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Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations

University of Idaho

The physical properties of Enceladus plume particles can shed light on the processes responsible for driving the moon's geological activity. Cassini's Visual and Infrared Mapping Spectrometer (VIMS) recorded near-infrared spectra of the plume for...

Data Access | Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations (web accessible folder)

University of Idaho

Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations

Metadata Access | Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations (DataCite metadata in xml format)

University of Idaho

Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations

Metadata Access | Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations (project level metadata in txt format)

University of Idaho

Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations

Low-cost UAS platforms to quantify and predict post-fire recovery in arid shrublands

Boise State University

Fire Science

Life Science

The data incorporate the geospatial information associated with the project, including 10 different wildfire sites in south-western Idaho, USA burnt between 1996-2015 (Welty and Jeffries 2020). Each wildfire site is approximately 2ha in area,...

Data Access | Data from: DNA methylation of two heat-stress genes in redband trout from contrasting thermal environments

Idaho State University,Idaho EPSCoR,EPSCoR GEM3

Data from: DNA methylation of two heat-stress genes in redband trout from contrasting thermal environments

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Data from: DNA methylation of two heat-stress genes in redband trout from contrasting thermal environments

Idaho State University,Idaho EPSCoR,EPSCoR GEM3

Life Science

Dataset includes supporting environmental data for sequencing data submitted to NCBI SRA database BioProject PRJNA1016365, and utilized within the following peer-reviewed manuscript in [*Conservation Genetics*](###Pending Review###). Epigenetic...

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Metadata Access: Redband Trout Cardiac Function under Hypoxic and Thermal Stress (DataCite XML format)

University of Idaho,Idaho EPSCoR,EPSCoR GEM3

Redband Trout Cardiac Function under Hypoxic and Thermal Stress

Metadata Access: Redband Trout Cardiac Function under Hypoxic and Thermal Stress (readme.txt)

University of Idaho,Idaho EPSCoR,EPSCoR GEM3

Redband Trout Cardiac Function under Hypoxic and Thermal Stress

Reviewer Data Access: Redband Trout Cardiac Function under Hypoxic and Thermal Stress (Password Required)

University of Idaho,Idaho EPSCoR,EPSCoR GEM3

Redband Trout Cardiac Function under Hypoxic and Thermal Stress

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Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations

Data Access | Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations (web accessible folder)

Metadata Access | Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations (DataCite metadata in xml format)

Metadata Access | Data from: Noisy spectra to Particle properties: A machine learning analysis of Enceladus plume spectral data using Cassini-VIMS observations (project level metadata in txt format)

Low-cost UAS platforms to quantify and predict post-fire recovery in arid shrublands

Data Access | Data from: DNA methylation of two heat-stress genes in redband trout from contrasting thermal environments

Data from: DNA methylation of two heat-stress genes in redband trout from contrasting thermal environments

Metadata Access: Redband Trout Cardiac Function under Hypoxic and Thermal Stress (DataCite XML format)

Metadata Access: Redband Trout Cardiac Function under Hypoxic and Thermal Stress (readme.txt)

Reviewer Data Access: Redband Trout Cardiac Function under Hypoxic and Thermal Stress (Password Required)

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