38 research outputs found
Health Hazard Evaluation Report: HETA-91-0246-2354: Dimond Ice Chalet; Anchorage, Alaska
No full textIn response to a request from the Anchorage, Alaska Health Department, an evaluation was made of health effects among emergency responders exposed to a CFC-22 (75456) release at the ice-skating rink (SIC-7999) in the Dimond Center shopping mall. The 24-year-old assistant manager of the rink died of asphyxiation while trying to stop a refrigerant leak inside a compressor room. Two other workers lost consciousness and were resuscitated. Two members of an adjoining health club were overcome while swimming in the pool. Possible health effects were investigated in 106 individuals who were in the building during the incident. Emergency responders and other individuals who were in the mall reported symptoms, including lightheadedness, dizziness, eye/nose/throat irritation, headache, giddiness, and weakness. The author concludes that a fatal hazard existed at the Dimond Ice Chalet at the time of the incident. The author recommends measures for employers who operate CFC type refrigeration systems, including a periodic maintenance program, a hazard communication program, the posting of confined spaces, engineering controls, a comprehensive respirator program, and a comprehensive emergency action plan
1961 Jay-Cee-An BJC -- Page 64
No full textPhotographs of BJC sophomoresJeanne Matzke
John Dooley
]. MATZKE - Bismarck; Liberal Arts.
]. DOOLEY - Bismarck; Engineering, Newman Club 1, 2.
D. DIMOND - Bismarck; Teaching.
M. DUNN - Bismarck; Business Management; Today's Secretaries 1,2.
L. BARTH - Bismarck; Commerce; Newman Club 2.
G. VETTER - Bismarck; Libe ra l.Art s: Spanish Club 2; [ay-Cee-An 2;
Wesley Fellowship 1, 2; Todays Secretaries 1.
H. SCHRADER - New Salem, North Dakota; Law.
V. KNOLL - Bismarck; Liberal Arts; Chorus 2; Newman Club 2; To-day's
Secretaries 1; SEA 2; Symphonette 2.
D. FISCHER - Bismarck; Business Administration; Mystician 2; Track
2; Student Council 1, 2, President 2; Vet's Club 1, 2; SEA 2; Press
Club 2; Circle K 2; Lettermen's Club 1, 2.
Donald Dimond Martha Dunn Leonard Barth
Gunhild Vetter
64
Hans Schrader Velza Knoll Don Fische
1960 Jay-Cee-An BJC -- Page [31]
No full textPhotographs of BJC freshmenROW 1: Delphine Keller, Charles Kline, Ardys
Edinger. ROW 2: D elbert Olson, Lyle Bollin-ger'
Paul Day. ROW 3: Gilbert Kr eckl au ,
Clarence Doll.
ROW 1: Lowell Akers, Kathleen Arneson, Bruce
Riedma n, Donald Opp. ROW 2: Joyce Hein,
Judy Wehmhoefer, William Priess, Carol Becker.
ROW 1: Norbert Eberle, Jean Damoth, Kath-leen
Sm el and , Carole James. ROW 2: Donald
Dimond, Eugene Larson, Virg l e Engstrom,
Michael Michalenko
Temporal variation in the symbiosis and growth of the temperate scleractinian coral Astrangia poculata
No full textAuthor Posting. © Inter-Research, 2007. This article is posted here by permission of Inter-Research for personal use, not for redistribution. The definitive version was published in Marine Ecology Progress Series 348 (2007): 161-172, doi:10.3354/meps07050.Seasonal variation in the algal symbiosis and growth of Astrangia poculata, a facultatively symbiotic temperate scleractinian, was explored in Rhode Island, USA. Coral pigmentation and growth were measured simultaneously and repeatedly in both zooxanthellate (corals with symbionts) and azooxanthellate (symbiont free) colonies at 2 sites (~10 km apart) over a 15 mo period using non-destructive digital image analysis methods. A chlorophyll density proxy based on coral pigmentation was derived from multivariate analysis of color data from coral images, and polyps were enumerated to measure colony growth. Among zooxanthellate corals, predicted chlorophyll density exhibited significant seasonal fluctuations that were positively related to temperature, with maxima occurring during late summer and early autumn. Pigmentation dynamics in azooxanthellate corals were more variable, although many of these corals displayed temporal fluctuations in pigmentation. Growth also exhibited seasonal fluctuations positively related to temperature, and ceased during the coldest 3 to 4 mo of the year. Corals lost live polyps during the winter as a result of tissue thinning and dormancy, which rendered the colony unable to fend off settling organisms. Although zooxanthellate colonies were able to grow faster than azooxanthellate colonies, coral pigmentation explained only 23% of the variation in growth rate, emphasizing the importance of heterotrophy as the primary source of nutrition for A. poculata at this northern margin of its range.This study
was supported by an American Academy of Underwater
Sciences student scholarship to J.D., as well as by the URI
Department of Biological Sciences, and National Science
Foundation grants to E.C
jldimond/jldimond-fish546-2016: Porites.v2
No full text<p>This is my FISH546-2016 final project.</p>
jldimond/Ae_meth: DNA methylation associated with symbiosis in Anthopleura sea anemones
No full textThis contains notebooks, scripts, data, and analysis files associated with a study on the effect of symbiosis on DNA methylation in the sea anemone Anthopleura elegantissima
jldimond/P.ast-transplant: Porites astreoides transplant experiment
No full textThis is a repository detailing an experiment in which colonies of the coral Porites astreoides on the Belize Barrier Reef were transplanted to a common garden for one year and assessed for changes in DNA methylation
jldimond/Branching-Porites: Branching Porites RADseq
No full text<p>This is a repository to accompany a manuscript on genetic and epigenetic variation in branching Porites corals from Belize, "Genetic and epigenetic insight into morphospecies in a reef coral".</p>
Germline DNA methylation in five coral transcriptomes
No full text<p>This directory comprises Jay Dimond's final project for FISH 546 - Winter 2015. This is a graduate course at the University of Washington taught by Dr. Steven Roberts. The project is an analysis of germline DNA methylation in five reef coral species. Further information on the project background, methods, and results can be found in the Background, Methods, and Data Records sections, respectively.</p
Kakim obrazom D'artan'ân prevratilsâ v Žana Dartova?
No full textIren Rozdobudko, a contemporary Ukrainian writer wrote her novel Milday’s Last Dimond in 2002. The novel was planned to be the continuation o f Alexander Dumas’ well-known novel The Three Musketeers, with the aim to rehabilitate Milady. In her writings the author plays extensively with the names of her heroes. The literary onomastics of Iren Rozdobudko’s detective story Milady ’s Last Dimond reveals the functions of the proper names in the literary text as well as Rozdobudko’s naming strategy
