3,998 research outputs found
Renner et al. Reply:
No full textOriginal: Ch. Renner B. Revaz J.-Y. Genoud K. Kadowaki and O. Fischer Pseudogap Precursor of the Superconducting Gap in Under- and Overdoped Bi2Sr2CaCu2O8+δ Phys. Rev. Lett. 80 149 (1998)
Comment: J. L. Tallon and G. V. Williams Comment on “Pseudogap Precursor of the Superconducting Gap in Under- and Overdoped Bi2Sr2CaCu2O8+δ” Phys. Rev. Lett. 82 3725 (1999)journal articl
Lejeunea tumida Mitten 1855
No full textLejeunea tumida Mitt. in Hooker (1855: 157). Eulejeunea tumida (Mitt.) Stephani (1915: 800). Type:— NEW ZEALAND. Auckland, Dr. Sinclair s.n. ex herb. Mitt. (lectotype fide Grolle (1982): NY, isolectotypes: MPN, WELT!). The name Lejeunea tumida has been misapplied to a range of Australian Lejeunea species, including L. cuspidistipula (Stephani 1896: 88) Stephani ex Watts (1902: 493), L. drummondii Taylor (1846: 400), L. sinclairii Spruce non Mitt. auct. and L. sordida. The presence of L. tumida in Australia was considered dubious by Renner et al. (2010), but the species was not explicitly rejected because all material forming the basis of early records had not been investigated. Recent examination shows that early identifications of Australian material as Lejeunea tumida by Rodway and Stephani in the herbaria FH, BM and G are all referable to other species. Lejeunea tumida can therefore be rejected from the Australian flora with confidence. It, and all other members of the species group formerly included within it [L. colensoana (Stephani 1896: 132) Renner in Renner et al. (2010: 455), L. oracola Renner in Renner et al. (2010: 448), and L. rhigophila Renner in Renner et al. (2010: 453)] are endemic to the New Zealand Botanical Region. Representative misidentified specimens:— AUSTRALIA. New South Wales: Richmond River, German Creek, April 1900, W. W. Watts 27.28, ex herb. Levier 2274 (G-19628!) is L. sinclairii Spruce non Mitt. auct.; Tasmania: South Coast, on trees, Catamaran, Recherche, 16 January 1911, W. A. Weymouth s.n. (BM!), det. L. Rodway, is L. drummondii; Tasmania, McRobies Gully, near Hobart, on trunk of tree, 200 ft, 2 January 1911, W. A. Weymouth s.n. (BM!), det. L. Rodway, is L. drummondii; Norfolk Island, Red Road, on and amongst Macromitrium on Araucaria excelsio r, 10 September 1967, D. M. Henderson 9529 (BM!), is L. sordida.Published as part of Renner, Matt A. M., 2013, A new subspecies of Acrolejeunea arcuata, and notes on typification, synonymy, and distribution of other Australasian Lejeuneaceae, pp. 39-53 in Phytotaxa 83 (1) on pages 50-51, DOI: 10.11646/phytotaxa.83.1.2, http://zenodo.org/record/507169
Avaliação de empresas: uma aplicação do método do fluxo de caixa descontado à Lojas Renner S.A.
No full textTCC (graduação) - Universidade Federal de Santa Catarina. Centro Sócio-Econômico. Economia.Este trabalho busca apresentar a técnica de avaliação de empresas conhecida como fluxo de caixa descontado (FCD). É feita uma revisão teórica apresentando o método e onde esse se situa dentro do estudo de avaliação de empresas. É também apresentada uma aplicação prática dessa metodologia, usando como exemplo a empresa varejista de moda Lojas Renner S.A., uma das maiores empresas brasileiras no varejo de vestuários. O trabalho contém ainda uma apresentação da Lojas Renner, de seu negócio e seu setor de atuação. Outro componente do trabalho é uma investigação sobre como o valor justo das ações negociadas da Renner são afetadas por alterações nas principais variáveis macroeconômicas. Grande parte do trabalho é baseado nos livros de Aswath Damodaran e Alexandre Póvoa
Texas honored at Renner
No full textEugene Butler of Dallas, left, editor of Progressive Farmer, and Dr. E. B. Evans, right, president of Praise View A&M College, were awarded the Hoblitzelle Awards for Advancement of Texas Rural Life at Renner . With them is George L. MacGregor, trustee of the Texas Research Foundation, which observed its annual field day at Renner.https://mavmatrix.uta.edu/specialcollections_startelegram1950s/25983/thumbnail.jp
Citation of Mrs. George L. Renner, 1930 Eminent Homemaker from Sioux Falls, South Dakota
No full textCitation and biography of Mrs. George L. Renner from Sioux Falls, South Dakota who was honored in 1930 as Eminent Homemaker by the Eminent Farmer and Homemaker Club at South Dakota State Colleg
Frederic G. Renner of Washington, with Mitchell Wilder, and Mr. and Mrs. L. P. Cookingham at the Amon Carter Museum of Western Art
No full textFrederic G. Renner of Washington (left) with Mitchell Wilder, and Mr. and Mrs. L. P. Cookingham at the museum reception. Mr. Renner complied the catalog for the exhibition of illustrated Charles Russell letters and Mr. Wilder is the director of the museum. They are seen discussing the exhibition with city manager L. P. Cookingham. They are photographed hurdled together all facing Mr. Renner. Fort Worth Star-Telegram Evening edition January 25, 1962.https://mavmatrix.uta.edu/specialcollections_startelegram1960s/1726/thumbnail.jp
Effekter av plantevernmidler på perifyton i renner
No full textÅrsliste 2002Effekten av plantevernmidler på fastsittende alger (perifyton) i rennende vann er undersøkt ved mesocosm-forsøk i renner. Forsøkene omfattet ugrassmidlene linuron, metribuzin og tribenuron-metyl. Utviklingen av perifytonsamfunn ble sammenliknet i seks parallelle renner, hvor én fungerte som kontroll (uten plantevernmidler) og de fem andre ble eksponert til ulike konsentrasjoner av plantevernmidler som ble dosert kontinuerlig i 2-4 uker. Resultatene viste at linuron opp til 10 µg/l, metribuzin opp til 6.6 µg/l og tribenuron-metyl opp til 100 µg/l ikke ga noen klar hemming av den kvantitative eller kvalitative utviklingen av perifytonsamfunnene. For metribuzin var det imidlertid indikasjoner på at den høyeste konsentrasjonen (25 µg/l) reduserte utviklingen av perifytonsamfunnet noe. Dette tyder på at perifytonsamfunn dominert av kiselalger er forholdsvis robuste når det gjelder eksponering til plantevernmidler.Norges forskningsråd (NFR
Relational Analysis of the Frauchiger–Renner Paradox and Interaction-Free Detection of Records from the Past
No full textWe present an analysis of the Frauchiger–Renner Gedankenexperiment from the point of view of the relational interpretation of quantum mechanics. Our analysis shows that the paradox obtained by Frauchiger and Renner disappears if one rejects promoting one agent’s certainty to another agent’s certainty when it cannot be validated by records from the past. A by-product of our analysis is an interaction-free detection scheme for the existence of such records.Analysi
The worldwide holoparasitic Apodanthaceae confidently placed in the Cucurbitales by nuclear and mitochondrial gene trees
No full textBackground: Of the c. 450 families of flowering plants, only two are left “unplaced” in the most recent APG classification of angiosperms. One of these is the Apodanthaceae, a clade of c. 19 holoparasitic species in two or three genera occurring in North and South America, Africa, the Near East, and Australia. Because of lateral gene transfer between Apodanthaceae and their hosts it has been difficult to infer the family’s true closest relatives.
Results: Here we report a phylogenetic analysis of 16 accessions representing six species of Apodanthaceae from the United States, Chile, Iran, and Australia, using the mitochondrial matR gene and the nuclear 18S gene. Data matrices include 190 matR sequences from up to 95 families in 39 orders of flowering plants and 197 18S sequences from 101 families representing the 16 orders of rosids. Analyses were performed at the nucleotide and at the amino acid level. Both gene trees agree with angiosperm phylogenies found in other studies using more genes. Apodanthaceae and the seven families of the order Cucurbitales form a clade with 100% bootstrap support from matR and 56% from 18 S. In addition, the Apodanthaceae and Cucurbitales matR gene sequences uniquely share two non-synonymous codon changes and one synonymous change, as well as a codon insertion, already found by Barkman et al. (2007).
Conclusions: Apodanthaceae belong in the Cucurbitales with which they share inferior ovaries, parietal placentation and a dioecious mating system, traits that are ancestral in Cucurbitales and which can now be interpreted as possible synapomorphies of an enlarged order Cucurbitales. The occurrence of Apodanthaceae in the Americas, Africa, the Near East, and Australia, and their adaptation to distantly related host species in the Fabaceae and Salicaceae suggest a long evolutionary history
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