
James Tennyson maintained and expanded the ExoMol/bib repository, delivering a robust, up-to-date bibliographic database for molecular spectroscopy research. He engineered batch updates and metadata enhancements across over 200 BibTeX files, focusing on citation accuracy, data consistency, and discoverability. Using BibTeX, Git, and data curation best practices, James standardized references, corrected metadata, and enriched entries with DOIs, abstracts, and author attributions. His approach emphasized reproducible workflows and clear commit histories, enabling reliable downstream citation and publication processes. The depth of his work ensured high-quality, maintainable bibliographic resources that support scientific writing, technical documentation, and research reproducibility for the ExoMol community.

February 2026 monthly summary for ExoMol/bib: Focused on bibliographic data quality and resource expansion. Delivered metadata corrections, expanded cross-file references, and ensured accurate author attributions to support reliable citations and robust research workflows.
February 2026 monthly summary for ExoMol/bib: Focused on bibliographic data quality and resource expansion. Delivered metadata corrections, expanded cross-file references, and ensured accurate author attributions to support reliable citations and robust research workflows.
January 2026 monthly summary for ExoMol/bib: Consolidated bibliography database enrichment and metadata enhancements across multiple BibTeX files (JTJ, N2O, H3+, YO, LiF, Argon, I2, H2, broadening, etc.), increasing literature discoverability and citation accuracy. The work focused on metadata completion (volume, pages, year, keywords, abstracts), adding new references, correcting DOIs, and updating HITRAN2024 entries.
January 2026 monthly summary for ExoMol/bib: Consolidated bibliography database enrichment and metadata enhancements across multiple BibTeX files (JTJ, N2O, H3+, YO, LiF, Argon, I2, H2, broadening, etc.), increasing literature discoverability and citation accuracy. The work focused on metadata completion (volume, pages, year, keywords, abstracts), adding new references, correcting DOIs, and updating HITRAN2024 entries.
December 2025 performance summary: Completed extensive bibliography maintenance across the ExoMol/bib repository. Delivered current, consolidated records by updating JTJ.bib with 18 commits across two updates, and applied targeted updates to a broad set of bibliography files to refresh latest references and ensure consistency (CO+.bib, SO2.bib, CH3F.bib, NH3_MARVEL.bib, CO.bib, H2.bib, C2_MARVEL.bib, CO2.bib, H2O.bib, C3.bib, AlO.bib, CH3OH.bib, OCS.bib, and OH.bib with two commits). In addition, a batch of jtj.bib refinements consolidated multiple entries. Overall, these changes modernize bibliographic metadata, improve data quality, and enhance downstream discovery and citation reliability.
December 2025 performance summary: Completed extensive bibliography maintenance across the ExoMol/bib repository. Delivered current, consolidated records by updating JTJ.bib with 18 commits across two updates, and applied targeted updates to a broad set of bibliography files to refresh latest references and ensure consistency (CO+.bib, SO2.bib, CH3F.bib, NH3_MARVEL.bib, CO.bib, H2.bib, C2_MARVEL.bib, CO2.bib, H2O.bib, C3.bib, AlO.bib, CH3OH.bib, OCS.bib, and OH.bib with two commits). In addition, a batch of jtj.bib refinements consolidated multiple entries. Overall, these changes modernize bibliographic metadata, improve data quality, and enhance downstream discovery and citation reliability.
November 2025 - ExoMol/bib: Delivered comprehensive bibliography maintenance to keep citations current and consistent. Key features included updates to CN.bib, CIA.bib, H2CO.bib, C2H4.bib, H3+.bib and many others; batch consolidation of jtj.bib across six commits; JTJ naming standardization (xinlu) and reversion to ensure consistency; and addition of new bibliography files via upload. Impact: researchers have up-to-date references with improved searchability and cross-linking; maintenance workloads reduced through batch updates and standardized naming. Demonstrated BibTeX management, batch editing, and multi-file consistency.
November 2025 - ExoMol/bib: Delivered comprehensive bibliography maintenance to keep citations current and consistent. Key features included updates to CN.bib, CIA.bib, H2CO.bib, C2H4.bib, H3+.bib and many others; batch consolidation of jtj.bib across six commits; JTJ naming standardization (xinlu) and reversion to ensure consistency; and addition of new bibliography files via upload. Impact: researchers have up-to-date references with improved searchability and cross-linking; maintenance workloads reduced through batch updates and standardized naming. Demonstrated BibTeX management, batch editing, and multi-file consistency.
In 2025-10, delivered expanded 2025 bibliographic coverage for ExoMol/bib and implemented data quality improvements to ensure accurate, up-to-date citations. The work enhances bibliographic coverage for H3+.bib, CO.bib, O2.bib, jtj.bib, VH.bib, NO+.bib, CH3F.bib, SO2.bib, and related files, reflecting fresh literature updates and standardized metadata.
In 2025-10, delivered expanded 2025 bibliographic coverage for ExoMol/bib and implemented data quality improvements to ensure accurate, up-to-date citations. The work enhances bibliographic coverage for H3+.bib, CO.bib, O2.bib, jtj.bib, VH.bib, NO+.bib, CH3F.bib, SO2.bib, and related files, reflecting fresh literature updates and standardized metadata.
September 2025 performance summary for ExoMol/bib focusing on bibliographic maintenance and data integrity. What I delivered: - Comprehensive bibliography refresh across 12+ bib files, including jtj.bib, FeH.bib, CO+.bib, CO.bib, CO2.bib, H2S.bib, programs.bib, NH3_MARVEL.bib, CH4_MARVEL.bib, exoplanets.bib, exomolcites.bib, and ML.bib, ensuring up-to-date citations and improved citation provenance. Key features delivered: - TJT bibliography refresh: Update jtj.bib with latest TJT entries (6 commits) - MARVEL gas bibliographies: NH3_MARVEL.bib and CH4_MARVEL.bib updated - CO family updates: CO.bib refreshed (4 commits); CO+.bib and CO2.bib updated - Additional bib updates: FeH.bib, H2S.bib, programs.bib, exoplanets.bib, exomolcites.bib, ML.bib updated - Targeted exoplanet and citation references: Exoplanets and Exomolcites updated; ML.bib refreshed for machine-learning related citations Major bugs fixed: - No defects reported or tracked in this period; efforts focused on updating references to prevent stale data and maintain accuracy. Overall impact and accomplishments: - Improved accuracy, recency, and reliability of bibliographic references, strengthening research credibility, publication readiness, and reproducibility for ExoMol users. Reduces future maintenance backlog by consolidating updates into a single, auditable commit trail across multiple files. Technologies/skills demonstrated: - Git-based change management with parallel updates across multiple bibliographies - Batch file maintenance and provenance tracking for scholarly citations - Attention to bibliographic standards and consistency across the repository Business value: - Up-to-date references support credible publications, reliable tooling, and faster onboarding for researchers relying on ExoMol citations.
September 2025 performance summary for ExoMol/bib focusing on bibliographic maintenance and data integrity. What I delivered: - Comprehensive bibliography refresh across 12+ bib files, including jtj.bib, FeH.bib, CO+.bib, CO.bib, CO2.bib, H2S.bib, programs.bib, NH3_MARVEL.bib, CH4_MARVEL.bib, exoplanets.bib, exomolcites.bib, and ML.bib, ensuring up-to-date citations and improved citation provenance. Key features delivered: - TJT bibliography refresh: Update jtj.bib with latest TJT entries (6 commits) - MARVEL gas bibliographies: NH3_MARVEL.bib and CH4_MARVEL.bib updated - CO family updates: CO.bib refreshed (4 commits); CO+.bib and CO2.bib updated - Additional bib updates: FeH.bib, H2S.bib, programs.bib, exoplanets.bib, exomolcites.bib, ML.bib updated - Targeted exoplanet and citation references: Exoplanets and Exomolcites updated; ML.bib refreshed for machine-learning related citations Major bugs fixed: - No defects reported or tracked in this period; efforts focused on updating references to prevent stale data and maintain accuracy. Overall impact and accomplishments: - Improved accuracy, recency, and reliability of bibliographic references, strengthening research credibility, publication readiness, and reproducibility for ExoMol users. Reduces future maintenance backlog by consolidating updates into a single, auditable commit trail across multiple files. Technologies/skills demonstrated: - Git-based change management with parallel updates across multiple bibliographies - Batch file maintenance and provenance tracking for scholarly citations - Attention to bibliographic standards and consistency across the repository Business value: - Up-to-date references support credible publications, reliable tooling, and faster onboarding for researchers relying on ExoMol citations.
August 2025 performance summary for ExoMol/bib. Focused on expanding and refining the bibliography to improve discoverability, accuracy, and downstream usability. Key outcomes include delivering a broad bibliography expansion across multiple BibTeX files and performing comprehensive metadata corrections to ensure data quality and consistency.
August 2025 performance summary for ExoMol/bib. Focused on expanding and refining the bibliography to improve discoverability, accuracy, and downstream usability. Key outcomes include delivering a broad bibliography expansion across multiple BibTeX files and performing comprehensive metadata corrections to ensure data quality and consistency.
July 2025: ExoMol/bib bibliography refresh and data integrity enhancements. Delivered extensive batch updates across JTJ.bib and a broad set of related bib files to reflect the latest references, improving data completeness and citation accuracy for downstream simulations and publications. Implemented via structured commit waves, establishing a scalable maintenance workflow for bibliographic data.
July 2025: ExoMol/bib bibliography refresh and data integrity enhancements. Delivered extensive batch updates across JTJ.bib and a broad set of related bib files to reflect the latest references, improving data completeness and citation accuracy for downstream simulations and publications. Implemented via structured commit waves, establishing a scalable maintenance workflow for bibliographic data.
June 2025 monthly summary for ExoMol/bib: Completed a comprehensive bibliographic refresh across core bibliography files to ensure up-to-date citations in the ExoMol catalog. Executed 25 commits across 12 bib files, including CODATA, CH+, JTJ (two batch updates totaling 10 commits), OP, TiO, HCN, SiO, NH3, diatomic, HF, databases, and H2O. No major bugs fixed this month; changes are read-only data updates with clear traceability.
June 2025 monthly summary for ExoMol/bib: Completed a comprehensive bibliographic refresh across core bibliography files to ensure up-to-date citations in the ExoMol catalog. Executed 25 commits across 12 bib files, including CODATA, CH+, JTJ (two batch updates totaling 10 commits), OP, TiO, HCN, SiO, NH3, diatomic, HF, databases, and H2O. No major bugs fixed this month; changes are read-only data updates with clear traceability.
Month: 2025-05 — Bibliography hygiene and data maintenance across the ExoMol/bib repository. Delivered extensive updates to JTJ bibliography data and refreshed a broad set of bibliography files to ensure up-to-date, consistent citations for research outputs. This work improves data reliability and searchability for users constructing bibliographic references.
Month: 2025-05 — Bibliography hygiene and data maintenance across the ExoMol/bib repository. Delivered extensive updates to JTJ bibliography data and refreshed a broad set of bibliography files to ensure up-to-date, consistent citations for research outputs. This work improves data reliability and searchability for users constructing bibliographic references.
April 2025 — ExoMol/bib: Delivered focused bibliography data curation to improve accuracy and completeness across BibTeX entries. Group of commits updated multiple bib files (e.g., jtj.bib, ZrO.bib, CO.bib, H2O.bib, HCN.bib, CO2.bib, N2O.bib, programs.bib, methods.bib) to correct entries, standardize fields, and add missing references. This work reduces citation errors, enhances searchability, and supports downstream tooling and reporting.
April 2025 — ExoMol/bib: Delivered focused bibliography data curation to improve accuracy and completeness across BibTeX entries. Group of commits updated multiple bib files (e.g., jtj.bib, ZrO.bib, CO.bib, H2O.bib, HCN.bib, CO2.bib, N2O.bib, programs.bib, methods.bib) to correct entries, standardize fields, and add missing references. This work reduces citation errors, enhances searchability, and supports downstream tooling and reporting.
March 2025 performance summary for ExoMol/bib: A comprehensive bibliographic data refresh across the repository, delivering up-to-date references and new data coverage to support accurate spectral modeling and literature citation. The work focused on data integrity, provenance, and wide-file cohesion across the bib set, enabling reliable downstream research and reproducibility.
March 2025 performance summary for ExoMol/bib: A comprehensive bibliographic data refresh across the repository, delivering up-to-date references and new data coverage to support accurate spectral modeling and literature citation. The work focused on data integrity, provenance, and wide-file cohesion across the bib set, enabling reliable downstream research and reproducibility.
February 2025 (2025-02) monthly summary for ExoMol/bib: Delivered extensive bibliography maintenance and data refresh across the repository to ensure up-to-date, accurate references for publications and downstream tooling. Highlights include batch updates to JTJ, CO, CH4_MARVEL, CO_MARVEL, OH, journals, N2, O2, SO2, C2H2, NaH, CH4, and many other bib files, plus creation of a new CO+.bib and refresh of exomolcites.bib. No bug fixes were recorded this month; all work focused on data quality, discoverability, and readiness for production use. These changes improve citation accuracy, searchability, and interoperability with literature databases, directly enhancing user trust and publication workflows.
February 2025 (2025-02) monthly summary for ExoMol/bib: Delivered extensive bibliography maintenance and data refresh across the repository to ensure up-to-date, accurate references for publications and downstream tooling. Highlights include batch updates to JTJ, CO, CH4_MARVEL, CO_MARVEL, OH, journals, N2, O2, SO2, C2H2, NaH, CH4, and many other bib files, plus creation of a new CO+.bib and refresh of exomolcites.bib. No bug fixes were recorded this month; all work focused on data quality, discoverability, and readiness for production use. These changes improve citation accuracy, searchability, and interoperability with literature databases, directly enhancing user trust and publication workflows.
January 2025 — ExoMol/bib bibliography modernization and data-quality improvements to support reliable citations and downstream research use. Delivered a comprehensive set of file-wide bibliography updates across primary species and references, enabling up-to-date literature coverage and consistent data curation for researchers and tools relying on ExoMol references.
January 2025 — ExoMol/bib bibliography modernization and data-quality improvements to support reliable citations and downstream research use. Delivered a comprehensive set of file-wide bibliography updates across primary species and references, enabling up-to-date literature coverage and consistent data curation for researchers and tools relying on ExoMol references.
December 2024: ExoMol/bib bibliography maintenance and quality improvements. Delivered extensive updates to bibliography entries to ensure citations are current and accurate for downstream documentation, publications, and tooling. No formal bug-fix tickets identified this month; activity centered on data hygiene, consistency, and release-ready BibTeX data.
December 2024: ExoMol/bib bibliography maintenance and quality improvements. Delivered extensive updates to bibliography entries to ensure citations are current and accurate for downstream documentation, publications, and tooling. No formal bug-fix tickets identified this month; activity centered on data hygiene, consistency, and release-ready BibTeX data.
November 2024: Delivered a comprehensive bibliography refresh across the ExoMol/bib repository, focusing on accuracy, completeness, and consistency of citations. Executed batch updates across JTJ.bib and 14+ other BibTeX files, consolidating entries, fixing corrections, and adding recent references. Achieved traceable changes via per-file commits, including an initial repository import and ongoing updates across CO, CO2, OCS, CH4, CH4_MARVEL, H2S, H3+, LiOH, CS2, SiH4, O2, ZrO, and others. The updates improve searchability, reproducibility, and reliability for downstream research and publication workflows.
November 2024: Delivered a comprehensive bibliography refresh across the ExoMol/bib repository, focusing on accuracy, completeness, and consistency of citations. Executed batch updates across JTJ.bib and 14+ other BibTeX files, consolidating entries, fixing corrections, and adding recent references. Achieved traceable changes via per-file commits, including an initial repository import and ongoing updates across CO, CO2, OCS, CH4, CH4_MARVEL, H2S, H3+, LiOH, CS2, SiH4, O2, ZrO, and others. The updates improve searchability, reproducibility, and reliability for downstream research and publication workflows.
October 2024 monthly summary for ExoMol/bib: Delivered an updated nitric oxide bibliography entry with complete metadata, enhancing discoverability and accuracy of NO-related literature.
October 2024 monthly summary for ExoMol/bib: Delivered an updated nitric oxide bibliography entry with complete metadata, enhancing discoverability and accuracy of NO-related literature.
Overview of all repositories you've contributed to across your timeline