TJID3 Research

Zero-dependency HTML character matrix for 466 North American Carex taxa, derived from identification content in FNA Volume 23.

Interactive taxonomic identification key for the genus Scleria, built as a zero-dependency field-ready primitive.

Identification key for the genus Scirpus, using primitive architecture focused on field-ready diagnostic character matrices.

Interactive companion to Boltzmann’s 1872 work on the H-theorem and kinetic theory, with equation glossaries and multilingual editions.

Primary reconstruction layer for Boltzmann’s paper, separated from the companion build and focused more directly on the source argument itself.

Brownian motion reconstruction from German OCR source material, with interactive equation glossaries and multilingual translation.

Direct link to the interactive primary-source restoration, integrating original German text with synchronized English translation and live mathematical glossaries.

Phonemically stable auxiliary language synthesized from 50 source languages, with compression gains on canonical English texts.

Browser stress test at geologic scale, or what happens when you feed a Kaiju to Chrome.

Longitudinal market study documenting steep price collapse, regulatory asymmetries, and the structure of a volatile emerging sector.

Technical argument for publishing data, narrative, and visualization as a single durable HTML file that runs offline and resists software rot.

Mobile ID system for pests and diseases

V1 Maps for pests

V1 Poaceae Pests and Diseases

V1 Fabaceae Pests and Diseases

V1 Solanaceae Pests and Diseases

V1 Vitaceae Pests and Diseases

V1 Rutaceae Pests and Diseases

V1 Prunus Pests and Diseases

Early visual key work showing how images can function as direct and comparatively unmediated aids in botanical identification.

Visual evidence that at least one grass participates in insect pollination, against the routine shorthand of universal wind pollination.

Analysis of expanding web access to plant biodiversity data and the institutional costs of making those data public and usable.

Dissertation-scale treatment of plant biodiversity informatics, web delivery, and the problem of turning scattered data into usable identification tools.

Text-based key to Carex of North America.

Text-based key to European Carex taxa.

Text-based North American Carex key structured for different levels of user experience.

Framework built and edited by T.M. Jones, data population by Diane Ferguson, a real hybrid job long before hybrid swarms had a name.

Text-based key to Scleria of North America.

Framework built and edited for generic grass identification.

Framework built and edited for Bromus identification.

Framework built, written, and edited for these grass groups.

Framework built, written, and edited for Paspalum identification.

Visual teaching tool for plant diversity.

Early visual key to North American Carex, later used in dissertation work.

Teaching and workshop tool for Poaceae in Louisiana.