uid=AND,o=lter,dc=ecoinformatics,dc=org all public read MS049 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 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 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 Principal Investigator Sherri L. Johnson

US Forest Service ;Pacific NW Research Station ;3200 SW Jefferson Way Corvallis OR 97331 USA

541-758-7771 sherri.johnson2@usda.gov sherri.johnson@oregonstate.edu https://www.fs.fed.us/research/people/profile.php?alias=sherrijohnson 0000-0002-4223-3465 Other Researcher 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 Greg M Cohn

USFS Rd 15-130-132 Blue River OR 97413

541-822-6305 cohng@oregonstate.edu 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 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 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 Other Researcher Richard H. Waring

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

Richard.Waring@oregonstate.edu Former Investigator David Greenland

Atlanta GA USA

degreenland@gmail.com Former Investigator Mark E. Harmon

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

(541) 737-8455 (978) 724-0045 ext 223 mark.harmon@oregonstate.edu http://fes.forestry.oregonstate.edu/people?path=people/harmon-mark 0000-0002-4195-8288 Former Investigator Don Henshaw donny.henshaw@gmail.com Former Investigator Craig Creel

USDA Forest Service;Pacific NW Research Station;3200 SW Jefferson Way Corvallis OR 97331 USA

(541) 750-7326 (541) 822-6301 cdcreel@comcast.net Former Investigator Frederick A. Bierlmaier

OR USA

Former Investigator John Moreau

Blue River OR 97413 USA

john.b.moreau@icloud.com Former Investigator Christoph K Thomas

Professor, Micrometeorology; Associate Editor Water Resources Research; University of Bayreuth; Micrometeorology Group Bayreuth 95540 Germany

+49 (0) 921 55 2293 christoph.thomas@uni-bayreuth.de http://www.bayceer.uni-bayreuth.de/meteo 0000-0003-2277-6013 Former Investigator Michael H. Unsworth

Oregon State University;Oregon Climatology Corvallis OR 97331 USA

unswortm@coas.oregonstate.edu Former Investigator Anne W. Nolin

Director, Graduate Program of Hydrologic Sciences and; Professor, Department of Geography; University of Nevada-Reno Reno NV USA

775-682-8148 anne.nolin@gmail.com Former Investigator Adam B. Mazurkiewicz

CA

amazurkiewicz@sfwater.org Former Investigator Alfred B. Levno

Corvallis OR 97331 USA

ablevno@comcast.net allevno@hotmail.com Former Investigator Roswell C. Mersereau Former Investigator Fox Sparky Peterson 404-580-5016 fox@tinybike.net Former Investigator Greg Downing

Forestry Sciences Lab;3200 SW Jefferson Way Corvallis OR 97333 USA

(541) 750-7283 (541) 822-6301 greg.downing@usda.gov greg.downing@oregonstate.edu Method Contact Greg M Cohn

USFS Rd 15-130-132 Blue River OR 97413

541-822-6305 cohng@oregonstate.edu Method Contact 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 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 Abstractor 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 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 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 2024-12-16 A three-level hydro-climatological network for data monitoring was established in 1994. The networks at each level are nested to form a coordinated program of data acquisition and measurement. A future vision of linking the benchmark meteorological stations with regional weather stations to expand the future scope of studies was also considered in designing this network. The first-level in this top-down approach consists of Benchmark Meteorological Stations (BMS) and Benchmark Stream Stations. The BMS are designed to represent the environment across the Andrews. These stations are intended to provide complete, long-term, high temporal resolution, meso-scale hydroclimatological data. The location of the BMS network is based on factors such as elevation, aspect, vegetation gradients, and accessibility. Collected meteorological parameters are generally standardized across the BMS as well as methods and instrumentation. Secondary Meteorological Stations also follow standardized methods and serve similar purposes but are somewhat limited in meteorological parameters collected. The Primary Meteorological Station (PRIMET), Central Meteorological Station (CENMET), Upper Lookout Meteorological Station (UPLMET), and Vanilla Leaf Meteorological Station (VANMET) are the four Benchmark Stations, Climatic Station at Watershed 2 (CS2MET) and the Hi-15 Meteorological Station (H15MET) are Secondary Stations. These wind parameters were previously part of database code MS001, but were separated out into their own database in 2024. meteorology climatology climate change wind direction wind speed disturbance monitoring LTER controlled vocabulary disturbance LTER core research areas Related FilesTitle: Air Temperature Data Comments by J. W. Smith (March 2001)Description: Jonathan Smith notes on usefulness and quality of Andrews air temperature data from Benchmark, Reference Stand and Stream Thermograph stationsURL: https://andrewsforest.oregonstate.edu/data/studies/ms01/JSmith_notes_temp_data.pdfTitle: Climate station field report (September 2007)Description: An assessment of site characteristics for the benchmark climate stations at the Andrews Experimental Forest (PDF)URL: https://andrewsforest.oregonstate.edu/data/studies/ms01/climate_stn_rpt_2007.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: HJA Provisional Data PortalDescription: Access provisional data from climate and hydrology stations on the Andrews Experimental ForestURL: https://andrewsforest.oregonstate.edu/sites/default/files/lter/data/weather/portal/index.htmlTitle: 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/Title: Method history description by probe codeDescription: The follow link describes data collection methods (by date range and resolution) that have been used by each unique probe across the HJ Andrews Experimental Forest. Results are filtered by database code, sitecode, parameter, and probe.URL: https://andlter.forestry.oregonstate.edu/MethodCode/View_History.aspx 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. MS049 is now the source for all quality checked benchmark wind speed and direction data. Current, provisional data will be posted on the provisional data portal. 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=MS049 H. J. Andrews Experimental Forest -122.25594100 -122.11976300 44.27332900 44.20709700 436 1300 meter 1973-05-22 2019-03-26 Hydrology, climatology, and biology interact over a wide range of spatial and temporal scales. Continuous interaction among climate, soils, landuse, and vegetation shape the hydrology and ecology of a landscape. Long-term measurements of such variables at various time and space scales provide an essential foundation for understanding ecosystem processes, and document changes in the local, regional, and global environments.

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

notPlanned Study code and preliminary metadata established Version1 2024-06-20 Wind data entities were migrated out of MS001. This is a version of the data as it was in MS001, except with new dbcode assigned. New CSV files created. Version2 2024-12-16 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/ 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/ Processing Procedure - MS001: Early PRIMET data A description of the early processing history and instrumentation for the Primary Meteorological Station (PRIMET), 1972-1989, is posted here: http://andrewsforest.oregonstate.edu/data/studies/ms01/ms001_primet_1972_1989.pdf Field Methods - MS049: Wind speed and direction The follow link describes data collection methods (by date range and resolution) that have been used by each unique probe. Results are filtered by database code, sitecode, parameter, and probe. https://andlter.forestry.oregonstate.edu/MethodCode/View_History.aspx Please follow this link to 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. https://hjandrews.shinyapps.io/im_methods_history/ Hourly mean wind speed, resultant mean wind vector magnitude and standard deviation, resultant mean daily wind vector direction, and daily wind direction vector components (Wind Rose) are output at each of the four benchmark stations (PRIMET, CENMET, UPLMET, VANMET). The data logger samples every 15 seconds and the sensor is installed a 10m height. It has been discovered that wind speed from this propeller-style wind anemometers are not accurate below 1 meter per second. Much of this data will be tagged as 'Questionable' or possibly removed. Wind speed and direction is sampled by a RM Young Model 05103 Wind Monitor mounted to the tower. Potentiometer measures direction, anemometer measures wind speed. Data logger is a Campbell Scientific model. Data collected by the Wind Monitor is processed by the Campbell Wind Vector instruction #69 option #2. Historical method: Wind speed was measured with a cup-type anemometer which provides contact closure for every .322 km of air movement. This signal is recorded by an event marker along the border of the same Rustrak strip chart used to record dewpoint. Data logger is Interface Instrument M-2 (1970's) or, Wind speed sensors (R.M. Young #6101 tachometer generators) were mounted on a tower. Data logger is Interface Instrument M-4 (1980's). Processing Procedures - MS001 Sensor data streams via wifi into files at the headquarters. The files are run through GCE Data Toolbox, which is a comprehensive software framework for metadata-based analysis, quality control, transformation and management of ecological data sets. https://gce-lter.marsci.uga.edu/public/im/tools/data_toolbox.htm. The files are provided on the provisional data page. For processing into final formats, these files are processed through a Python script called Fastbridge where data visualization is possible and QC/QA validation and report logs occur. Data ranges are checked, specific statistical analysis are performed, data are transformed into final FSDB format. Temperature and rainfall in the Andrews Experimental Forest are are typical of a maritime climate with wet, relatively mild winters and dry, cool summers. Humidity is generally high through winter months, and maximum daily relative humidity approaches 100 percent at night throughout the year. Minimum summer humidities generally hover around 30-50 percent. Temperature extremes range from near 0 degrees F in unusually cold winters to over 100 degrees for brief periods almost every summer. The range in mean annual temperature (1972-2002) is 7.1-10.5 degrees C at a low elevation site (PRIMET). Precipitation varies with elevation - long-term annual average at low elevation (450 m) is 2200 mm, and at high elevation (1200m) is 2600 mm. Sampling frequency: continuous Much of the early climatological measurements on the Andrews Forest were associated with the investigation of the initial small watersheds experiment (Watersheds 1, 2, 3). The Climatic Station on WS 2 was installed in 1956 to measure precipitation and a hygrothermograph was added in 1958. The High-15 station was established to measure precipitation in 1964 in conjunction with small watersheds 6, 7, 8, and has evolved into a secondary meteorological station. A more general set of modeling needs led to the installation of the Primary Meteorological Station in 1972 to characterize the meso-scale environment. Originally, solar radiation, air temperature, dew point temperature, and windspeed were collected. Along with precipitation from the climatic station on WS 2, these were the primary climatic variables needed for the models predicting the rates at which materials accumulate or move through ecosystems (Waring et al., 1978). Significant improvements to the station were made in 1975, 1979, and 1988, as the station evolved from chart recorders to state-of-the-art digital data loggers (Bierlmaier and McKee, 1989). The Vanilla Leaf Met Station was installed in 1987. The primary intent was to provide micro- meteorological data for a study of seedling survival following clearcut and shelterwood logging at high elevation. Ultimately, the shelterwood site was discontinued and the clearcut site has evolved as a primary high elevation meteorological station. Four Benchmark Meteorological Stations (BMS) and two second-level stations are included in the MS001 database. The Primary Meteorological and Vanilla Leaf Meteorological BMS are retained. Two new BMS are installed. In 1994, the Upper Lookout Meteorological Station was established at high elevation (4200 ft, ENE aspect) on clearcut L708 in the SE Andrews. In 1995 the Central Meteorological BMS was established at a centrally located site on clearcut L351 (3300 ft, WSW aspect) in the east-central Andrews. A GIS analysis of elevation and aspect indicated the average elevation (3170 ft., 966 m) and average aspect (267 degrees) of the Andrews Forest, and the Central Met Station was located to represent these general averages. Modifications are made to the Primary and Vanilla Leaf Stations to standardize measured variables, temporal resolution, methods, and instrumention across all BMS. Sites will be cleared and required openings maintained following standards of the National Weather Service, the LTER network, and where appropriate, the NADP network. Telemetering of all BMS was completed in 1996. Second-level stations (SLS) at the Hi-15 and WS 2 Climatic Station will continue to be maintained for measurement of precipitation, temperature, and other data to maintain continuity of historical records. These sites also follow established procedural standards. The BMS include meteorological measurement of air and soil temperature, relative humidity, calculated dew point temperature and vapor pressure deficit, wind speed and direction measurement, incoming solar radiation, photosynthetically active radiation (PAR), soil moisture, snow melt, and snow moisture and depth. Citation: The Program for Hydroclimatological Measurement at the H.J. Andrews Experimental Forest by Don Henshaw, Arthur McKee, Alok Sikka 18 Aug 1995 http://andrewsforest.oregonstate.edu/research/component/climate/clim95.pdf Andrews Experimental Forest (HJA) -122.26172200 -122.10084700 44.28196400 44.19770400 1631 1631 meter High 15 Meteorological Station -122.17378247 -122.17378247 44.26425069 44.26425069 909 909 meter Primary Meteorological Station -122.25594100 -122.25594100 44.21189300 44.21189300 436 436 meter Upper Lookout Meteorological Station -122.11976300 -122.11976300 44.20709700 44.20709700 1284 1284 meter Vanilla Leaf Meteorological Station -122.14936800 -122.14936800 44.27161800 44.27161800 1268 1268 meter Watershed 7 Meteorological Station -122.17657400 -122.17657400 44.26657600 44.26657600 998 998 meter Central Meteorological Station -122.14109300 -122.14109300 44.24348200 44.24348200 1028 1028 meter 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. MS04904 Wind speed and direction from propeller anemometer (daily) MS04904_v8.csv 8638452 5fcf5e429340dce0c5d1e0fb153718f7 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS04904_v8.csv 1973-05-22 2019-03-25 DBCODE FSDB database code char(5) MS049 FSDB database code MS049 ENTITY Entity number numeric(2,0) number 1.000000 natural 4.0000 4.0000 SITECODE Site code for the meteorological measurement station char(6) CENMET Central Meteorological Station PRIMET Primary Meteorological Station UPLMET Upper Lookout Meteorological Station VANMET Vanilla Leaf Meteorological Station H15MET High 15 Meteorological Station WS7MET Watershed 7 Meteorological Station WIND_METHOD An indication of the the general methodology and instrumentation used to collect this wind speed and direction data char(6) WND001 Windspeed is measured with cup-type anemometer and event marker on Rustrak strip (marks every .322 km of air movement) at 500 cm ht. Mean wind speed is output hourly with Interface Instrument logger. Daily max-mins are hourly means. No wind direction. WND002 Wind speed and direction are not measured for this 4 year period WND003 Wind speed sensors are R.M. Young 3-cup anemometer (#6101) tachometer generators mounted on a tower at height 1200 cm. Mean wind speed is output hourly. No wind direction recorded. Datalogger is Interface Instrument M-4. Daily max-mins are hourly means. WND004 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1200 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND005 Wind speed and direction are sampled by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed is calculated and output on a sunrise to sunrise basis. Detection level 1 m/sec. WND006 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND007 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND008 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND101 Mean daily windspeed is summarized from hourly means recorded by the Rustrak strip chart. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is measured. Cup-type anemometer; 500 cm (See method WND001) WND102 Mean daily wind speed and direction are not measured for this 4 year period WND103 Mean daily windspeed is summarized from hourly means. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is recorded. RM Young 3-cup anemometer; 1200 cm (See method WND003) WND104 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1200 cm (See method WND004) WND105 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger on a sunrise to sunrise basis based on 15 second samples. Max-min values are based on instantaneous 15 second readings. (See method WND005) WND106 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 600 cm (See method WND006) WND107 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND007) WND108 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1000 cm (See method WND008) WND009 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 15 minutes. Detection level 1 m/sec. WND010 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean and max wind speed and direction are output every 5 minutes. Detection level 1 m/sec. WND011 Wind speed (mean, max), direction, x-y wind components, instr. air temp and std deviations are sampled every 15 seconds by a Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with Campbell Scientific datalogger output every 5 minutes WND111 Mean daily wind speed, direction, x-y wind components, instrument air temp and std deviations are post-calculated from 5 minute values; Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with a Campbell Scientific datalogger (WND011) WND110 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from 5 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci WND012 Wind speed, direction, x-y wind components, instrument air temp and std deviations are sampled every 15 seconds by a Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with a Campbell Scientific datalogger output every 5 minutes WND112 Mean and maximum instantaneous daily wind speed, direction and standard deviation are post-calculated from 5 minute values; Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with Campbell Scientific datalogger (See method WND012) WND013 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 150 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND014 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 450 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND015 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND113 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 150 cm height; Campbell Sci datalogger (See method WND013) WND114 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 450 cm height; Campbell Sci datalogger (See method WND014) WND115 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci datalogger (See method WND015) WND109 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND009) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 150.0000 1200.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data. char(2) 1P Data is provisional and subject to revision - preliminary quality checks have been performed 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. 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 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., WNDPRI01) char(8) WNDCEN01 Wind speed and direction at CENMET, probe no. 01 at height 1000 cm WNDH1501 Wind speed and direction at H15MET, probe no. 01 at height 500 cm WNDPRI01 Wind speed and direction at PRIMET, probe no. 01 at height 1000 cm WNDUPL01 Wind speed and direction at UPLMET, probe no. 01 at height 1000 cm WNDVAN01 Wind speed and direction at VANMET, probe no. 01 at height 1000 cm WNDPRI02 Wind speed and direction using sonic anemometer at PRIMET, probe no. 02 at height 1000 cm WNDVAN02 Wind speed and direction using sonic anemometer at VANMET, probe no. 02 at height 1000 cm WNDWS702 Wind speed and direction using sonic anemometer at WS7MET, probe no. 02 at height 1000 cm WNDCEN02 Wind speed and direction using sonic anemometer at CENMET, probe no. 02 at height 1000 cm WNDWS701 Wind speed and direction at WS7MET, probe no. 01 at height 1000 cm WNDWS703 Wind speed and direction at WS7MET, probe no. 03 at height 450 cm (discontinued 16 Sep 2012) WNDWS704 Wind speed and direction at WS7MET, probe no. 04 at height 150 cm (discontinued 27 Jan 2008) DATE Date of measurement datetime YYYY-MM-DD 1.000000 5/10/1972 12:00:00 AM 3/25/2019 12:00:00 AM WSPD_PRO_MEAN_DAY Mean horizontal wind speed for the day numeric(4,1) meters per second 0.300000 real 0.0000 6.0000 WSPD_PRO_MEAN_FLAG Mean horizontal wind speed flag char(2) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind speed measurement is below or equal to the instrument detection limit of 1 m per second N Wind speed measurement is below or equal to 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second EB Estimated value is determined to be below the instrument detection limit of 1 m per second QB Questionable value is also below the instrument detection limit of 1 m per second SB Daily value is based on a sunrise to sunrise timeframe and is also below the instrument detection limit of 1 m per second FB Sensor most likely frozen - value is not reliable and is also below the instrument detection limit of 1 m per second EN Estimated value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second FN Sensor most likely frozen and value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second QN Questionable value that is also below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second SN Daily value is based on a sunrise to sunrise timeframe and is also below 0.3 m per second, which is not considered reliable and is below the instrument detection limit of 1 m per second WSPD_PRO_MAX_DAY Maximum horizontal wind speed for the day numeric(4,1) meters per second 0.100000 real 0.0000 20.2000 WSPD_PRO_MAX_FLAG Maximum horizontal wind speed flag char(2) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Maximum daily wind speed measurement is below the the detection limit of 1 m per second FB Sensor most likely frozen - value is not reliable and is also below the instrument detection limit of 1 m per second FN Sensor most likely frozen - value is not reliable and is also below the instrument detection limit of 1 m per second QB Questionable value is also below the instrument detection limit of 1 m per second QN Questionable value that is also below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second SB Daily value is based on a sunrise to sunrise timeframe and is also below the instrument detection limit of 1 m per second SN Daily value is based on a sunrise to sunrise timeframe and is also below 0.3 m per second, which is not considered reliable and is below the instrument detection limit of 1 m per second N Wind measurement is below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second WSPD_PRO_MAXTIME Time of day (HHMM) in Pacific Standard Time (PST) of maximum horizontal wind speed char(4) Time of day (HHMM) in Pacific Standard Time (PST) of maximum horizontal wind speed WMAG_PRO_MEAN_DAY Resultant mean wind vector magnitude for day numeric(4,1) meters per second 0.300000 real 0.0000 5.8000 WMAG_PRO_MEAN_FLAG Resultant mean wind vector magnitude flag char(2) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind magnitude measurement is below or equal to the instrument detection limit of 1 m per second EB Estimated value is determined to be below the instrument detection limit of 1 m per second EN Estimated value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second FB Sensor most likely frozen - value is not reliable and is also below the instrument detection limit of 1 m per second FN Sensor most likely frozen and value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second QB Questionable value is also below the instrument detection limit of 1 m per second SB Daily value is based on a sunrise to sunrise timeframe and is also below the instrument detection limit of 1 m per second QN Questionable value that is also below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second SN Daily value is based on a sunrise to sunrise timeframe and is also below 0.3 m per second, which is not considered reliable and is below the instrument detection limit of 1 m per second N Wind magnitude is below or equal to 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second R Daily value is post-calculated from the fine resolution output (5, 15, or 60 minute data) and not from the 15 second instantaneous datalogger values RB Daily value is post-calculated from the fine resolution output (5, 15, or 60 minute data) and not from the 15 second instantaneous datalogger values and is also below the instrument detection limit of 1 m per second RN Daily value is post-calculated from the fine resolution output (5, 15, or 60 minute data) and not from the 15 second instantaneous datalogger values and is also below 0.3 m per second, which is not considered reliable WDIR_PRO_MEAN_DAY Resultant mean wind vector direction for day - this azimuth value is the direction the wind is coming from numeric(5,1) degrees azimuth 1.000000 real 0.0000 360.0000 WDIR_PRO_MEAN_FLAG Resultant mean wind vector direction flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind speed measurement is less than or equal to 0.1 m per second and wind direction is not considered reliable U Wind direction is undefined when wind speed measurement is zero WDIR_PRO_STDDEV_DAY Standard deviation of mean wind vector for day numeric(5,1) degrees azimuth 1.000000 real 0.0000 103.6000 WDIR_PRO_STDDEV_FLAG Mean wind vector standard deviation flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind speed measurement is less than or equal to 0.1 m per second and standard deviation of mean wind vector is not considered reliable U Wind direction is undefined when wind speed measurement is zero WSPD_ROSE1_MEAN_DAY Daily component of mean windspeed between 0 and 45 degrees (wind rose 1) numeric(4,2) meters per second 0.250000 real 0.0000 2.3300 WSPD_ROSE1_MEAN_FLAG Windrose1 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE2_MEAN_DAY Daily component of mean windspeed between 45 and 90 degrees (wind rose 2) numeric(4,2) meters per second 0.250000 real 0.0000 4.8000 WSPD_ROSE2_MEAN_FLAG Windrose2 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE3_MEAN_DAY Daily component of mean windspeed between 90 and 135 degrees (wind rose 3) numeric(4,2) meters per second 0.250000 real 0.0000 1.9300 WSPD_ROSE3_MEAN_FLAG Windrose3 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE4_MEAN_DAY Daily component of mean windspeed between 135 and 180 degrees (wind rose 4) numeric(4,2) meters per second 0.250000 real 0.0000 2.0300 WSPD_ROSE4_MEAN_FLAG Windrose4 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE5_MEAN_DAY Daily component of mean windspeed between 180 and 225 degrees (wind rose 5) numeric(4,2) meters per second 0.250000 real 0.0000 1.3000 WSPD_ROSE5_MEAN_FLAG Windrose5 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE6_MEAN_DAY Daily component of mean windspeed between 225 and 270 degrees (wind rose 6) numeric(4,2) meters per second 0.250000 real 0.0000 3.5800 WSPD_ROSE6_MEAN_FLAG Windrose6 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE7_MEAN_DAY Daily component of mean windspeed between 270 and 315 degrees (wind rose 7) numeric(4,2) meters per second 0.250000 real 0.0000 1.3200 WSPD_ROSE7_MEAN_FLAG Windrose7 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe WSPD_ROSE8_MEAN_DAY Daily component of mean windspeed between 315 and 360 degrees (wind rose 8) numeric(4,2) meters per second 0.250000 real 0.0000 1.3000 WSPD_ROSE8_MEAN_FLAG Windrose8 mean flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe 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) INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality MAINTE A maintenance event has occurred INTPRO Internal processing may produce an anomalous reading WEATHR A weather event has occurred that may affect reading CALIBR Associated with the inspection or replacement of sensors for calibration CLEARD Site clearing of trees and brush around the meteorological station is being conducted BURNED Burning of cleared trees and brush debris around the meteorological station is in progress PRIMARY MS04904.DATE MS04904.SITECODE MS04904.PROBE_CODE NOTNULL MS04904.DATE MS04904.ENTITY MS04904.WSPD_PRO_MEAN_FLAG MS04904.WSPD_ROSE5_MEAN_FLAG MS04904.WSPD_ROSE6_MEAN_FLAG MS04904.WSPD_ROSE7_MEAN_FLAG MS04904.WSPD_ROSE8_MEAN_FLAG MS04904.WSPD_PRO_MAX_FLAG MS04904.WMAG_PRO_MEAN_FLAG MS04904.WDIR_PRO_MEAN_FLAG MS04904.WDIR_PRO_STDDEV_FLAG MS04904.WSPD_ROSE1_MEAN_FLAG MS04904.WSPD_ROSE2_MEAN_FLAG MS04904.WSPD_ROSE3_MEAN_FLAG MS04904.WSPD_ROSE4_MEAN_FLAG MS04904.HEIGHT MS04904.EVENT_CODE MS04904.QC_LEVEL MS04904.WIND_METHOD MS04904.DBCODE MS04904.SITECODE MS04904.PROBE_CODE 60659 MS04914 Wind speed and direction from propeller anemometer (fine temporal resolution) MS04914_v6.txt 421897733 7f4e88f56991a1a27158f61953d1579d 1 \r\n column , " https://andrewsforest.oregonstate.edu/fsdbdata/cache/MS04914_v6.txt 1973-05-22 2019-03-26 DBCODE FSDB database code char(5) MS049 FSDB database code MS049 ENTITY Entity number numeric(2,0) number 1.000000 natural 14.0000 14.0000 SITECODE Site code for the meteorological measurement station char(6) CENMET Central Meteorological Station PRIMET Primary Meteorological Station UPLMET Upper Lookout Meteorological Station VANMET Vanilla Leaf Meteorological Station H15MET High 15 Meteorological Station WS7MET Watershed 7 Meteorological Station WIND_METHOD An indication of the the general methodology and instrumentation used to collect this wind speed and direction data char(6) WND001 Windspeed is measured with cup-type anemometer and event marker on Rustrak strip (marks every .322 km of air movement) at 500 cm ht. Mean wind speed is output hourly with Interface Instrument logger. Daily max-mins are hourly means. No wind direction. WND002 Wind speed and direction are not measured for this 4 year period WND003 Wind speed sensors are R.M. Young 3-cup anemometer (#6101) tachometer generators mounted on a tower at height 1200 cm. Mean wind speed is output hourly. No wind direction recorded. Datalogger is Interface Instrument M-4. Daily max-mins are hourly means. WND004 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1200 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND005 Wind speed and direction are sampled by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed is calculated and output on a sunrise to sunrise basis. Detection level 1 m/sec. WND006 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND007 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND008 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND101 Mean daily windspeed is summarized from hourly means recorded by the Rustrak strip chart. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is measured. Cup-type anemometer; 500 cm (See method WND001) WND102 Mean daily wind speed and direction are not measured for this 4 year period WND103 Mean daily windspeed is summarized from hourly means. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is recorded. RM Young 3-cup anemometer; 1200 cm (See method WND003) WND104 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1200 cm (See method WND004) WND105 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger on a sunrise to sunrise basis based on 15 second samples. Max-min values are based on instantaneous 15 second readings. (See method WND005) WND106 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 600 cm (See method WND006) WND107 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND007) WND108 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1000 cm (See method WND008) WND009 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 15 minutes. Detection level 1 m/sec. WND010 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean and max wind speed and direction are output every 5 minutes. Detection level 1 m/sec. WND011 Wind speed (mean, max), direction, x-y wind components, instr. air temp and std deviations are sampled every 15 seconds by a Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with Campbell Scientific datalogger output every 5 minutes WND111 Mean daily wind speed, direction, x-y wind components, instrument air temp and std deviations are post-calculated from 5 minute values; Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with a Campbell Scientific datalogger (WND011) WND110 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from 5 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci WND012 Wind speed, direction, x-y wind components, instrument air temp and std deviations are sampled every 15 seconds by a Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with a Campbell Scientific datalogger output every 5 minutes WND112 Mean and maximum instantaneous daily wind speed, direction and standard deviation are post-calculated from 5 minute values; Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with Campbell Scientific datalogger (See method WND012) WND013 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 150 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND014 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 450 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND015 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND113 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 150 cm height; Campbell Sci datalogger (See method WND013) WND114 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 450 cm height; Campbell Sci datalogger (See method WND014) WND115 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci datalogger (See method WND015) WND109 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND009) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 150.0000 1200.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data. char(2) 1P Data is provisional and subject to revision - preliminary quality checks have been performed 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. 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 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., WNDPRI01) char(8) WNDCEN01 Wind speed and direction at CENMET, probe no. 01 at height 1000 cm WNDH1501 Wind speed and direction at H15MET, probe no. 01 at height 500 cm WNDPRI01 Wind speed and direction at PRIMET, probe no. 01 at height 1000 cm WNDUPL01 Wind speed and direction at UPLMET, probe no. 01 at height 1000 cm WNDVAN01 Wind speed and direction at VANMET, probe no. 01 at height 1000 cm WNDPRI02 Wind speed and direction using sonic anemometer at PRIMET, probe no. 02 at height 1000 cm WNDVAN02 Wind speed and direction using sonic anemometer at VANMET, probe no. 02 at height 1000 cm WNDWS702 Wind speed and direction using sonic anemometer at WS7MET, probe no. 02 at height 1000 cm WNDCEN02 Wind speed and direction using sonic anemometer at CENMET, probe no. 02 at height 1000 cm WNDWS701 Wind speed and direction at WS7MET, probe no. 01 at height 1000 cm WNDWS703 Wind speed and direction at WS7MET, probe no. 03 at height 450 cm (discontinued 16 Sep 2012) WNDWS704 Wind speed and direction at WS7MET, probe no. 04 at height 150 cm (discontinued 27 Jan 2008) DATE_TIME Date and time in Pacific Standard Time (PST) of sensor reading datetime YYYY-MM-DD hh:mm:ss 1.000000 5/22/1973 1:00:00 AM 3/26/2019 12:30:00 PM WSPD_PRO_MEAN Mean horizontal wind speed over the last interval (e.g., 5 or 60 minutes) numeric(4,1) meters per second 0.300000 real 0.0000 8.7000 WSPD_PRO_MEAN_FLAG Mean horizontal wind speed flag char(2) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind speed measurement is below or equal to the instrument detection limit of 1 m per second N Wind speed measurement is below or equal to 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second EB Estimated value is determined to be below the instrument detection limit of 1 m per second QB Questionable value is also below the instrument detection limit of 1 m per second SB Daily value is based on a sunrise to sunrise timeframe and is also below the instrument detection limit of 1 m per second FB Sensor most likely frozen - value is not reliable and is also below the instrument detection limit of 1 m per second EN Estimated value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second FN Sensor most likely frozen and value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second QN Questionable value that is also below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second SN Daily value is based on a sunrise to sunrise timeframe and is also below 0.3 m per second, which is not considered reliable and is below the instrument detection limit of 1 m per second WSPD_PRO_MAX Maximum horizontal wind speed over the last interval (e.g., 5 or 60 minutes) numeric(4,1) number 1 real 0.0000 13.6000 WSPD_PRO_MAX_FLAG Maximum horizontal wind speed flag char(2) A Accepted value has passed all QC tests applied as represented by the quality level B Wind speed measurement is below or equal to the instrument detection limit of 1 m per second E Estimated value F Sensor most likely frozen and value is not reliable M Missing value N Wind speed measurement is below or equal to 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second Q Questionable value FN Sensor most likely frozen and value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second WMAG_PRO_MEAN Resultant mean wind vector magnitude over the last interval (e.g., 60 minutes) numeric(4,1) meters per second 0.300000 real 0.0000 9.0000 WMAG_PRO_MEAN_FLAG Resultant mean wind vector magnitude flag char(2) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind magnitude measurement is below or equal to the instrument detection limit of 1 m per second EB Estimated value is determined to be below the instrument detection limit of 1 m per second EN Estimated value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second FB Sensor most likely frozen - value is not reliable and is also below the instrument detection limit of 1 m per second FN Sensor most likely frozen and value is determined to be below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second QB Questionable value is also below the instrument detection limit of 1 m per second SB Daily value is based on a sunrise to sunrise timeframe and is also below the instrument detection limit of 1 m per second QN Questionable value that is also below 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second SN Daily value is based on a sunrise to sunrise timeframe and is also below 0.3 m per second, which is not considered reliable and is below the instrument detection limit of 1 m per second N Wind magnitude is below or equal to 0.3 m per second and is not considered reliable and is below the instrument detection limit of 1 m per second R Daily value is post-calculated from the fine resolution output (5, 15, or 60 minute data) and not from the 15 second instantaneous datalogger values RB Daily value is post-calculated from the fine resolution output (5, 15, or 60 minute data) and not from the 15 second instantaneous datalogger values and is also below the instrument detection limit of 1 m per second RN Daily value is post-calculated from the fine resolution output (5, 15, or 60 minute data) and not from the 15 second instantaneous datalogger values and is also below 0.3 m per second, which is not considered reliable WDIR_PRO_MEAN Resultant mean wind vector direction over the last interval (e.g., 60 minutes) - this azimuth value is the direction the wind is coming from numeric(5,1) degrees azimuth 1.000000 real 0.0000 360.0000 WDIR_PRO_MEAN_FLAG Resultant mean wind vector direction flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind speed measurement is less than or equal to 0.1 m per second and wind direction is not considered reliable U Wind direction is undefined when wind speed measurement is zero WDIR_PRO_STDDEV Standard deviation of mean wind vector over the last interval (e.g., 60 minutes) numeric(5,1) degrees azimuth 1.000000 real 0.0000 103.8000 WDIR_PRO_STDDEV_FLAG Mean wind vector standard deviation flag char(1) E Estimated value M Missing value Q Questionable value F Sensor most likely frozen and value is not reliable A Accepted value has passed all QC tests applied as represented by the quality level S Daily value is based on a sunrise to sunrise timeframe B Wind speed measurement is less than or equal to 0.1 m per second and standard deviation of mean wind vector is not considered reliable U Wind direction is undefined when wind speed measurement is zero 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) INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality MAINTE A maintenance event has occurred INTPRO Internal processing may produce an anomalous reading WEATHR A weather event has occurred that may affect reading CALIBR Associated with the inspection or replacement of sensors for calibration CLEARD Site clearing of trees and brush around the meteorological station is being conducted BURNED Burning of cleared trees and brush debris around the meteorological station is in progress PRIMARY MS04914.DATE_TIME MS04914.SITECODE MS04914.PROBE_CODE NOTNULL MS04914.DATE_TIME MS04914.ENTITY MS04914.WSPD_PRO_MEAN_FLAG MS04914.WMAG_PRO_MEAN_FLAG MS04914.WDIR_PRO_MEAN_FLAG MS04914.WDIR_PRO_STDDEV_FLAG MS04914.HEIGHT MS04914.EVENT_CODE MS04914.QC_LEVEL MS04914.WIND_METHOD MS04914.WSPD_PRO_MAX_FLAG MS04914.DBCODE MS04914.SITECODE MS04914.PROBE_CODE 4255888 MS04924 Wind speed and direction from sonic anemometer (daily) MS04924_v3.csv 567075 0ee21175a540b727eb5f71ef9d65eda9 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=MS04924_v3.csv 2013-04-16 2018-09-30 DBCODE FSDB database code char(5) MS049 FSDB database code MS049 ENTITY Entity number numeric(2,0) number 1.000000 natural 24.0000 24.0000 SITECODE Site code for the meteorological measurement station char(6) CENMET Central Meteorological Station PRIMET Primary Meteorological Station UPLMET Upper Lookout Meteorological Station VANMET Vanilla Leaf Meteorological Station H15MET High 15 Meteorological Station WS7MET Watershed 7 Meteorological Station WIND_METHOD An indication of the the general methodology and instrumentation used to collect this wind speed and direction data char(6) WND001 Windspeed is measured with cup-type anemometer and event marker on Rustrak strip (marks every .322 km of air movement) at 500 cm ht. Mean wind speed is output hourly with Interface Instrument logger. Daily max-mins are hourly means. No wind direction. WND002 Wind speed and direction are not measured for this 4 year period WND003 Wind speed sensors are R.M. Young 3-cup anemometer (#6101) tachometer generators mounted on a tower at height 1200 cm. Mean wind speed is output hourly. No wind direction recorded. Datalogger is Interface Instrument M-4. Daily max-mins are hourly means. WND004 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1200 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND005 Wind speed and direction are sampled by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed is calculated and output on a sunrise to sunrise basis. Detection level 1 m/sec. WND006 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND007 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND008 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND101 Mean daily windspeed is summarized from hourly means recorded by the Rustrak strip chart. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is measured. Cup-type anemometer; 500 cm (See method WND001) WND102 Mean daily wind speed and direction are not measured for this 4 year period WND103 Mean daily windspeed is summarized from hourly means. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is recorded. RM Young 3-cup anemometer; 1200 cm (See method WND003) WND104 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1200 cm (See method WND004) WND105 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger on a sunrise to sunrise basis based on 15 second samples. Max-min values are based on instantaneous 15 second readings. (See method WND005) WND106 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 600 cm (See method WND006) WND107 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND007) WND108 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1000 cm (See method WND008) WND009 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 15 minutes. Detection level 1 m/sec. WND010 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean and max wind speed and direction are output every 5 minutes. Detection level 1 m/sec. WND011 Wind speed (mean, max), direction, x-y wind components, instr. air temp and std deviations are sampled every 15 seconds by a Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with Campbell Scientific datalogger output every 5 minutes WND111 Mean daily wind speed, direction, x-y wind components, instrument air temp and std deviations are post-calculated from 5 minute values; Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with a Campbell Scientific datalogger (WND011) WND110 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from 5 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci WND012 Wind speed, direction, x-y wind components, instrument air temp and std deviations are sampled every 15 seconds by a Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with a Campbell Scientific datalogger output every 5 minutes WND112 Mean and maximum instantaneous daily wind speed, direction and standard deviation are post-calculated from 5 minute values; Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with Campbell Scientific datalogger (See method WND012) WND013 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 150 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND014 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 450 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND015 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND113 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 150 cm height; Campbell Sci datalogger (See method WND013) WND114 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 450 cm height; Campbell Sci datalogger (See method WND014) WND115 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci datalogger (See method WND015) WND109 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND009) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 1000.0000 1000.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data. char(2) 1P Data is provisional and subject to revision - preliminary quality checks have been performed 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. 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 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., WNDPRI01) char(8) WNDCEN01 Wind speed and direction at CENMET, probe no. 01 at height 1000 cm WNDH1501 Wind speed and direction at H15MET, probe no. 01 at height 500 cm WNDPRI01 Wind speed and direction at PRIMET, probe no. 01 at height 1000 cm WNDUPL01 Wind speed and direction at UPLMET, probe no. 01 at height 1000 cm WNDVAN01 Wind speed and direction at VANMET, probe no. 01 at height 1000 cm WNDPRI02 Wind speed and direction using sonic anemometer at PRIMET, probe no. 02 at height 1000 cm WNDVAN02 Wind speed and direction using sonic anemometer at VANMET, probe no. 02 at height 1000 cm WNDWS702 Wind speed and direction using sonic anemometer at WS7MET, probe no. 02 at height 1000 cm WNDCEN02 Wind speed and direction using sonic anemometer at CENMET, probe no. 02 at height 1000 cm WNDWS701 Wind speed and direction at WS7MET, probe no. 01 at height 1000 cm WNDWS703 Wind speed and direction at WS7MET, probe no. 03 at height 450 cm (discontinued 16 Sep 2012) WNDWS704 Wind speed and direction at WS7MET, probe no. 04 at height 150 cm (discontinued 27 Jan 2008) DATE Date of measurement datetime YYYY-MM-DD 1.000000 4/16/2013 12:00:00 AM 9/30/2018 12:00:00 AM WSPD_SNC_MEAN_DAY Mean wind speed from sonic anemometer for day numeric(5,2) meters per second 0.100000 real 0.1500 4.1800 WSPD_SNC_MEAN_FLAG Mean wind speed from sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level E Estimated value M Missing value Q Questionable value WSPD_SNC_MAX_DAY Maximum wind speed from sonic anemometer for day numeric(4,1) meters per second 0.100000 real 0.6000 40.1000 WSPD_SNC_MAX_FLAG Maximum wind speed from sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level E Estimated value M Missing value Q Questionable value WDIR_SNC_MEAN_DAY Mean wind direction from the sonic anemometer for day numeric(5,1) degrees azimuth 0.100000 real 0.0000 360.0000 WDIR_SNC_MEAN_FLAG Mean wind direction from the sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level E Estimated value M Missing value Q Questionable value WDIR_SNC_STDDEV_DAY Standard deviation of wind direction from the sonic anemometer for day numeric(5,1) degrees azimuth 0.100000 real 5.0000 165.0000 WDIR_SNC_STDDEV_FLAG Standard deviation of wind direction from the sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level 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) INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality MAINTE A maintenance event has occurred INTPRO Internal processing may produce an anomalous reading WEATHR A weather event has occurred that may affect reading CALIBR Associated with the inspection or replacement of sensors for calibration CLEARD Site clearing of trees and brush around the meteorological station is being conducted BURNED Burning of cleared trees and brush debris around the meteorological station is in progress PRIMARY MS04924.DATE MS04924.SITECODE MS04924.PROBE_CODE NOTNULL MS04924.DATE MS04924.ENTITY MS04924.HEIGHT MS04924.EVENT_CODE MS04924.QC_LEVEL MS04924.WIND_METHOD MS04924.WSPD_SNC_MEAN_FLAG MS04924.WSPD_SNC_MAX_FLAG MS04924.WDIR_SNC_MEAN_FLAG MS04924.WDIR_SNC_STDDEV_FLAG MS04924.DBCODE MS04924.SITECODE MS04924.PROBE_CODE 6354 MS04934 Wind speed and direction from sonic anemometer (five minute resolution) See Entity 14 for long-term propeller-style wind speed and direction MS04934_v3.txt 179190208 a86d4b5ffdeeebdee1270fbc4d27221d 1 \r\n column , " https://andrewsforest.oregonstate.edu/fsdbdata/cache/MS04934_v3.txt 2013-04-16 2018-10-01 DBCODE FSDB database code char(5) MS049 FSDB database code MS049 ENTITY Entity number numeric(2,0) number 1.000000 natural 34.0000 34.0000 SITECODE Site code for the meteorological measurement station char(6) CENMET Central Meteorological Station PRIMET Primary Meteorological Station UPLMET Upper Lookout Meteorological Station VANMET Vanilla Leaf Meteorological Station H15MET High 15 Meteorological Station WS7MET Watershed 7 Meteorological Station WIND_METHOD An indication of the the general methodology and instrumentation used to collect this wind speed and direction data char(6) WND001 Windspeed is measured with cup-type anemometer and event marker on Rustrak strip (marks every .322 km of air movement) at 500 cm ht. Mean wind speed is output hourly with Interface Instrument logger. Daily max-mins are hourly means. No wind direction. WND002 Wind speed and direction are not measured for this 4 year period WND003 Wind speed sensors are R.M. Young 3-cup anemometer (#6101) tachometer generators mounted on a tower at height 1200 cm. Mean wind speed is output hourly. No wind direction recorded. Datalogger is Interface Instrument M-4. Daily max-mins are hourly means. WND004 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1200 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND005 Wind speed and direction are sampled by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed is calculated and output on a sunrise to sunrise basis. Detection level 1 m/sec. WND006 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 600 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND007 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND008 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output hourly. Detection level 1 m/sec. WND101 Mean daily windspeed is summarized from hourly means recorded by the Rustrak strip chart. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is measured. Cup-type anemometer; 500 cm (See method WND001) WND102 Mean daily wind speed and direction are not measured for this 4 year period WND103 Mean daily windspeed is summarized from hourly means. Daily max-mins values are based on hourly means and not instantaneous values. No wind direction is recorded. RM Young 3-cup anemometer; 1200 cm (See method WND003) WND104 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1200 cm (See method WND004) WND105 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger on a sunrise to sunrise basis based on 15 second samples. Max-min values are based on instantaneous 15 second readings. (See method WND005) WND106 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 600 cm (See method WND006) WND107 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND007) WND108 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 1000 cm (See method WND008) WND009 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 500 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 15 minutes. Detection level 1 m/sec. WND010 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean and max wind speed and direction are output every 5 minutes. Detection level 1 m/sec. WND011 Wind speed (mean, max), direction, x-y wind components, instr. air temp and std deviations are sampled every 15 seconds by a Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with Campbell Scientific datalogger output every 5 minutes WND111 Mean daily wind speed, direction, x-y wind components, instrument air temp and std deviations are post-calculated from 5 minute values; Gill WindObserver II ultrasonic anemometer mounted to tower at 1000 cm with a Campbell Scientific datalogger (WND011) WND110 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from 5 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci WND012 Wind speed, direction, x-y wind components, instrument air temp and std deviations are sampled every 15 seconds by a Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with a Campbell Scientific datalogger output every 5 minutes WND112 Mean and maximum instantaneous daily wind speed, direction and standard deviation are post-calculated from 5 minute values; Vaisailla WAS425A ultrasonic wind sensor mounted to the tower at 1000 cm with Campbell Scientific datalogger (See method WND012) WND013 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 150 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND014 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 450 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND015 Wind speed and direction are sampled every 15 seconds by a RM Young Model 05103 Wind Monitor mounted to the tower at 1000 cm with a Campbell Scientific datalogger. Mean wind speed and direction are output every 10 minutes. Detection level 1 m/sec. WND113 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 150 cm height; Campbell Sci datalogger (See method WND013) WND114 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 450 cm height; Campbell Sci datalogger (See method WND014) WND115 Mean daily wind speed, direction, and std dev, magnitude are post-calculated from10 minute values; daily max wind speed if available is based on instantaneous readings; RM Young wind monitor; 1000 cm height; Campbell Sci datalogger (See method WND015) WND109 Mean daily windspeed, direction and other wind components are calculated by the Campbell Scientific data logger based on 15 second samples. Max-min values are based on instantaneous 15 second readings. RM Young wind monitor; 500 cm (See method WND009) HEIGHT Height of sensor from ground surface numeric(4,0) centimeters 1.000000 whole 1000.0000 1000.0000 QC_LEVEL Quality control flag indicates level of quality checking performed including an indication of "provisional" data. char(2) 1P Data is provisional and subject to revision - preliminary quality checks have been performed 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. 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 1D Data is published and unlikely to change - data is derived or aggregated from published data of level 1A PROBE_CODE Probe number code indicates the measurement type, site, and sensor number (e.g., WNDPRI01) char(8) WNDCEN01 Wind speed and direction at CENMET, probe no. 01 at height 1000 cm WNDH1501 Wind speed and direction at H15MET, probe no. 01 at height 500 cm WNDPRI01 Wind speed and direction at PRIMET, probe no. 01 at height 1000 cm WNDUPL01 Wind speed and direction at UPLMET, probe no. 01 at height 1000 cm WNDVAN01 Wind speed and direction at VANMET, probe no. 01 at height 1000 cm WNDPRI02 Wind speed and direction using sonic anemometer at PRIMET, probe no. 02 at height 1000 cm WNDVAN02 Wind speed and direction using sonic anemometer at VANMET, probe no. 02 at height 1000 cm WNDWS702 Wind speed and direction using sonic anemometer at WS7MET, probe no. 02 at height 1000 cm WNDCEN02 Wind speed and direction using sonic anemometer at CENMET, probe no. 02 at height 1000 cm WNDWS701 Wind speed and direction at WS7MET, probe no. 01 at height 1000 cm WNDWS703 Wind speed and direction at WS7MET, probe no. 03 at height 450 cm (discontinued 16 Sep 2012) WNDWS704 Wind speed and direction at WS7MET, probe no. 04 at height 150 cm (discontinued 27 Jan 2008) DATE_TIME Date and time in Pacific Standard Time (PST) of sensor reading datetime YYYY-MM-DD hh:mm:ss 1.000000 4/16/2013 1:30:00 PM 10/1/2018 12:00:00 AM WSPD_SNC_MEAN Mean wind speed from sonic anemometer over the last interval (i.e., 5 minutes) numeric(5,2) meters per second 0.100000 real 0.0000 15.0000 WSPD_SNC_MEAN_FLAG Mean wind speed from sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level E Estimated value M Missing value Q Questionable value WSPD_SNC_MAX Maximum wind speed from sonic anemometer over the last interval (i.e., 5 minutes) numeric(4,1) meters per second 0.100000 real 0.0000 40.1000 WSPD_SNC_MAX_FLAG Maximum wind speed from sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level E Estimated value M Missing value Q Questionable value WDIR_SNC_MEAN Mean wind direction from the sonic anemometer over the last interval (i.e., 5 minutes) numeric(5,1) degrees azimuth 0.100000 real 0.0000 360.0000 WDIR_SNC_MEAN_FLAG Mean wind direction from the sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level E Estimated value M Missing value Q Questionable value WDIR_SNC_STDDEV Standard deviation of wind direction from the sonic anemometer for the last interval (i.e., 5 minutes) numeric(5,1) degrees azimuth 0.100000 real 0.0000 103.8000 WDIR_SNC_STDDEV_FLAG Standard deviation of wind direction from the sonic anemometer flag char(1) A Accepted value has passed all QC tests applied as represented by the quality level 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) INSREM Sensor is installed or removed LOGGER Change in data logger, data logger program, or wiring METHOD Change in data collection method NA No event is reported (not applicable) QUALTY Event may directly affect data quality MAINTE A maintenance event has occurred INTPRO Internal processing may produce an anomalous reading WEATHR A weather event has occurred that may affect reading CALIBR Associated with the inspection or replacement of sensors for calibration CLEARD Site clearing of trees and brush around the meteorological station is being conducted BURNED Burning of cleared trees and brush debris around the meteorological station is in progress PRIMARY MS04934.DATE_TIME MS04934.SITECODE MS04934.PROBE_CODE NOTNULL MS04934.DATE_TIME MS04934.ENTITY MS04934.HEIGHT MS04934.EVENT_CODE MS04934.QC_LEVEL MS04934.WIND_METHOD MS04934.WSPD_SNC_MEAN_FLAG MS04934.WSPD_SNC_MAX_FLAG MS04934.WDIR_SNC_MEAN_FLAG MS04934.WDIR_SNC_STDDEV_FLAG MS04934.DBCODE MS04934.SITECODE MS04934.PROBE_CODE 1829323 Hours and minutes with hh as military hours and mm as minutes dimensionless number, i.e., ratio, count centimeters; .01 meters meters per second degrees azimuth (0-360)