23,117 research outputs found
Portrait of Samuel M. Jones and his siblings
No full textAn albumen portrait of Samuel Milton Jones and his siblings taken around 1890 by Van loo Studio in Toledo, Ohio. Seated from left to right in the front row are Mary Jones Owen and Ellen M. Jones. Standing behind the women are Samuel Milton Jones, John H. Jones and Daniel E. Jones
Jones Family Portrait [approximately 1890]
No full textA circa 1890 portrait of Samuel Milton Jones and his siblings. Seated from left to right in the front row are Mary Jones Owen and Ellen M. Jones. Standing behind the woman are Samuel Milton Jones, John H. Jones and Daniel E. Jones. Terms associated with the photograph are: Group portraits | Jones, Samuel Milton, 1846-190
Acme Sucker Rod Company Employees
No full textA black and white photograph of an image copied from page 7 of a pamphlet produced by the Acme Sucker Rod Company entitled "The Fine Art of Producing Petroleum" The photo, dubbed "The boys who make the best sucker rod in the world" includes Samuel M. Jones and Daniel E. Jones in the back row along with employees of the Acme Sucker Rod Company. The pamphlet was produced around 1896
Reunion of "Collinsville Boys," 1901
No full textA copy of a black and white photograph entitled "Reunion of Collinsville Boys" taken at Old Stone Church in Collinsville, Lewis County, New York on Thursday, August 22, 1901. Identified in the photograph are John Jones, Daniel E. Jones, Samuel M. Jones, and Ellen "Nell" M. Jones. The Jones family immigrated to Collinsville, New York in 1849
Report on Meteorological Research March 1, 1935 (m-1)
No full textThe object of the report was to elucidate in detail the various features of the research program in meteorology being carried on at the Daniel Guggenheim Airship Institute in Akron, Ohio. Mr. L. J. Fangman, of the U.S. Weather Bureau, was collaborating with the author in carrying out work such as a study of autographic records of the various meteorological elements during frontal passages with a view to the possible prediction of the intensity of the accompanying disturbance as it may affect the operation of aircraft and a study of atmospheric gustiness with a view to finding the dependence between frequency end amplitude of velocity fluctuations and the vertical temperature and velocity gradients
A. H. M. Jones, The Cities of the Eastern Roman Provinces, 1937
No full textSchlumberger Daniel. A. H. M. Jones, The Cities of the Eastern Roman Provinces, 1937. In: Revue des Études Anciennes. Tome 41, 1939, n°4. pp. 381-383
A. H. M. Jones, The Cities of the Eastern Roman Provinces, 1937
No full textSchlumberger Daniel. A. H. M. Jones, The Cities of the Eastern Roman Provinces, 1937. In: Revue des Études Anciennes. Tome 41, 1939, n°4. pp. 381-383
Dr. Duane M. Jackson, Morehouse College, July 2011
No full textThis video is a conversation with Dr. Duane M. Jackson. Dr. Jackson talks about his paper, "Recall and the Serial Position Effect: The Role of Primacy and Recency on Accounting Students' Performance." Jackie Daniel, AUC Woodruff Library, is the interviewer
Jones, Daniel M. (Death, 1903-09-12)
No full textAddress: 555 W. 7th St.Age at death: 42203/Pg 95/1903/M W M/Ky./Dr. E. W. Keeny/Charles A. Smith & Son/EvergreenOriginal record filed in drawer labeled 'JONES, A-JOY'
Scavenging processes on jellyfish carcasses across a fjord depth gradient
No full textGelatinous zooplankton populations have increased in some regions, specifically Norwegian fjords, which has likely increased the occurrence of dead jellyfish aggregations on the seafloor (jelly-falls). The importance of scavengers in the redistribution of organic material from jelly-falls and their biogeochemical influence on the benthic environment has been demonstrated. However, scavenger responses to jelly-falls across environmental gradients have not been studied, but would significantly advance our understanding of the impact of jelly-falls on benthic ecosystems in different regions. This study examined scavenging ecology on jelly-falls across an upper-bathyal depth gradient in a boreal oxygenated fjord using baited time-lapse camera lander deployments. The mean maximum abundance of scavengers increased with depth (eight individuals at 250 m, 10 at 600 m, and 18 at 1250 m) and at shallower depths more scavenger species fed on the bait (six species at 250 m, five at 600 m, and four at 1250 m). Mean scavenging rates (841.5 g d−1 at 250 m; 667.7 g at 600 m; and 883.7 g at 1250 m), however, did not vary significantly with depth. The lack of detection of a significant depth effect in this study may result from steep fjord topography enhancing food supply to deep waters reducing food limitation at the seafloor. Significant temporal changes in scavenging dynamics were primarily caused by changes in the dynamics of lyssianassoid amphipods. This study demonstrates that scavengers can rapidly remove jellyfish carcasses at the seafloor across a range of upper bathyal depths, potentially reducing the effects of jellyfish decomposition in fjord benthic environments.</p
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