature at RS11__, probe no. 02 at depth 20 cm, discontinued 1977 SOIR1201 Soil temperature at RS12__, probe no. 01 at depth 10 cm SOIR1202 Soil temperature at RS12__, probe no. 02 at depth 20 cm SOIR1203 Soil temperature at RS12__, probe no. 03 at depth 30 cm SOIR1302 Soil temperature at RS13__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1401 Soil temperature at RS14__, probe no. 01 at depth 10 cm, discontinued 2003 SOIR1402 Soil temperature at RS14__, probe no. 02 at depth 20 cm, discontinued 2003 SOIR1403 Soil temperature at RS14__, probe no. 03 at depth 30 cm, discontinued 2003 SOIR1502 Soil temperature at RS15__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1602 Soil temperature at RS16__, probe no. 02 at depth 20 cm, discontinued 1994 SOIR1702 Soil temperature at RS17__, probe no. 02 at depth 20 cm, discontinued 1995 SOIR1802 Soil temperature at RS18__, probe no. 02 at depth 20 cm, discontinued 1974 SOIR1902 Soil temperature at RS19__, probe no. 02 at depth 20 cm, discontinued 1973 SOIR2001 Soil temperature at RS20__, probe no. 01 at depth 10 cm SOIR2002 Soil temperature at RS20__, probe no. 02 at depth 20 cm SOIR2003 Soil temperature at RS20__, probe no. 03 at depth 30 cm SOIR2401 Soil temperature at RS24__, probe no. 01 at depth 10 cm, discontinued 2004 SOIR2402 Soil temperature at RS24__, probe no. 02 at depth 20 cm, discontinued 2004 SOIR2403 Soil temperature at RS24__, probe no. 03 at depth 30 cm, discontinued 2004 SOIR2601 Soil temperature at RS26__, probe no. 01 at depth 10 cm SOIR2602 Soil temperature at RS26__, probe no. 02 at depth 20 cm SOIR2603 Soil temperature at RS26__, probe no. 03 at depth 30 cm SOIR8601 Soil temperature at RS86__, probe no. 01 at depth 10 cm SOIR8602 Soil temperature at RS86__, probe no. 02 at depth 20 cm SOIR8603 Soil temperature at RS86__, probe no. 03 at depth 30 cm SOIR8901 Soil temperature at RS89__, probe no. 01 at depth 10 cm SOIR8902 Soil temperature at RS89__, probe no. 02 at depth 20 cm SOIR8903 Soil temperature at RS89__, probe no. 03 at depth 30 cm SOIT3102 Soil temperature at TS31__, probe no. 02 at depth 20 cm, discontinued 1976 SOIT3202 Soil temperature at TS32__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3302 Soil temperature at TS33__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3402 Soil temperature at TS34__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3502 Soil temperature at TS35__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3602 Soil temperature at TS36__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT3702 Soil temperature at TS37__, probe no. 02 at depth 20 cm, discontinued 1976 SOIR3801 Soil temperature at RS38__, probe no. 01 at depth 10 cm SOIR3802 Soil temperature at RS38__, probe no. 02 at depth 20 cm SOIR3803 Soil temperature at RS38__, probe no. 03 at depth 30 cm SOIT7402 Soil temperature at TS74__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7502 Soil temperature at TS75__, probe no. 02 at depth 20 cm, discontinued 1990 SOIT7602 Soil temperature at TS76__, probe no. 02 at depth 20 cm, discontinued 1975 SOIT7702 Soil temperature at TS77__, probe no. 02 at depth 20 cm, discontinued 1975 RELR8601 Relative humidity at RS86__, probe no. 01 at height 235 cm, discontinued 2017 RELR8901 Relative humidity at RS89__, probe no. 01 at height 285 cm, discontinued 2017 AIRR0202 Air temperature at RS02__, probe no. 02 at height 225 cm AIRR0203 Air temperature at RS02__, probe no. 03 at height 225 cm AIRR0402 Air temperature at RS04__, probe no. 02 at height 325 cm AIRR0403 Air temperature at RS04__, probe no. 03 at height 325 cm AIRR1202 Air temperature at RS12__, probe no. 02 at height 190 cm AIRR1203 Air temperature at RS12__, probe no. 03 at height 190 cm AIRR2002 Air temperature at RS20__, probe no. 02 at height 220 cm AIRR2003 Air temperature at RS20__, probe no. 03 at height 220 cm AIRR2602 Air temperature at RS26__, probe no. 02 at height 200 cm AIRR2603 Air temperature at RS26__, probe no. 03 at height 200 cm AIRR0502 Air temperature at RS05__, probe no. 02 at height 200 cm AIRR0503 Air temperature at RS05__, probe no. 03 at height 200 cm AIRR1002 Air temperature at RS10__, probe no. 02 at height 200 cm AIRR1003 Air temperature at RS10__, probe no. 03 at height 200 cm AIRR3802 Air temperature at RS38__, probe no. 02 at height 100 cm AIRR3803 Air temperature at RS38__, probe no. 03 at height 100 cm AIRR8602 Air temperature at RS86__, probe no. 02 at height 235 cm AIRR8603 Air temperature at RS86__, probe no. 03 at height 235 cm AIRR8902 Air temperature at RS89__, probe no. 02 at height 285 cm AIRR8903 Air temperature at RS89__, probe no. 03 at height 285 cm DATE_TIME Date and time (PST) of probe reading datetime YYYY-MM-DD hh:mm:ss 1.000000 3/13/1998 12:00:00 PM 10/1/2024 12:00:00 AM SOILTEMP_MEAN Mean soil temperature over the past interval (e.g., 5 minutes) numeric(5,1) degrees Celsius 0.100000 real -1.0000 30.2000 SOILTEMP_MEAN_FLAG Mean soil temperature flag char(1) E Estimated value M Missing value Q Questionable value S Daily value based on sunrise to sunrise (not midnight to midnight) A Accepted value has passed all QC tests applied as represented by the quality level P Fire effects are visible in the data EVENT_CODE Type of comment that exists independently for any event, disruption in protocol, or unusual conditions that occur at the given date or time and may have an effect on the data values char(6) CALIBR Associated with the inspection or replacement of sensors for calibration INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring MAINTE A maintenance event has occurred METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality WEATHR A weather event has occurred that may affect reading PRIMARY MS00531.DATE_TIME MS00531.PROBE_CODE MS00531.SITECODE NOTNULL MS00531.DATE_TIME MS00531.SOILTEMP_MEAN_FLAG MS00531.PROBE_CODE MS00531.DBCODE MS00531.SITECODE MS00531.ENTITY MS00531.DEPTH MS00531.QC_LEVEL MS00531.EVENT_CODE MS00531.SOILTEMP_METHOD 30511776 MS00540 Legacy data: Temperature growth index, plant stress, and dew point temperature Plant stress and dew point temperature only collected 1973-1976. MS00540_v3.csv 8227493 de11d283adf2a675aa9da74eb7bd6bd5 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS00540_v3.csv 1970-04-13 1992-10-06 DBCODE FSDB database code char(5) MS005 FSDB Database Code ENTITY Entity number numeric(2,0) number 1.000000 natural 40.0000 40.0000 SITECODE Site code for the meteorological measurement station char(6) RS01__ Reference Stand RS01 air/soil temperature site RS02__ Reference Stand RS02 air/soil temperature site RS03__ Reference Stand RS03 air/soil temperature site RS04__ Reference Stand RS04 air/soil temperature site RS05__ Reference Stand RS05 air/soil temperature site RS06__ Reference Stand RS06 air/soil temperature site RS07__ Reference Stand RS07 air/soil temperature site RS08__ Reference Stand RS08 air/soil temperature site RS09__ Reference Stand RS09 air/soil temperature site RS10__ Reference Stand RS10 air/soil temperature site RS11__ Reference Stand RS11 air/soil temperature site RS12__ Reference Stand RS12 air/soil temperature site RS13__ Reference Stand RS13 air/soil temperature site RS14__ Reference Stand RS14 air/soil temperature site RS15__ Reference Stand RS15 air/soil temperature site RS16__ Reference Stand RS16 air/soil temperature site RS17__ Reference Stand RS17 air/soil temperature site RS18__ Reference Stand RS18 air/soil temperature site RS19__ Reference Stand RS19 air/soil temperature site RS20__ Reference Stand RS20 air/soil temperature site RS24__ Reference Stand RS24 air/soil temperature site RS26__ Reference Stand RS26 air/soil temperature site TS31__ Thermograph site 31 TS32__ Thermograph site 32 TS33__ Thermograph site 33 TS34__ Thermograph site 34 TS35__ Thermograph site 35 TS36__ Thermograph site 36 TS37__ Thermograph site 37 RS38__ Reference Stand RS38 air/soil temperature site (formerly TS38__) TS74__ Thermograph site 74 TS75__ Thermograph site 75 TS76__ Thermograph site 76 TS77__ Thermograph site 77 RS86__ Reference Stand RS86 air/soil temperature and relative humidity site RS89__ Reference Stand RS89 air/soil temperature and relative humidity site RS13O_ Reference Stand RS13 Open canopy air/soil temperature site EXPOSURE Instrument exposure (open or closed canopy) char(1) C Closed canopy O Open canopy DATE Date of measurement datetime YYYY-MM-DD 1.000000 4/13/1970 12:00:00 AM 10/6/1992 12:00:00 AM TGI Temperature-growth index (number from 0-10, from table, computed from daytim e mean air and soil (20cm) temperatures. ten indicates perfect conditions.) numeric(2,0) number 1.000000 whole 0.0000 10.0000 TGI_FLAG Temperature-growth index flag char(1) G Good value M Missing PLANTSTRES Plant moisture stress (measured until 1976) numeric(4,1) atmosphere 0.100000 real 2.7000 25.7000 PS_FLAG Plant moisture stress flag char(1) M Missing E Estimate G Good value MEANDEWDAY Mean daytime dew point temperature numeric(5,1) number 0.100000 real -9.0000 21.0000 FD1 Mean daytime dew point temperature flag char(1) G Good value M Missing MEANDEWNIT Mean nighttime dew point temperature numeric(5,1) number 0.100000 real -9.0000 17.5000 FD2 Mean nighttime dew point temperature flag char(1) G Good value M Missing MAXDEW Daily maximum dew point temperature numeric(5,1) number 0.100000 real -8.0000 21.0000 FD3 Maximum dew point temperature flag char(1) G Good value M Missing MINDEW Daily minimum dew point temperature numeric(5,1) number 0.100000 real -10.0000 16.0000 FD4 Minimum dew point temperature flag char(1) G Good value M Missing PRIMARY MS00540.DATE MS00540.SITECODE NOTNULL MS00540.DATE MS00540.EXPOSURE MS00540.DBCODE MS00540.SITECODE MS00540.ENTITY 157356 Hours and minutes with hh as military hours and mm as minutes percent; a number centimeters; .01 meters Degrees Celsius; a common unit of temperature; constantToSI=273.18 pressure in bars dimensionless number, i.e., ratio, count