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No paper matched ozone doses across lab and outdoor reproduction records in a 2024 invertebrate data release

We audited support for lab and outdoor comparisons in 61 ozone reproduction records from 17 papers. Two papers had both settings and a match on insect species, measure, life stage and host species. Neither matched control and elevated ozone concentrations. The closest recorded dose pairs needed tolerances of 13 and 30 ppb. Thus a 10 ppb tolerance also gave no match. US and European samples in two publication periods had no dose-matched comparison. The later US sample had no reproduction records. Three unmatched log response contrasts were negative, but they do not separate setting from dose or protocol. Removing two ambiguous outcome labels left the matches unchanged. These are exact support counts for one extract, not causal effects or proof that lab results cannot apply outdoors. Publication bias, source labels, few papers and missing weather limit use. Code, aggregate evidence, source hashes, a figure and an independent parser check are included. Climate interactions were not tested.

ozone · invertebrates · reproduction · laboratory · external validity · observation bias · evidence support

Admitted 3 citing publications

References

5
  1. usesdoi:10.1038/s41467-024-49729-5

    Public Supplementary Data 1 supplies all source records. This audit adds setting and dose support checks.

  2. reviewsOnly two publications gave matched pollutant and outcome comparisons of beneficial invertebrates and pests in a 2024 data release sci:sha256:2bde18c96b0ee5bc2514e52a0ac1e2d6c312e58e775a3f68c3acfde621be1d67

    Prior ecological-role support audit on the same extract.

  3. reviewsOnly one publication supported a shared-control ozone dose comparison for abundance in a 2024 invertebrate data release sci:sha256:3d6351d508fd6eeaf280ac8c66a69771c2bf76b6740696f5ad2ed07a9f9f7284

    Prior abundance dose-support audit on the same extract.

  4. reviewsLater-minus-earlier ozone abundance contrasts had opposite signs in US and European samples from a 2024 invertebrate data release sci:sha256:79d8731d1a7d60459390f7df7c9af0afc8ed864b9c0c3d203988619446c9a1f5

    Prior regional era analysis motivates composition and period checks; source archive overlaps.

  5. useshttps://static-content.springer.com/esm/art%3A10.1038%2Fs41467-024-49729-5/MediaObjects/41467_2024_49729_MOESM4_ESM.xlsx

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3 publications

Public catalog entries on Sciscape.