2,483 research outputs found
Charles Allen Smart home
No full textCaption reads; "Oak Hill. 2.5 miles S.W. of Chillicothe, Ohio on U.S. 50. Property of Charles Allen Smart, and Helen Smart Darff." Smart was the author of the highly popular "R.F.D", an account of depression era farming
Allen, Leebern
No full textLeebern Allen*,**, LL.B.
Leebern Allen (September 11, 1887 - June 7, 1957) was born in Wolfe County, Kentucky to Caleb Bertrum Allen and Rhoda Elam. Allen returned to Wolfe County after graduation and began private practice. He served one term as Wolfe County Attorney. Between 1948 and 1949, Allen\u27s law license was suspended after he and his law partner were accused of fraud in obtaining divorces for clients (212 S.W.2d 328). In 1950, the Kentucky Court of Appeals ruled that Allen was not subject to censure after he began practicing law at the end of his suspension before being formally reinstated (234 S.W.2d 299). He married Mazie Boothe in 1911.
*Mr. Allen was not listed in the 1912 edition of The Kentuckian.**Mr. Allen\u27s name is sometimes spelled Leeburn .https://uknowledge.uky.edu/klapp_1912/1018/thumbnail.jp
Marriage record of Parrish, William Allen and Sparkman, Mary Eveline
No full textMarriage license for William Allen Parrish and Mary Eveline Sparkman. S.W. Walker was the officiant
Recommended from our members
Probing the gravitational potential of a nearby lensing cluster Abell 2104
No full textThe cluster Abell 2104 is one of the lowest redshift clusters (z = 0.153) known to have a gravitational lensing arc. We present detailed analysis of the cluster properties such as the gravitational potential using the X-ray data from ROSAT (HRI) and ASCA, as well as optical imaging and spectroscopic data from the CFHT. The cluster is highly luminous in the X-ray with a bolometric luminosity of Lx↑ 3 × 1045 ergs s−1 and a high gas temperature of ↑ 10.4 keV. The X-ray emission extending out to at least a radius of 1.46 Mpc, displays significant substructure. The total mass deduced from the X-ray data under the assumption of hydrostatic equilibrium and isothermal gas, is found to beMtot(r < 1.46Mpc) ↑ (8.0±0.8)×1014M. The gas fraction within a radius of 1.46 Mpc is ↑ 5−10%. The cluster galaxy velocity distribution has a dispersion of 1200 ± 200 km s−1 with no obvious evidence for substructure. The total mass within 1.46 Mpc, deduced from Jean’s equation using the observed galaxy number density distribution and velocity dispersion, is found to be ↑ 6.8 × 1014M to ↑ 2.6 × 1015M marginally consistent with the X-ray deduced total mass
Improving the performance of the trolley supply chain with a focus on visibility.
No full textThe lack of visibility, significant investment and a presumption of fleet shrinkage falter the decision-making process of a Dutch airline. Five decision areas have been identified and for each decision area improvements strategies or alternatives have been designed. Selecting the best alternative per decision area is a multi-criteria decision making problem. Therefore, a more sophisticated method is required to support the decision-maker. For this problem the novel Best-Worst Multi-Criteria Decision Making Method (BWM) has been selected. The BWM has been successfully applied to select the best alternative per decision area. Next steps for the airline are the implementation of the chosen alternatives.SEPAMTransport & LogisticsTechnology, Policy and Managemen
Sciurus yucatanensis J. A. Allen 1877
No full textSciurus yucatanensis J. A. Allen, 1877. In Coues and Allen, Mongr. N. Amer. Rodentia, p. 705. TYPE LOCALITY: Mexico, Yucatan, Merida. DISTRIBUTION: Yucatan Peninsula (Mexico); N. and S.W. Belize; N. Guatemala. COMMENT: Subgenus Sciurus; see Hall, 1981:422. ISIS NUMBER: 5301410002030025001.Published as part of James H. Honacki, Kenneth E. Kinman & James W. Koeppl, 1982, Order Rodentia (Part 1), pp. 345-382 in Mammal Species of the World (1 st Edition), Lawrence, Kansas, USA :Alien Press, Inc. & The Association of Systematics Collections on page 366, DOI: 10.5281/zenodo.735302
Rhinolophus rex G. M. Allen 1923
No full textRhinolophus rex G. M. Allen, 1923. Am. Mus. Novit., 85:3. REVIEWED BY: S. Wang (SW). TYPE LOCALITY: China, Szechwan, Wanhsien. DISTRIBUTION: S.W. China. ISIS NUMBER: 5301405007003051001.Published as part of James H. Honacki, Kenneth E. Kinman & James W. Koeppl, 1982, Order Chiroptera, pp. 111-215 in Mammal Species of the World (1 st Edition), Lawrence, Kansas, USA :Alien Press, Inc. & The Association of Systematics Collections on page 146, DOI: 10.5281/zenodo.735299
RRS Discovery Cruise 321, 24 Jul-23 Aug 2007. Biophysical interactions in the Iceland Basin 2007
No full textD321 was the first of three National Oceanography Centre ‘process study’ research cruises to be run by the Ocean Biogeochemistry and Ecosystems research group under the NERC Oceans 2025 research programme. The scientific work began by carrying out some of the extended Ellett Line stations on the way out to our study region; which centred around the historical JGOFS Ocean Weather Station India site (~ 59° N, ~ 19° W) and the northward turn of the extended Ellett line at 20° W. The Iceland Basin, like much of the N. Atlantic subpolar gyre, is characterised by a ‘bloom and bust’ seasonal cycle. Spring stratification triggers a major diatom dominated bloom event. This bloom is short lived, limited by silicate (orthosilicic acid) exhaustion (Brown et al., 2003). Two community succession pathways commonly follow the demise of the diatom bloom; typically through dinoflagellate and/or coccolithophore production. The spring bloom is dominated by eddy scale (several 10's of km) patchiness, driven by the upward and downward pumping effect of eddies on the newly forming spring stratification. However these eddy structures have another, more important, impact on phytoplankton production (Allen et al., 2005). In the release of potential energy, eddies effect a real three dimensional exchange of water across the thermocline bringing new dissolved nutrients from deeper waters up into the photic zone and transporting biogenic particles into the deep ocean. Thin ribbon like structures around the edges of eddies are clearly seen in ocean colour satellite images. The four repeated surveys carried out during D321 observed the evolution of an ‘eddy dipole’ in a background ocean full of eddies and other turbulent motions. Daily, near real-time, satellite images and in-situ vessel mounted acoustic current profiling were used to determine the movement of the eddy centres and the dipole central jet. Targeted nets and water collection within the various components of the eddy dipole enabled the assessment of its biological impacts.Since 1996 NOCS and SAMS have been occupying an extended version of the Ellett Line that runs all the way to Iceland. The Extended Ellett line is important oceanographically because it completes the measurements of the warm saline water flowing into the Nordic Seas from the eastern North Atlantic. It also monitors around half of the returning deep and cold current, the overflow water (the rest returns to the Atlantic via the Denmark Strait to the west of Iceland).There is little added cost, either in time or financially, in making a number of biogeochemical measurements using water samples from the hydrographers' CTD stations. Thus, recently, the scientific interests in the Extended Ellett line have become more multidisciplinary; the 2006 occupation was no exception. Samples were filtered for POC, HPLC studies and trace aluminium concentration determination, in addition some extra time was found for a number of zooplankton net hauls.<br/
Buckfast Abbey Archaeological Projects 1982-2016 Photographic Archive
No full textThis photographic archive is intended to augment the two publications on the abbey's archaeology by S.W. Brown (Proceedings of the Devon Archaeological Society 46, 1988, 13-89; and Devon Archaeological Society Occasional Paper 21, 2018) and the series of more detailed interim archive reports appearing on the ADS website (unpublished grey literature, accessible via author Stewart Brown)
Tamias cinereicollis J. A. Allen 1890
No full textTamias cinereicollis J. A. Allen, 1890. Bull. Am. Mus. Nat. Hist., 3:94. TYPE LOCALITY: U.S.A., Arizona, Coconino Co., San Francisco Mtns. DISTRIBUTION: Mountains of C. and E. Arizona and C. and S.W. New Mexico (U.S.A.). ISIS NUMBER: 5301410002007005001 as Eutamias cinereicollis.Published as part of James H. Honacki, Kenneth E. Kinman & James W. Koeppl, 1982, Order Rodentia (Part 1), pp. 345-382 in Mammal Species of the World (1 st Edition), Lawrence, Kansas, USA :Alien Press, Inc. & The Association of Systematics Collections on page 374, DOI: 10.5281/zenodo.735302
- …
