89,733 research outputs found
fleck
No full textflat n. . . me and you is goin' out on the deck an' gettin' in the fleck and talkin' the fire-axe, to cut the boat loose. If the boat started to _sink_ ...we could cut the fleck loosePRINTED ITEMG. M. Story 1/80 JH 1/80Used I and SupNot usedNot use
In the High Country: Following the Trail of Burroughs and Thoreau, from the Catskills to Katahdin
No full textRichard F. Fleck traces the travels of John Burroughs and Henry David Thoreau from the Catskills to Katahdin
Fleck (Death, 1875-08-03)
No full textAddress: Buckeye & Locust St.Pg 258/1875/47/F W/City/Dr. J. Fleck/Hustman/St. John'sOriginal record filed in drawer labeled 'FISHER, D-FLEG'
Card, n.d.
No full textPhotograph of the Fleck family with a short note on the back telling friends that they had arrived in good shape and are happy in their new home
Neocaledosynthemis Fleck 2024, gen. nov.
No full text<i>Neocaledosynthemis</i> <i>gen</i>. nov. <p> Type species. <i>Synthemis fenella</i> Campion</p> <p> Other included species. <i>Synthemis ariadne</i> Lieftinck</p> <p> <i>Etymology</i>. After New Caledonia and <i>Synthemis</i> Selys.</p> <i>Justification and differential diagnosis</i> <p> <i>Material examined</i>: male, female and larva (reared) of all New Caledonian species of synthemistids (female <i>C. ariadne</i> based on photos), except <i>C. pamelae</i> Davies and larva <i>C. jeanlegrandi</i>. In addition to characters accessible in literature for non-New-Caledonian synthemistids male, female and larva of <i>Synthemis tasmanica</i> Tillyard, <i>Austrosynthemis cyanitincta</i> Tillyard, <i>Tonyosynthemis claviculata</i> Tillyard, <i>Choristhemis flavoterminata</i> Martin, <i>Palaeosynthemis cyrene</i> Lieftinck, <i>Archaeosynthemis</i> spp., and <i>Eusynthemis</i> spp. were also examined.</p> <p> Carle (1995), on the supposed basis of a pair of male apomorphic characters (see below discussion), erected the genus <i>Calesynthemis</i> to accomodate all <i>Synthemis</i> species from New Caledonia ie <i>Synthemis miranda</i> (type species), <i>S. ariadne</i>, <i>S. campioni</i> Lieftinck, <i>S. fenella</i>, <i>S. flexicauda</i> Campion, <i>S. montaguei</i> Campion and <i>S. serendipita</i>. As these species are all endemic, the genus <i>Calesynthemis</i> is also restricted to New Caledonia.</p> <p> Davies (2002) did not recognize the genus <i>Calesynthemis</i> and described under <i>Synthemis</i>, a new species (<i>S. pamelae</i>). Given the available characters and the possible close affinity with <i>C. miranda</i> (being “its nearest relative” after Davies), <i>S. pamelae</i> should have probably been placed in <i>Calesynthemis</i> sensu Carle (1995).</p> <p> The New Caledonian synthemistids, even if probably rather closely related to true <i>Synthemis</i> (ie <i>S. eustalacta</i> Burmeister from South East Australia and <i>S. tasmanica</i>, from Tasmania) are nevertheless sufficiently different to be removed from this genus. Indeed, the true <i>Synthemis</i> have, among others, distinctly different male hamuli posteriores, male vesica spermalis V 1, male organisation of S2 ventral tergum, male epiproct, female ovipositor, FW relative position of arculus, HW anal loop construction, larval frontal plate, larval premental distal margin, and larval mask setal organisation.</p> <p> Fleck (2005, in Fleck <i>et al.</i> 2020) considered New Caledonian synthemistids as <i>Synthemis sensu lato</i>, because the species <i>S. ariadne</i> and <i>S. fenella</i> were not considered belonging to <i>Calesynthemis</i>, and Fleck & El Adouzi (2013) did not treat New Caledonian synthemistids and mentioned “New Caledonian synthemistids are in need of a revision and probably to be split into two genera”. In the matter of fact, the species <i>S. ariadne</i> and <i>S. fenella</i> are distinctly different from other <i>Calesynthemis</i>, not only by virtue of their smaller size, but for example their larvae are remarkable and unique among synthemistids by the absence of long body setae giving them a strong glabrous and finely granulose aspect, and by the absence of dentition on the labial palps. The following characters permit the separation of <i>S. fenella</i> and <i>S. ariadne</i> from other New Caledonian species:</p> <p> - All discoidal triangles free. They are generally free in <i>S. fenella</i>, in <i>S. ariadne</i> rarely crossed in one or even two wings. In other New Caledonian representatives discoidal triangles are crossed at least in one pair of wings (usually on both pair of wings). HW discoidal triangle is generally free in male <i>C. miranda</i> and occasionally in female.</p> <p> - Arculus not strongly shifted distal to Ax2. In <i>S. fenella</i> and <i>S. ariadne</i> the arculus is often placed slightly proximal to Ax2 or at Ax2, it is regularly shifted slightly distally (rarely distinctly in HW). In most other species, except <i>C. flexicauda</i>, the origin of arculus is distinctly shifted distal to Ax2, most of the time in both pair of wings. In <i>C. flexicauda</i> it is placed at Ax2 or slightly distally shifted. Note that in some <i>Eusynthemis</i> Förster and allied genera, the arculus is shifted distal to Ax2.</p> <p> - Male cerci not longer than S9+10. In <i>S. fenella</i> they are about as long as S9+10 and in <i>S. ariadne</i> they are slightly shorter than S9+10. In other species they are longer, most of the time distinctly so.</p> <p>- Male penis dh1 and dh2 placed on a common stem (Fig. 23, see arrow, compare with Fig. 8). In all other species they are distinctly separated or approximate on V 4, never placed on a common stem.</p> <p> - Female V 1 (vulvar lamina) short and stout with U-shaped medial notch. In New Caledonian female synthemistids the V 1 are in their proximal part parallel and contiguous, in their distal part divergent, the notch being V-shaped or U-shaped; the base of the notch presents additionally a pair of denticles. In <i>S. fenella</i> and <i>S. ariadne</i> V 1 is restricted to the basal 1/3 to basal 1/4 of S9 sternum (contra Carle, 1995) (and also shorter than 1/2 the length of S10, contra Carle, 1995) with proximal part strongly reduced, and notch U-shaped in <i>S. fenella</i>, and probably derived from the <i>S. fenella</i> type in <i>S. ariadne</i> since distal part is similar to that of <i>S. fenella</i> but basal part shows shortly divergent inner margins (apparently unique within New Caledonian synthemistids). In other species, except <i>C. serendipita</i>, the V 1 are overlapping about 1/2 of S9 sternum, their proximal part is rather long and their notch V-shaped. In <i>C. serendipita</i> the ovipositor is short, hardly longer than 1/3 of S9 (contra Carle 1995), with notch somewhat U-shaped, but with basal part having valves contiguous over a relatively long distance (considering the distal part only, probably a convergence with <i>S. fenella</i> and <i>S. ariadne</i> given the close affinity of <i>C. serendipita</i> with <i>C. campioni</i>).</p> <p> - Female cerci not longer than S9+10. In <i>S. fenella</i> they are about as long as S9, in <i>S. ariadne</i> slightly shorter than S9+10. In other species they are generally distinctly longer than S9+10 except <i>C. miranda</i> where they appear up turned and shorter than S9+10.</p> <p>- Larva glabrous, deprived of long setae and long hair-like setae and with fine granulose appearance (unique character within synthemistids). All other larvae present long setae and/or long hair-like setae at least on frontal plate, occipital lateral margins, pronotal lateral lobes, lateral margins of thorax and abdomen.</p> <p>- Larva with distal margin of labial palp lacking clear dentition (a unique character within synthemistids). All other larvae have distinct dentition.</p> <p> - Larva with only 6 or fewer antennomeres (apparently unique within synthemistids). Contrary to the claim of Lieftinck (1976), from 12 F-0 and 2 F-1 checked <i>S. fenella</i> larvae from different localities, only one F-0 seems to have 7 antennomeres on one antenna (moreover the character is not clearly cut since the interantennomeral joint is not clearly marked!); three specimens exhibit 5 antennomeres in a least one antenna. All <i>S. ariadne</i> checked larvae (6 F-0 and 2 F-1) have 6 antennomeres. Thus, <i>S. fenella</i> and <i>S. ariadne</i> larvae can be considered to have 6 antennomeres (sometimes with one less, very exceptionally, and aberrantly, with one more). All other species have 7 antennomeres, and antennae, comparatively to body dimension, longer.</p> <p>- Larva with only 2 long premental setae and 2 or 3 palpal setae (apparently unique within synthemistids). Other larvae have at least 3 long premental setae and 4 palpal setae.</p> <p> Considering all the above-mentioned characters, any of them unique among synthemistids and considered synapomorphic, <i>S. fenella</i> (type species) and <i>S. ariadne</i> are placed in the genus <i>Neocaledosynthemis</i>.</p>Published as part of <i>Fleck, Günther, 2024, A remarkable new synthemistid from New Caledonia (Odonata: Anisoptera: Synthemistidae s. str.). Taxonomic and phylogenetic note on New Caledonian Synthemistidae and erection of a new genus, pp. 320-330 in Zootaxa 5403 (3)</i> on pages 328-329, DOI: 10.11646/zootaxa.5403.3.2, <a href="http://zenodo.org/record/10561942">http://zenodo.org/record/10561942</a>
TLS, 3 Nov 1980
No full textThis was a group greeting letter that Alcyon Fleck sent out. She talks about what has been going on recently with her family. She talks about orphans and poor children that see her like a mother
ALS, 25 Apr 1960
No full textIn this note Mrs. Fleck wrote for her husband Kenneth explaining to Barnard that Kenneth has been extremely busy lately so he hasn’t had time to write. Recently he had become the president of Salvador mission as well as Honduras
OS CONFLITOS DE GERAÇÃO NO SISTEMA DE ENSINO SUPERIOR SOB PRISMA DA EPISTEMOLOGIA DE COLETIVOS DE PENSAMENTO
No full textO objetivo deste ensaio teórico é analisar a aprendizagem escolar por meio dos conflitos de geração existentes sob o prisma da epistemologia de coletivos de pensamento de Ludwic Fleck, de modo a elucidar como a evolução nas gerações X, Y e Z influenciam em novas perspectivas de aprendizagem a partir de elementos constitutivos das relações sociais e culturais. Para esse artigo considera-se que a aprendizagem escolar sofre influencia de fatores intervenientes do contexto em que vivemos, sendo esses fatores advindos principalmente da revolução artificial do homem que derivam do impacto das tecnologias de informação sobre a natureza humana (SANTOS, 2007). Mediante o pressuposto da influência da tecnologia na aprendizagem humana, seria também oportuno considerar a evolução das gerações na aprendizagem, compreendendo que os professores precisam desenvolver a capacidade do exercício do ofício por meio das hipertecnologias, tanto no sentido de superar os fatores de desigualdade e desumanização, como também em realidades voltadas a um novo mundo que surge das tecnologias e comunicação virtual. Este contexto teórico e analítico da aprendizagem será representado em diferentes estilos de pensamento, em que a gestão integrada das diferentes gerações existentes deverá ser considerada a partir de um olhar sistêmico da aprendizagem escolar, caracterizada tanto como um círculo exotérico, que seria o sistema de ensino como um todo, como também nos diferentes estilos de pensamento que formam esse sistema, alunos, professores, pais e gestores escolares, todos eles caracterizados por Fleck como de círculos esotéricos, que estando conectados e compartilhando conhecimentos precisam contribuir efetivamente na formação de novos jovens através de um trabalho colaborativo e distribuidor de informações, melhorando a prestação de serviços de organizações escolares que buscam atender os atuais contextos da hipermídia
H. Basevi: Über die direkte Entfernung der negativen physiologischen Skotome von dem Fixierpunkt und dem Mariotteschen Fleck. Arch. f. Augenheilk. XXI, S. 1-10
No full textH. BASEVI: ÜBER DIE DIREKTE ENTFERNUNG DER NEGATIVEN PHYSIOLOGISCHEN SKOTOME VON DEM FIXIERPUNKT UND DEM MARIOTTESCHEN FLECK. ARCH. F. AUGENHEILK. XXI, S. 1-10
Zeitschrift für Psychologie und Physiologie der Sinnesorgane (-)
Zeitschrift für Psychologie und Physiologie der Sinnesorgane (2) (a0001)
H. Basevi: Über die direkte Entfernung der negativen physiologischen Skotome von dem Fixierpunkt und dem Mariotteschen Fleck. Arch. f. Augenheilk. XXI, S. 1-10 (2) (p0123
Loquat diseases : black spot and fleck
No full textBlack spot is common on loquats and renders affected fruit unmarketable.
Another disfiguring fungal disease, fleck, has also become established in this State.
The newer fungicide dodine is recommended for controlling both these diseases
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