Albion College, Michigan
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Affiliated Works
sorted by decreasing year, and then by display-name
- Parsimonious PARMA Models and Their Application to Modeling of Riverflows
- A Model of Temperature Inversion Across the White Mountains, California to Explain Downslope Migration of Trees
- 40Ar/39Ar Geochronology of Minna Bluff, Antarctica: Timing of Mid-Miocene Glacial Erosional Events Within the Ross Embayment
- Evidence for Complex Mixing Processes Controlling the Composition of a Wide Range of Alkaline Volcanic Rocks at Minna Bluff, Antarctica.
- Miocenic subaqueous volcaniclastic deposits in ANDRILL-MIS core
- Petrology of Inclusion-Rich Lavas at Minna Bluff, Antarctica: Implications for Magma Origin, Differentiation and Eruption Dynamics
- Volcanic and Glacial Geology of the Miocene Minna Bluff Volcanic Complex, Antarctica
- Downscaling to the Climate Near the Ground: Measurements and Modeling Along the Macro-, Meso-, Topo-, and Microclimate Hierarchy
- Relationship between the early Paleozoic SSZ ophiolite complex and North Qaidam UHP metamorphic belt in NW China
- Lunar Regoliths: Solving Geochemical Mysteries Using Lunar Impact Glasses
- Stable isotope, cation chemistry and petrographic evidence of multiple water sources influencing the alteration of Antarctic hyaloclastites
- Petrogenesis of alkaline magmas at Minna Bluff, Antarctica: evidence for multi-stage differentiation and complex mixing processes
- Two-stage growth of the Late Miocene Minna Bluff Volcanic Complex, Ross Embayment, Antarctica: implications for ice-sheet and volcanic histories
- A petrographic, geochemical and isotopic (O, H, C and Sr) investigation of secondary minerals in volcaniclastic rocks at Minna Bluff, Antarctica: Petrogenesis of alteration and implications for paleoenvironmental conditions
- Detailed Ar-Ar Geochronology of Volcanism at Minna Bluff, Antarctica: Two-Phased Growth and Influence on Ross Ice Shelf
- Petrochronology of Himalayan UHP eclogite: Implications for the timing of India-Asia collision
- Excess Argon Incorporation in Phengite from Pervasive Fluid-Mediated Metasomatism during Ultrahigh-Pressure Continental Subduction
- Trace Element Variations as Indicators of Fluid Sources and Infiltration History During UHP Metamorphism of Continental Crust
- Argon, Oxygen, and Boron Isotopic Evidence Documenting <SUP>40</SUP>Ar<SUB>E</SUB> Accumulation in Phengite during Water-Rich High-Pressure Subduction Metasomatism of Continental Crust
- Survival of Glycolaldehyde and Production of Sugar Compounds via Comet Impact Delivery
- Event Scale Variations in Water Isotopes: What Do They Tell Us?
- Production and Survival of Sugar Molecules During Experimental Impacts
- Chemical and mechanical controls on metasomatic assimilation of eclogite blocks in high-pressure host gneiss
- Thermodynamic Modeling of the Tso Morari UHP Eclogite, NW Himalaya
- Evaluation of multiple thermodynamic modeling protocols on metabasites: using the Tso Morari UHP eclogite as a case study
- Impact Generation of Sugar Molecules and Survival of Glycolaldehyde
- In Situ Geochronology for the Next Decade
- Amphibolization of the Tso Morari UHP eclogites: a record of fluid infiltration at amphibolite-facies during uplift in the subduction channel
- An URGE Pod Remix: Benefits, Challenges, and Next Steps from a Multi-Institution Pod
- Paleo-redox conditions of the eastern margin of the Permian Phosphoria Basin, Idaho, USA