2,574 research outputs found
The marriage record of Shupe, Peter F. and Hawkins, Mary Jane
No full textMarriage license for Peter F. Shupe and Mary Jane Hawkins. Walter M. McDonald was the officiant
Pastoral Misconduct: The American Black Church Examined
No full textIn the past, clergy malfeasance was mentioned only in passing by group members or adherents. The subject was invisible and those who studied it were often stigmatized as hostile to religion itself. Today clergy misconduct is acknowledged as a social problem with growing conceptual and theoretical implications.
In Pastoral Misconduct, Anson Shupe and Janelle M. EliassonNannini argue that the history and traditions of black pastoral leadership, coupled with the close identity of many black congregants with their pastor, congregation, and racial subculture, creates opportunity structures that facilitate predatory behavior. Familiarity and mutual identity frequently leads victims to drop their normal levels of wariness.
Major denominations and minor sects have been studied, but this unique study by Shupe and EliassonNannini pursues nuances of pastoral bad behavior in a new context. This book is not a tabloid treatment of the American black church. In fact, the black church becomes the vehicle for a major new sociological development: a theory of clergy misconduct in any minority religion.https://digitalcommons.tacoma.uw.edu/socialwork_books/1004/thumbnail.jp
Biochemical characterization of chromatin from the dinoflagellate Crypthecodinium cohnii, the binucleate dinoflagellate Peridinium balticum and a chromophyte Olisthodiscus luteus
No full textTypescript (photocopy).Understanding of the complex genetic control mechanisms of higher organisms may be facilitated by examining primitive organisms that possess much lower degrees of gene complexity, yet have developed advanced modes of gene transcription, replication, and organization. The group of organisms collectively called the algae is of particular interest with respect to chromatin structure due to the tentative classification of many of its members. Classification places a few species close to higher plants while others border on the lower plant-protozoan boundary. Chromatin from a uninucleate dinoflagellate, Crypthecodinium cohnii, a binucleate dinoflagellate, Peridinium balticum and a chromophyte, Olisthodiscus luteus, were examined. Scanning electron microscopy reveals recognizable differences between the dinokaryotic nucleus and the eukaryotic nucleus. The eukaryotic nucleus reveals a very smooth surface when viewed with the scanning microscope and nuclear pores are evident. Scanning electron microscopy revealed a dinokaryotic nucleus whose nuclear envelope was highly convoluted. Higher magnification of the extruded chromatin from the dinokaryotic nucleus reveals fibers ranging from 400 to 500 (ANGSTROM). That these fibers are higher order structures of the unit thread does not seem likely. Similar to higher eukaryotes, staphylococcal nuclease digestion of nuclei isolated from O. luteus reached a limit of 50% digestion. In contrast, digested C. cohnii nuclei only reached a 20% limit of digestion. Digestion of nuclei isolated from P. balticum exhibited characteristics expected from a mixture of dinokaryotic and eukaryotic nuclei. Gel analysis of the products of digestion of the eukaryotic nucleus from Olisthodiscus and Peridinium revealed a basic repeat unit measuring 220 (+OR-) 5 base pairs. Limit digestion gave a core particle of 140 base pairs revealing that these longer repeat sizes are due to longer linker regions. No repeating subunit structure was found upon electrophoresis of digests of C. cohnii nuclei. Examination of the DNA fragments produced by DNase I digestion of nuclei isolated from P. balticum and O. luteus showed the same ladder of 10 base multiples as seen in other chromatin examined. The kinetics of DNase I digestion varied with respect to the three different organisms. C. cohnii nuclei reached a limit of only 20% acid solubility, while about half of the chromatin from Olisthodiscus was sensitive to DNase I. . . . (Author's abstract exceeds stipulated maximum length. Discontinued here with permission of author.) UM
Effect of rearing and laying house environments on performance of incross egg production type pullets
No full textDue to the character of the original source materials and the nature of batch digitization, quality control issues may be present in this document. Please report any quality issues you encounter to [email protected], referencing the URI of the item.Not availabl
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Fine-scale Horizontal Structure of Arctic Mixed-Phase Clouds.
No full textRecent in situ observations in stratiform clouds suggest that mixed phase regimes, here defined as limited cloud volumes containing both liquid and solid water, are constrained to narrow layers (order 100 m) separating all-liquid and fully glaciated volumes (Hallett and Viddaurre, 2005). The Department of Energy Atmospheric Radiation Measurement Program's (DOE-ARM, Ackerman and Stokes, 2003) North Slope of Alaska (NSA) ARM Climate Research Facility (ACRF) recently started collecting routine measurement of radar Doppler velocity power spectra from the Millimeter Cloud Radar (MMCR). Shupe et al. (2004) showed that Doppler spectra has potential to separate the contributions to the total reflectivity of the liquid and solid water in the radar volume, and thus to investigate further Hallett and Viddaurre's findings. The Mixed-Phase Arctic Cloud Experiment (MPACE) was conducted along the NSA to investigate the properties of Arctic mixed phase clouds (Verlinde et al., 2006). We present surface based remote sensing data from MPACE to discuss the fine-scale structure of the mixed-phase clouds observed during this experiment
THE DEEP SWIRE FIELD. IV. FIRST PROPERTIES OF THE SUB–mJy GALAXY POPULATION: REDSHIFT DISTRIBUTION, AGN ACTIVITY AND STAR FORMATION.
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Influence of the liquid layer within mixed-phase clouds on radar observations
No full textMixed-phase clouds play an important role in the earth system. They affect earth radiative balance and the climate (Comstock et al., 2007; Solomon et al., 2007) as well as the formation of precipitation (de Boer et al., 2009; Fan et al., 2011; Lamb and Verlinde, 2011). Within such mixed-phase clouds supercooled water droplets and ice particles are coexisting in the same volume and interact via microphysical processes (Shupe et al., 2008). This processes lead to growing of ice particles via Wegener-Bergeron-Findeisen process (Fan et al., 2011), riming, and/or aggregation (Lamb and Verlinde, 2011). In theory (Fan et al., 2011; Lamb and Verlinde, 2011) and in laboratory experiments (Fukuta and Takahashi, 1999) this processes are well described. Observing such processes within mixed-phase clouds is still a challenge and closely connected to the two phases and their interaction. To measure all the different properties of the hydrometeors nowadays a synergy of different instruments have to be used (de Boer et al., 2011; Shupe et al., 2008; Verlinde et al., 2013). One of the main goals is to get a better understanding of such effects of supercooled water droplets on ice crystals within mixed-phase clouds. A first step is therefore to be able to separate liquid and ice phase within such clouds. To be able to do this for any kind on mixed phase cloud type this paper show the development of a radar-based technique which allow such observations for different cloud types. This technique is also compared with standard ones using a synergy with lidar and/or microwave radiometer.Geoscience & Remote SensingCivil Engineering and Geoscience
UND Hockey Team, 1966-67 Season
No full textPhotograph of UND Hockey Team. Front Row: D. Stauss, P. MacKenzie, J. Lafond (All-American), D. Janaway, B. Lillo, M. Curran. Middle Row: Assistant Coach B. Wilms, M. Furlong, G. Brandt, T. Abram, K. Hankerson, B. Shupe, B. Jackson, D. James, Coach B. Selman. Back Row: Student Manager M. Leach, D. Kartio, R. Bamburak, L. Dobson, B. Munro, T. Ogden, T. Dunn, B. Tuff, G. Lyons, J. Gasparini, Student Trainer, D. Koons.https://commons.und.edu/und-athletics/1285/thumbnail.jp
Utah Farm & Home Science Vol. 25 No. 2, June 1964
No full textWhat about Utah\u27s starlings, by E. P. Bailey and A. W. Stokes 35
Sugar-beet, alfalfa -stem, and root-knot nematodes, by E. C. Jorgenson and G. D. Griffin 36
Characteristics of brisket disease, by J. T. Blake 38
Simplification - a geneticist\u27s dilemma, by J. A. Simmons 40
Precipitation, one component of climate, by E. A. Richardson, G. L. Ashcroft, and l. M. Cox 42
Fluorosis in livestock, by L. M. Cox and J. L. Shupe 44
Phosphorus on alfalfa, by R. F. Nielson and G. Owens 46
A question of origin, by T. L. Bahler and L. M. Cox 49
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