Michael Hren
Associate Professor/Earth Sciences

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Scholarly Contributions

10 Scholarly Contributions

Other Scholarly Work ✕
139
Journal Articles
113
Conference Proceedings
90
Poster/Presentations
StalFire Consortium: Defining the paleoclimate-fire relationship in California across temporal and spatial scales 
Michael Hren , (2025). StalFire Consortium: Defining the paleoclimate-fire relationship in California across temporal and spatial scales 
Research Type: Other Scholarly Work
Variations of fire events and vegetation in the western Sierra Nevada archived in speleothems during Dansgaard–Oeschger (D–O) cycles 
Michael Hren , (2025). Variations of fire events and vegetation in the western Sierra Nevada archived in speleothems during Dansgaard–Oeschger (D–O) cycles 
Research Type: Other Scholarly Work
The late Smithian thermal maximum and the Smithian-Spathian event were the two primary drivers of Early Triassic floristic changes at high southern latitudes  
Michael Hren , (2025). The late Smithian thermal maximum and the Smithian-Spathian event were the two primary drivers of Early Triassic floristic changes at high southern latitudes  
Research Type: Other Scholarly Work
A novel method for improved estimates of absolute microfossil abundance: A big step towards a deep-time terrestrial productivity proxy
Michael Hren , (2025). A novel method for improved estimates of absolute microfossil abundance: A big step towards a deep-time terrestrial productivity proxy
Research Type: Other Scholarly Work
Reconstructing Paleofire-Climate Connections in Speleothems Using Organic Molecules: A Source to Sink Perspective
Michael Hren, Aida Zyba, Jessica Oster, Jonathan Smolen, Kesego Letshele, Yuval Burstyn, Erica Scarpitti, Zhao Wang, Cameron De Wet , (2024). Reconstructing Paleofire-Climate Connections in Speleothems Using Organic Molecules: A Source to Sink Perspective, Copernicus Meetings
Research Type: Other Scholarly Work
Locally Produced Sedimentary Biomarkers in High-Altitude Catchments Outweigh Upstream River Transport in Sedimentary Archives
Michael Hren , (2024). Locally Produced Sedimentary Biomarkers in High-Altitude Catchments Outweigh Upstream River Transport in Sedimentary Archives
Research Type: Other Scholarly Work
StalFire Consortium: Defining the paleoclimate-fire relationship in California across temporal and spatial scales
Yuval Burstyn, Kesego P Letshele, Sarah Pederzani, Michael Hren, Gabriel Bowen, Jessica L Oster, Eliot A Atekwana, Elizabeth M Griffith, Cameron de Wet , (2024). StalFire Consortium: Defining the paleoclimate-fire relationship in California across temporal and spatial scales, Copernicus Meetings
Research Type: Other Scholarly Work
Variations of fire events and vegetation in the western Sierra Nevada archived in speleothems during Dansgaard--Oeschger (D--O) cycles
Jessica L Oster, Aida Zyba, Erica A Scarpitti, Michael Hren, Zhao Wang, Jonathan Smolen , (2024). Variations of fire events and vegetation in the western Sierra Nevada archived in speleothems during Dansgaard--Oeschger (D--O) cycles, Copernicus Meetings
Research Type: Other Scholarly Work
Climate Change and Mass Extinction Risk in an Endemic-Rich Late Devonian Fauna
Michael Hren , (2021). Climate Change and Mass Extinction Risk in an Endemic-Rich Late Devonian Fauna, Research Square
Research Type: Other Scholarly Work
HEC-RAS Flood Surface Modeling and Geochemical Analysis: A Combined Approach to Understanding the Distribution of Metals in Overbank Sediments: a Case Study from Fisher Creek, New World Mining District, MT
Michael Hren , (2001). HEC-RAS Flood Surface Modeling and Geochemical Analysis: A Combined Approach to Understanding the Distribution of Metals in Overbank Sediments: a Case Study from Fisher Creek, New World Mining District, MT, Dartmouth College
Research Type: Other Scholarly Work