Slow Slip Events And The Earthquake Cycle,
2021
University of South Florida
Slow Slip Events And The Earthquake Cycle, Nicholas K. Voss
USF Tampa Graduate Theses and Dissertations
Slow Slip Events (SSEs) represent a new type of strain release along faults, which have onlybeen recognized as a global phenomena with the growth of precision space-borne geodetic techniques. These events represent an important part of the strain budget on faults, sometimes bounding the area of co-seismic release and perhaps limiting the amount of seismic energy release. SSEs have also been suggested to proceed large megathrust earthquakes including the great 2011 Tohoku and 2015 Iquique earthquakes. I document a series of SSE along the Nicoya Peninsula in Costa Rica. These events take place both before and after the 2012 M7.6 …
Mgrre_Pureoilscouttickets_Copenhaver_3_21127021450000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Copenhaver_3_21127021450000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Robertson_1_21127021230000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Robertson_1_21127021230000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Assessing Morphological Response And Vulnerability Of Barrier Islands To Extreme Storms In Northwest Florida,
2021
University of South Florida
Assessing Morphological Response And Vulnerability Of Barrier Islands To Extreme Storms In Northwest Florida, Jacob Adam
USF Tampa Graduate Theses and Dissertations
Barrier islands shield the mainland coast from the effects of extreme storms such as increased wave energy and storm surge. During these events, however, barrier morphology can be altered by erosive forces. Thus, compromising the protection offered and leading to increased impact on the mainland. The St. Joseph Peninsula, located in the Northwest of the Gulf of Mexico, is one such barrier at threat from storm-induced erosion. Presented here is an assessment of morphology change induced by two major storms to impact the peninsula, Hurricanes Dennis 2005 and Michael 2018. These changes characterize the erosive/depositional patterns that can be expected …
Mgrre_Pureoilscouttickets_Spitler_2_21127020990000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Spitler_2_21127020990000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Christman_1_21127020170000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Christman_1_21127020170000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Brinen_1_21127020080000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Brinen_1_21127020080000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Ackerman_1_21127019060000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Ackerman_1_21127019060000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Smith_1_21127018950000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Smith_1_21127018950000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Timescales Of Magma Transport In The Columbia River Flood Basalts, Determined By Paleomagnetic Data,
2021
Dartmouth College
Timescales Of Magma Transport In The Columbia River Flood Basalts, Determined By Paleomagnetic Data, Joseph Biasi, Leif Karlstrom
Other Staff Materials
Flood basalts represent major events in Earth History, in part because they are linked to large climate perturbations and mass extinctions. However, the durations of individual flood basalt eruptions, which directly impact potential environmental crises, are poorly constrained. Here we use a combination of paleomagnetic data and thermal modeling to create a magnetic geothermometer (MGT) that can constrain the active transport lifetime of magmatic conduits and intrusions. We apply the MGT technique to eight feeder dike segments of the Columbia River basalts (CRB), demonstrating that some dike segments were actively heating host rocks for less than one month, while other …
Mgrre_Pureoilscouttickets_Pinder_1_21127018880000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Pinder_1_21127018880000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Copenhaver, Anna_2_21127018590000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Copenhaver, Anna_2_21127018590000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Recharge Assessment In The Context Of Expanding Agricultural Activity: Urucuia Aquifer System, Western State Of Bahia, Brazil,
2021
Federal University of Rio de Janeiro
Recharge Assessment In The Context Of Expanding Agricultural Activity: Urucuia Aquifer System, Western State Of Bahia, Brazil, Glauco Z.S. Eger, Gerson C. Silva Junior, Eduardo A.G. Marques, Bernardo R.C. Leão, Diana G.T.B. Da Rocha, Troy E. Gilmore, Luís G.H. Do Amaral, Juremá A.O. Silva, Christopher Neale
Conservation and Survey Division: Faculty and Staff Publications
Groundwater recharge rate estimation is crucial to sustainable development of aquifers in intensely pumped regions, such as the Urucuia Aquifer System (UAS). A sedimentary aquifer in Western Bahia, Brazil, that underlies one of the major agricultural areas of the country where there has been major growth of irrigated areas. This study seeks to evaluate the recharge component of the water budget in the UAS area, based on three complementary techniques. The double-ring infiltrometer test was used to evaluate surface infiltration capacity, an important control on recharge. Water level data from wells (2011–2019 period, 19 wells) in the Brazilian Geological Survey’s …
Mgrre_Pureoilscouttickets_Doolittle, Ester_1_Na,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Doolittle, Ester_1_Na, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Newell_1_21127018430000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Newell_1_21127018430000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Lipke_1_21127018190000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Lipke_1_21127018190000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Fee Aka Nelson, H. C._1_21127018080000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Fee Aka Nelson, H. C._1_21127018080000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Mgrre_Pureoilscouttickets_Oceana Center Grange No. 1047_1_21127018070000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Oceana Center Grange No. 1047_1_21127018070000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
Tectonic And Geotechnical Review Of Bengal Basin For Seismic Risk Assessment In Bangladesh,
2021
John Turner Consulting, Inc.
Tectonic And Geotechnical Review Of Bengal Basin For Seismic Risk Assessment In Bangladesh, Mir Fazlul Karim, Jnana Ranjan Kayal, Daya Shanker, Nazrul I. Khandaker, Arif M. Sikder, M Zillur Rahman, Muhammad Qumrul Hassan
Publications and Research
Four major geotectonic provinces of the basin are recognized: 1) the continental slope to the west of the Hinge Zone, 2) the stable shelf, 3) the deep central trough (Sylhet-Hatiya) and 4) the Chittagong-Tripura fold belt to the east. The ~300 km long Dauki Fault demarcates the elevated Shillong Plateau, part of the Indian Shield to the north and the deep basin to the south. The basin experienced three strong to major intraplate earthquakes: a) 1885 Bengal earthquake (rev. Mw 6.8) close to the Hinge Zone, b) 1918 Srimangal earthquake (rev. Mw 7.1) on the Sylhet (trough) fault and c) …
Mgrre_Pureoilscouttickets_Spitler Et Al_1_21127017990000,
2021
Western Michigan University
Mgrre_Pureoilscouttickets_Spitler Et Al_1_21127017990000, Mgrre
Legacy Scout Tickets from Pure Oil Company
No abstract provided.
