759 research outputs found
Papers of James Watson
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/6402616mm and 9.5 mm films: Jimmy Watson productions, including: family films, Carlton Football Club, Scouting, Wine Bottling, Pacific Travel. Also includes third party copyright material: Vacuum Oil Reviews c WWII, British WWII Documentaries, Paul Terry Cartoon, Royal visit to USA and Canada. 9.5mm films include winery visits to All Saints Wahgunyah, Included in the group of films are a number of commercially made documentaries and travelogues.Corowa Still photographs including Lake Tyers area, Adelaide and South Australian wine areas, family portraiture.
PLACE NAMES: Bung Yarnda / Lake Tyers (E Vic Gippsland SJ55-07)
PLACE NAMES: Lake Tyers (E Vic Gippsland SJ55-07)110182
Acquisition: [1993.0083] "Papers of James Watson
Robert Carlton Brown papers
No full textAmerican author, journalist, publisher, and collector Robert Carlton Brown (1886-1959) was born in Chicago. Brown wrote pulp fiction, non-fiction, cookbooks, avant-garde publications, and experimented with a book of visual poetry; he also contributed pieces to various magazines and newspapers in New York City and established journals in Rio de Janeiro, Mexico City, and London. Popular works of Brown's include the novel What Happened to Mary? (1913), an adaptation of which became one of the first successful motion pictures. He was involved with an informal poetry group with avant-garde and modernist writers and artists like William Carlos Williams, Alfred Kreymbourg, and Man Ray in 1913 and 1914. The group put forth a publication entitled Glebe in 1913 and later the influential poetry journal Others. In 1929, he and his wife temporarily settled in France where they became involved in the expatriate literary community in Paris. While there, he also established Roving Eye Press to promote a reading machine that he invented. Brown published a book of verse to be used with the machine, Readies for Bob Brown's Machine (1931), which included contributions from Gertrude Stein, Ezra Pound, James T. Farrell, Kay Boyle, Paul Bowles, Kreymborg, Eugene Jolas, and Robert McAlmon. This collection includes correspondence, clippings, visual poetry, photographs, and ephemera. The collection is unprocessed
Sagola clunieae Park and Carlton, new species
No full textSagola clunieae Park and Carlton, new species (Figs. 58h, 59h, 62) Type Material. Holotype. NEW ZEALAND: Fiordland: 1♂ (NZAC), aedeagus dissected and mounted in balsam on a clear plastic card, “ NEW ZEALAND FD Secretary I Top of Ridge 29 May 1982 S. Brasch ”, “Litter 82/65”, “ N.Z. Arthropod Collection, NZAC Private Bag 92170 AUCKLAND New Zealand”, “ HOLOTYPE Sagola clunieae Park and Carlton 2013 ”. Paratype (1 female). NEW ZEALAND: Fiordland: 1♀ (NZAC), Secretary I, ridge towards, Mt Grono, 853m, 27 XI 1981, C.F. Butcher, Alpine mats, moss and tussock. Etymology. This species is named for one of the enthusiastic supporters of this study, Leonie Clunie. She assisted with specimen access through loans and during the first author’ s visit to the New Zealand Arthropod Collection. Diagnosis. This species can be distinguished from the other species of the misella speciesgroup by the following combination of characters: body larger, length 2.2–2.3 mm; male antennomeres 6–10 enlarged; male abdominal ventrite V medially flattened; shape of antennomeres and genitalia unique to species; only known from Secretary Island in Fiordland. Description. Length 2.2–2.3 mm. Body brown, antennae, legs, maxillary palpi, and elytra paler (Fig. 58h). Head: Round, as long as wide, widest across eyes (Fig. 58h). Male antennomere 1 approximately 1.5 times longer than wide, 2–3 subquadrate, 4–5 longer than wide, 6–10 weakly enlarged, 6–11 with tubercles. Female antennomeres 2–7 longer than wide, 8–10 subquadrate, 8–11 with tubercles. Frontal rostrum rectangular, meeting each other. Frontal sulcus reaching midpoint of eye. Posterior frontal fovea oval. Eye prominent, approximately one-third length of temple. Thorax: Prosternum as long as wide, widest at midpoint. Elytra subquadrate (Fig. 58h). Meso- and metathorax trapezoidal, as long as wide. Abdomen: Male tergite IV without patches of microtrichia. Male abdominal ventrite V medially flattened. Aedeagus: Apical lobe of genitalia triangular (Fig. 59h). Phallobase of median lobe symmetrical and rounded (Fig. 59h). Parameres symmetrical blunt with setae apically (Fig. 59h). Distribution. Fiordland (Fig. 62: star). Habitat. Specimens of this species were collected by sifting forest litter.Published as part of Park, J. - S. & Carlton, C. E., 2014, A revision of the New Zealand species of the genus Sagola Sharp (Coleoptera: Staphylinidae: Pselaphinae: Faronitae), pp. 1-156 in The Coleopterists Bulletin (mo 13) (mo 13) 68 on pages 112-113, DOI: 10.1649/072.068.0mo4.1, http://zenodo.org/record/490773
Harrington Park Greenway Conservation Plan
No full textThis Greenway Conservation Plan recommends options for implementing the conservation strategies recommended in the Watershed Open Space: Natural Resource Inventory study. The author has reviewed the NRI, public property record, the municipal master plan and has inspected the study area. He combined the information into a series of conservation recommendations for specific blocks and lots. These recommendations are in the form of a narrative report and associated maps.Prepared for the Harrington Park Environmental Commission with a grant from the New Jersey Department of Environmental Protection, Office of Environmental Services
Sagola prowellae Park and Carlton, new species
No full textSagola prowellae Park and Carlton, new species (Figs. 66e, 66k, 66s, 67) Type Material. Holotype. NEW ZEALAND: Wellington: 1♂ (NZAC), aedeagus dissected and mounted in balsam on a clear plastic card, “New Zealand WN Johnson’ s Hill Karori 22 IV 1991 ”, “ HOLOTYPE Sagola prowellae Park and Carlton 2013 ”. The original label does not mention who collected the specimen, but it was collected by J. Nunn. Paratypes (n = 2: 1 male; 1 female). NEW ZEALAND: Wellington : 1♂ (JTN), Johnson’ s Hill, Karori, 17 VII 1988, J. Nunn; 1♀ (JTN), Johnson’ s Hill, Karori, 28 II 1987, J. Nunn. Etymology. This species is named for one of the enthusiastic supporters of this study, Dorothy Prowell. She was a member of the first author’ s PhD advisory committee and provided valuable advice during this study, a major component of his dissertation. Diagnosis. This species can be distinguished from the other species of the major species-group by the following combination of characters: body small, length 1.5–1.7 mm; eye large and prominent, two-thirds length of temple; ventral temple of male head with depressed and distinctly projecting temporal lobe, surface concave; shape of antennomeres and genitalia unique to species; only known from Wellington. Description. Length 1.5–1.7 mm. Body brown, antennae, legs, maxillary palpi, and elytra paler (Fig. 66e). Head: Male head triangular, widest across temples (Fig. 66e). Female head bluntly triangular, widest across eyes. Ventral temple of male head with depressed and distinctly projecting temporal lobe, surface concave (Fig. 66s). Thick, dense setae on male gular depression. Antennomere 1 approximately 2 times longer than wide with dull surface, 2 longer than wide, 3–10 subquadrate. Frontal sulcus shallow, reaching midpoint of eye. Anterior frontal fovea oval, partially covered by frontal rostrum, posterior frontal fovea oval. Eye large and prominent, two-thirds length of temple. Thorax: Prosternum as long as wide, widest at one-third length. Elytra rectangular (Fig. 66e). Meso- and metathorax trapezoidal, longer than wide. Abdomen: Tergite IV with pair of transverse patches of microtrichia reaching middle. Aedeagus: Median lobe of genitalia broader apically with tube extending from apex (Fig. 66k). Phallobase of median lobe symmetrical and rounded (Fig. 66k). Parameres symmetrical and narrow, with process at midpoint, setose from midpoints to apices (Fig. 66k). Distribution. Wellington (Fig. 67: white circle). Habitat. Unknown.Published as part of Park, J. - S. & Carlton, C. E., 2014, A revision of the New Zealand species of the genus Sagola Sharp (Coleoptera: Staphylinidae: Pselaphinae: Faronitae), pp. 1-156 in The Coleopterists Bulletin (mo 13) (mo 13) 68 on page 122, DOI: 10.1649/072.068.0mo4.1, http://zenodo.org/record/490773
Social and urban study of Carlton : programme
No full textProject No. 3 :Urban Studies Investigation Programme1. Analysis of survey and census material / by R. Billard -- 2. Analysis of survey and census material / by C. Hardwick -- 3. Census data: Drummond and Palmerston Streets / [Author unknown] -- 4. Census data, 1966 / [Author unknown] -- 5. Carlton urban study / G. Marshall -- 6. Carlton: population characteristics /J. Wade
Sagola choeunae Park and Carlton, new species
No full textSagola choeunae Park and Carlton, new species (Figs. 15g, 16g, 18) Type Material. Holotype. NEW ZEALAND: Bay of Plenty: 1♂ (NZAC), aedeagus dissected and mounted in balsam on a clear plastic card, “Maraenui Bay of Plenty.”, “ Coll. A.E.Brookes. May1928.”, “ A.E.Brookes Collection ”, “ N.Z. Arthropod Collection, NZAC Private Bag 92170 AUCKLAND New Zealand”, “ HOLOTYPE Sagola choeunae Park and Carlton 2013 ”. Etymology. This species is named for one of the enthusiastic supporters of this study, Cho-Eun Jeong. She is the first author’ s wife and has always cheered him up. Diagnosis. This species can be distinguished from the other species of the baiknami speciesgroup by the following combination of characters: smaller body, length 2.4 mm; male head triangular, widest across temples, ventral temporal lobe flat; male mid-femur weakly depressed at base and mid-tibia bent; shape of antennomeres and genitalia unique to species. Description of Male. Length 2.4 mm. Body brown, antenna, elytra, legs, and maxillary palpi yellowish brown (Fig. 15g). Head: Head triangular, widest across temples, ventral temporal lobe flat (Fig. 15g). Antennomere 1 approximately 2 times longer than wide, 2–3 subquadrate, 4–5 longer than wide, 6–8 subquadrate, 9–10 weakly transverse. Frontal sulcus deep and reaching midpoint of eye from frontal rostral lobes. Anterior frontal fovea round. Posterior frontal fovea oval. Eye large and prominent, one-third length of temple. Thorax: Prosternum as long as wide, widest at midpoint. Elytra rectangular (Fig. 15g). Meso- and metathorax trapezoidal, longer than wide. Male mid-femur weakly depressed at base. Male mid-tibia bent. Abdomen: Tergite IV with pair of oval or transverse patches of microtrichia. Aedeagus: Median lobe rectangular and blunt (Fig. 16g). Phallobase of median lobe asymmetrical and triangular (Fig. 16g). Parameres asymmetrical, left paramere U-shaped, right paramere divided, minor lobe with tubercle and thick setae apically (Fig. 16g). Distribution. Bay of Plenty (Fig. 18: black square). Habitat. Unknown.Published as part of Park, J. - S. & Carlton, C. E., 2014, A revision of the New Zealand species of the genus Sagola Sharp (Coleoptera: Staphylinidae: Pselaphinae: Faronitae), pp. 1-156 in The Coleopterists Bulletin (mo 13) (mo 13) 68 on page 38, DOI: 10.1649/072.068.0mo4.1, http://zenodo.org/record/490773
Sagola brumfieldi Park and Carlton, new species
No full text<i>Sagola brumfieldi</i> Park and Carlton, new species <p>(Figs. 68o, 69o 70o, 73)</p> <p> <b>Type Material.</b> <b>Holotype. NEW ZEALAND: Taupo:</b> 1♂ (NZAC), aedeagus dissected and mounted in balsam on a clear plastic card, “New Zealand: Tongariro N.P., Mangawhero R. Rd. near Ohakune, S. Slope of Mt. Ruapehu TO”, “Forest litter berlese at FIT 4, 10 Mar 2000 C Carlton, A Weir, #034”, “ HOLOTYPE <i>Sagola brumfieldi</i> Park and Carlton 2013 ”. <b>Paratypes (5 females). NEW ZEALAND: Waikato:</b> 2♀♀ (NZAC), Mahoenui, Gribbons Rd, 26 VI 1977, G.W. Ramsay, litter; 1♀ (NZAC), Mahoenui, Gribbons Rd, 26 VI 1977, N.H. Mancer, litter; 2♀♀ (NZAC), nr Waitomo, Mathers Rd, Fred Catchment, 23 V 1983, litter.</p> <p> <b>Etymology.</b> This species is named for one of the enthusiastic supporters of this study, Robb T. Brumfield. He was a member of the first author’ s PhD advisory committee and provided valuable advice during this study, a major component of his dissertation.</p> <p> <b>Diagnosis.</b> This species can be distinguished from the other species of the <i>insignis</i> speciesgroup by the following combination of characters: body length 2.4–2.6 mm; temporal lobe of male head distinctly projecting, exceeding eye, with weakly concave ventral surface; ventral surface of male head with transverse process behind mouthparts and round depression bearing three patches of dense setae; elytra subquadrate; shape of antennomeres and genitalia unique to species.</p> <p> <b>Description.</b> Length 2.4–2.6 mm. Body brown, antennae, legs, maxillary palpi, and elytra paler (Fig. 68o). <b>Head:</b> Male head triangular, widest across temples (Fig. 69o). Female head bluntly triangular, widest across eyes. Antennomere 1 approximately 1.5 times longer than wide, 2–7 longer than wide, 8–10 subquadrate. Frontal sulcus deep, reaching midpoint of eye. Anterior frontal fovea round, partially covered by frontal rostrum, posterior frontal fovea round. Eye prominent, approximately one-fourth length of temple. Temporal lobe of male head distinctly projecting, exceeding eye, with weakly concave ventral surface (Fig. 69o). Ventral surface of male head with transverse process behind mouthparts and round depression bearing 3 patches of dense setae (Fig. 69o). <b>Thorax:</b> Prosternum as long as wide, widest at one-third length. Elytra subquadrate (Fig. 68o). Meso- and metathorax trapezoidal, as long as wide. <b>Abdomen:</b> Male tergite IV without patch of microtrichia. <b>Aedeagus:</b> Median lobe of genitalia widest at middle, with flat apical margin (Fig. 70o). Phallobase of median lobe symmetrical and rounded (Fig. 70o). Parameres symmetrical and slender, with sparse setae at apex and midpoint (Fig. 70o).</p> <p> <b>Distribution.</b> Taupo, Waikato (Fig. 73: black squares).</p> <p> <b>Habitat.</b> Specimens of this species were collected by sifting leaf litter.</p>Published as part of <i>Park, J. - S. & Carlton, C. E., 2014, A revision of the New Zealand species of the genus Sagola Sharp (Coleoptera: Staphylinidae: Pselaphinae: Faronitae), pp. 1-156 in The Coleopterists Bulletin (mo 13) (mo 13) 68</i> on page 141, DOI: 10.1649/072.068.0mo4.1, <a href="http://zenodo.org/record/4907735">http://zenodo.org/record/4907735</a>
The Methodist church in Carlton
No full textDeposited with permission of the author © 1966 David G. CoxIn writing this essay, I have attempted to trace the building activity of the Methodist Church in Carlton
(WIP) PBL: Building the connection between theory and practice using integrated projects
No full textAuthor Contributions:
Adam Carlton Lynch – Integrated Projects concept, Original Draft, Editing
Gary Brooking – Editing and Reviewing
Having read the manuscript, the authors agree to this published version.View the PDF here: https://peer.asee.org/46358Background: Working to enable a heightened sense of Connections between the theories of engineering principles to the practical product value delivered to customers, we dramatically modified our current class project in an undergraduate engineering statics course. We threaded interactive exercises adopted from The Kern Engineering Entrepreneurial Network (KEEN)'s Entrepreneurial Mindset (EM) which focuses on three Cs of Curiosity, Connections, and Creating Value.
Purpose/Hypothesis: Students reverse engineered a common handheld power tool in an Integrated Project approach to strengthen their Connections to other students in their course, connections between disparate subjects, their project Squads, and between their coursework and industry practice.
Design/Method: Using our Integrated Projects concept, we linked separate engineering courses in customer-supplier relationships. Students applied the tools and techniques from their specific courses to a common commercial product. Thus, different disciplines worked together but not in the same manner as traditional interdisciplinary projects. Additionally, while courses previously had projects, our novel Integrated Projects approach greatly enhance the connections between students in the same class and between students in different courses.
Results: Based on both formal and informally gathered student comments, their connections to the field of engineering has been remarkedly increasing because of the Integrated Projects.
Conclusions: Our Integrated Projects enabled students' teams from separate courses to work together yet with separate tools. Students examined different components of the same product, with each class analyzing their specific component with their course specific engineering principles
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