Silas Thorne
Silas focuses on the chemical stabilization of high-acid pulp substrates and the long-term effects of atmospheric pollutants on newsprint. He frequently evaluates the efficacy of modern deacidification sprays and archival storage solutions.
The Hidden Code in Your Vintage Magazine Collection
Archival metadata is the secret map that helps us handle history. Learn how experts catalog paper types and printing methods to track the past.
Why Your Old Magazines are Falling Apart and How to Stop It
Old magazines are chemically designed to decay, but a mix of acid-free materials and climate control is helping experts save our printed history from turning to dust.
Saving History from the Slow Fire
Learn how archival experts use Mylar, acid-free folders, and climate control to stop old magazines from crumbling into dust.
The Secret Map Inside Old Magazines
Beyond the articles, old magazines contain hidden data about how they were made and who made them. Learn how cataloging paper types and printing methods creates a 'DNA' for history.
The Secret Code in Your Old Magazines
Discover how librarians use metadata and paper analysis to track the history of magazines through ads and printing tech.
Advancements in Cellulose Substrate Stabilization: The Shift to Lignin-Free Archival Standards
Institutional archives are adopting new standards in lignin-free buffering and Mylar encasement to combat the chemical degradation of wood-pulp magazines.
Stabilization of Cellulose-Based Substrates: Mitigating Iron Gall Ink Mottling and Insect Damage
Archives are employing advanced chemical stabilization and controlled atmospheric storage to protect historical magazines from iron gall ink decay and insect infestations.
Standardizing Metadata Protocols for Mid-Century Pulp and Serial Publications
Archivists are implementing new granular metadata standards and lignin-free buffering protocols to preserve the fragile, high-acid paper of mid-century pulp magazines and serials.
Integrating Non-Destructive Spectroscopic Analysis in Periodical Metadata Generation
New non-destructive spectroscopic techniques and forensic entomology are transforming how archivists analyze and catalog historical periodicals, creating highly detailed material metadata.
Implementation of Granular Metadata Standards in the Recovery of Mid-Century Printing Stocks
New standards in archival metadata are providing forensic-level detail on historical periodicals, focusing on paper fiber analysis, printing techniques, and advertising content for provenance tracking.
Advances in Cellulose Stabilization for Fragile Periodical Substrates
New methodologies in cellulose stabilization are helping conservators save fragile historical magazines from 'slow fire' through alkaline buffering and specialized acid-free housing.
Mitigating Cellulose Degradation: Advanced Methodologies in Magazine Stabilization
New methodologies in chemical stabilization and controlled atmospheric storage are helping archives preserve fragile 20th-century magazines prone to acidification and insect damage.
Robotic Precision: The Boston Spa Low-Oxygen Storage Case Study
A detailed examination of the British Library's 2014 transition to robotic, low-oxygen storage at Boston Spa, focusing on the preservation of fragile wood-pulp periodicals.