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Boiling River at Mammoth (YBOI), Yellowstone National Park Sample Collection: Samples were collected near the USGS stream gage 06190540 (Latitude 44°59'05.83", Longitude 110°41'18.20" NAD83). At the time of collection, all waters samples were filtered through a syringe filter (0.45-micrometer). Two splits of the filtered water were retained for chemical analyses, including an unacidified (FU) sample for determination of anion concentrations and a nitric acid preserved (FA; 1% volume-to-volume concentrated trace-metal grade nitric acid) sample for cation and trace metal analyses. During sample collection, the water temperature, specific conductance, and pH were often measured. Sample Analyses: Concentrations...
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Falls River near Squirrel, Idaho (YFAL) Sample Collection: Samples were collected near the USGS stream gage 13046995 (Latitude 44°03'43", Longitude 111°09'07" NAD83). At the time of collection, all waters samples were filtered through a syringe filter (0.45-micrometer). Two splits of the filtered water were retained for chemical analyses, including an unacidified (FU) sample for determination of anion concentrations and a nitric acid preserved (FA; 1% volume-to-volume concentrated trace-metal grade nitric acid) sample for cation and trace metal analyses. During sample collection, the water temperature, specific conductance, and pH were often measured. Sample Analyses: Concentrations of chloride, fluoride,...
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Note: No formal accuracy tests were conducted and these data are disseminated to allow discussion related to methods. Sample Analyses: Samples were processed at both the USGS in Menlo Park, CA, and at UC Berkeley following established methodology for separating organic material from sinter (Howald et al., 2014; Lowenstern et al., 2016; Slagter et al., 2019). First, the exterior surface of each sample was removed using a rock saw, and then any further material was removed if there was any visible algal material in the interior of the sample. Second, samples underwent a series of chemical baths. Samples were crushed and soaked in 30% hydrogen peroxide for 48 hours to remove any remaining modern algae. Once cleaned,...
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We installed an eddy covariance station on July 10, 2018 at Bison Flat, an acid-sulfate, vapor-dominated area (0.04-km2) in Norris Geyser Basin, Yellowstone National Park, WY to monitor variations in hydrothermal gas and heat emissions. Since then, this station has measured CO2, H2O and sensible and latent heat fluxes, air temperature and pressure, and wind speed and direction on a half-hourly basis. We also measured soil CO2 fluxes and temperatures on a grid using the accumulation chamber method and thermocouple probes, respectively, on July 11-12, 2018 and soil CO2 fluxes only on June 25, 2019. On July 10, 2018 and June 24, 2019, we collected fumarole gas samples for analysis of bulk chemical and carbon (d13C-CO2)...
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Data in this data release were obtained for water samples collected under Yellowstone National Park Research Permit YELL-05194 in 2017 through the Integrated Yellowstone Studies Project funded by the Mineral Resources Program. Isotope-spiked incubations were carried out to determine methylation and demethylation potential for Frying Pan spring, Crystal Sister East, Crystal Sister West, and Turbulent Pool, which were selected based on existing data on total mercury and methylmercury concentrations (see companion data release (https://doi.org/10.5066/P9IUY03O). The data represent the experimental conditions of incubation experiments (temperature, time, and experimental spikes) and concentration data associated with...
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Figure caption: Scanning electron micrograph of obsidian grain from about 26 m in drill hole Y-2. Perlitic cracks and shallow solution pits in the grain are partly filled by clinoptilolite and montmorillonite. Scale bar is 30 microns. No index card. Published as Figure 8 in Zeolites in Yellowstone National Park. The Mineralogical Record; 12: 29-38. Note: Similar to bke00003_mm00716.
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Figure caption: Scanning electron micrograph of an intergrown fibrous mat of pectolite from around 27 m in drill hole Y-3. Scale bar is 3 microns. No index card. Published as Figure 29 in Zeolites in Yellowstone National Park. The Mineralogical Record; 12: 29-38.
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Figure caption: Scanning electron micrograph of fibrous gyrolite from around 28 m in drill hole C-1. Scale bar is 10 microns. No index card. Published as Figure 28 in Zeolites in Yellowstone National Park. The Mineralogical Record; 12: 29-38.
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Figure caption: Scanning electron micrograph of acicular aggregates of bladed dachiardite (d) from 98.1 m in drill core Y-6. Clusters of platy smectite (s) and fibrous mordenite (m) are deposited later than the dachiardite (after Bargar and Beeson 1984). No index card. Published as Figure 5 in Dachiardite from Yellowstone National Park, Wyoming. Canadian Minerologist; 25: 475-483.
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Album caption: Angel Terrace near Mammoth Hot Springs Hotel, Yellowstone National Park, Wyo. Oct. 1897. Index card: Stalactites at Angel Terrace. Yellowstone National Park, Wyoming. 1897.
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Album caption and index card: Yellowstone Lake, a birds-eye view, taken from the high hills on the east side of the southeast arm, near where the Upper Yellowstone empties into the lake. View looking south, and shows the high range that separates the waters of the Yellowstone from those of Wind River. Yellowstone National Park, Wyoming. 1871. (Panorama with photo numbers 104b - 104d; jwh0104b, jwh0104c, and jwh0104d.) Descriptive Catalog of the Photographs of the United States Geological Survey of the Territories, W. H. Jackson, Photographer, Second Edition, Illustrated, 1871 Series, page 30, Nos. 278-282: Yellowstone Lake, a bird's-eye panoramic view, in five sections, taken from the high hills on the east side...
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Album caption: Rapids above the Upper Falls of the Yellowstone River. The view is immediately above the falls, showing the narrow rock-bound channel. Yellowstone National Park, Wyoming. 1871. Index card: Jackson, W. H. 92 - Rapids above the Upper Falls of the Yellowstone River. The view is immediately above the falls, showing the narrow rock-bound channel. Yellowstone National Park, Wyoming. 1871. Descriptive Catalog of the Photographs of the United States Geological Survey of the Territories, W. H. Jackson, Photographer, Second Edition, Illustrated, 1871 Series, page 28, Nos. 257 - 259: Rapids above the Upper Falls of the Yellowstone. The first view is immediately above the falls, showing the narrow rock-bound...
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Album caption: Mud Geyser, on the Yellowstone River, Hot Spring Series, Handwritten notes on album caption: 57-HS-97 USGS in National Archives. New no. 97. In action. 1871. This photo appears to have been retouched in the center of glass neg. to indicate the rise and fall of the geyser. Some other geyser photos have the retouching. Nellie C. Carico topog. div. June 14, 1972. Descriptive Catalog of the Photographs of the United States Geological Survey of the Territories, W. H. Jackson, Photographer, Second Edition, Illustrated, 1871 Series, page 29, No. 264: Mud Geyser in action. The only true mud geyser discovered, 8 miles below Yellowstone Lake. It has a funnel-shaped orifice in the center of a basin 150 feet...
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Album caption: Hot spring structure - Geyser Hill. No index card. For additional information, refer to the Autobiography of Philip B. King in the Web Links below.
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Album caption: Holdup bears in Yellowstone Park. 1923. Index card: Bear in the park. Yellowstone National Park, Wyoming. 1923.
map background search result map search result map Rapids above the Upper Falls of the Yellowstone River. Yellowstone National Park, Wyoming. 1871. Yellowstone Lake, viewed from the high hills on the east side of the southeast arm. Yellowstone National Park, Wyoming. 1871. Angel Terrace near Mammoth Hot Springs Hotel, Yellowstone National Park, Wyoming. 1897. Falls River near Squirrel, ID (YFAL) Boiling River at Mammoth (YBOI) Bear in the park. Yellowstone National Park, Wyoming. 1923. Old Faithful Geyser in eruption. Yellowstone National Park, Wyoming. 1970. Yellowstone National Park. 1989. Scanning electron micrograph of fibrous gyrolite from around 28 m in drill hole C-1. Yellowstone National Park, Wyoming. No date. Scanning electron micrograph of an intergrown fibrous mat of pectolite from around 27 m in drill hole Y-3. Yellowstone National Park, Wyoming. No date. Scanning electron micrograph of acicular aggregates of bladed dachiardite from drill core Y-6. Yellowstone National Park, Wyoming. No date. Scanning electron micrograph of obsidian grain from about 26 m in drill hole Y-2. Yellowstone National Park, Wyoming. No date. Mud Geyser in action. Yellowstone National Park, Wyoming. 1871. Hot spring structure, Geyser Hill. Yellowstone National Park, Wyoming. 1923. a. Carbon Isotope Data Long-term gas and heat emissions measurements, Norris Geyser Basin, Yellowstone National Park Isotopic Examination of Mercury Methylation and Demethylation Rates in Yellowstone National Park Thermal Features Long-term gas and heat emissions measurements, Norris Geyser Basin, Yellowstone National Park a. Carbon Isotope Data Isotopic Examination of Mercury Methylation and Demethylation Rates in Yellowstone National Park Thermal Features Rapids above the Upper Falls of the Yellowstone River. Yellowstone National Park, Wyoming. 1871. Yellowstone Lake, viewed from the high hills on the east side of the southeast arm. Yellowstone National Park, Wyoming. 1871. Yellowstone National Park. 1989. Mud Geyser in action. Yellowstone National Park, Wyoming. 1871. Angel Terrace near Mammoth Hot Springs Hotel, Yellowstone National Park, Wyoming. 1897. Bear in the park. Yellowstone National Park, Wyoming. 1923. Old Faithful Geyser in eruption. Yellowstone National Park, Wyoming. 1970. Scanning electron micrograph of fibrous gyrolite from around 28 m in drill hole C-1. Yellowstone National Park, Wyoming. No date. Scanning electron micrograph of an intergrown fibrous mat of pectolite from around 27 m in drill hole Y-3. Yellowstone National Park, Wyoming. No date. Scanning electron micrograph of acicular aggregates of bladed dachiardite from drill core Y-6. Yellowstone National Park, Wyoming. No date. Scanning electron micrograph of obsidian grain from about 26 m in drill hole Y-2. Yellowstone National Park, Wyoming. No date. Hot spring structure, Geyser Hill. Yellowstone National Park, Wyoming. 1923.