Dr. Huber attends many conferences. His conference contributions include:
1. Huber, MS, Kovaleva, E, Tisato, N, Rae, ASP, Gulick, SPS, 2023. How Low Can Craters Go? Testing The Maximum Identifiable Depth of Eroded Impact Craters At The Vredefort Impact Structure. LPI Contributions 2806:2063.
2. Huber, MS, 2023. Proximal Impact Ejecta From The Vredefort Impact Structure: Implications For Proterozoic Stratigraphy. Geocongress 2023 Abstract Volume, #211.
3. Huber, MS, Kovaleva, E, Fernandez, V, Salge, T, 2022. Melting At The Contact Between Impact Melt and Host Rocks: X-Ray Ct and SEM/EDS of The Vredefort Granophyre. 53rd Lunar and Planetary Science Conference 2678:1179.
4. Huber, MS, Kovaleva, E, Wilke, F, 2022. First Observation of Ni-Cu-Au-Pge Mineralization Within Impact Melt of The Vredefort Structure ICF-CIRIR Abstract.
5. Losiak, A, Plado, J, Jõeleht, A, Szyszko, M, Ormö, J, Huber, MS, Belcher, C, Wild, EM, Steier, P, 2021. Interaction of Ejecta During Multiple Crater Formation on Earth: Kaali 2/8 Case and Laboratory Experiments. 52nd Lunar and Planetary Science Conference, Abstract #2100.
6. Huber, MS, Kovaleva, E, Mautle, F, Hainsworth, J, Koeberl, C, 2021. First Discovery of Proximal Vredefort Impact Ejecta In South Africa. 84th Annual Meeting of The Meteoritical Society 84:6240.
7. Huber, MS, Gulick, SPS, Tisato, N, Kovaleva, E, Clark, M, Fourie, F, 2021. Preliminary Results of Geophysical Properties of Granitoids Taken From a Transect Through The Vredefort Impact Structure. 52nd Lunar and Planetary Science Conference, Abstract #1188.
8. Kovaleva, E, Clark, MD, Huber, MS, 2021. Post-Impact Faulting of the Holfontein Granophyre Dike of the Vredefort Impact Structure, South Africa, Inferred From Remote Sensing, Geophysics, and Geochemistry Saga Conference.
9. Huber, MS, Kovaleva, E, Clark, MD, Fourie, F, 2020. Evaluating the Emplacement Mechanisms of Vredefort Impact Melt Dikes 11th Planetary Crater Consortium Meeting 11:2016.
10. Huber, MS, Kovaleva, E, 2019. Was the Vredefort Melt Sheet Similar Composition to the Sudbury Melt Sheet? 50th Annual Lunar and Planetary Science Conference, Abstract #2396.
11. Huber, MS, Kovaleva, E, 2019. Microstructural Dynamics of Central Uplifts: Reidite Offset By Zircon Twins At The Woodleigh Impact Structure, Australia: Comment. Geology 47:e465-e465.
12. Fourie, F, Kovaleva, E, Huber, M, 2019. Geophysical Surveys Across The Daskop Granophyre Dyke. 16th SAGA Biennial Conference and Exhibition.
13. Huber, MS, Kovaleva, E, Dixon, RD, Pittarello, L, 2018. Impact-Generated Pseudotachylites Do Not Necessarily have the Composition of their Host. 49th Annual Lunar and Planetary Science Conference Abstract #1906.
14. Huber, MS, Kovaleva, E, Fourie, F, 2018. Lowermost Termination of Vredefort Granophyre Dyke Results in Unusual Features. 81st Annual Meeting of The Meteoritical Society, Abstract #6262.
15. Kovaleva, E, Huber, MS, Habler, G, Pittarello, L, 2018. Tectonic vs Impact Zircon Deformation: From the Vredefort Impact Structure to the Moon Tectonics, A Possible Key To Understand Different Geological Processes. EGU General Assembly Conference Abstract 1037.
16. Roelofse, F, Schoch, A, Huber, MS, 2018. Special Issue Department of Geology University of The Free State 1918-2018. South African Journal of Geology 121:337-338.
17. Kovaleva, E, Huber, MS, 2017. Pseudotachylitic Breccia in Mafic and Felsic Rocks, EGU General Assembly Conference Abstract 3769.
18. Huber, MS, Kovaleva, E, 2017. Inhomogeneous Distribution of Clasts In The Daskop Granophyre Dyke, Vredefort Impact Structure, South Africa. 48Th Annual Lunar and Planetary Science Conference Abstract #1999.
19. Kovaleva, E, Huber, M, Somers, A, Bateman, S, 2017. The Daskop Granophyre Dyke: Inhomogeneous Clast Distribution and Chemistry Geophysical Research Abstracts, 19, EGU2017-3768.
20. Zanetti, M, Wilk, J, Kukko, A, Kaartinen, H, Kohv, M, Jõeleht, A, Välja, R, Paavel, K, Kriiska, A, Plado, J, 2015. The Structure of The Kaali Impact Crater (Estonia) Based On 3D Laser Scanning, Electro-Resistivity Tomography, and Isale Hydrocode Modelling. Bridging The Gap III: Impact Cratering in Nature, Experiments, and Modeling 1861:1103.
21. Losiak, A, Wild, EM, Geppert, WD, Huber, MS, Jõeleht, A, Kriiska, A, Kulkov, A, Paavel, K, Pirkovic, I, Plado, J, 2015. Dating A Small Impact Crater: An Age of Kaali Crater (Estonia) Based On Charcoal Emplaced Within Proximal Ejecta. Bridging The Gap III: Impact Cratering in Nature, Experiments, and Modeling 1861:1070.
22. Zanetti, M, Wilk, J, Joeleht, A, Välja, R, Losiak, A, Wisniowski, T, Huber, M, Pavel, K, Kriiska, A, Plado, J, 2015. The Structure of The Kaali Impact Crater (Estonia) Based On 3D Laser Scanning, Photogrammetric Modelling and Strike and Dip Measurements. EGU General Assembly Conference Abstract 11624.
23. Bordenca, C, Huber, MS, Goderis, Steven, Debaille, Vinciane, Claeys, Ph, 2015. Classification of Cosmic Spherules From Widerøefjellet (Sør Rondane Mountains, East Antarctica). 46th Annual Lunar and Planetary Science Conference Abstract #1762.
24. Losiak, Anna, Wild, Eva Maria, Huber, Matthew S, Wisniowski, Tomasz, Paavel, Kristiina, Jõeleht, Argo, Välja, Rudolf, Plado, Jüri, Kriiska, Aivar, Wilk, Jakob, 2015. Dating Kaali Crater (Estonia) Based On Charcoal Emplaced Within Proximal Ejecta Blanket EGU General Assembly Conference Abstract 3053.
25. Bordenca, C, Huber, MS, Goderis, S, Debaille, V, Claeys, P, 2015. Micrometeorites From the Sør Rondane Mountains XII International Symposium On Antarctic Earth Science 535-536.
26. McKibbin, S, Huber, MS, Claeys, P, 2015. Eucrite Versus Angrite: Micrometeorites As Natural Forward Melting Experiments On Chondrites XII International Symposium On Antarctic Earth Science 528-529.
27. Bordenca, C, Huber, MS, Goderis, S, Debaille, V, Claeys, P, 2015. Classification of Cosmic Spherules From Widerøefjellet (Sør Rondane Mountains, East Antarctica) 45th Lunar and Planetary Science Conference Abstract #1782.
28. Wilk, J, Losiak, A, Zanetti, M, Wild, EM, Joeleht, A, Välja, R, Wisniowski, T, Huber, MS, Pavel, K, Kriiska, A, 2015. New Insights Into The Kaali Meteorite Crater-An Update Based On The Development In Crater Research From Wegner To Today. Geoberlin Conference.
29. Huber, MS, 2014. Observations of Accretionary Lapilli From The Chicxulub Impact Event. GSA Annual Meeting In Vancouver, British Columbia.
30. Huber, MS, Artemieva, N, 2014. Model For Upper Atmospheric Aggregation of Ash Following Hypervelocity Impact Events EGU General Assembly Conference Abstract #4989.
31. Huber, MS, Goderis, S, Debaille, V, Claeys, P, 2014. Melting of Cosmic Spherules. 77th Annual Meeting of The Meteoritical Society Abstract 5374.
32. Huber, MS, Artemieva, N, 2014. Impact Accretionary Lapilli In Nature and In Numerical Models 45th Lunar and Planetary Science Conference.
33. Huber, MS, Bordenca, C, Goderis, S, Debaille, V, Claeys, P, 2014. New Micrometeorite Collection Site Discovered At Wideroefjellet, Antarctica 45th Lunar and Planetary Science Conference Abstract #2108.
34. Huber, MS, Goderis, S, Debaille, V, Claeys, P, 2014. Ni-Olivine In A Porphyritic Cosmic Spherule 37th Symposium On Antarctic Meteorites 295-295.
35. Huber, MS, Goderis, S, Debaille, V, Claeys, P, 2014. Very High Ni Olivine In A Porphyritic Cosmic Spherule. The Fifth Symposium on Polar Science.
36. Huber, MS, Plado, J, Ferrière, L, 2013. Oldest Impact Structures On Earth-The Case Study of The Suavjärvi Structure (Russia) Large Meteorite Impacts and Planetary Evolution V 1737:3073.
37. Huber, MS, Koeberl, C, 2013. Observations of Accretionary Lapilli From The Sudbury Impact Event. 125th Annual Meeting of The Geological Society of America 200-206.
38. Huber, MS, Koeberl, C, 2013. Accretionary Lapilli From The Sudbury Impact Event Meteoritics and Planetary Science Supplement 76:5112.
39. Huber, MS, King, DT, Petruny, LW, Koeberl, C, 2013. Revisiting Kilmichael (Mississippi), A Possible Impact Structure 44th Annual Lunar and Planetary Science Conference Abstract #2250.
40. Osinski, GR, Ferrière, L, Kring, DA, anders, D, Armstrong, K, Baker, D, Bamberg, M, Beddingfield, C, Gaither, T, Harrison, T, 2013. Revisiting The Distribution and Properties of Shatter Cones At The Sudbury Impact Structure, Canada Large Meteorite Impacts and Planetary Evolution V 1737:3061.
41. Huber, MS, Crne, AE, Lepland, A, McDonald, I, Melezhik, VA, Koeberl, C, 2012. Chemical Analysis of Impact Spherules From The Zaonega Formation, Karelia, Russia, and Implications For Vredefort Origin 43rd Annual Lunar and Planetary Science Conference :Abstract #970.
42. Huber, MS, Koeberl, C, 2012. Distribution of Meteoritic Material In Sudbury Ejecta Meteoritics and Planetary Science Supplement 75:5136.
43. Huber, MS, 2012. Accretionary Lapilli From The Sudbury Impact Event: Observations From Five Sources. Geological Society of America Abstracts With Programs 44:277.
44. Huber, MS, Ferrière, L, Losiak, A, Koeberl, C, 2011. Anie: A Mathematical Algorithm For Automated Indexing of Planar Deformation Features In Shocked Quartz 42nd Annual Lunar and Planetary Science Conference Abstract #1200.
45. Kring, DA, Balcerski, J, Blair, DM, Chojnacki, M, Donohue, PH, Drummond, SA, Garber, JM, Hopkins, M, Huber, MS, Jaret, SJ, 2011. Asymmetrical Distribution of Impact Ejected Lithologies At Barringer Meteorite Crater (Aka Meteor Crater) 42nd Annual Lunar and Planetary Science Conference Abstract #1746.
46. Huber, MS, Crne, AE, Lepland, A, Melezhik, VA, Koeberl, C, Far Deep Science Team, 2011. Possible Occurrence of Distal Impact Ejecta From The Vredefort Impact Event In Drill Cores From The Onega Basin, Russia 42Nd Annual Lunar and Planetary Science Conference Abstract #1487.
47. Kring, DA, Balcerski, J, Blair, DM, Chojnacki, M, Donohue, PH, Drummond, SA, Garber, JM, Hopkins, M, Huber, MS, Jaret, SJ, 2011. Fold Hinge In Overturned Coconino Sandstone and Its Structural Displacement During The Formation of Barringer Meteorite Crater (Aka Meteor Crater) 42nd Annual Lunar and Planetary Science Conference Abstract #1740.
48. Losiak, A, Wojciechowski, J, Ferrière, L, Huber, M, Koeberl, C, 2011. A Web-Based Program For Indexing Planar Deformation Features In Quartz 42Nd Annual Lunar and Planetary Science Conference: Abstract #1286.
49. Huber, MS, 2011. Variation of Fallout Ejecta With Distance From The Sudbury Crater GSA Annual Meeting In Minneapolis.
50. Huber, MS, Koeberl, C, 2011. Components of Distal Sudbury Ejecta. Meteoritics and Planetary Science Supplement 74:5057.
51. Huber, MS, Gibson, MA, 2007. Preliminary Interpretation of Paragenesis of Mineral and Sediment Infill In Scyphocrinites Loboliths From The Lower Devonian Ross Formation of Western Tennessee. Geological Society of America Abstracts With Programs 39:35.