1. Kenkmann T., Sundell K.A., Cook D. (2018). Discovery of a Paleozoic Impact Crater Strewn Field near Douglas, Wyoming, USA: Evidence from Microstructural Analysis, Satellite, and Drone Imagery // 20th EGU General Assembly, EGU2018, Proceedings from the conference held 4-13 April, 2018 in Vienna, Austria, p.6010.
  2. Kenkmann T., Sundell K.A., Cook D. (2018). Evidence for a large Paleozoic Impact Crater Strewn Field in the Rocky Mountains // Scientific Reports, Volume 8, id. 13246.
  3. Kenkmann T., Sundell K.A., Cook D. (2018). Exhumed Paleozoic Impact Crater Strewn Field Near Douglas, Wyoming, USA: Evidence from Microstructural Analysis, Satellite, and Drone Imagery // 49th Lunar and Planetary Science Conference 19-23 March, 2018, held at The Woodlands, Texas LPI Contribution No. 2083, id.1469.
  4. Sundell K.A., Poelchau M.H., Cook D., Kenkmann T. (2018). The Douglas Crater Field, Wyoming, USA: Discovery of an Unexpected Crater Cluster at the Carboniferous-Permian Boundary // 81st Annual Meeting of the Meteoritical Society
  5. Monika Kumlehn de Mamani & Ingrid Grambow (2019). IMPAKTNAMEN: Namen der [Meteorite; Impakte/Krater; Boliden/Fireballs; Tektite] im Sonnensystem.
  6. Schulze T., Kenkmann T., Poelchau M.H., Sundell K.A., Cook D. (2019). Douglas Impact Crater Strewn Field, WY, USA: A Progress Report // Large Meteorite Impacts and Planetary Evolution VI, proceedings of the conference held September 30-October 3, 2019 in Brasilia, Brazil. LPI Contribution No. 2136, id.5036.
  7. O'Dale C. (2022). Crater Explorer.
  8. Ernstson K., Pobekel J. (2023). Pingos and mardels: high-resolution digital terrain models suggest meteorite impact craters in addition to permafrost, sinkhole and dead-ice formation models.
Группа на Яндекс-карте.


Simplified geological sketch and location of confirmed and possible impact craters at the NE slope of Sheep Mountain anticline, WY, USA
(Kenkmann et al., 2018).


Composite drone imagery of the southeastern crater strewn field
(Kenkmann et al., 2018).



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