Mgrre_Lithstriplog_Michigan & State & Au Gres 1_21011195820000,
2022
Western Michigan University
Mgrre_Lithstriplog_Michigan & State & Au Gres 1_21011195820000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_State Deep River 2_21011196230000,
2022
Western Michigan University
Mgrre_Lithstriplog_State Deep River 2_21011196230000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Burczak, Anna Et Al & Abel, Gust 1_21011196520000,
2022
Western Michigan University
Mgrre_Lithstriplog_Burczak, Anna Et Al & Abel, Gust 1_21011196520000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Brooks, Nellie Et Al 1_21011197960000,
2022
Western Michigan University
Mgrre_Lithstriplog_Brooks, Nellie Et Al 1_21011197960000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Doyle, James T & Caroline M 1_21011198620000,
2022
Western Michigan University
Mgrre_Lithstriplog_Doyle, James T & Caroline M 1_21011198620000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Post, Lovell 9_21011200730000,
2022
Western Michigan University
Mgrre_Lithstriplog_Post, Lovell 9_21011200730000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_State Adams D-1_21011203520000,
2022
Western Michigan University
Mgrre_Lithstriplog_State Adams D-1_21011203520000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Graczyk, Peter 1_21005085890000,
2022
Western Michigan University
Mgrre_Lithstriplog_Graczyk, Peter 1_21005085890000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Paxton Quarry 3_21007607757000,
2022
Western Michigan University
Mgrre_Lithstriplog_Paxton Quarry 3_21007607757000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_State Au Gres 1_21011151690000,
2022
Western Michigan University
Mgrre_Lithstriplog_State Au Gres 1_21011151690000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Fox, John 1_21011083830000,
2022
Western Michigan University
Mgrre_Lithstriplog_Fox, John 1_21011083830000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Wood, Jennie Ames Et Al 2_21011192980000,
2022
Western Michigan University
Mgrre_Lithstriplog_Wood, Jennie Ames Et Al 2_21011192980000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Kroczaloski, Mary A-1_21011199030000,
2022
Western Michigan University
Mgrre_Lithstriplog_Kroczaloski, Mary A-1_21011199030000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
A Critical Review Of Bioaccumulation And Biotransformation Of Organic
Chemicals In Birds,
2022
University of Hong Kong, Kuo Research & Consulting
A Critical Review Of Bioaccumulation And Biotransformation Of Organic Chemicals In Birds, Dave T. F. Kuo, Barnett A. Rattner, Sarah C. Marteinson, Robert Letcher, Kim J. Fernie, Gabriele Treu, Markus Deutsch, Mark S. Johnson, Sandrine Deglin, Michelle Embry
United States Geological Survey: Staff Publications
A literature review of bioaccumulation and biotransformation of organic chemicals in birds was undertaken, aiming to support scoping and prioritization of future research. The objectives were to characterize available bioaccumulation/ biotransformation data, identify knowledge gaps, determine how extant data can be used, and explore the strategy and steps forward. An intermediate approach balanced between expediency and rigor was taken given the vastness of the literature. Following a critical review of >500 peer-reviewed studies, >25,000 data entries and 2 million information bytes were compiled on >700 organic compounds for ~ 320 wild species and 60 domestic breeds of birds. These data …
Echoed Sites And The Unknowable Object,
2022
Washington University in St. Louis
Echoed Sites And The Unknowable Object, Joseph Canizales
MFA in Visual Art
This thesis will discuss the expanded field of sculpture, simulacra, digital technology, and two terms I’ve devised: the unknowable object, and echoed sites. Within these two terms, I’m concerned with the complicated relationship between humans and geology and how we extract material from the ground without reflecting on the geologic history of the site. In echoed sites I create sculptures with and without a geologic site or object, by way of digital technology. These forms display two states paradoxically in balance, where what’s presented leaves more questions than answers. Thus, as part of echoed sites, exists the unknowable object. …
Hydrologic Properties Of Mangrove And Sawgrass Peat In Shark River Slough, Everglades, Florida,
2022
Florida International University
Hydrologic Properties Of Mangrove And Sawgrass Peat In Shark River Slough, Everglades, Florida, Nicole Cordoba
FIU Electronic Theses and Dissertations
Peat sediments are the foundation of most wetlands, acting as a medium for water to flow through, governed by hydraulic conductivity, and as a potential source of nutrients. Shark River Slough is a known, main fresh waterway for Everglades National Park, distributing essential nutrients and freshwater into the wetland. Hydraulic conductivity was calculated through experimental (both in situ water and higher salinity water) falling head tests performed on mangrove and sawgrass peat cores. Nutrient concentrations were analyzed for the pore water released during hydrologic testing. Hydraulic conductivity values were higher in the sawgrass peat than the mangrove peat. No significant …
Structural Geology And Cenozoic Deformation: Western Northern Range, Trinidad,
2022
Augustana College
Structural Geology And Cenozoic Deformation: Western Northern Range, Trinidad, Abigail Faye Clark
Geology: Student Scholarship & Creative Works
The Northern Range, Trinidad underwent deformation due to oblique collision of Caribbean plate with northern South America, which was then followed by transform plate motion. Deformation began in the late Miocene when sedimentary protoliths were ductility deformed and metamorphosed to greenschist facies; this event and subsequent transform deformation drove exhumation of these rocks to the surface and created their high topography. This project provides constraints of the structural history of the western Northern Range where bedrock mapping and structural analyses are most complete. Initial geologic mapping of Northern Range, which continued from the 1950s,1960s, and 1990s, focused on attempting to …
Mgrre_Lithstriplog_Chesapeake & Ohio Railway Company 1_21111219080000,
2022
Western Michigan University
Mgrre_Lithstriplog_Chesapeake & Ohio Railway Company 1_21111219080000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_State Clam Union 1_21113128360100,
2022
Western Michigan University
Mgrre_Lithstriplog_State Clam Union 1_21113128360100, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
Mgrre_Lithstriplog_Lyon, Francis C & Naomi 1_21113169650000,
2022
Western Michigan University
Mgrre_Lithstriplog_Lyon, Francis C & Naomi 1_21113169650000, Mgrre Western Michigan University
Legacy Color Lithology Strip Logs
No abstract provided.
