cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.26022/ieda/112082
title: Effects of mass wasting on fluvial sediments in Puerto Rico following Hurricane Maria

description: Sediment, saprolite, and water samples from the Rio Guayanés and Rio Guayabo rivers in Yabucoa, Puerto Rico. Sediment and saprolite is underlain by granodiorite and is of the Late Cretaceous. The following measurements were conducted: geochemical analysis (ICP-AES & ICP-OES), surface area (BET), and mineralogical analysis (XRD). The purpose of this dataset is to determine the chemical effect mass wasting has on fluvial sediments.
DOI: 10.26022/ieda/112110
title: Concord EPMA_Oxides_METHOD_FeTi-Ox1.0

description: Analytical method description file: This method was designed primarily for analysis of Fe-Ti oxides (e.g. magnetite, ilmenite) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112109
title: Concord EPMA_Glass_METHOD_RhyTr2.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112108
title: Concord EPMA_Glass_METHOD_RhyTr1.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112106
title: Concord EPMA_Glass_METHOD_BasTr2.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112107
title: Concord EPMA_Glass_METHOD_BasTr2.2

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.6084/m9.figshare.24975069
title: Genome assembly and annotations for <i>C. neoformans</i> JF289

description: The dataset presents the genome assembly and custom annotations for the <i>C. neoformans</i> strain, JF289. The assembly was generated using PacBio long reads (NCBI accession SRR27207025) and annotations were generated via liftover from the reference H99 genome assembly based on sequence identity.
DOI: 10.26022/ieda/112105
title: Concord EPMA_Glass_METHOD_BasTr1.3

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112103
title: Concord EPMA_Glass_METHOD_BasTr1.1

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112104
title: Concord EPMA_Glass_METHOD_BasTr1.2

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112101
title: Concord EPMA_Glass_METHOD_5.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112102
title: Concord EPMA_Glass_METHOD_6.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112100
title: Concord EPMA_Glass_METHOD_4.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112099
title: Concord EPMA_Glass_METHOD_3.4b

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112098
title: Concord EPMA_Glass_METHOD_3.4_30

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112097
title: Concord EPMA_Glass_METHOD_3.4

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112096
title: Concord EPMA_Glass_METHOD_3.4

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112095
title: Concord EPMA_Glass_METHOD_3.3_40

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112094
title: Concord EPMA_Glass_METHOD_3.3

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112093
title: Concord EPMA_Glass_METHOD_3.2

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112092
title: Concord EPMA_Glass_METHOD_3.1

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112091
title: Concord EPMA_Glass_METHOD_2.0

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA (electron probe microanalysis) using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112090
title: Concord EPMA_Glass_METHOD_1.0_30

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA, electron probe microanalysis, using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112089
title: Concord EPMA_Glass_METHOD_1.0_15

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA, electron probe microanalysis, using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.26022/ieda/112088
title: Concord EPMA_Glass_METHOD_1.0_6

description: Analytical method description file: This method was designed primarily for analysis of volcanic glasses (e.g. tephra and obsidians) by EPMA, electron probe microanalysis, using the ARL-SEMQ electron microprobe at Concord University. This descriptor utilizes the tephra community EPMA-SEM method template, an implementation of the Community-based Recommendations on Collection, Analysis and Correlation of Tephra Data. See also https://earthchem.org/communities/tephra/
DOI: 10.6084/m9.figshare.23813448
title: 20230801 Yen et al Microbiota data associated with Candida albicans GI infection

description: 16S rRNA sequencing data for the manuscript entitled with " Microbiota signatures associated with invasive candidiasis caused by <i>Candida albicans</i> in the gastrointestinal tract of immunodeficient mice". The experiments included SC5314- or HLC54-infected Ragrc (<i>Rag2</i>-/-<i>il2r</i><i>c</i>-/-) mice (n=7) preinfection (D0), at day 5 (D5) and 12 (D12) post-infection. (AE 161 is indicated one of two independent experiments )Front. Cell. Infect. Microbiol. Sec. Fungal Pathogenesis<br>Volume 13 - 2023 | doi: 10.3389/fcimb.2023.1278600<br>
DOI: 10.26022/ieda/112086
title: 'Roll-front' mass transfer of carbonate cations in Carlin-type gold deposits: insights from UV-fluorescent calcite veins

description: This dataset contains clumped isotope data for ore-stage carbonate veins from the Nadeleen trend Carlin-type gold deposits, Yukon Canada, which likely form through replacement of pre-ore carbonate veins. The five analyzed samples include: Sample CI-6 from a grey, bedding-parallel calcite vein with fibrous syntaxial growth and cone-in-cone textures that give it a ‘beefy calcite’ texture, collected from the Lower Carbonate Member in drillcore through the Conrad deposit. CI-7 is from a white, bedding-normal, UV-flourescent calcite vein with blocky crystals, which cuts the vein from which sample CI-6 was obtained. Sample CI-8 is a UV-fluorescent calcite vein with realgar along its edge. It comprised elongate syntaxial crystals, some of which contain sub-grains. The vein cuts through decarbonatized wall-rock with abundant realgar. CI-9 is a sample of least-altered wall-rock from the Upper Carbonate member of the Nadaleen Formation. This limestone is dominantly calcite with minor quartz, and there is no indication that this unit has interacted with any hydrothermal fluids. CI-10 is a white, non-UV-fluorescent, bedding-normal vein comprising blocky calcite crystals that was sampled adjacent to CI-9.
description: Steiner, AP., Hickey, KA., Huntington, KW., Shauer, AJ., 'Roll-front' mass transfer of carbonate cations in Carlin-type gold deposits: insights from UV-fluorescent calcite veins (Accepted, Economic Geology)
DOI: 10.6084/m9.figshare.23813448.v2
title: 20230801 Yen et al Microbiota data associated with Candida albicans GI infection

description: 16S rRNA sequencing data for the manuscript entitled with " Microbiota signatures associated with invasive candidiasis caused by <i>Candida albicans</i> in the gastrointestinal tract of immunodeficient mice". The experiments included SC5314- or HLC54-infected Ragrc (<i>Rag2</i>-/-<i>il2r</i><i>c</i>-/-) mice (n=7) preinfection (D0), at day 5 (D5) and 12 (D12) post-infection. (AE 161 is indicated one of two independent experiments )Front. Cell. Infect. Microbiol. Sec. Fungal Pathogenesis<br>Volume 13 - 2023 | doi: 10.3389/fcimb.2023.1278600<br>
DOI: 10.26022/ieda/112085
title: Pb-Pb isochron and Electron Microprobe analyses of the Chang'E-5 basalt clasts

description: SIMS of Pb-Pb isotopic data obtained from Zr-bearing mineral, phosphate, plagioclase, and pyroxene in the Chang'E-5 basalt clasts. The major element composition of baddeleyite, zirconolite, tranquilliyite, apatite, and merrillite in the Chang'E-5 basalt clasts determined by EMPA .
description: Li, Q.-L., Zhou, Q., Liu, Y., Xiao, Z., Lin, Y., Li, J.-H., Ma, H.-X., Tang, G.-Q., Guo, S., Tang, X., Yuan, J.-Y., Li, J. Wu, F.Y., Ouyang, Z., Li, C., Li, X.-H. (2021). Timing of the latest volcanism on the Moon from Chang’E-5 basalts. Nature (in review)
DOI: 10.26022/ieda/112078
title: Kinetics of oxygen and clumped isotope equilibration in the dissolved carbonate system

description: This contribution contains numerical codes (Matlab) for the evolution of oxygen and clumped isotope equilibrium in the dissolved carbonate system.
description: Uchikawa, J., Chen, S., Eiler, J.M., Adkins, J.F., and Zeebe, R.E. (in press) Trajectory and timescale of oxygen and clumped isotope equilibration in the dissolved carbonate system under normal and enzymatically-catalyzed conditions at 25C. Geochimica et Cosmochimica Acta, https://doi.org/10.1016/j.gca.2021.08.014
DOI: 10.26022/ieda/112079
title: Major and trace element and N concentrations and isotope compositions of altered basaltic and basaltic andesitic hyaloclastite whole rocks, mineral separates and thin sections from Antarctica, Iceland and Oregon, U.S.A.

description: A new version of this dataset can be accessed at http://doi.org/10.26022/IEDA/112220. The in-situ and whole rock and mineral separate major and trace element geochemistry and N concentrations and isotopic compositions of altered ancient Antarctic basaltic andesitic and modern subglacial and continental lacustrine basaltic hyaloclastites from Iceland and Oregon were studied. The potential combination of such chemistry with textures are considered that could constitute a compelling biosignature for study of samples from the Mars surface/near-surface. A case is made for altered glassy volcanics as suitable targets for Mars sample-return.
DOI: 10.26022/ieda/112076
title: Supplementary Materials for Non-KREEP origin for Chang’E-5 basalts in the Procellarum KREEP Terrane

description: This dataset contains major, trace elements and Sr-Nd isotopes of minerals in 16 Chang'E-5 basalt clasts.
description: Heng-Ci Tian, Hao Wang, Yi Chen, Wei Yang, et al., (2021), "Non-KREEP origin for Chang’E-5 basalts in the Procellarum KREEP Terrane."
DOI: 10.26022/ieda/112066
title: Jemez River Basin Soil Solution Chemistry 2019 (New Mexico, USA) version 2

description: Soil solution samples in the Jemez River Basin field sites of the Catalina-Jemez Critical Zone Observatory (CZO) are collected with the following two types of soil solution samplers: i) Prenart Super Quartz suction cups (www.prenart.dk). Prenart suction cups are optimized for all chemistry analyses and were installed without addition of Si-slurry to allow for artifact-free Si analyses. Applied suction for each Prenart is ~ 60 kPa. ii) Custom made, fiberglass wick-based passive capillary wick samplers (PCaps, Perdrial et al. 2012). PCaps are optimized for water flux determination and sampling for organic carbon, most (non-carbonate) anions and trace metals. PCap samples should however not be used for major cations (Na, Mg, Si, K, Ca) and dissolved inorganic carbon because of artifacts from the fiberglass materials (see Perdrial et al (2014) for a complete list). Passive (continuous) suction, based on the length of the hanging water column, is ~3 kPa. Soil solution samplers were installed in each of six pedons in the Mixed Conifer Zero Order Basin (MC-ZOB) and the fire impacted site (2011 Burned ZOB) at 3 (PCaps) and 4 (Prenarts) depths, respectively. Pedon locations were selected to capture differences in catchment aspect (MC-ZOB SE facing: Pit 3 and 4, NW facing: Pit 1 and 6), landscape position (MC-ZOB: hollow Pit 2 and 5, planar Pit 1 and 6, divergent Pit 3, convergent Pit 4), elevation and burn severity (co-varying in 2011 Burned ZOB: low Pit 1 and 2, mid Pit 3, high Pit 4 to 6). Three new pedons were instrumented in the Unburned Mixed Conifer Site located in the San Antonio Mountain close to the Sulfur Spring in Fall 2015. These pedons are positioned 20 m from the flux tower US-Vcs. All samplers are collocated with Decagon soil moisture and temperature probes. MC-ZOB was subject to a high intensity wildfire (Thompson Ridge fire) in June 2013 and was then renamed to 2013 Burned ZOB.
description: Perdrial, J.N., Perdrial, N., Harpold, A., Gao, X., LaSharr, K.M., Chorover, J. (2012) Impacts of sampling dissolved organic matter with passive capillary wicks versus aqueous soil extraction. Soil Science Society of America Journal, 76: 2019-2030.; Olshansky, Y., White, A.M., Moravec, B.G., McIntosh, J., Chorover, J. (2018) Subsurface Pore Water Contributions to Stream Concentration-Discharge Relations Across a Snowmelt Hydrograph. Frontiers in Earth Science, 6: 181.
DOI: 10.26022/ieda/112050
title: Supplementary Materials for Carbonatite versus silicate melt metasomatism impacts grain scale 87Sr/86Sr and 143Nd/144Nd heterogeneity in Polynesian mantle peridotite xenoliths

description: Major element, trace element, and Sr and Nd isotope analyses of minerals from Samoa and Tahiti mantle xenoliths. Dataset S1 are Olivine, clinopyroxene, orthopyroxene, and spinel major element concentrations (wt. %) for the four peridotite xenoliths examined in this study. Dataset S2 are Trace element concentrations (in ppm) of olivine, orthopyroxene, and clinopyroxene. Dataset S3 are Strontium and neodymium isotope compositions of single grains (of opx, cpx, olivine) from Savai'i and Tahiti xenoliths.
DOI: 10.26022/ieda/112071
title: Major, Trace, and radiogenic isotope compositions of basaltic glasses sampled by submersible across the axis of the East Pacific Rise (EPR) 15.6°N

description: These data correspond to the analysis results for samples collected by the French submersible "Nautile" during the Parisub cruise (2010, R/V L'Atalante, Ifremer). The samples come from a profile transverse to the EPR axis (15.6°N), where the ridge seems to be coupled to prominent seamounts located nearby. These data aim at determining at high resolution the isotopic variability of the basalts recorded over the past 300 ky of accretion in order to provide a chronological reading of source composition and ridge-seamounts interaction.
description: Mougel, B., Agranier., A., Hemond, C., Gente., P., (in revision), "High-resolution isotopic variability across EPR segment 16°N: A chronological reading of source composition and ridge-seamounts interaction." Geochemistry, Geophysics, Geosystems. Mougel, B., Agranier, A., Hemond, C., & Gente, P., (2014), "A highly unradiogenic lead isotopic signature revealed by volcanic rocks from the East Pacific Rise". Nature Communications: 5, 4474. Mougel, B., Moreira, M., & Agranier, A. (2015), "A “high He-4/He-3” mantle material detected under the East Pacific Rise (15 degrees 4 ’N)". Geophysical Research Letters, 42(5), 1375–1383
DOI: 10.26022/ieda/112070
title: Nutrient concentrations (Winter, Summer, Fall sediment core incubations)

description: Bottom water and porewater dissolved phosphate, ammonium, nitrate, nitrite and silica concentration in winter, summer and fall treatment incubation cores collected from a peat bog in Karrendorfer Wiesen, Germany. Also included are the polyphosphate concentration, dissolved and sediment elemental concentration from the winter treatment. The aim of this data was to understand the influence of polyphosphate-accumulating organisms on the P flux at the sediment-water interface.