5,277 research outputs found
The Roberts Court and Oral Arguments: A First Decade Retrospective
This Article summarizes some prominent data points of the Roberts Court justicesâ behavior during oral arguments at the Supreme Court. Johnson relays accounts from observers who have recognized an increase in questioning from the justices during oral arguments. The Articles suggests this increase may be attributed to the more talkative style of newer justices, as well as the changing role of the questions during oral arguments, which can inform the justices about their fellow judgesâ thoughts and opinions. The Article concludes that these trends in questions, number of words spoken, and interruptions are likely to change as more attention is placed on the importance of oral arguments
Behind the Velvet Curtain: Understanding Supreme Court Conference Discussions Through Justices\u27 Personal Conference Notes
Gender Dynamics and Supreme Court Oral Arguments
Article published in the Michigan State Law Review
T-maze learning in weanling lambs
A major advantage of sheep models in experimental studies of neurodevelopmental disorders (e.g., with prenatal neurotoxicant exposure) is that the equivalent of all three trimesters of human brain development occurs in sheep entirely in utero. However, studies of learning and memory in sheep are limited. The goal of this study was to extend the analysis of spatial learning and memory in adolescent sheep using several traditional T-maze tasks. Both 9- and 14-week-old lambs acquired a delayed non-matching to place task, but the older lambs learned the task significantly faster. In contrast, acquisition of a matching to place task was significantly more difficult. Lambs, like rodents, appear to have a predisposition toward learning âwin-shiftâ spatial problems in a T-maze under appetitive motivation. Lambs also rapidly acquired a position habit and showed typical reversal learning curves. These findings support the use of T-maze tasks to assess behavioral outcomes in various sheep models
Advice from the Bench (Memo): Clerk Influence on Supreme Court Oral Arguments
Scholars of the U.S. Supreme Court have long debated the role, and possible influence, of clerks on the decisions their Justices make. In this Paper, we take a novel approach to analyze this phenomenon. We utilize pre-oral argument bench memos sent to Justice Harry A. Blackmun from his clerks. Specifically, we use these memos to determine whether Justice Blackmun asked questions of counsel that were recommended by his clerks in the memos. Our data indicate Justice Blackmun often followed his clerksâ advice. Accordingly, we provide another important link to demonstrate Supreme Court clerks can and do affect how their Justices evaluate cases
A CubeSat for Calibrating Ground-Based and Sub-Orbital Millimeter-Wave Polarimeters (CalSat)
We describe a low-cost, open-access, CubeSat-based calibration instrument
that is designed to support ground-based and sub-orbital experiments searching
for various polarization signals in the cosmic microwave background (CMB). All
modern CMB polarization experiments require a robust calibration program that
will allow the effects of instrument-induced signals to be mitigated during
data analysis. A bright, compact, and linearly polarized astrophysical source
with polarization properties known to adequate precision does not exist.
Therefore, we designed a space-based millimeter-wave calibration instrument,
called CalSat, to serve as an open-access calibrator, and this paper describes
the results of our design study. The calibration source on board CalSat is
composed of five "tones" with one each at 47.1, 80.0, 140, 249 and 309 GHz. The
five tones we chose are well matched to (i) the observation windows in the
atmospheric transmittance spectra, (ii) the spectral bands commonly used in
polarimeters by the CMB community, and (iii) The Amateur Satellite Service
bands in the Table of Frequency Allocations used by the Federal Communications
Commission. CalSat would be placed in a polar orbit allowing visibility from
observatories in the Northern Hemisphere, such as Mauna Kea in Hawaii and
Summit Station in Greenland, and the Southern Hemisphere, such as the Atacama
Desert in Chile and the South Pole. CalSat also would be observable by
balloon-borne instruments launched from a range of locations around the world.
This global visibility makes CalSat the only source that can be observed by all
terrestrial and sub-orbital observatories, thereby providing a universal
standard that permits comparison between experiments using appreciably
different measurement approaches
Concepts of Sliding and Lifting Tissue Movement in Flap Reconstruction
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/94457/1/j.1524-4725.2000.09172.x.pd
Seasonal temperature acclimatization in a semi-fossorial mammal and the role of burrows as thermal refuges.
Small mammals in habitats with strong seasonal variation in the thermal environment often exhibit physiological and behavioral adaptations for coping with thermal extremes and reducing thermoregulatory costs. Burrows are especially important for providing thermal refuge when above-ground temperatures require high regulatory costs (e.g., water or energy) or exceed the physiological tolerances of an organism. Our objective was to explore the role of burrows as thermal refuges for a small endotherm, the pygmy rabbit (Brachylagus idahoensis), during the summer and winter by quantifying energetic costs associated with resting above and below ground. We used indirect calorimetry to determine the relationship between energy expenditure and ambient temperature over a range of temperatures that pygmy rabbits experience in their natural habitat. We also measured the temperature of above- and below-ground rest sites used by pygmy rabbits in eastern Idaho, USA, during summer and winter and estimated the seasonal thermoregulatory costs of resting in the two microsites. Although pygmy rabbits demonstrated seasonal physiological acclimatization, the burrow was an important thermal refuge, especially in winter. Thermoregulatory costs were lower inside the burrow than in above-ground rest sites for more than 50% of the winter season. In contrast, thermal heterogeneity provided by above-ground rest sites during summer reduced the role of burrows as a thermal refuge during all but the hottest periods of the afternoon. Our findings contribute to an understanding of the ecology of small mammals in seasonal environments and demonstrate the importance of burrows as thermal refuge for pygmy rabbits
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