068id:"ess-dive-d3dc26585e68115-20210722T195610978"ess-dive-d3dc26585e68115-20210722T195610978ess-dive-d3dc26585e68115-20210722T195610978doi:10.15485/1603775WHONDRS_Summer_2019_Sampling_Campaign_Global.xmlhttps://eml.ecoinformatics.org/eml-2.2.0METADATA6486246f101c86c2cc6c7e80655b708f2fe8dhttp://orcid.org/0000-0003-0490-6451MD5http://orcid.org/0000-0003-0490-6451true3urn:node:KNBurn:node:mnORC1urn:node:UICurn:node:NKNurn:node:mnUNM1urn:node:mnUCSB1urn:node:US_MPCurn:node:NMEPSCORess-dive-d3dc26585e68115-20210721T1445416872021-07-22T19:56:11.621Z2021-07-22T19:56:11.621Z2021-07-22T19:56:15.178Zurn:node:ESS_DIVEurn:node:ESS_DIVEurn:node:ESS_DIVEurn:node:CNcompleted2021-07-22T19:57:25.823Z2021-07-22T19:57:25.869ZpublicCN=ess-dive-publish,DC=dataone,DC=orgCN=urn:node:ESS_DIVE,DC=dataone,DC=orgCN=ess-dive-admins,DC=dataone,DC=orgCN=urn:node:ESS_DIVE,DC=dataone,DC=orgCN=ess-dive-admins,DC=dataone,DC=orgCN=urn:node:ESS_DIVE,DC=dataone,DC=orgCN=ess-dive-admins,DC=dataone,DC=orgtruehttps://cn.dataone.org/cn/v2/resolve/ess-dive-d3dc26585e68115-20210722T195610978The WHONDRS Summer 2019 Sampling (S19S) Campaign collected samples in 97 globally distributed river corridor systems between July and September 2019. Surficial streambed sediments were collected at three locations within each site (upstream, midstream, and downstream). Surface water was collected at the downstream site. This dataset includes a portion of the data types produced from the surface water samples and does not include any results from the sediment. Sediment data can be found at https://data.ess-dive.lbl.gov/view/doi:10.15485/1729719. Future datasets from this study will include hydrologic and microbial data from the surface water and sediment. The S19S campaign was designed with the science community to ask questions associated with links among core/transient metabolomes, microbial metabolism, biogeochemical function, and physical properties of watershed and river corridor systems. This dataset contains (1) high resolution characterization of dissolved organic matter from surface water via 12 Tesla Fourier transform ion cyclotron resonance mass spectrometry (FTICR-MS) through the Environmental Molecular Sciences Laboratory (EMSL; https://www.pnnl.gov/environmental-molecular-sciences-laboratory); (2) non-purgeable organic carbon (NPOC); (3) stable water isotopes (O and H); (4) specific conductivity (SpC), total nitrogen (TN), and anions; and (5) metadata. The FTICR-MS files are .xml, and the data package includes instructions for using Formularity (https://omics.pnl.gov/software/formularity) and an R script to process the data based on the user’s specific needs. All other files are .csv. This data package was originally published in March 2020. It was updated in October 2020 and July 2021. See the readme file for the change history. Please use the data package’s DOI to cite the data package. We ask that you email us at WHONDRS@pnnl.gov to let us know that you are using the data and acknowledge WHONDRS and the U.S. Department of Energy's Environmental System Science program—which generously provides funding to WHONDRS—in your publications, proposals, presentations, etc. All data are free to be used for any purpose, such as for manuscripts, presentations, and grant proposals. There is no obligation to include WHONDRS members as co-authors.WHONDRSWatershedRiver corridorHydrologyBiogeochemistryHyporheic zoneHydrologic exchangeRiverStreamCarbonFTICRMetaboliteMetabolomicsMass spectrometryCatchmentMicrobiomeIsotope geochemistryFreshwaterOrganic matterEARTH SCIENCE > TERRESTRIAL HYDROSPHERE > SURFACE WATERFTICR-MSDeuterium18-ONPOCTotal nitrogenSpecific conductanceChlorideSulfateNitrateNitriteFluorideAnionsEARTH SCIENCE > TERRESTRIAL HYDROSPHERE > WATER QUALITY/WATER CHEMISTRY > ISOTOPES > STABLE ISOTOPESWHONDRS Summer 2019 Sampling Campaign: Global River Corridor Surface Water FTICR-MS, NPOC, TN, Anions, and Stable IsotopesRiver Corridor and Watershed Biogeochemistry SFA Worldwide Hydrobiogeochemistry Observation Network for Dynamic River Systems (WHONDRS)DOE:DOE Award #5473749.3860949.38609-121.45047-121.45047S19S_0001, Fraser River, Hope, British Columbia, CanadaS19S_0003, Thompson River, Kamloops, British Columbia, CanadaS19S_0004, South Thompson River, Chase, British Columbia, CanadaS19S_0005, Assiniboine River, Winnipeg, Manitoba, CanadaS19S_0006, Dead Run, Baltimore, Maryland, USA, NSF Long Term Ecological Research (LTER) site: Baltimore Ecosystem StudyS19S_0007, Providence Creek , Shaver Lake, California, USA, USDA Forest Service Experimental Watershed site: King's RiverS19S_0008, Teakettle T003 Stream, Shaver Lake, California, USA, USDA Forest Service Experimental Watershed site: King's RiverS19S_0009, Little Wind River, Riverton, Wyoming, USAS19S_0010, Altamaha River, Doctortown, Georgia, USA, NSF Long Term Ecological Research (LTER) site: Georgia Coastal EcosystemsS19S_0011, Middle Oconee River, Athens, Georgia, USAS19S_0012, Hop Brook, New Salem, Massachusetts, USA, National Ecological Observatory (NEON) site: HOPBS19S_0013, Posey Creek, Front Royal, Virginia, USA, National Ecological Observatory (NEON) site: POSES19S_0014, Lewis Run, Berryville, Virginia, USA, National Ecological Observatory (NEON) site: LEWIS19S_0015, Flint River, Newton, Georgia, USA, National Ecological Observatory (NEON) site: FLNTS19S_0016, King's Creek River, Manhattan, Kansas, USA, National Ecological Observatory (NEON) site: KINGS19S_0017, McDiffett Creek River, Manhattan, Kansas, USA, National Ecological Observatory (NEON) site: MCDIS19S_0018, LeConte Creek, Gatlinburg, Tennessee, USA, National Ecological Observatory (NEON) site: LECOS19S_0019, Walker Branch River, Oak Ridge, Tennessee, USA, National Ecological Observatory (NEON) site: WALKS19S_0020, Tombigbee River, Toxey, AL, Alabama, USA, National Ecological Observatory (NEON) site: TOMBS19S_0021, Black Warrior River, Demopolis, Alabama, USA, National Ecological Observatory (NEON) site: BLWAS19S_0022, Mayfield Creek, Moundville, Alabama, USA, National Ecological Observatory (NEON) site: MAYFS19S_0023, Arikaree River, Idalia, Colorado, USA, National Ecological Observatory (NEON) site: ARIKS19S_0024, Blue River, Connerville, Oklahoma, USA, National Ecological Observatory (NEON) site: BLUES19S_0025, Pringle Creek, Alvord, Texas, USA, National Ecological Observatory (NEON) site: PRINS19S_0026, Como Creek, Nederland, Colorado, USA, National Ecological Observatory (NEON) site: COMOS19S_0027, West St. Louis Creek, Fraser, Colorado, USA, National Ecological Observatory (NEON) site: WLOUS19S_0028, Sycamore Creek, Mesa, Arizona, USA, National Ecological Observatory (NEON) site: SYCAS19S_0029, Red Butte Creek, Salt Lake City, Utah, USA, National Ecological Observatory (NEON) site: REDBS19S_0030, Martha Creek, Stabler, Washington, USA, National Ecological Observatory (NEON) site: MARTS19S_0031, McRae Creek, Blue River, Oregon, USA, National Ecological Observatory (NEON) site: MCRAS19S_0032, Teakettle 2 Creek River, Sierra National Forest, California, USA, National Ecological Observatory (NEON) site: RECRS19S_0033, Big Creek River, Auberry, California, USA, National Ecological Observatory (NEON) site: BIGCS19S_0034, La Jara River, Los Alamos, New Mexico, USA, NSF Critical Zone Observatory (CZO) site: Jemez/Valle CalderaS19S_0035, Marshall Gulch River, Summerhaven, Arizona, USA, NSF Critical Zone Observatory (CZO) site: Santa CatalinaS19S_0036, Columbia River, Richland, Washington, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed siteS19S_0037, White Clay Creek, Avondale, Pennsylvania, USAS19S_0038, White Clay Creek, Avondale, Pennsylvania, USAS19S_0039, East Fork Poplar Creek, Oak Ridge, Tennessee, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed siteS19S_0040, Kings Creek (N04D), Manhattan, Kansas, USA, NSF Long Term Ecological Research (LTER) site: Konza PrairieS19S_0041, Crooked River, Prineville, Oregon, USAS19S_0042, Shark River Slough, Flamingo, Florida, USA, NSF Long Term Ecological Research (LTER) site: Florida Coastal EvergladesS19S_0043, Dorn Creek, Middleton, Wisconsin, USAS19S_0044, Huger Creek, Cordesville, South Carolina, USA, USDA Forest Service Experimental Forest: SanteeS19S_0045, Erpe River Sidechannel, Berlin-Heidemühle, Brandenburg, GermanyS19S_0046, Nigardsbreen River, Nigardsbreen, Not_Provided, NorwayS19S_0047, Kuparuk River, Toolik Field Station, Alaska, USA, NSF Long Term Ecological Research (LTER) site: ArcticS19S_0048, Rio Cupeyes, Sabana Grande, Puerto Rico, USA, National Ecological Observatory (NEON) site: CUPES19S_0049, Rio Guilarte, Adjuntas, Puerto Rico, USA, National Ecological Observatory (NEON) site: GUILS19S_0050, Oksrukuyik Creek, North Slope Borough, Alaska, USA, National Ecological Observatory (NEON) site: OKSRS19S_0051, Caribou Creek, Fairbanks, Alaska, USA, National Ecological Observatory (NEON) site: CARIS19S_0052, Platte Kill River, Dunraven, New York, USAS19S_0053, Farmington River, Simsbury, Connecticut, USAS19S_0054, Pamunkey River, New Kent, Virginia, USAS19S_0055, South Fork Polouse River, Pullman, Washington, USAS19S_0056, Nakdong River, Busan, Not_Provided, South KoreaS19S_0057, Tims Branch River, Aiken, South Carolina, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed siteS19S_0058, Jordan River, Gesher Arik, Not_Provided, IsraelS19S_0059, Heel Creek tributary, Deer Valley, Washington, USAS19S_0060, Yakima River, Benton City, Washington, USAS19S_0061, Black Earth Creek, Cross Plains, Wisconsin, USA, NSF Long Term Ecological Research (LTER) site: North Temperate LakesS19S_0062, Gunnison River, Gunnison, Colorado, USAS19S_0063, Lower Colorado River, Austin, Texas, USAS19S_0064, Shavers Creek, Petersburg, Pennsylvania, USA, NSF Critical Zone Observatory (CZO) site: Shale HillsS19S_0065, Russian River, Guerneville, California, USAS19S_0066, Rio Grande, Albuquerque, New Mexico, USAS19S_0067, Augusta Creek, Hickory Corners, Michigan, USA, NSF Long Term Ecological Research (LTER) site: Kellogg Biological StationS19S_0068, Watershed 1 (WS1) stream, Blue River, Oregon, USA, USDA Forest Service Experimental Forest site: HJ AndrewsS19S_0069, North Fork. Caspar Creek, Ft. Bragg, California, USA, USDA Forest Service Experimental Watershed site: Caspar CreekS19S_0070, South Fork Caspar Creek, Ft. Bragg, California, USA, USDA Forest Service Experimental Watershed site: Caspar CreekS19S_0071, Gordon Creek, Nederland, Colorado, USA, NSF Critical Zone Observatory (CZO) site: Boulder CreekS19S_0072, Sawmill Brook, Burlington, Massachusettes, USA, NSF Long Term Ecological Research (LTER) site: Plum Island EcosystemsS19S_0073, Cart Creek, Newbury, Massachusettes, USA, NSF Long Term Ecological Research (LTER) site: Plum Island EcosystemsS19S_0074, Columbia River, Richland, Washington, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed siteS19S_0075, Columbia River, Richland, Washington, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed siteS19S_0076, Columbia River, Richland, Washington, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed siteS19S_0077, Cache La Poudre River, Fort Collins, Colorado, USAS19S_0078, Little Wolf Creek, Tyee, Oregon, USAS19S_0079, Umpqua River, Elkton, Oregon, USAS19S_0080, Rio Grande, South Valley, New Mexico, USA, NSF Long Term Ecological Research (LTER) site: SevilletaS19S_0081, Northeast Branch of Anacostia River, Riverdale, Maryland, USAS19S_0082, Muddy Creek, Edgewater, Maryland, USAS19S_0083, Sangamon River, Fisher, Illinois, USA, NSF Critical Zone Observatory (CZO) site: Intensively Managed LandscapesS19S_0084, Watershed 3 (WS3) River, North Woodstock, New Hampshire, USA, USDA Forest Service Experimental Forest site: HJ AndrewsS19S_0085, Mores Creek, Idaho City, Idaho, USAS19S_0086, Red Butte Creek, Salt Lake City, Utah, USAS19S_0087, Dobson Creek, Boise, ID, Idaho, USAS19S_0089, Stroubles Creek, Blacksburg, Virginia USAS19S_0090, Cobb Mill Creek, Oyster, Virginia, USA, NSF Long Term Ecological Research (LTER) site: Virginia Coast ReserveS19S_0091, Copper River, Cordova, Alaska, USAS19S_0092, Blythe River, Birmingham, UKS19S_0093, Wood Brook, Stafford, UKS19S_0094, Icacos River, Naguabo, Puerto Rico, USA, NSF Critical Zone Observatory (CZO) site: LuquilloS19S_0096, Orco River, San Benigno Canavese, ItalyS19S_0097, Logan River, Logan, Utah, USAS19S_0098, Logan River, Logan, Utah, USAS19S_0099, Great Miami River, Cincinnati, Ohio, USAS19S_0100, East River, Crested Butte, Colorado, USA, US DOE Biological and Environmental Research (BER) Scientific Focus Area (SFA) watershed testbed site2019-07-29T00:00:00Z2019-09-19T00:00:00Z2020-01-01T00:00:00Z2020-01-01T00:00:00ZJason G ToyodaJason GToyodaToyodaToyodaGoldmanChuDanczakDalyGarayburu-CarusoGrahamLinMoranRenRenteriaReschTfailyTolicTorgesonWellsWrightonStegenWHONDRS ConsortiumToyodaGoldmanChuDanczakDalyGarayburu-CarusoGrahamLinMoranRenRenteriaReschTfailyTolicTorgesonWellsWrightonStegenWHONDRS ConsortiumJason G ToyodaAmy E GoldmanRosalie K ChuRobert E DanczakRebecca A DalyVanessa A Garayburu-CarusoEmily B GrahamXinming LinJames J MoranHuiying RenLupita RenteriaCharles T ReschMalak TfailyNikola TolicJoshua M TorgesonJacqueline WellsKelly C WrightonJames C StegenThe WHONDRS ConsortiumPacific Northwest National LaboratoryColorado State UniversityUniversity of Arizona/Pacific Northwest National Laboratoryhttps://cn.dataone.org/cn/v2/resolve/ess-dive-d3dc26585e68115-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-dive-d3dc26585e68115-20210722T195610978ess-dive-d3dc26585e68115-20210722T195610978ess-dive-5594edd2ef04b99-20210721T142728182ess-dive-8579631061a07ce-20210722T195610962