uid=AND,o=lter,dc=ecoinformatics,dc=org all public read HF024 Kevin J. McGuire

Research Assistant Professor; Associate Director; VA Water Resources Research Ctr.; Virginia Tech, Blacksburg, VA

kevin.mcguire@vt.edu http://hydro.vwrrc.vt.edu/Lab/McGuire_Watershed_Hydrology_Lab.html Nicolas B. Rodriguez nicolas.rodriguez@list.lu Kevin J. McGuire

Research Assistant Professor; Associate Director; VA Water Resources Research Ctr.; Virginia Tech, Blacksburg, VA

kevin.mcguire@vt.edu http://hydro.vwrrc.vt.edu/Lab/McGuire_Watershed_Hydrology_Lab.html Principal Investigator Nicolas B. Rodriguez nicolas.rodriguez@list.lu Abstractor Kevin J. McGuire

Research Assistant Professor; Associate Director; VA Water Resources Research Ctr.; Virginia Tech, Blacksburg, VA

kevin.mcguire@vt.edu http://hydro.vwrrc.vt.edu/Lab/McGuire_Watershed_Hydrology_Lab.html Method Contact Jeffrey J. McDonnell

Global Institute for Water Security, University of Saskatchewan,; 11 Innovation Boulevard,; Saskatoon SK S7N 3H5 Canada

jeffrey.mcdonnell@usask.ca http://www.usask.ca/watershed/index.php Other Researcher Kevin J. McGuire

Research Assistant Professor; Associate Director; VA Water Resources Research Ctr.; Virginia Tech, Blacksburg, VA

kevin.mcguire@vt.edu http://hydro.vwrrc.vt.edu/Lab/McGuire_Watershed_Hydrology_Lab.html Creator 2020-05-04 Oxygen-18 ratios, expressed as Delta-18O or D18O (parts per hundred), measured in WS10 discharge and WS10 precipitation. The time series spans from January 2001 to February 2003, period during which precipitation and streamflow were sampled mostly manually and weekly. The time series also includes some periods of higher frequency automatic sampling in streamflow and precipitation in winter 2001 and winter 2002. The precipitation Delta-18O time series corresponds to the Delta-18O measured at PRIMET station located about 1 km from WS10 outlet at a similar altitude, except from 01-Sep-2002 to 04-Feb-2003, when the Delta-18O of precipitation sampled sequentially on an experimental hillslope of WS10, was used (the collector was located on the south aspect, 91 m upstream from the outlet). tracers disturbance streamflow inorganic nutrients dissolved oxygen isotopes streams LTER controlled vocabulary disturbance inorganic nutrients LTER core research areas Related PublicationsMcGuire, Kevin J. 2004. Water residence time and runoff generation in the western Cascades of Oregon. Corvallis, OR: Oregon State University. 224 p. Ph.D. dissertation.McGuire, K. J.; McDonnell, J. J.; Weiler, M.; Kendall, C.; McGlynn, B. L.; Welker, J. M.; Seibert, J. 2005. The role of topography on catchment-scale water residence time. Water Resources Research. 41(W05002): doi:10.1029/2004WR003657.McGuire, K. J.; Weiler, M.; McDonnell, J. J. 2007. Integrating tracer experiments with modeling to assess runoff processes and water transit times. Advances in Water Resources. 30: 824-837.McGuire, Kevin J.; McDonnell, Jeffrey J. 2010. Hydrological connectivity of hillslopes and streams: characteristic time scales and nonlinearities. Water Resources Research. 46(W10543): doi:10.1029/2010WR009341.Related FilesTitle: WS10 Hillslope Study Area and InstrumentationDescription: Map of WS10 showing the location of instrumentation and hillslope study area.URL: https://andrewsforest.oregonstate.edu/data/studies/hf024/hillslope_study_area.jpgTitle: Labs QA/QC InformationDescription: Lab QA/QC information including detection limits for measured constituents and lab comparisonsURL: https://andrewsforest.oregonstate.edu/data/studies/hf024/Labs_QAQC_info.txtTitle: Synoptic Sampling MapDescription: Map of sampling locations for the synoptic sampling (entity 10) - [download word doc file]URL: https://andrewsforest.oregonstate.edu/data/studies/hf024/synopticsept01samplepoints.doc 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. http://andlter.forestry.oregonstate.edu/data/abstract.aspx?dbcode=HF024 H. J. Andrews Experimental Forest, Western Cascades, Oregon -122.26042570 -122.10268900 44.27664500 44.19948400 434 1552 meter 2000-10-17 2003-08-11 To examine the temporal dynamics of hillslope and catchment runoff responses using combined hydrometric, isotopic, and applied tracer approaches.

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

notPlanned Original metadata creation. Version1 2007-07-20 Nicolas Rodriguez submitted a portion of data with documentation from Kevin McGuire's study. This was originally assigned a new database code (HF027), but when realized it was the same data from Kevin's study, the data and documentation got merged with HF024. Version1 2017-09-08 Original creation of entity. Imported metatdata using move_xls. Ran QC. Created data structures and uploaded data to SQL. Version2 2020-05-04 Need to recreate entity 10 CSV file and some updated metadata. Version3 2020-05-04 Information Manager

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

hjaweb@fsl.orst.edu http://andrewsforest.oregonstate.edu/ 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@fsl.orst.edu http://andrewsforest.oregonstate.edu/ Field Methods - HF024 Discharge was measured from the trench from 1 September 2002 to 21 January 2003 and thereafter predicted using regression with WS10 discharge due to gauge failure. Precipitation was measured with a tipping bucket (15.39 cm diameter orifice, 0.2 mm resolution) and storage gauge (8.9 cm diameter orifice) observed on an event basis in a small canopy opening on the hillslope. The drainage area of the hillslope was delineated from a total station topographic survey of the entire hillslope (0.2 ha) and verified by a water balance calculation (i.e., compared similarly to the WS10 balance). Precipitation samples were collected weekly from January 2000 to February 2003 (~1130 day period) in bulk collectors at two locations that coincided with a low (PRIMET, 430 m) and high (Hi-15, 922 m) elevation meteorological station. Precipitation samplers consisted of plastic funnels with drainage tubing attached to plastic bottles. To minimize evaporation, water traps were created by looping drainage tubes and protecting collection bottles in either a climate controlled shelter (Hi-15) or by burying the bottle beneath the soil surface below a small insulated shelter (PRIMET). Precipitation rates were determined using heated tipping bucket rain gauges at each station as part of HJA long-term data collection. Snowmelt sampling occurred weekly at Hi-15 during the 2001–2002 winter using a 0.25 m2 snow lysimeter that drained into a heated shelter to prevent the samples from freezing. Snowmelt rates were measured using tipping buckets (0.025 mm per tip) and a 5.52 m2 lysimeter. A network of small bulk rainfall collectors (N = 38) were used to assess input variations across the large basin scale for 3 rain storms in fall 2002. Seven stream sites (WS02, WS03, WS08, WS09, WS10, MACK, and LOOK) were sampled weekly (generally on the same day as precipitation sample collection). Two line source tracers were applied to the hillslope immediately before a large winter rainstorm (66 mm, 49 h duration) that began on 9 December 2002 at 21:30 [see McGuire et al., 2007]. 20.9 g of amino G acid monopotassium salt (AGA), a fluorescent dye [Smart and Laidlaw, 1977], and 4.0 kg of bromide (as LiBr solution) were applied 19 and 33 m from the trench, respectively. Both tracers were monitored continuously at the trench for the first 9 days of the experiment. AGA was monitored using a field fluorometer (10-AU, Turner Designs, Inc., Sunnyvale, CA) equipped with along wavelength optical kit, temperature compensation, flow-through cell, and data logger. Bromide was also measured in situ with an ion-selective electrode for Br- (TempHion®, Instrumentation Northwest, Inc.) until 31 March 2003. Grab sampling extended the AGA breakthrough for 100 days and it provided additional samples for calibrating the Br- selective electrode (N = 107, R2 = 0.99). Both tracers were monitored until concentrations during storm events were at background levels (~100 days). Oxygen-18 (18O) samples were collected weekly at the hillslope trench (1 November 2001 to 11 February 2003), WS10 (13 February 2001 to 4 February 2003), and as bulk precipitation (1 January 2000 to 11 February 2003). Soil water samples from the lysimeters were collected at time intervals between daily and weekly from 2 October 2002 until 11 February 2003. Storm samples were collected between 2 and 4 h intervals from the hillslope and WS10 for several storms during the fall 2002 to winter 2003 period. Rainfall was sampled sequentially (4.4 mm increments) over this period for 18O using samplers as described by Kennedy et al. [1979]. Laboratory Methods - HF024 Precipitation samples collected prior to October 2000 were analyzed at the Colorado State University facility for Mass Spectrometry and after October 2000, at the USGS Stable Isotope Laboratory in Menlo Park, California for oxygen-18 composition (d18O) using an automated version of the CO2–H2O equilibration technique of Epstein and Mayeda [1953]. The d18O values are reported in per mil (0/00) relative to a standard as d18O = (Rx/Rs-1)x1000, where Rx and Rs are the 18O/16O ratios for the sample and standard (VSMOW), respectively. The analytical precision was 0.11% based on submitted blind duplicate samples. Mass Spectrometry or an automated version of the CO2–H2O equilibration technique of Epstein and Mayeda [1953] WS10 outlet, WS10 experimental hillslope, PRIMET station Sampling frequency: Irregular. From hourly to weekly. The hillslope study area was located on the south aspect of WS10, 91 m upstream from the stream gauging station. This site was reestablished from early 1970s era benchmark studies [Harr and Ranken, 1972; Harr, 1977; Sollins and McCorison, 1981; Sollins et al., 1981]. The slope is representative of the two main planar hillslopes that compose the overall v-shaped catchment (WS10). The 125 m long stream-to-ridge slope is slightly convex and its gradient averages 37°, ranging from 27° near the ridge to 48° adjacent to the stream. Elevation ranges from 480 to 565 m. A 10 m long trench was constructed to measure subsurface throughflow at the location of a seep that had been previously gauged in the early to mid-1970s [Harr, 1977; Triska et al., 1984]. The trench was constructed by intercepting subsurface water from a natural seepage face, which was routed to a calibrated 15 degree V notch weir that recorded stage at 10 min time intervals using a 1 mm resolution capacitance water level recorder (TruTrack, Inc., model WT-HR). Precipitation samples were collected weekly from January 2000 to February 2003 (about 1130 day period) in bulk collectors at two locations that coincided with a low (PRIMET, 430 m) and high (H15MET, 922 m) elevation meteorological station. Citation: Harr, R. D., and D. W. Ranken (1972), Movement of water through forested soils in steep topography, Coniferous For. Biome Internal Rep. 117, 19 pp., Univ. of Wash., Seattle. Harr, R. D. (1977), Water flux in soil and subsoil on a steep forested slope, J. Hydrol., 33(1–2), 37–58, doi:10.1016/0022-1694(77)90097-X. Sollins, P., and F. M. McCorison (1981), Nitrogen and carbon solution chemistry of an old growth coniferous forest watershed before and after cutting, Water Resour. Res., 17(5), 1409–1418, doi:10.1029/ WR017i005p01409. Sollins, P., K. J. Cromack, F. M. McCorison, R. H. Waring, and R. D. Harr (1981), Changes in nitrogen cycling at an old-growth Douglas-fir site after disturbance, J. Environ. Qual., 10, 37–42, doi:10.2134/ jeq1981.00472425001000010007x. Andrews Experimental Forest (HJA) -122.26172200 -122.10084700 44.28196400 44.19770400 1631 1631 meter Andrews Watershed 10 -122.25996600 -122.25443900 44.22015200 44.21678600 679 679 meter Andrews Lookout Creek Gaging Station -122.25714600 -122.25714600 44.21012600 44.21012600 422 422 meter Andrews Mack Creek Gaging Station -122.16744700 -122.16744700 44.21943621 44.21943621 755 755 meter Andrews Watershed 1 Gaging Station -122.25802700 -122.25802700 44.20733900 44.20733900 439 439 meter Andrews Watershed 2 Gaging Station -122.24487600 -122.24487600 44.21201500 44.21201500 545 545 meter Andrews Watershed 3 Gaging Station -122.24300000 -122.24300000 44.21944000 44.21944000 471 471 meter Andrews Watershed 6 Gaging Station -122.18070700 -122.18070700 44.26150800 44.26150800 878 878 meter Andrews Watershed 7 Gaging Station -122.17526500 -122.17526500 44.26463700 44.26463700 918 918 meter Andrews Watershed 8 Gaging Station -122.17079300 -122.17079300 44.26629426 44.26629426 962 962 meter Andrews Watershed 9 Gaging Station -122.25880100 -122.25880100 44.20119000 44.20119000 426 426 meter Andrews Watershed 10 Gaging Station -122.26105600 -122.26105600 44.21705700 44.21705700 461 461 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 Watershed 10 (WS10) hillslope throughflow weir -122.26024700 -122.26024700 44.21773400 44.21773400 498 498 meter Watershed 10 (WS10) landslide hollow (trib from SE) -122.25805600 -122.25805600 44.21805556 44.21805556 570 570 meter Watershed 10 (WS10) main channel above confluence -122.25722200 -122.25722200 44.21788889 44.21788889 520 520 meter Watershed 10 (WS10) McGuire's tipping bucket rain gauge -122.26042570 -122.26042570 44.21751927 44.21751927 481 481 meter McGuire rainfall network site 01 -122.25465700 -122.25465700 44.21010300 44.21010300 468 468 meter McGuire rainfall network site 02 -122.25504100 -122.25504100 44.21795600 44.21795600 590 590 meter McGuire rainfall network site 03 -122.22381600 -122.22381600 44.23593400 44.23593400 717 717 meter McGuire rainfall network site 04 -122.23843800 -122.23843800 44.22775000 44.22775000 631 631 meter McGuire rainfall network site 05 -122.25925100 -122.25925100 44.21565200 44.21565200 555 555 meter McGuire rainfall network site 06 -122.24740700 -122.24740700 44.21291800 44.21291800 532 532 meter McGuire rainfall network site 07 -122.22978800 -122.22978800 44.21239600 44.21239600 857 857 meter McGuire rainfall network site 08 -122.21739300 -122.21739300 44.21542700 44.21542700 932 932 meter McGuire rainfall network site 09 -122.16484400 -122.16484400 44.20378200 44.20378200 1262 1262 meter McGuire rainfall network site 10 -122.13751100 -122.13751100 44.20238200 44.20238200 1215 1215 meter McGuire rainfall network site 11 -122.18977600 -122.18977600 44.21555800 44.21555800 1249 1249 meter McGuire rainfall network site 12 -122.22654000 -122.22654000 44.22458200 44.22458200 610 610 meter McGuire rainfall network site 13 -122.21670800 -122.21670800 44.22935900 44.22935900 535 535 meter McGuire rainfall network site 14 -122.23916700 -122.23916700 44.20029500 44.20029500 847 847 meter McGuire rainfall network site 15 -122.25820100 -122.25820100 44.19948400 44.19948400 434 434 meter McGuire rainfall network site 16 -122.19752400 -122.19752400 44.22970300 44.22970300 676 676 meter McGuire rainfall network site 17 -122.11834500 -122.11834500 44.20532400 44.20532400 1338 1338 meter McGuire rainfall network site 18 -122.10268900 -122.10268900 44.21617700 44.21617700 1552 1552 meter McGuire rainfall network site 19 -122.10838400 -122.10838400 44.23281400 44.23281400 1423 1423 meter McGuire rainfall network site 20 -122.13087100 -122.13087100 44.25184000 44.25184000 1416 1416 meter McGuire rainfall network site 21 -122.12676100 -122.12676100 44.22923800 44.22923800 948 948 meter McGuire rainfall network site 22 -122.15295600 -122.15295600 44.23889700 44.23889700 908 908 meter McGuire rainfall network site 23 -122.14056300 -122.14056300 44.24101900 44.24101900 1041 1041 meter McGuire rainfall network site 24 -122.15171500 -122.15171500 44.24586500 44.24586500 1023 1023 meter McGuire rainfall network site 25 -122.14771700 -122.14771700 44.26881100 44.26881100 1142 1142 meter McGuire rainfall network site 26 -122.13847000 -122.13847000 44.27074100 44.27074100 1268 1268 meter McGuire rainfall network site 27 -122.14419800 -122.14419800 44.27664500 44.27664500 1380 1380 meter McGuire rainfall network site 28 -122.18124100 -122.18124100 44.23009100 44.23009100 640 640 meter McGuire rainfall network site 29 -122.24087100 -122.24087100 44.21701600 44.21701600 582 582 meter McGuire rainfall network site 30 -122.18342200 -122.18342200 44.26191500 44.26191500 927 927 meter McGuire rainfall network site 31 -122.17262700 -122.17262700 44.26234100 44.26234100 908 908 meter McGuire rainfall network site 32 -122.17118200 -122.17118200 44.25689300 44.25689300 857 857 meter McGuire rainfall network site 33 -122.15914300 -122.15914300 44.25799300 44.25799300 968 968 meter McGuire rainfall network site 34 -122.18315400 -122.18315400 44.25228900 44.25228900 789 789 meter McGuire rainfall network site 35 -122.20010700 -122.20010700 44.24057900 44.24057900 613 613 meter McGuire rainfall network site 36 -122.17282100 -122.17282100 44.22452100 44.22452100 836 836 meter McGuire rainfall network site 37 -122.16569500 -122.16569500 44.21786100 44.21786100 790 790 meter McGuire rainfall network site 38 -122.16265900 -122.16265900 44.22183600 44.22183600 890 890 meter McGuire WS10 Soil Pit 1 -122.26036920 -122.26036920 44.21756194 44.21756194 McGuire WS10 Soil Pit 2 -122.26032990 -122.26032990 44.21762390 44.21762390 McGuire WS10 Soil Pit 3 -122.26026190 -122.26026190 44.21766469 44.21766469 McGuire WS10 tension lysimeter nest A2 -122.26016670 -122.26016670 44.21758333 44.21758333 McGuire WS10 tension lysimeter nest A1 -122.26022220 -122.26022220 44.21758333 44.21758333 McGuire WS10 tension lysimeter nest B -122.26027780 -122.26027780 44.21763889 44.21763889 McGuire WS10 tension lysimeter nest C -122.26000000 -122.26000000 44.21750000 44.21750000 McGuire WS10 tension lysimeter nest D -122.26000000 -122.26000000 44.21777778 44.21777778 McGuire WS10 tension lysimeter nest UP1 and UP2 -122.25888890 -122.25888890 44.21805556 44.21805556 526 526 meter McGuire WS10 tension lysimeter nest UP3 and UP4 -122.25916670 -122.25916670 44.21777778 44.21777778 517 517 meter Andrews Lookout Creek Watershed -122.25879300 -122.09952700 44.28226000 44.20127400 1627 1627 meter Andrews Mack Creek Watershed -122.17282200 -122.12699600 44.22054300 44.20148000 1626 1626 meter McRae Creek -122.20859020 -122.13943300 44.27311600 44.23328700 Upper Lookout Creek -122.16810500 -122.12601600 44.23402900 44.22757500 998 998 meter 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 Principal Investigator 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/ http://orcid.org/0000-0001-9429-8925 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 Principal Investigator Michael P. Nelson

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

541-737-9221 mpnelson@oregonstate.edu http://www.michaelpnelson.com http://orcid.org/0000-0001-6917-4752 Principal Investigator David Bell david.bell@usda.gov david.bell@oregonstate.edu https://lemma.forestry.oregonstate.edu/about/david-bell 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: DEB1440409 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. 1 HF02401 Water isotope data (Oxygen-18) for streams, seeps, bulk rainfall, bulk snowmelt across the HJA: HF02401.csv 154113 b0785b946a2f5587401f2c8a0ab97c5e 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02401_v1.csv 2000-10-17 2003-02-05 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 1.0000 1.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 SAMPLE_TYPE Type of water sample varchar(20) surface stream surface water precip precipitation captured in sampling gauge snow snowmelt from lysimeter through seep/throughflow from hillslope ground ground water from well or piezometer COLLECTION_METHOD Method of sample collection char(4) grab grab sample from stream bulk bulk sample auto collected using an auto sampler or instrument DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 10/17/2000 10:20:00 AM 2/11/2003 3:48:00 PM D18O Oxygen-18 composition of water sample numeric(6,2) permil 1 real -16.8900 -4.0000 SAMPLE_ID Sample ID for McGuire database numeric(4,0) number 1 natural 1.0000 3421.0000 LABID Lab ID for USGS, Menlo Park char(7) Lab ID for USGS, Menlo Park TIME_FLAG Qualifying flag for time of measurement char(1) A Actual time recorded in data E No time recorded in data, so time guessed or estimated based on data for the site and year of collection SAMPLE_REP Replicated sample taken at same datetime as another char(1) 1 First sample for a given sample datetime 2 Second (replicate) sample for a given sample datetime PRIMARY HF02401.COLLECTION_METHOD HF02401.DATETIME HF02401.SAMPLE_TYPE HF02401.SITE HF02401.SAMPLE_REP NOTNULL HF02401.COLLECTION_METHOD HF02401.D18O HF02401.DATETIME HF02401.DBCODE HF02401.ENTITY HF02401.LABID HF02401.SAMPLE_ID HF02401.SAMPLE_TYPE HF02401.SITE HF02401.TIME_FLAG HF02401.SAMPLE_REP 1967 2 HF02402 Daily Water isotope (Oxygen-18) composition based on sequentially sampled rainfall (~5mm increments) at PRIMET: HF02402.csv 6409 4591bf5fe2baff551215d0fc2cdcd480 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02402_v1.csv 2002-09-01 2003-02-04 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 2.0000 2.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 SAMPLEDATE Date of sample collection datetime YYYY-MM-DD 9/1/2000 12:00:00 AM 2/4/2003 12:00:00 AM RAINFALL Rainfall depth derived based on the number of 5mm rainfall samples collected numeric(5,2) millimeters 1 real 0.0000 76.4500 D18O Oxygen-18 composition of water sample numeric(6,2) permil 1 real -18.7400 -5.0600 PRIMARY HF02402.SAMPLEDATE HF02402.SITE NOTNULL HF02402.D18O HF02402.DBCODE HF02402.ENTITY HF02402.RAINFALL HF02402.SAMPLEDATE HF02402.SITE 157 3 HF02403 Amino G acid tracer breakthrough collected from WS10 hillslope trench and main gauge: HF02403.csv 442922 efae74b955f03c752faadedf873464c1 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02403_v1.csv 2002-12-09 2003-02-04 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 3.0000 3.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 COLLECTION_METHOD Method of sample collection char(4) grab grab sample from stream bulk bulk sample auto collected using an auto sampler or instrument DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 12/9/2002 3:00:00 PM 2/4/2003 5:00:00 AM TIME Time from start of experiment (12/9/2002 10:30) numeric(6,1) number of hours 1 real 4.5000 1362.5000 AGA Amino G acid monopotassium salt (AGA) measured at hillslope weir numeric(5,2) micrograms per liter 1 real 1.0600 44.5200 DISCHARGE Hillslope water discharge from entity 9 numeric(8,6) liters per second 1 real 0.0200 85.5740 PRIMARY HF02403.DATETIME HF02403.SITE HF02403.TIME NOTNULL HF02403.DATETIME HF02403.DBCODE HF02403.DISCHARGE HF02403.ENTITY HF02403.SITE HF02403.TIME 6973 4 HF02404 Major ion chemistry from stream gauges WS02, WS09, WS10, and soil water in WS10: HF02404.csv 19803 24d34283a17b91a155e99f22695b6faf 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02404_v1.csv 2002-09-16 2002-12-12 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 4.0000 4.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 COLLECTION_TYPE Type of sample collection char(7) surface surface grab sample through seep/throughflow ATL30-1 tension lysimeter in nest A1 at 30 cm depth; lowest of transect (1) ATL32 tension lysimeter in nest A2 at 32 cm depth ATL70 tension lysimeter in nest A1 at 70 cm depth; lowest of transect BTL30 tension lysimeter in nest B at 30 cm depth; middle of transect, 1 m above lower datalogger housing BTL70 tension lysimeter in nest B at 70 cm depth; middle of transect, 1 m above lower datalogger housing BTL95 tension lysimeter in nest B at 95 cm depth; middle of transect, 1 m above lower datalogger housing DTL70 tension lysimeter in nest D at 70 cm depth; middle of transect, highest of transect DTL92 tension lysimeter in nest D at 90 cm depth; middle of transect, highest of transect TLUP2 tension lysimeter in UP2 nest at 45 cm depth (214 meters above flume, right bank) TLUP3 tension lysimeter in UP3 nest at 53 cm depth TLUP4 tension lysimeter in UP4 nest at 37 cm depth DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 9/16/2002 9:00:00 PM 12/12/2002 2:45:00 PM NA Na, dissolved sodium (filtrable) concentration numeric(5,1) microequivalent per liter 1 real 37.1000 631.0000 NH4 Ammonia-nitrogen (NH4-N) concentration, ammonia as nitrogen numeric(5,2) microequivalent per liter 1 real 0.9300 11.3000 NH4CODE NH4-N value qualifier code char(1) A Value within an acceptable range L Value below detection limit of less than 0.9 microeq/L H Value above quantitation limit of 8.0 microeq/L K K, dissolved potassium (filtrable) concentration numeric(5,2) microequivalent per liter 1 real 0.3500 115.0000 MG Mg, dissolved magnesium (filtrable) concentration numeric(6,2) microequivalent per liter 1 real 30.1000 378.0000 CA Ca, dissolved calcium (filtrable) concentration numeric(6,1) microequivalent per liter 1 real 68.4000 1372.0000 CL Chloride (dissolved) concentration numeric(6,1) microequivalent per liter 1 real 10.9000 1794.0000 NO3 Nitrate-nitrogen (NO3-N), nitrate + nitrite as nitrogen concentration numeric(4,2) microequivalent per liter 1 real 1.6500 9.8400 NO3CODE NO3-N value qualifier code char(1) A Value within an acceptable range L Value below detection limit of less than 0.2 microeq/L H Value above quantitation limit of 1.6 microeq/L SO4 SO4 (dissolved) concentration, sulfate as sulfur numeric(5,2) microequivalent per liter 1 real 4.4100 109.0000 SAMPLE_ID Sample ID for McGuire database numeric(4,0) number 1 natural 987.0000 2431.0000 PRIMARY HF02404.DATETIME HF02404.SITE HF02404.COLLECTION_TYPE NOTNULL HF02404.DATETIME HF02404.DBCODE HF02404.ENTITY HF02404.SAMPLE_ID HF02404.SITE HF02404.NH4CODE HF02404.NO3CODE HF02404.COLLECTION_TYPE 208 5 HF02405 Water isotope data (Oxygen-18) and rainfall from rain gauge network across the HJA: HF02405.csv 7699 8dd317466ef028b432dff0989e178b0b 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02405_v1.csv 2002-09-21 2003-08-11 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 5.0000 5.0000 RAINGAGE Raingage Location char(4) RN01 McGuire rainfall network site 01 RN02 McGuire rainfall network site 02 RN03 McGuire rainfall network site 03 RN04 McGuire rainfall network site 04 RN05 McGuire rainfall network site 05 RN06 McGuire rainfall network site 06 RN07 McGuire rainfall network site 07 RN08 McGuire rainfall network site 08 RN09 McGuire rainfall network site 09 RN10 McGuire rainfall network site 10 RN11 McGuire rainfall network site 11 RN12 McGuire rainfall network site 12 RN13 McGuire rainfall network site 13 RN14 McGuire rainfall network site 14 RN15 McGuire rainfall network site 15 RN16 McGuire rainfall network site 16 RN17 McGuire rainfall network site 17 RN18 McGuire rainfall network site 18 RN19 McGuire rainfall network site 19 RN20 McGuire rainfall network site 20 RN21 McGuire rainfall network site 21 RN22 McGuire rainfall network site 22 RN23 McGuire rainfall network site 23 RN24 McGuire rainfall network site 24 RN25 McGuire rainfall network site 25 RN26 McGuire rainfall network site 26 RN27 McGuire rainfall network site 27 RN28 McGuire rainfall network site 28 RN29 McGuire rainfall network site 29 RN30 McGuire rainfall network site 30 RN31 McGuire rainfall network site 31 RN32 McGuire rainfall network site 32 RN33 McGuire rainfall network site 33 RN34 McGuire rainfall network site 34 RN35 McGuire rainfall network site 35 RN36 McGuire rainfall network site 36 RN37 McGuire rainfall network site 37 RN38 McGuire rainfall network site 38 EVENT Storm Event; time was not noted and 12:00 PM was assumed char(1) 1 storm event 1 2 storm event 2 3 storm event 3 4 storm event 4 DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 9/21/2002 1:05:00 AM 8/11/2003 3:30:00 AM RAINFALL_VOL Total rainfall volume collected in gauge since pervious period numeric(3,0) milliliters 1 real 26.0000 540.0000 RAINFALL_DEP Total rainfall depth collected in gauge since pervious period numeric(5,3) millimeters 1 real 3.6000 75.8000 D18O Oxygen-18 composition of water sample numeric(6,2) permil 1 real -14.1400 -5.5900 PRIMARY HF02405.DATETIME HF02405.EVENT HF02405.RAINGAGE NOTNULL HF02405.DATETIME HF02405.DBCODE HF02405.ENTITY HF02405.EVENT HF02405.RAINGAGE 149 6 HF02406 Dissolved silica from stream gauges WS09, WS10, and soil water in WS10: HF02406.csv 11939 fe033877f2a47975a456deb205532852 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02406_v1.csv 2002-10-02 2002-12-20 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 6.0000 6.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 COLLECTION_TYPE Type of sample collection char(7) surface surface grab sample through seep/throughflow ATL30-1 tension lysimeter in nest A1 at 30 cm depth; lowest of transect (1) ATL32 tension lysimeter in nest A2 at 32 cm depth ATL70 tension lysimeter in nest A1 at 70 cm depth; lowest of transect BTL30 tension lysimeter in nest B at 30 cm depth; middle of transect, 1 m above lower datalogger housing BTL70 tension lysimeter in nest B at 70 cm depth; middle of transect, 1 m above lower datalogger housing BTL95 tension lysimeter in nest B at 95 cm depth; middle of transect, 1 m above lower datalogger housing DTL70 tension lysimeter in nest D at 70 cm depth; middle of transect, highest of transect DTL92 tension lysimeter in nest D at 90 cm depth; middle of transect, highest of transect TLUP2 tension lysimeter in UP2 nest at 45 cm depth (214 meters above flume, right bank) TLUP3 tension lysimeter in UP3 nest at 53 cm depth TLUP4 tension lysimeter in UP4 nest at 37 cm depth DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 10/2/2002 3:35:00 PM 12/20/2002 9:00:00 AM SI Dissolved Silica numeric(3,0) micromoles per liter 1 real 13.0000 482.0000 SAMPLE_ID Sample ID for McGuire database numeric(4,0) number 1 natural 987.0000 2432.0000 PRIMARY HF02406.DATETIME HF02406.SITE NOTNULL HF02406.DATETIME HF02406.DBCODE HF02406.ENTITY HF02406.SAMPLE_ID HF02406.SI HF02406.SITE 209 7 HF02407 Rainfall, specific conductance, and water temperature from WS10 hillslope weir and WS10 main weir: Rainfall depth is calculated from the nearby tipping bucket (entity 12) binned to 10 minute intervals HF02407.csv 4764917 70883a8574502356421f7840a1d81580 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02407_v1.csv 2002-04-25 2003-03-25 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 7.0000 7.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 4/25/2002 10:20:00 AM 3/25/2003 11:40:00 AM RAINFALL_DEPTH Rainfall depth measured by tipping bucket on hillslope (entity 12) binned to 10 minute intervals numeric(5,3) millimeters 1 real 0.2540 2.2860 EC Hillslope water specific conductance numeric(6,4) milli Siemens per centimeter 1 real 0.0050 0.3180 WATERTEMP Hillslope water temperature numeric(4,1) degrees Celsius 1 real 0.2000 24.9000 PRIMARY HF02407.DATETIME HF02407.SITE NOTNULL HF02407.DATETIME HF02407.DBCODE HF02407.ENTITY HF02407.RAINFALL_DEPTH HF02407.SITE HF02407.WATERTEMP 86050 8 HF02408 Soil moisture from Campbell CS 615s on hillslope in 3 soil pits: HF02408.csv 19691888 3f176659d363bad053a5f507b5653a5e 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02408_v1.csv 2002-04-24 2003-03-11 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 8.0000 8.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 4/24/2002 12:00:00 AM 3/11/2003 12:00:00 AM DEPTH Soil Depth numeric(3,0) centimeters 1 integer 30.0000 100.0000 SM Soil Moisture measured as volumetric water content numeric(5,3) cubic meters per cubic meter 1 real 0.1490 0.5550 PRIMARY HF02408.DATETIME HF02408.DEPTH HF02408.SITE NOTNULL HF02408.DATETIME HF02408.DBCODE HF02408.DEPTH HF02408.ENTITY HF02408.SITE HF02408.SM 416025 9 HF02409 WS10 hillslope discharge data: HF02409.csv 2819930 1c60ad8002576c658cc9efa9f8d37800 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02409_v1.csv 2002-04-24 2003-03-31 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 9.0000 9.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 4/24/2002 1:17:00 PM 3/31/2003 11:39:00 PM CAPROD_TEMP Hillslope water temperature from capacitance rod, does not equal actual water temperature numeric(4,1) degrees Celsius 1 real -4.4000 31.9000 DISCHARGE Hillslope water discharge from entity 9 numeric(8,6) liters per second 1 real 0.0059 1.1936 QCODE Data quality codes char(10) G good E estimated A adjusted offset M missing and predicted from WS10 Q (R-Sq = 0.947, MSE=0.0013) PRIMARY HF02409.DATETIME HF02409.SITE NOTNULL HF02409.DATETIME HF02409.DBCODE HF02409.DISCHARGE HF02409.ENTITY HF02409.QCODE HF02409.SITE 50892 10 HF02410 Water isotope data (Oxygen-18) of synoptic sampling in major tributaries and streams in HJA, Blue River and McKenzie basins: See synoptic sampling map in related materials for sample locations HF02410.csv 9713 caeab264fbb10180e0201eaf249ccc55 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02410_v1.csv 2001-09-18 2002-09-26 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 10.0000 10.0000 SUBBASIN Subbasin in which stream is located char(15) McKenzie McKenzie River Watershed Blue River Blue River Watershed McRae McRae Creek Mack Andrews Mack Creek Watershed Lookout Andrews Lookout Creek Watershed Upper Lookout Upper Lookout Creek SYN_SITE Site location code for synoptic sampling char(10) ZZ Unknown basin; stream sample site ZZ ZZ SEEP Unknown basin; stream sample site ZZ SEEP BR_DAM Blue River basin; Blue River below dam stream sample site BR_DAM BR_LOOK Blue River basin; Blue River Below LOOK stream sample site BR_LOOK BR_QUE Blue River basin; Blue River at Quentin stream sample site BR_QUE COOK Blue River basin; Cook Creek stream sample site COOK HJA_BD Blue River basin; stream sample site HJA_BD ORE Blue River basin; Ore Creek stream sample site ORE QUENTIN Blue River basin; Quentin Creek stream sample site QUENTIN TB_ORE Blue River basin; Tidbits Creek above Ore Creek stream sample site TB_ORE TIDBITS Blue River basin; stream sample site TIDBITS HJA_AS Lookout basin; stream sample site HJA_AS HJA_BB Lookout basin; stream sample site HJA_BB HJA_BL Lookout basin; stream sample site HJA_BL HJA_BM Lookout basin; stream sample site HJA_BM HJA_C Lookout basin; stream sample site HJA_C HJA_D Lookout basin; stream sample site HJA_D HJA_F Lookout basin; stream sample site HJA_F HJA_K Lookout basin; stream sample site HJA_K HJA_K2 Lookout basin; stream sample site HJA_K2, near K HJA_O Lookout basin; stream sample site HJA_O LOOK Lookout basin; stream sample site LOOK, 3H WS01 Lookout basin; stream sample site WS01 WS02 Lookout basin; stream sample site WS02 WS03 Lookout basin; stream sample site WS03 HJA_CC Mack basin; stream sample site HJA_CC HJA_T Mack basin; stream sample site HJA_T, (SADDLE), 3H HJA_U Mack basin; stream sample site HJA_U, (MACK), 3H HJA_V Mack basin; stream sample site HJA_V HJA_W Mack basin; stream sample site HJA_W DEER McKenzie basin; Deer Creek stream sample site DEER MCK_ARM McKenzie basin; McKenzie at Armitage stream sample site MCK_ARM MCK_SIL McKenzie basin; McKenzie @ Silver Creek boat launch stream sample site MCK_SIL OLLALIE McKenzie basin; Ollaloo Creek stream sample site OLLALIE HJA_AQ McRae basin; stream sample site HJA_AQ HJA_AR McRae basin; stream sample site AR (MCRAE) HJA_AU McRae basin; stream sample site HJA_AU HJA_AW McRae basin; stream sample site HJA_AW HJA_AY McRae basin; stream sample site HJA_AY HJA_AZ McRae basin; stream sample site HJA_AZ HJA_BA McRae basin; stream sample site HJA_BA WS06 McRae basin; stream sample site WS06 WS07 McRae basin; stream sample site WS07 WS08 McRae basin; stream sample site WS08, 3H HJA_AA Upper Lookout basin; stream sample site HJA_AA HJA_AB Upper Lookout basin; stream sample site HJA_AB HJA_AD Upper Lookout basin; stream sample site AD (LONGER) HJA_AE Upper Lookout basin; stream sample site HJA_AE HJA_AF Upper Lookout basin; stream sample site HJA_AF HJA_AG Upper Lookout basin; stream sample site AG (COLD CREEK), 3H HJA_AH Upper Lookout basin; stream sample site HJA_AH HJA_AI Upper Lookout basin; stream sample site HJA_AI HJA_AJ Upper Lookout basin; stream sample site HJA_AJ HJA_AK Upper Lookout basin; stream sample site HJA_AK HJA_AM Upper Lookout basin; stream sample site HJA_AM HJA_AP Upper Lookout basin; stream sample site HJA_AP HJA_Y Upper Lookout basin; stream sample site HJA_Y DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 9/18/2001 10:00:00 AM 9/26/2002 3:00:00 PM D18O Oxygen-18 composition of water sample numeric(6,2) permil 1 real -12.3500 -10.3000 TIMECODE Code describing the sample time char(1) G time is accurate as recorded when sampled M time was not recorded and estimated COLLECTION_METHOD Method of sample collection char(4) grab grab sample from stream bulk bulk sample auto collected using an auto sampler or instrument SAMPLE_TYPE Type of water sample varchar(20) surface stream surface water precip precipitation captured in sampling gauge snow snowmelt from lysimeter through seep/throughflow from hillslope ground ground water from well or piezometer SAMPLE_ID Sample ID for McGuire database numeric(4,0) number 1 natural 352.0000 1159.0000 LABID Lab ID for USGS, Menlo Park char(7) Lab ID for USGS, Menlo Park SITE_DESCRIPTION description of the synoptic sampling site char(85) description of the synoptic sampling site PRIMARY HF02410.COLLECTION_METHOD HF02410.DATETIME HF02410.SAMPLE_TYPE HF02410.SYN_SITE HF02410.SUBBASIN NOTNULL HF02410.COLLECTION_METHOD HF02410.D18O HF02410.DATETIME HF02410.DBCODE HF02410.ENTITY HF02410.LABID HF02410.SAMPLE_ID HF02410.SAMPLE_TYPE HF02410.SYN_SITE HF02410.TIMECODE HF02410.SUBBASIN 70 11 HF02411 Bromide tracer breakthrough with water temperature, specific conductance, discharge and rainfall collected from WS10 hillslope trench: Rainfall depth is calculated from the nearby tipping bucket (entity 12) binned to 10 minute intervals HF02411.csv 1108544 f66a303cbc3a1535c76106e7b83bfa1a 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02411_v1.csv 2002-12-09 2003-03-20 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 11.0000 11.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 COLLECTION_METHOD Method of sample collection char(4) grab grab sample from stream bulk bulk sample auto collected using an auto sampler or instrument DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 12/9/2002 10:30:00 AM 3/20/2003 12:00:00 AM TIME Time from start of experiment (12/9/2002 10:30) numeric(6,1) number of hours 1 real 0.1700 2413.5000 WATERTEMP Hillslope water temperature numeric(4,1) degrees Celsius 1 real 4.7000 9.5000 EC Hillslope water specific conductance numeric(6,4) milli Siemens per centimeter 1 real 0.0187 0.1929 DISCHARGE Hillslope water discharge from entity 9 numeric(8,6) liters per second 1 real 0.0129 1.1935 RAINFALL_DEPTH Rainfall depth measured by tipping bucket on hillslope (entity 12) binned to 10 minute intervals numeric(5,3) millimeters 1 real 0.2540 2.2860 PRIMARY HF02411.DATETIME NOTNULL HF02411.DATETIME HF02411.DBCODE HF02411.ENTITY 14482 12 HF02412 Raw tipping bucket data from WS10 hillslope: Each record represents the datetime of one tip HF02412.csv 674817 a2fbcf1ea47721443a9deb24b2b67dd6 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=HF02412_v1.csv 2001-11-05 2003-08-05 DBCODE FSDB Database Code char(5) HF024 FSDB Database Study Code ENTITY Entity Number numeric(2,0) number 1 natural 12.0000 12.0000 SITE Site location char(10) GSWS01 Andrews Watershed 1 Gaging Station GSWS02 Andrews Watershed 2 Gaging Station GSWS03 Andrews Watershed 3 Gaging Station GSWS06 Andrews Watershed 6 Gaging Station GSWS07 Andrews Watershed 7 Gaging Station GSWS08 Andrews Watershed 8 Gaging Station GSWS09 Andrews Watershed 9 Gaging Station GSWS10 Andrews Watershed 10 Gaging Station GSMACK Andrews Mack Creek Gaging Station GSLOOK Andrews Lookout Creek Gaging Station PRIMET Primary Meteorological Station H15MET High 15 Meteorological Station WS10S1 Watershed 10 (WS10) hillslope throughflow weir WS10S2 Watershed 10 (WS10) landslide hollow (trib from SE) WS10S3 Watershed 10 (WS10) main channel above confluence WS10TB Watershed 10 (WS10) McGuire's tipping bucket rain gauge WS10P1 McGuire WS10 Soil Pit 1 WS10P2 McGuire WS10 Soil Pit 2 WS10P3 McGuire WS10 Soil Pit 3 WS10A2 McGuire WS10 tension lysimeter nest A2 WS10A1 McGuire WS10 tension lysimeter nest A1 WS10B1 McGuire WS10 tension lysimeter nest B WS10C1 McGuire WS10 tension lysimeter nest C WS10D1 McGuire WS10 tension lysimeter nest D WS10UP12 McGuire WS10 tension lysimeter nest UP1 and UP2 WS10UP34 McGuire WS10 tension lysimeter nest UP3 and UP4 DATETIME Date and time of sample collection datetime YYYY-MM-DD hh:mm:ss 11/5/2001 12:26:59 AM 8/5/2003 3:23:52 PM RAINFALL_AMT Amount of rain per tip of the bucket (always 0.254 mm); record represents 1 tip numeric(5,3) millimeters 1 real 0.2540 0.2540 PRIMARY HF02412.DATETIME HF02412.SITE NOTNULL HF02412.DATETIME HF02412.DBCODE HF02412.ENTITY HF02412.RAINFALL_AMT HF02412.SITE 14995 micrograms per liter microequivalent per liter milliliters; 1/1000 of a liter micromoles per liter centimeters; .01 meters cubic meters per cubic meter parts per thousand, relative to a standard. for isotopes. Isotope data uses LC-delta=(Rx/Rs-1)*1000 liters per second milli Siemens per centimeter one hour excluding leap seconds, 3600 seconds Degrees Celsius; a common unit of temperature; constantToSI=273.18 dimensionless number, i.e., ratio, count millimeters; .001 meters