Improved multiparameter records from the northern Barents Sea margin show two prominent freshwater pulses into the Arctic Ocean during MIS 5 that significantly disturbed the regional oceanic regime and probably affected global climate. Both pulses are associated with major iceberg-rafted debris (IRD) events, revealing intensive iceberg/sea ice melting. The older meltwater pulse occurred near the MIS 5/6 boundary (~131,000 yr ago); its ~2000 year duration and high IRD input accompanied by high illite content suggest a collapse of large-scale Saalian Glaciation in the Arctic Ocean. Movement of this meltwater with the Transpolar Drift current into the Fram Strait probably promoted freshening of Nordic Seas surface water, which may have increased sea-ice formation and significantly reduced deep-water formation. A second pulse of freshwater occurred within MIS 5a (~77,000 yr ago); its high smectite content and relatively short duration is possibly consistent with sudden discharge of Early Weichselian ice-dammed lakes in northern Siberia as suggested by terrestrial glacial geologic data. The influence of this MIS 5a meltwater pulse has been observed at a number of sites along the Transpolar Drift, through Fram Strait, and into the Nordic Seas; it may well have been a trigger for the North Atlantic cooling event C20.
This pie chart illustrates the distribution of degrees among PERM graduates from Yale University. The chart categorizes the percentages of Bachelor’s, Master’s, and Doctoral degrees, showcasing the educational composition of students who have pursued permanent residency through their qualifications at Yale University. This visualization aids in understanding the diversity of educational backgrounds that contribute to the PERM applications, reflecting the school’s role in supporting students’ transitions to permanent residency in the U.S. Data is updated annually to reflect the most recent graduate outcomes.
RealClearPolitics - Election 2014 - Colorado 6th District - Coffman vs. Romanoff
https://search.gesis.org/research_data/datasearch-httpwww-da-ra-deoaip--oaioai-da-ra-de517945https://search.gesis.org/research_data/datasearch-httpwww-da-ra-deoaip--oaioai-da-ra-de517945
Abstract (en): Inclusion/exclusion: (1) Three groups of scholars were surveyd about their experiences attempting to replicate statistical studies: students from the author's PhD methods class, students from Gary King’s PhD methods class, and subscribers to the Political Methodology listserve, (2) Data was collected on the availability of replication files for recent publications in the two top political science journals, the American Political Science Review (APSR) since 2010 and the American Journal of Political Science (AJPS) since 2009. Source of metadata: The Institution for Social and Policy Studies (2014). Science Deserves Better: The Imperative to Share Complete Replication Files. Retrieved August 8 th, 2016 from http://isps.yale.edu/research/data/d108 Observation
In the academic year of 2021-2022, Yale University awarded ***** Bachelor's degrees. Cornell University awarded the most Bachelor's degrees in that year, at ***** degrees.
The images in this collection are derived from high resolution scans of glass 3.25 X 4 inch lantern slides that were part of a large collection of slides covering his years at the Rockefeller University and Yale University School of Medicine. These selected images were scanned by James D. Jamieson, M.D., Ph.D., a student of Palade. The images also include some of the earliest electron micrographs taken by collaborators of George Palade both at the Rockefeller University (1945 - 1973) and at Yale (1973 - 1990). They include micrographs taken by Professor Marilyn Farquhar, Ph.D., whose studies elucidated the function of the glomerular basement membrane in renal filtration. There are 5 ways to find information in this collection: search for particular words that appear in the text by clicking the Search button; browse documents by Title by clicking the Titles button; browse documents by Subject by clicking the Subjects button; browse documents by Creator by clicking the Creators button, and browse documents by References by clicking the References button. Sponsors: This collection is the result of a collaboration between James D. Jamieson, M.D., Ph.D., Professor, Dept. of Cell Biology, and Arthur R. Belanger, OBE, Systems Manager, Harvey Cushing/John Hay Whitney Medical Library, both at the Yale University School of Medicine.
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Improved multiparameter records from the northern Barents Sea margin show two prominent freshwater pulses into the Arctic Ocean during MIS 5 that significantly disturbed the regional oceanic regime and probably affected global climate. Both pulses are associated with major iceberg-rafted debris (IRD) events, revealing intensive iceberg/sea ice melting. The older meltwater pulse occurred near the MIS 5/6 boundary (~131,000 yr ago); its ~2000 year duration and high IRD input accompanied by high illite content suggest a collapse of large-scale Saalian Glaciation in the Arctic Ocean. Movement of this meltwater with the Transpolar Drift current into the Fram Strait probably promoted freshening of Nordic Seas surface water, which may have increased sea-ice formation and significantly reduced deep-water formation. A second pulse of freshwater occurred within MIS 5a (~77,000 yr ago); its high smectite content and relatively short duration is possibly consistent with sudden discharge of Early Weichselian ice-dammed lakes in northern Siberia as suggested by terrestrial glacial geologic data. The influence of this MIS 5a meltwater pulse has been observed at a number of sites along the Transpolar Drift, through Fram Strait, and into the Nordic Seas; it may well have been a trigger for the North Atlantic cooling event C20.