cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4211/hs.9d02ff3c946249fe9cbc39b2a16c829e
title: Utah Division of Water Rights: Hydroinformatics and Technology Gap Analysis Report

description: The Utah Division of Water Rights (DWRi) is an agency of Utah State Government within the Department of Natural Resources that administers the measurement, appropriation, apportionment, and distribution of the State’s valuable water resources. The extensive data collection DWRi undertakes to enable management of Utah’s water resources and to meet its mandate requires significant information technology (IT) infrastructure. Data collection hardware (e.g., measurement structures and sensors installed in the field), software, and databases are needed to enable collection, management, and use of the data. While DWRi has developed and operates a water use data infrastructure for the state of Utah, some of the systems used by DWRi have become dated and lack necessary flexibility to meet DWRi’s growing data management needs. To address this, DWRi initiated a process to critically examine their existing data infrastructure and identify areas needing modernization.

This report is the result of a "Hydroinformatics and Technology Gap Analysis" conducted for the Utah Division of Water Rights (DWRi) by Utah State University and provides an in-depth examination of DWRi's current data and IT infrastructure, software systems, and processes. While DWRi manages several other important datasets, this gap analysis document is focused on measurement data (e.g., observations of flow recorded at stream diversions), Water Use Program data (water diversion data primarily from public water suppliers), and water distribution accounting (the procedures used by DWRi to ensure that water is distributed to water users by priority of legal water rights). The analysis aimed to identify the disparities between existing capabilities and the organizational goals, industry standards, and improvements needed as identified by DWRi personnel. The focus of the report is not only on data collection and management but also on the underlying software and database systems, as well as the software development processes employed by DWRi for managing water use data within Utah.
 
 
To access the report, scroll to the "Content" section below, right click on the PDF document, and select download. You can also double click on the file to download.
To learn more about Utah Division of Water Rights, visit: https://waterrights.utah.gov/
To access the Technology Modernization Roadmap document produced to address this Gap Analysis, scroll to the Related Resources section below and click on the link.
DOI: 10.17632/d6wj3jynp9.1
title: Smart AI-Driven Logistics Optimization and Sentiment Analysis - Data

description: Smart AI-Driven Logistics Optimization and Sentiment Analysis: The Role of Technology Trust and Organizational Readiness in Enhancing Business Performance Data
DOI: 10.4211/hs.de74b0a457c74deca09f9a41afa03c8f
title: Land cover and climate informed vapor pressure deficit datasets derived from Daymet

description: Vapor pressure deficit (VPD) is a critical variable in assessing drought conditions and evaluating plant water stress. Gridded products of global and regional VPD are not freely available from satellite remote sensing, model reanalysis, or ground observation datasets. We present two versions of the first gridded VPD product for the Continental US and parts of Northern Mexico and Southern Canada (CONUS+) at a 1 km spatial resolution and daily time step. We derived VPD from Daymet maximum daily temperature and average daily vapor pressure and scale the estimates based on (1) climate determined by the Köppen-Geiger classifications and (2) land cover determined by the International Geosphere-Biosphere Programme. Ground-based VPD data from 253 AmeriFlux sites representing different climate and land cover classifications were used to improve the Daymet-derived VPD estimates for every pixel in the CONUS+ grid to produce the final datasets. We evaluated the Daymet-derived VPD against  independent observations and reanalysis data. The CONUS+ VPD datasets will aid in investigating disturbances including drought and wildfire, and informing land management strategies.
DOI: 10.6084/m9.figshare.30874859
title: <b>Türkiye’s Teacher Education Programme</b>

description: The Türkiye Teacher Education Program comprises 25 programmes, all of which are available in the supplementary files on Figshare<b>.</b>
DOI: 10.6084/m9.figshare.30874859.v1
title: <b>Türkiye’s Teacher Education Programme</b>

description: The Türkiye Teacher Education Program comprises 25 programmes, all of which are available in the supplementary files on Figshare<b>.</b>
DOI: 10.4211/hs.86b129cfcfad4f1780e0d77b1703ea6f
title: Resistivity and weather data at Dry Creek Experimental Watershed in 2023

description: This dataset contains the electrical resistivity and weather data collected from the Lower Deer Point site of the Dry Creek Experimental Watershed for the calendar year 2023. Hourly monitored data is available for the weather conditions. Daily data is available for the calculation of evapotranspiration and subsurface storage. We have ten electrical resistivity surveys, and the related data of each survey include the measured apparent resistivity measurements and inverted resistivity images with RES2DINV software.
DOI: 10.4211/hs.92577b67675d4695b37f27a3b79ded85
title: Stable isotope tempestology database: tropical cyclones across the North Atlantic and Eastern Pacific Ocean basins

description: This database documents the isotopic characteristics of 40 tropical cyclones (ranging from tropical depressions/storms to Category 5 hurricanes), including recent (2012-2023) and archived (1984-1995) observations. This database is part of the isotope tempestology collaborative research network (2016-present) (known as STORM; https://tropicalwaterscr.wixsite.com/hydro/storm) across the North Atlantic and Eastern Pacific Ocean basins. This initiative has been centered mainly on collecting and analyzing recent high-frequency (hourly to daily) samples of precipitation (P), surface water (SW), and groundwater (GW) during TC landfalls and passages to improve the understanding of isotope tempestology processes.
DOI: 10.4211/hs.63ae139ccd2445959470d0e5a2ebf6a5
title: Bankfull and Mean-flow Channel Geometry Dataset across the CONtiguous United States (CONUS)

description: This dataset includes estimated river channel geometry attributes, specifically width and depth, under bankfull and mean-flow conditions across the CONtiguous United States (CONUS). The method utilized for providing these estimations are based on eXtreme Gradient Boosting Regression (XGBR). This dataset can be linked to the National Hydrograohy Dataset Plus (NHDPlusV2.1) through Common identifier of the NHD feature, known as COMID.
DOI: 10.17632/zbjw3m8hkk
title: ICH

description: This dataset contains relevant data for the analysis of intangible cultural heritage in Zhejiang Province and can be used for analysis and querying
DOI: 10.4211/hs.e992c4484f864ef8bccdc2924ed6e9ba
title: SWAT model instances for "Groundwater impacts of adding carrot to corn-peanut rotations in North Florida"

description: The Upper Floridan aquifer underlying the Suwannee River Basin in Florida has experienced increased groundwater pumping and nitrate leaching over the last half century resulting in violation of water quantity and quality standards, largely due to row crop production. Increasingly carrot is being added as a winter cash crop to the traditional corn-peanut rotation in the region which may further increase pumping and nitrogen leaching. Establishing carrot nitrogen and irrigation best management practices is therefore critical to help growers meet yield goals while minimizing groundwater quantity and quality impacts. In this study, a carrot cultivation field experiment was conducted to evaluate the effects of a range of irrigation and nitrogen fertilizer practices on irrigation demand, nitrogen uptake and carrot crop growth and yield. Results showed that soil moisture sensor-based irrigation reduced the amount of water used for carrot cultivation by approximately 30% over the calendar-based irrigation without statistically significant reductions in yield, and fertilization rates above 224 kg ha-1 showed no statistically significant increase in yield. A field-scale SWAT carrot model was calibrated using the field experiment data and validated using previously published experimental results. The carrot parameters were then incorporated into a watershed-scale SWAT model of the Santa Fe River Basin, a tributary of the Suwannee River, and used to assess groundwater recharge and nitrate leaching impacts of adding carrot into corn-peanut rotations across all row crop lands in the watershed. Modeling results showed that adding carrot cultivation to the rotation will increase irrigation by 32-43% and decrease net groundwater recharge from row crop land by 9-28%. Moreover, it will increase nitrate leaching from row crop land by 60-100%. These results indicate that adding carrot cultivation to the conventional corn-peanut rotation will make water quantity and quality standards in the region more difficult to achieve.
DOI: 10.17632/zbjw3m8hkk.1
title: ICH

description: This dataset contains relevant data for the analysis of intangible cultural heritage in Zhejiang Province and can be used for analysis and querying
DOI: 10.4211/hs.b6da096000284d5882d13b085b7669ac
title: Nepal-FRES: 2021 Melamchi Flood Data

description: The data were collected in the Helambu region of central Nepal as part of the "Nepal-FRES" (Frontier Research in Earth Sciences) project to document the impacts of the 2021 Melamchi Flood, aiming to understand its cascading nature, the legacy of the 2015 Gorkha earthquake, and fluvial adjustment to such an extreme sediment transporting event. 

Polygon KML files of landslides, active river channels, and river terraces were mapped using 50 cm-resolution pre- and post-event Pléiades stereo satellite imagery. This data package comprises:

	Melamchi Khola Catchment (study area)
	Landslides before the 2015 Gorkha earthquake, between 2015 and 2020, between Nov 2020 and Oct 2021 (Melamchi Flood), and between Oct 2021 and Dec 2023
	Obscured areas in which landslide mapping is incomplete due to the existence of clouds and shadow 
	River channel of Melamchi Khola in Nov 2020 and Oct 2021 (w/ the thalweg line in Oct 2021)
	River terraces in Oct 2021
	Forested areas in Nov 2020 and Dec 2023
DOI: 10.4211/hs.75ac62de0136474e8f2a784104f6f01d
title: High frequency dissolved oxygen, specific conductance, and light from urban streams in Cleveland, OH and Denver, CO

description: Water quality sensors were placed in 3 urban streams in Cleveland, OH and 4 urban streams in Denver, CO to estimate stream metabolism and assess response to high flow events. MiniDOT (dissolved oxygen and temperature) and Onset (specific conductance) sensors were placed mid-channel near USGS gages. Light was measured as global horizontal irradiance (GHI) and supplied by SolCast. Data collection was part of the NSF STORMS project (PI Jefferson, co-PIs Costello, Bhaskar, Turner). Specific conductance, dissolved oxygen, and light were measured every 10 minutes. Sensors were removed during winter months to avoid damage. Datasets were cleaned to remove values when sensors were out of water, buried, and removed for maintenance/calibration.
DOI: 10.17632/3c5ym3gwn2
title: Uptake of ammonium and nitrate by calcium carbonate polymorphs

description: Supplementary Materials and Data for Uptake of ammonium and nitrate by calcium carbonate polymorphs manuscript
DOI: 10.4211/hs.e4c97e3497ac4bf89d29cfce074368f1
title: Biofilm disturbance and tracer particle experiment from Mill Creek in Cleveland, OH

description: Clay tiles and tracer particles were deployed in Mill Creek in Cleveland, OH to investigate how biofilm and streambed materials respond to high flow events. Ten cross-sectional transects were established evenly across a 100-meter reach where cinderblocks with 16 unglazed clay tiles were buried in the streambed near the deepest part of the channel to promote biofilm growth. Particles of sizes corresponding to the 50th, 75th, and 90th percentile of the substrate size classes at each transect were painted and numbered for use as tracer particles. Samples from the tiles were collected after each high-flow event and measured their biomass using chlorophyll a (chla) and ash-free dry mass (AFDM). Movement of tracer particles (yes/no) was recorded to estimate how much of the streambed moved.
DOI: 10.17632/3c5ym3gwn2.3
title: Uptake of ammonium and nitrate by calcium carbonate polymorphs

description: Supplementary Materials and Data for Uptake of ammonium and nitrate by calcium carbonate polymorphs manuscript
DOI: 10.4211/hs.b04e4524648a456ebaf68c60a18550ee
title: Geophysical and geochemical data corresponding to "Water Table Fluctuations Control Nitrate Sources and Sinks in a Mediterranean Coastal Aquifer"

description: This dataset contains time-series concentration and geophysical data for soil column experiments that were analyzed and reported in:
Roumelis, C.D.: Water Table Fluctuations Control Nitrate Sources and Sinks in a Mediterranean Coastal Aquifer, M.S. Thesis, The Ohio State University., 2023.
More information on this dataset is available in the aforementioned reference. Also included is a model input file for a related fluid flow and reactive transport simulation in Comsol v6.2 with Matlab.
DOI: 10.4211/hs.7440c7feae1f428d91c1e510d23d3e54
title: Supporting Materials for: Advancing Open and Reproducible Water Data Science by Integrating Data Analytics with an Online Data Repository

description: This HydroShare resource was created as a demonstration of how a reproducible data science workflow can be created and shared using HydroShare. The hsclient Python Client package for HydroShare is used to show how the content files for the analysis can be managed and shared automatically in HydroShare. The content files include a Jupyter notebook that demonstrates a simple regression analysis to develop a model of annual maximum discharge in the Logan River in northern Utah, USA from annual maximum snow water equivalent data from a snowpack telemetry (SNOTEL) monitoring site located in the watershed. Streamflow data are retrieved from the United States Geological Survey (USGS) National Water Information System using the dataretrieval package. Snow water equivalent data are retrieved from the United States Department of Agriculture Natural Resources Conservation Service (NRCS) SNOTEL system. An additional notebook demonstrates how to use hsclient to retrieve data from HydroShare, load it into a performant data object, and then use the data for visualization and analysis. For a full description of the workflows and technologies used, see the paper linked in the Related Resources section on this page.
DOI: 10.17632/vs37f9ntnc.2
title: CUL4A promotes glycolytic activation of fibroblast-like synoviocytes by targeting FGF2 in rheumatoid arthritis

description: The central role in the pathogenesis of rheumatoid arthritis (RA) is played by fibroblast-like synoviocytes (FLS), which drive disease progression through aberrant proliferation, inflammatory cell recruitment, and subsequent cartilage and bone degradation. CUL4A is an important member of the Cullin family, which is a scaffolding protein for the E3 ubiquitin ligase complex. In this study, we investigated the functional significance and molecular mechanisms of CUL4A in the pathogenesis of RA. We identified elevated CUL4A expression in synovial tissues, TNFα-stimulated FLS, and peripheral blood mononuclear cells from RA patients. Knockdown of CUL4A led to a marked suppression of both cytokine production and glycolytic activity in FLS in vitro. RNA-seq analysis and validation revealed the PI3K/AKT pathway as a key mediator in this process, with a significant functional interaction between CUL4A and fibroblast growth factor 2 (FGF2). Furthermore, knocking down FGF2 significantly suppresses synovial inflammation in RA FLS. In vivo experiments, knocking down CUL4A significantly reduced synovial inflammation in K/BxN serum transfer arthritis mice and inhibited glycolytic activity. Additionally, the expression level of CUL4A mRNA shows a positive correlation with both clinical disease activity and inflammatory markers in RA. In conclusion, our findings reveal that CUL4A, via FGF2 binding, initiates PI3K/AKT pathway signaling, fostering the glycolysis process and synovial inflammation. Consequently, CUL4A holds significant promise as a target for early intervention against this pathogenic cascade.
DOI: 10.4211/hs.cec797fa935c4d4ea6f8d837d246604d
title: Biocrust CO2 Flux Data From Precipitation Manipulation Experiment in Moab UT

description: This resource includes carbon dioxide (CO2) flux data and analysis from two different biological soil crust (biocrust) types collected in Moab, Utah. These biocrust types were experimentally given different amounts and frequencies of water treatments, after which CO2 flux was measured. These data were collected to understand how different amounts and frequencies of water influence gross primary production, respiration, and net soil exchange. Samples were collected manually a LI-8100A Automated Soil Gas Flux System (Li-Cor Inc, Lincoln, NE, USA). Methods implemented for sample collection and analysis are described within the resource.
DOI: 10.17632/9f624skspb
title: Internally consistent thermodynamic properties of Nd chloride aqueous species and Nd3+ derived from hydrothermal solution calorimetry at 25‒150 °C

description: In this study, hydrothermal solution calorimetry was used to measure the standard partial molal enthalpy of solution (ΔsolH°) of Nd chloride solid (NdCl3⋅6H2O) from 25 to 150 ºC and to determine the standard thermodynamic properties of Nd chloride aqueous species. The experiments were conducted in aqueous hydrochloric acid-based aqueous solutions with an initial pH of 2 and varying ionic strength (0.08−0.42 mol/kg), at which conditions the Nd3+ and Nd chloride species are both stable. In the studied temperature range, the measured ΔsolH° values differ by 35 kJ/mol in comparison to thermodynamic predictions based on available literature data. These large discrepancies have important implications for geochemical modeling because the thermodynamic properties of REE aqueous species are derived from the properties of REE chloride solids. To address this problem, the standard enthalpy of formation (ΔfH°) of NdCl3·6H2O(s) and aqueous NdCl2+ species were optimized to reproduce the experimentally derived ΔsolH° values and keeping internal consistency with the recently updated thermodynamic properties of Nd3+. The outcome of this study permits deriving a set of recommended internally consistent thermodynamic properties for the Nd aqueous species which improve thermodynamic modeling of REE mobilization in acidic NaCl-bearing aqueous fluids.
DOI: 10.17632/9f624skspb.2
title: Internally consistent thermodynamic properties of Nd chloride aqueous species and Nd3+ derived from hydrothermal solution calorimetry at 25‒150 °C

description: In this study, hydrothermal solution calorimetry was used to measure the standard partial molal enthalpy of solution (ΔsolH°) of Nd chloride solid (NdCl3⋅6H2O) from 25 to 150 ºC and to determine the standard thermodynamic properties of Nd chloride aqueous species. The experiments were conducted in aqueous hydrochloric acid-based aqueous solutions with an initial pH of 2 and varying ionic strength (0.08−0.42 mol/kg), at which conditions the Nd3+ and Nd chloride species are both stable. In the studied temperature range, the measured ΔsolH° values differ by 35 kJ/mol in comparison to thermodynamic predictions based on available literature data. These large discrepancies have important implications for geochemical modeling because the thermodynamic properties of REE aqueous species are derived from the properties of REE chloride solids. To address this problem, the standard enthalpy of formation (ΔfH°) of NdCl3·6H2O(s) and aqueous NdCl2+ species were optimized to reproduce the experimentally derived ΔsolH° values and keeping internal consistency with the recently updated thermodynamic properties of Nd3+. The outcome of this study permits deriving a set of recommended internally consistent thermodynamic properties for the Nd aqueous species which improve thermodynamic modeling of REE mobilization in acidic NaCl-bearing aqueous fluids.
DOI: 10.4211/hs.2c7a21282cbb490e87dad49547975189
title: soil water potential in thinned and non-thinned ponderosa pine forest

description: This data publication supports the study of soil water potential in thinned and non-thinned ponderosa pine (pinus ponderosa) forest in northern Arizona. The data represent soil water potential measurements (kPa) from ~130 sensors at 21 locations spread across adjacent thinned and non-thinned ponderosa pine stands during the spring dry season, from April 1 to the start of the monsoon. Thinning occurred in 2018 and followed a variable density thinning prescription. Five seasons of data are provided, from 2019 - 2023, and measurements were taken at 25, 50, and 100 centimeter depths. Parameters measured include mean soil water potential (kPa), date of onset of soil drying (in days after April 1), and the time spent at or below critical drying conditions (-1000 kPa) (measured in days).
DOI: 10.4211/hs.36f1fd244d7d4fa296ca37a2ad5f7dbf
title: Connecting global water agendas: from wicked problematisation to opportunities for action

description: Global water security is one of humanities greatest challenges, yet it also represents an opportunity to catalyse transformative change. The very properties of water security that make it difficult to address also introduce potential for it to connect global agendas like climate change mitigation and adaptation planning and the sustainable development goals. This dataset presents an analysis of intergovernmental and scientific global agendas on water. The data shows that these agendas already embody the opportunity to catalyse transformative change and highlight opportunities to better connect these agendas to accelerate action on water.