1,748,811 research outputs found
Curt Wilk Collection 1934, 1943-1964
No full textCorrespondence from rabbis, priests, scholars, cantors and others to Curt Wilk in Buenos Aires, mainly from 1943 to 1964.Leo Baeck, London and Hendon; 1945-1954Albert Bassermann, New York, 1943Magnus Davidsohn, London; 1949-1950Artur Donig, Buenos Aires; 1950Max Eschelbacher, London; 1958-1964Meier Hildesheimer, Berlin; 1934Emil Natan Levy, Tel Aviv; 1950Hermann Maas, Heidelberg; 1957-1963Katharina Mann, Kilchberg; 1955-1956Paul Schoenaich, Reinfeld; 1949Malvin Warschauer, Woking (England); 1943-194638 itemsL. Rank ; D. HaferlasSee Inventory ListSee also Curt Wilk: "Moses Mendelssohn (Sein Leben und sein Werk)" (MS 421)digitize
Katalog der Bibliothek Ludwig Achim und Bettina von Arnim Wiepersdorf / [Vorw.: Werner Wilk. Nachtrag: Walther Encke]
No full textKATALOG DER BIBLIOTHEK LUDWIG ACHIM UND BETTINA VON ARNIM WIEPERSDORF / [VORW.: WERNER WILK. NACHTRAG: WALTHER ENCKE]
Katalog der Bibliothek Ludwig Achim und Bettina von Arnim Wiepersdorf / [Vorw.: Werner Wilk. Nachtrag: Walther Encke] (1)
Cover (1)
Titelblatt (10)
Vorwort (Werner Wilk) (12)
Nachtrag (Walther Encke) (16)
Inhaltsverzeichnis (18)
1). Inkunabeln u. Frühdrucke (20)
2). Handschriften, Abschriften (28)
3). Dichtung ..., Philologie ... (32)
4). Musik (144)
5). Philosophie, Religion ... (160)
6). Geschichte ... (184)
7). Naturwissenschaften ... (302)
8). Staats- und Rechtswissenschaft ... (326)
9). Zeitungen, Zeitschriften, Kalender ... (344)
10). Broschüren zu den Versuchen ... (354
Letter from Elaine Wilk Cohen, Editor & Publisher of Human Services, to Geraldine Ferraro
Full text linkCongratulatory letter from Elaine Wilk Cohen, ACSW and editor and publisher for Human Services, to Geraldine Ferraro. Includes data entry sheet.https://ir.lawnet.fordham.edu/vice_presidential_campaign_correspondence_1984_new_york/1225/thumbnail.jp
Tayloriellina malmeana Wilk 2023, sp. nov.
No full text<i>Tayloriellina malmeana</i> Wilk, <i>sp. nov.</i> MycoBank number: 849807 <p>Thallus areolate-subsquamulose to granulose, orange yellow to creamy/grey side by side, with indistinct globose isidia in places.Apothecia abundant, zeorine, apothecial discs intensively orange.Ascospores polarilocular, ellipsoid to narrowly ellipsoid, medium size, 11‒17 × 4.5‒8.0 µm, septum 3.0‒5.0 µm.</p> <p>Type:— BOLIVIA. Dept. Cochabamba, Prov. Quillacollo: East Cordillera, area of Inkarraya-Sipesipe, dry Inter-Andean Valleys, 3146 m elev., 17°29’25”S, 66°22’09”W, rocky and shrubby slope, sunny place, E exposed, 17 December 2004, K. Wilk 3206 (KRAM-L-71766‒ holotype, LPB, B‒isotypes).</p> <p>(Fig. 1)</p> <p> <i>Thallus</i> tiny, areolate to subsquamulose or granulose, 70‒120 µm thick, usually discontinuous, irregular in outline, orange yellow, creamy to light gray, often occurs with orange and grayish thalli side by side, epruinose, subsquamules crenate, areoles 0.1‒0.4 mm in diam.; vegetative propagules scarce, as small globose isidia, concolorous with thallus, scattered; prothallus absent. <i>Thalline cortex</i> clearly paraplectenchymatous, even, 5‒45 µm thick, anthraquinone pigments present, K+ red, or absent; necral layer present, ca. 8.5 µm thick, covered by thin layer of granules insoluble in K and N, pol+ creamy; <i>algal layer</i> continuous, <i>algae</i> chlorococcoid, 5‒14 µm in diam.</p> <p> <i>Apothecia</i> abundant, crowded, initially immersed, then erumpent to adnate, round or angular by compression, distinctly zeorine, up to 0.7 mm in diam.; disc first concave, then plane, intensive orange, epruinose, even; <i>apothecial margin</i> medium thick, more or less elevated above discs; <i>proper margin</i> conspicuous, slightly paler than disc, epruinose; <i>thalline margin</i> usually partly reduced, orange or creamy/gray, even. <i>Parathecium</i> thin, 50‒70 µm thick, prosoplectenchymateous, anthraquinone pigments present. <i>Amphithecium</i> thick, 60‒130 µm thick, partly reduced, <i>apothecial cortex</i> indistinct, thin, 5‒15 µm thick, anthraquinone pigments present or absent; <i>algae</i> abundant, forming continuous layer (but algae fewer below hypothecium); <i>epihymenium</i> brownish yellow, granular (anthraquinones), K+ red; <i>hymenium</i> 75‒85 µm thick; <i>hypothecium</i> 85‒110 µm thick, prosoplectenchymatous, pale yellowish, oil droplets absent; paraphyses simple to branched, 1 µm broad at base, with upper cell 3‒4 µm wide. <i>Asci</i> 8-spored; <i>ascospores</i> hyaline, ellipsoid to narrowly ellipsoid, thin-walled, (11‒)13.5±1.2(‒17) × (4.5‒)5.8±0.6(‒8.0) µm, septum (3.0‒)3.7±0.7(‒5.0) µm (n= 79).</p> <p> <i>Pycnidia</i> not abundant, ostiole orange, partly immersed, <i>conidia</i> bacilliform, 2‒3 × 1 µm (n= 15).</p> <p> <i>Spot tests:</i> Apothecial discs K+ red, thallus K+ red or K–.</p> <p> <i>Etymology:</i> The epithet is derived from the name of the Swedish lichenologist Gustav Oskar Andersson Malme (1864–1937) in appreciation of his major contribution to the knowledge of South American Teloschistaceae.</p> <p> <i>Habitat and distribution:</i> The species was found growing on tree bark (branches) in semiarid, shrubby and rocky slops in Inter-Andean Valleys in Bolivia, at the elevation of ca. 3000 m. It is known only from Bolivia.</p> <p> The collecting site was shared with other species of the Teloschistaceae recently reported, e.g. <i>Cinnabaria boliviana</i> Wilk & Lücking <i>in</i> Wilk <i>et al.</i> (2021: 113), <i>Scutaria andina</i> (Räsänen 1939: 140) Søchting, Frödén & Arup <i>in</i> Arup <i>et al.</i> (2013: 63), and <i>Wetmoreana</i> spp. (Wilk <i>et al.</i> 2021).</p> <p> <i>Note: Tayloriellina malmeana</i> is characterized by delicate, orange-yellow, creamy to gray, areolate-subsquamulose to granulose thalli, and numerous, zeorine apothecia with intensive orange discs. Vegetative propagules are scarce, in the form of globose isidia, concolorous with the thallus. The thallus cortex is thin but clearly paraplectenchymatous, covered by a necral layer, with or without anthraquinones, but always with other colorless granules insoluble in K and N, pol+ creamy (Figs 1D–E).</p> <p> The molecular analysis indicates that <i>T. malmeana</i> is closely related to <i>T. microphyllina</i> (Fig. 2). The two species are, however, clearly separated by their thallus morphology—in <i>T. microphyllina</i> the thallus is generally much better developed and mostly dark orange, not dominated by apothecia, but producing distinct and usually abundant orange soralia. Moreover, <i>T. microphyllina</i> has distinctly smaller ascospores (10‒14 µm vs. 11‒17 µm in <i>T. malmeana</i>), and larger apothecia (up to 1.0 mm vs. up to 0.7 mm in <i>T. malmeana</i>) (Wetmore 2004).Another similar species, <i>“ Caloplaca ” trabicola</i> differs from <i>T. malmeana</i> in having a whitish areolate thallus, numerous and distinct pycnidia, and larger spores with distinctly thicker spore septa [(12‒)14.9±1.1(‒16) × (5.0‒)6.5±0.6(‒7.0) µm, septum (5.0‒)5.9±1.0(‒9.0) µm (n= 17)] (Fig. 3). <i>Tayloriellina malmeana</i> is also similar to <i>“ Caloplaca ” durietzii</i> H. Magn. (1953: 188). According to Magnusson (1953) the latter taxon, in comparison to <i>T. malmeana</i>, has a thallus that is mostly indistinct, it has ±lecanorine apothecia with crenulate margins, and it does not produce vegetative propagules. <i>“ Caloplaca ” durietzii</i> was examined by Gaya <i>et al.</i> (2015) and Kondratyuk <i>et al.</i> (2014, 2015b), and the results suggest that <i>“C.” durietzii</i> is nested in the subfamily Xanthorioideae, in the genus <i>Scythioria</i> S.Y. Kondr. <i>et al.</i> <i>in</i> Kondratyuk <i>et al.</i> (2014: 156). Finally, <i>T. malmeana</i> has some similarities with an undescribed species, <i>“ Caloplaca ”</i> sp. 5, studied by Wetmore (2007). Both produce globose isidia but the latter forms an orange, areolate thallus with abrupt margins, and apart from the isidia, the thallus margin may also bear small lobules.</p> <p> During taxonomic studies on <i>“ Caloplaca ” byrsonimae</i> s. lat. from Swedish Museum of Natural History (S), two specimens collected by Malme in Paraguay (S-L50600, S-L50601; Malme 1926) were found to be superficially very similar to the Bolivian material of <i>T. malmeana</i>. These were recognized as a putative undescribed species (under elaboration), different from <i>“C.” byrsonimae</i> (Malme 1926: 14) Zahlbr. (1930 [1931]: 80) s.str. The latter resembles <i>“ Caloplaca ” granularis</i> (Müll. Arg. 1888: 63) Zahlbr. (1930 [1931]: 141) in that it produces distinct yellow-orange soralia and it lacks a distinct thallus (see also Wetmore 2004). The Malme specimens from Paraguay differs from <i>T. malmeana</i> by having a better developed, permanently gray thallus (K–), common blastidia and longer ascospores with distinctly thicker spore septa. Due to its high similarity to <i>T. malmeana</i>, the Paraguay material of <i>“C.” byrsonimae</i> s. lat. may be considered to belong to <i>Tayloriellina</i>. However, further studies must be carried out especially to compare specimens from Paraguay with additional <i>“ Caloplaca ” trabicola</i> collections, which produces similar ascospores and also shares a similar morphology.</p> <p> <b>Paratypes examined:</b> BOLIVIA. Dept. Cochabamba, Prov. Quillacollo: East Cordillera, area of Inkarraya-Sipesipe, dry Inter-Andean Valleys, 3146 m elev., 17°29’25”S, 66°22’09”W, rocky and shrubby slope, sunny place, E exposure, 17 December 2004, K. Wilk 3177, 3181, 3198, 3199, 3206, 3207, 3250, 3255, 3211, 3263 (KRAM, LPB and B); 2846 m elev., 17º28’39”S 66º21’43”W, 17 December 2004, A. Flakus 4933 (KRAM, LPB).</p> <p> <b>Comparative material seen:</b> <i>“ Caloplaca ” brysonimae</i>: BRAZIL. Matto Grosso, Serra da Chapada, pr. S„o Jeronymo, 3 June 1894, G. A:n, Malme s. n. (S-L2644, holotype). PARAGUAY. ad arborem solitariam, in coni apricot, 2 September 1892, G. A:n, Malme 1491 ×× and 1491 (S-L50600, S-L50601, syntypes). <i>“ Caloplaca ” trabicola</i>: URUGUAY. Florida, 22 January 1949, H. S. Osorio 1752 (F). <i>Tayloriellina erythrosticta</i>: AUSTRALIA. Western Australia, “ Dryandra Forest ”, a few km NW of Narrogin, 17 August 1994, K. & A. Kalb s. n. (Obermayer, Lichenoth. Graec. 26, B). <i>Tayloriellina microphyllina</i>: Wetmore, Telosch. Exsicc. 58–63 (KRAM). Wetmore, Lich. Exsicc. 180 (KRAM).</p>Published as part of <i>Wilk, Karina, 2023, New species of Tayloriellina (lichenized Ascomycota, Teloschistaceae) from Bolivia, pp. 183-188 in Phytotaxa 616 (2)</i> on pages 184-186, DOI: 10.11646/phytotaxa.616.2.8, <a href="http://zenodo.org/record/8389654">http://zenodo.org/record/8389654</a>
Propuestas para una vivienda moderna promovida por el gobierno
No full textFil: Wilk, Christian. University of Applied Sciences Hochschule Kaiserslautern. Faculty of Business Administration; Alemania.Fil: Wilk, Christian. Universidad Nacional del Litoral. Facultad de Ciencias Económicas; Argentina.El gobierno federal se ha fijado el objetivo de construir 1.5 millones de apartamentos
nuevos para 2021 para satisfacer las necesidades de las ciudades en crecimiento y las áreas
metropolitanas (Bundesregierung, 2018a, p. 109). En este contexto, el término escasez de
viviendas se ha establecido en Alemania. El término de búsqueda La escasez de viviendas
da como resultado una búsqueda en Google de 1,630,000 resultados (Google, 2019) y se
puede explicar mejor con los siguientes ejemplos.
El tema central en las ciudades alemanas es la cuestión del espacio habitable asequible
(Götzke, 2019). En Berlín, más de 20,000 personas ya han firmado un referéndum que
quiere expropiar a los propietarios del sector privado (Oberhuber, 2019). La facción del
Partido Socialdemócrata de Alemania (SPD) en Berlín propone un límite de alquiler (SPD,
2019). La Asociación Alemana de Ciudades y Pueblos describe la escasez de viviendas
como un explosivo social al que la política debe reaccionar (Passauer Neue Presse, 2018). E
incluso las ciudades más pequeñas como Darmstadt están expuestas a los precios de
alquiler a nivel de las grandes ciudades debido a la falta de espacio habitable (AStA, 2019).The federal government has set itself the goal of building 1.5 million
new apartments by 2021 in order to meet the needs in growing cities and metropolitan
areas (Bundesregierung, 2018a, p. 109). In this context, the term housing shortage has
become established in Germany. The search term Housing shortage results in a Google
search 1,630,000 results (Google, 2019) and can best be explained by the following
examples.
The central topic in German cities is the question of affordable living space (Götzke,
2019). In Berlin, more than 20,000 people have already signed for a referendum that
wants to expropriate landlords from the private sector (Oberhuber, 2019). The faction of
the Social Democratic Party of Germany (SPD) in Berlin proposes a rent limit (SPD,
2019). The German Association of Cities and Towns describes the housing shortage as
a social explosive to which politics must react (Passauer Neue Presse, 2018). And even
smaller cities like Darmstadt are exposed to rental prices at the level of large cities due
to a lack of living space (AStA, 2019)
Propuestas para una vivienda moderna promovida por el gobierno
No full textFil: Wilk, Christian. University of Applied Sciences Hochschule Kaiserslautern. Faculty of Business Administration; Alemania.Fil: Wilk, Christian. Universidad Nacional del Litoral. Facultad de Ciencias Económicas; Argentina.El gobierno federal se ha fijado el objetivo de construir 1.5 millones de apartamentos
nuevos para 2021 para satisfacer las necesidades de las ciudades en crecimiento y las áreas
metropolitanas (Bundesregierung, 2018a, p. 109). En este contexto, el término escasez de
viviendas se ha establecido en Alemania. El término de búsqueda La escasez de viviendas
da como resultado una búsqueda en Google de 1,630,000 resultados (Google, 2019) y se
puede explicar mejor con los siguientes ejemplos.
El tema central en las ciudades alemanas es la cuestión del espacio habitable asequible
(Götzke, 2019). En Berlín, más de 20,000 personas ya han firmado un referéndum que
quiere expropiar a los propietarios del sector privado (Oberhuber, 2019). La facción del
Partido Socialdemócrata de Alemania (SPD) en Berlín propone un límite de alquiler (SPD,
2019). La Asociación Alemana de Ciudades y Pueblos describe la escasez de viviendas
como un explosivo social al que la política debe reaccionar (Passauer Neue Presse, 2018). E
incluso las ciudades más pequeñas como Darmstadt están expuestas a los precios de
alquiler a nivel de las grandes ciudades debido a la falta de espacio habitable (AStA, 2019).The federal government has set itself the goal of building 1.5 million
new apartments by 2021 in order to meet the needs in growing cities and metropolitan
areas (Bundesregierung, 2018a, p. 109). In this context, the term housing shortage has
become established in Germany. The search term Housing shortage results in a Google
search 1,630,000 results (Google, 2019) and can best be explained by the following
examples.
The central topic in German cities is the question of affordable living space (Götzke,
2019). In Berlin, more than 20,000 people have already signed for a referendum that
wants to expropriate landlords from the private sector (Oberhuber, 2019). The faction of
the Social Democratic Party of Germany (SPD) in Berlin proposes a rent limit (SPD,
2019). The German Association of Cities and Towns describes the housing shortage as
a social explosive to which politics must react (Passauer Neue Presse, 2018). And even
smaller cities like Darmstadt are exposed to rental prices at the level of large cities due
to a lack of living space (AStA, 2019)
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