www.atmospheric-measurement-techniques.net Executive editors ▪ Thomas Wagner (chief-executive editor) Atmospheric ▪ Hartwig Harder ▪ Joanna Joiner ▪ Paolo Laj Measurement ▪ Andreas Richter [email protected] Techniques eISSN 1867-8548 | ISSN 1867-1381 An interactive open-access journal www.atmospheric-measurement-techniques.net of the European Geosciences Union → Impact Factor: 3.400 (2018) → on average 155 days from submission to publication (2019) → indexed in the Science Citation Index Expanded (Web of Science), Current Contents, Scopus, Chemical Abstracts, DOAJ, and others → archived in Portico & CLOCKSS Copernicus Publications Bahnhofsallee 1e 37081 Göttingen Germany Phone: +49 551 90 03 39 0 Fax: +49 551 90 03 39 70 [email protected] https://publications.copernicus.org | 5 months to publish Image credit: Orbit 8.000 m: iStock.com/Spectral-Design www.atmospheric-measurement-techniques.net IF: 3.400 Interactive Public Peer ReviewTM ▪ manuscript posted in the AMT discussion forum ▪ public discussion by the scientific community ▪ open access to referee reports ▪ authors’ revision and peer-review completion ▪ final journal publication – fully peer-reviewed 1. Submission Referees 2. Access review 5 3. Technical corrections 4. MS posted in AMTD forum 5. Public discussion 6. Revision Referee 7. Revised submission 8. Peer-review completion comments 9. Final revised publication 1 2 4 5 6 7 8 Author Editor Author Editor 3 Author 9 Discussion comments paper Short comments 1st stage 2nd stage (discussion (journal) Final forum) 5 revised paper Scientific community Aims and scope Atmospheric Measurement Techniques (AMT) is an in- trieval for gases, aerosols, and clouds. Papers submit- ternational scientific journal dedicated to the publication ted to AMT must contain atmospheric measurements, and discussion of advances in remote sensing, as well as laboratory measurements relevant for atmospheric sci- in situ and laboratory measurement techniques for the ence, and/or theoretical calculations of measurements constituents and properties of the Earth’s atmosphere. simulations with detailed error analysis including instru- The main subject areas comprise the development, inter- ment simulations. The manuscript types considered for comparison, and validation of measurement instruments peer-reviewed publication are research articles, review and techniques of data processing and information re- articles, and commentaries. www.atmospheric-measurement-techniques.net.