Open Data & Public Datasets
Science that cannot be independently verified is not science. INSTAR Lab builds every research program on publicly available, traceable data — federal portals, peer-reviewed repositories, and agency-maintained datasets that any researcher worldwide can access, inspect, and reproduce. This commitment to open data is foundational: it constrains us to factual ground, enables external audit, and ensures our findings serve the public rather than a private interest.
Reproducibility, Transparency & Public Accountability
As a 501(c)(3) nonprofit research institute, INSTAR Lab holds a special obligation to the public: our findings must be reproducible, our methods transparent, and our evidentiary base accessible to scrutiny. Open data is the operational expression of that obligation. When INSTAR researchers publish a finding, any qualified investigator can retrieve the source datasets, re-run the analysis pipeline, and verify — or refute — the result. That is not a burden; it is the standard by which independent research earns credibility.
We also recognize that open data enables compounding discovery. When INSTAR analysis of Bureau of Labor Statistics occupational data informs an economic sociology study, and that study's outputs are themselves released as documented artifacts, downstream researchers gain a richer starting point. Open data creates a virtuous cycle of reuse, refinement, and cumulative knowledge — precisely the kind of infrastructure a public-benefit research institute should invest in and uphold.
FEDERAL DATA PORTALS
U.S. government agencies publish authoritative statistical and geospatial data that underpins INSTAR research across economics, health, energy, and the broad sciences.
Data.gov
The U.S. federal open data catalog — over 300,000 datasets spanning agriculture, climate, education, finance, and public safety from dozens of agencies.
INSTAR use: Cross-agency discovery and federated search when scoping new research programs across multiple domains.
U.S. Census Bureau
Decennial census, American Community Survey, Current Population Survey, and economic indicators covering population, housing, income, and employment at tract level.
INSTAR use: Demographic and socioeconomic baseline data for sociology, economics, and health equity research programs.
Bureau of Labor Statistics
Longitudinal employment, wage, occupational injury, and inflation datasets with consistent methodology dating back decades — the gold standard for U.S. labor economics.
INSTAR use: Occupational wage and employment trend analysis in economics, sociology, and AI-labor impact studies.
Bureau of Economic Analysis
National and regional GDP accounts, industry value-added data, personal income statistics, and input-output tables enabling macro- and mesoeconomic modeling.
INSTAR use: Regional economic impact assessment for Appalachian corridor research and energy-transition policy studies.
SCIENCE AGENCY DATASETS
Federal science agencies maintain mission-specific open data archives spanning climate, space, health, energy, materials, and standards — curated to the rigorous standards of each agency's mandate.
NASA Open Data Portal
Satellite imagery, exoplanet catalogs, climate model outputs, planetary science data, and mission telemetry from decades of NASA exploration programs.
INSTAR use: Multi-spectrum signal data for outer space research and climate-observation inputs for Earth sciences programs.
NOAA
Atmospheric, oceanic, and climate datasets including historical weather records, sea surface temperature, sea level, and real-time meteorological feeds.
INSTAR use: Ocean science and climate coupling analysis; atmospheric data for agricultural and energy research modeling.
USGS
National geologic maps, seismic hazard data, hydrologic monitoring, land cover classification, and mineral resource inventories at continental scale.
INSTAR use: Geospatial and geological basemaps for geology, archaeology, and agriculture remote-sensing research.
NIH
Genomic sequence repositories (via NCBI), clinical trial registries, grant award databases, and public biomedical literature through PubMed Central.
INSTAR use: Biomedical literature mining for clinical AI safety research and genomic reference data for genetics programs.
DOE OSTI
Department of Energy scientific and technical information — research reports, datasets, and publications from national laboratories and DOE-funded projects.
INSTAR use: Energy research literature and materials science outputs from Argonne, Oak Ridge, and other national labs.
EIA
Energy Information Administration data on electricity generation, fuel consumption, renewable capacity, grid infrastructure, and energy price time series.
INSTAR use: Grid-scale storage and energy transition modeling in the energy sciences program.
NIST
Standards, reference data, measurement science, and materials property databases — including the NIST Chemistry WebBook, NIST JARVIS materials datasets, and AI evaluation benchmarks.
INSTAR use: Materials property reference data for computational chemistry and materials science programs; AI evaluation standards for machine intelligence research.
SCIENTIFIC REPOSITORIES
Domain-specific open repositories curated by the global research community — from genomic sequences and high-energy physics events to social science archives and materials structures.
NCBI
National Center for Biotechnology Information — GenBank nucleotide sequences, protein databases, PubMed biomedical abstracts, and clinical variant archives.
INSTAR use: Genomic reference sequences and variant data for genetics and computational biology research.
CERN Open Data
High-energy physics collision datasets from LHC experiments — petabyte-scale particle physics data with supporting analysis software for reproducible investigation.
INSTAR use: Physics and formal methods research — validating ML-based event classification against known particle physics ground truth.
Materials Project
Computed structural, electronic, and thermodynamic properties for over 150,000 inorganic compounds — enabling high-throughput computational materials discovery.
INSTAR use: Band structure and formation energy data for solid-state battery materials and quantum materials research.
ICPSR
Inter-university Consortium for Political and Social Research — over 17,000 social science datasets on criminal justice, education, health, political behavior, and aging.
INSTAR use: Longitudinal social science datasets for sociology, psychology, economics, and public health research programs.
HOW WE WORK WITH DATA
Accessing a public dataset is only the first step. What distinguishes credible research from data-washing is the rigor applied between download and publication.
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Cleaning & Validation. Every dataset undergoes documented pre-processing: schema inspection, completeness checks, outlier identification, and provenance verification against the source agency's data dictionary. Cleaning decisions are logged and disclosed in supplemental materials.
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Reproducible Pipelines. Analysis code is version-controlled, dependency-pinned, and containerized so that any researcher can re-execute the complete pipeline from raw data to final output. We use open-source tooling (Python, R, Julia) and publish environments alongside results.
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Independent Verification. Where feasible, a second researcher re-runs the analysis independently before any result is reported internally or submitted for peer review. Discrepancies surface bugs; agreement increases confidence.
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Formal Citation. Every dataset is cited with agency name, dataset title, access date, version or release identifier, and the official landing URL. We follow DataCite metadata conventions and include DOIs wherever the source repository provides them.
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Privacy & Ethics. Where datasets contain individual-level records — even de-identified — analysis follows applicable privacy regulations and INSTAR's responsible data use policy. Aggregate outputs are reviewed to prevent re-identification before public release.
For Researchers
Join the INSTAR Fellowship
The Consortium Postdoctoral Research Fellowship is a 12-month supervised appointment across the INSTAR Consortium — structured mentorship, interdisciplinary scope, and the freedom to pursue hard problems.