15,881 research outputs found
Prefacio
No full textLa prefazione introduce attraverso una analisi storica e comparatistica il volume di R. Barcia Lehmann sul negozio giudirico nella realtà contemporane
Das Uber die hinfallende Blume zu Mizpa entstandene schmertzliche Betrübniß wurde Bey dem Hoch-Adelichen Leichen-Begängniß Der weiland Wohlgebohrnen Fräulein, Fräulein Johannen Eleonoren Magdalenen von Uchteritz, Des Hoch-Wohlgebohrnen Herrn, Herrn Wolff Rudolph von Uchteritz, Auf Lützschene, Freyrode, Medewitzsch und Spansdorff, Erb-Lehn-und Gerichts-Herrn Hochgeliebten Fräulein Tochter, Als dieselbige am 17. Jul. des itztlauffenden 1716ten Jahres aus dem Hause Lützschene in dem Herrn sanfft und selig verschieden, Und ... in das bey hiesiger Kirche befindliche Uchteritzische Erb-Begräbniß mit Christ-Adelichen Ceremonien gebracht worden, In einer dabey gehaltenen Leichen-Predigt ... in der Kirche zu Lützschene einfältig vorgetragen von Christian Lucht, verordneten Prediger daselbst
No full textGottfried Reinisch ist am Ende der Abdankung als Verfasser genanntVorlageform des Erscheinungsvermerks: Halle, gedruckt bey George Jacob Lehmann, Priv. Univ. Buchdr
Lehmann, L R, VX12450
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete.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/399012Surname: LEHMANN. Given Name(s) or Initials: L R. Military Service Number or Last Known Location: VX12450. Missing, Wounded and Prisoner of War Enquiry Card Index Number: C8573.216461
Item: [2016.0049.31305] "Lehmann, L R, VX12450
Brenda R. Lehmann
No full textBlack and white head shot photograph of Brenda R. Lehmann, part-time Faculty Assistant, Laboratory School, 1967-1969.https://thekeep.eiu.edu/archives_faculty_il/1183/thumbnail.jp
Arthur Lehmann Correspondence 1926-1947 Bulk: 1944-1947
No full textThis collection primarily consists of Arthur Lehmann's letters to his friend Fanny Geck in New York City. Most letters were written while he was a refugee in the Fort Ontario Emergency Refugee Shelter (1944-1945) and then in Niagara Falls, NY (1946-1947). The letters concern their families (Lehmann's children were in Italy and Germany), political events, Lehmann's writing, and life in camp and, later, in Niagara Falls. Some letters have clippings, poems, or other writings attached to them. The collection also contains a small amount of other correspondence, as well as two short stories and a poem by Arthur Lehmann.The architect and author Abraham Arthur Lehmann (1877-1948) was born in Moenchen-Gladbach, Germany. He married Anna Franziska Machold (died 1932), and together they had three children, Ruth Karl (1910-1989), Lisa Stuckmann (1913-1993), and Richard Lehmann (1915-2011). For most of his career, Lehmann was an independent architect in Mannheim. He also wrote theater reviews for the Mannheim paper Volksstimme and other newspapers in south-western Germany. In August 1939, Lehmann happened to be visiting his son Richard, who had left Germany for Milan, Italy in 1938. When the war started, Lehmann decided to stay in Italy. From 1941 to 1944, both Richard and Arthur were interned at a camp in Ferramonti, Italy.After liberation, Arthur Lehmann was part of a group of 1,000 non-Italian refugees who were granted refuge at Fort Ontario Emergency Refugee Shelter near Oswego, NY. In 1946, he settled in Niagara Falls, NY, where he died on February 3, 1948.Fanny Geck was the daughter of Isidor Baer, cantor and teacher of the Jewish community of Offenburg, Germany and the widow after Oskar Geck, a socialist member of the German Reichstag and the editor of a socialist paper in Mannheim. Geck and Lehmann were already friends in Mannheim in the 1920s.Processeddigitize
Retraite de M. R. Lehmann-Nitsche.
No full textRivet Paul. Retraite de M. R. Lehmann-Nitsche. In: Journal de la Société des Américanistes. Tome 22 n°2, 1930. p. 410
Janegoodallia Lehmann, 2014, gen. nov.
No full textJanegoodallia gen. nov. Type species: Janegoodallia davenporti sp. nov. Diagnosis. Janegoodallia is defined as a new genus of the Metarbelidae based on the following putative morphological apomorphies (A–C): A. The male genitalia of Janegoodallia has transtilla-like or band-like processes which belong either to the tegumen or they are attached to the base of the uncus. These unique structures comprise all together four band-like processes, that are without scales and setae, or two on each side above the valva, respectively. The two band-like processes are connected at base with each other and have an acuminate tip. One process is broad and large while the smaller one is three times narrower and only about half of the length of the larger one. The smaller band is strongly bent and looks like a scimitar. B. Vein M 1 is initiating at the base of the posterior vein of areole in the forewing. The areole is long and very narrow (= stick-like). A long and very narrow areole occurs also in species that belong either to the genus Metarbela Holland (1893) or to one undescribed genus (Lehmann in prep.), but in all species that belong to one of these two genera vein M 1 is never initiating at the base of the posterior vein of areole but arising from one-third or about middle of discal vein and hence, from the posterior margin of discal cell. C. The forewing and hindwing pattern is simple but unique among the Metarbelidae due to tiny transparent scales that occur on large parts of the wings and result in the transparent appearance, namely on the outer half of the forewing and near its base as well as on almost the whole surface of the hindwing. There is no other species among the Metarbelidae that has such a largely transparent forewing and hindwing due to tiny transparent scales without a colourful or violet glint, respectively. Note: There are few other species among the Metarbelidae, and all belong to the genus Paralebedella Strand (1923) that have a transparent appearance of the forewing with orange-pink or light pink hindwings, sometimes a little bit transparent, but all transparent parts on both wings are more densely covered with much larger scales (if compared with Janegoodallia) that have a strong violet glint. All species of the genus Paralebedella have a very different venation (e.g. without an areole) as well as male genitalia (e.g. with a large gnathos possessing various different processes) (cf. Lehmann 2008 a Figures 1 g, 2g and Lehmann 2008 b Figure 1 f). Description of Janegoodallia gen. nov. Regarding all Metarbelidae, the single specimen representing this genus is of medium size (wingspan 25.0 mm). Head: Rough-scaled, without pits and without a pair of projections on lower fronto-clypeus; labial palpi short, three-segmented, and their length is less than the eye diameter; male antennae bipectinate, flagellum scaled dorsally; dorsal side of branches scaled; ventral side of branches with short sensory setae which are equal in length if compared with the branch width. Thorax: Densely covered with hair-like scales; with a short crest on metathorax; epiphysis very long (1.2 mm), narrow, bent and tube-like from base of foretibiae to almost half of first tarsomere. Hindlegs with two pairs of narrow tibial spurs (ca. 0.9 mm). Forewing largely transparent and without any complex pattern. Central part of the forewing with a simple pattern, represented by a broad pale olive band from costa to dorsum edged black along the transparent parts (Figure 6). Wing venation (Figure 7) similar to the genera Moyencharia Lehmann 2013 and Dianfosseya gen. nov. but with two major differences on the forewing (a–b): a) Janegoodallia has a long areole, very narrowly rectangular-shaped (stick-like). b) Vein M 1 is initiating from base of the posterior vein of areole. On the forewing, vein 1 A+ 2 A is forked at base, CuP absent, CuA 2 originating from hind margin of posterior part of cell, CuA 1, M 3 and M 2 basally separated, initiating from posterior angle of posterior part of cell, M 1 initiating from base of posterior vein of areole, R 1 initiating from anterior margin of anterior part of cell, R 2 initiating from anterior angle of areole, R 3 +R 4 are long stalked and initiate from the posterior angle of areole, R 5 initiates from the posterior angle of areole and is slightly separated at base from R 3 +R 4, Sc more or less parallel to R 1. In hindwing 3 A and CuP present (like in Dianfosseya), 1 A+ 2 A obsolete (represented by a short fold), CuA 2 initiating from hind margin of posterior part of cell, CuA 1, M 3 and M 2 basally separated, initiating from posterior angle of posterior part of cell, M 1 and Rs initiating from a very long stalk of the anterior angle of anterior part of cell with a bar from Rs to Sc+R 1 (like in Dianfosseya); discal cell of both forewing and hindwing with a vein (stem of vein M); ciliae very short. Retinaculum and frenulum absent. Abdomen: With dense hair-like scales and long abdominal tuft (ca. 30 % of the length of the abdomen). Male genitalia. Saccus long, broadly elongated and rounded; uncus very large and triangular-shaped, bifurcated at the tiny tip, with two oval-shaped holes below. Valva broadly squarish with an arc-shaped costal margin and with an extending tip of the sacculus distal-ventrally (ventral view). A small, thinly membranous skinlike appendage is covered with some setae and occurs distal-dorsally, extending slightly towards the tegumen and above the coastal margin; long setae occur along the edge of uncus. Transtilla-like processes present. Juxta large and wide. Phallus simple and slightly longer than genitalia length (in a lateral view), vesica without cornuti (Figure 8). Female unknown. Distribution. Janegoodallia is found near Isiro (north-eastern DRC). Ecology. See under Dianfosseya gen. nov. Etymology. Janegoodallia is named after the primatologist and conservationist Jane Goodall (born on the 3 rd of April, 1934, in London) to honour her long-term and fundamental field studies on the behavior of wild chimpanzees in Gombe Stream National Park (Tanzania), beginning in 1960, and for educating the public about the endangered habitats of chimpanzees in various African nations as well as the unethical treatment of chimpanzees by humans, although they are their closest relatives. The gender of the new genus is feminine.Published as part of Lehmann, Ingo, 2014, Description of two new genera and two new species of Metarbelidae (Lepidoptera, Cossoidea) from the Northeastern Congolian Lowland Forests Ecoregion (Central Africa), pp. 570-580 in Zootaxa 3895 (4) on pages 575-576, DOI: 10.11646/zootaxa.3895.4.6, http://zenodo.org/record/22537
Hodges-Lehmann Optimality for Testing Moment
No full textThis paper studies the Hodges and Lehmann (1956) optimality of tests in a general setup. The tests are compared by the exponential rates of growth to one of the power functions evaluated at a fixed alternative while keeping the asymptotic sizes bounded by some constant. We present two sets of sufficient conditions for a test to be Hodges-Lehmann optimal. These new conditions extend the scope of the Hodges-Lehmann optimality analysis to setups that cannot be covered by other conditions in the literature. The general result is illustrated by our applications of interest: testing for moment conditions and overidentifying restrictions. In particular, we show that (i) the empirical likelihood test does not necessarily satisfy existing conditions for optimality but does satisfy our new conditions; and (ii) the generalized method of moments (GMM) test and the generalized empirical likelihood (GEL) tests are Hodges-Lehmann optimal under mild primitive conditions. These results support the belief that the Hodges-Lehmann optimality is a weak asymptotic requirement.Asymptotic optimality, Large deviations, Moment condition, Generalized method of moments, Generalized empirical likelihood
Dianfosseya Lehmann, 2014, gen. nov.
No full textDianfosseya gen. nov. Type species: Dianfosseya leakeyi sp. nov. Diagnosis. Dianfosseya possesses typical metarbelid characters (cf. Holloway 1986; Edwards et al. 1998; Lehmann 2012; Lehmann & Rajaei 2013) and is defined as a new genus based on putative morphological apomorphies. It appears that the genera Dianfosseya gen. nov. and Janegoodallia gen. nov. share symplesiomorphic character states (A–C) in the male genitalia as well as on the forelegs: A) The uncus is large and is shaped like a triangle, its tip is very shortly bifurcated, the base of the uncus is broad (ventral view). Such a broad uncus is probably a very ancient character (A. Hausmann pers. comm. 2014). B) The valvae consist of two large lobes that are broadly squarish with an arc-shaped costal margin. Each lobe has one tip of the sacculus that extends beyond the margin of the valva. This tip appears to be folded in both genera. C) The epiphysis is unusually long, tube-like, slightly bent and narrow extending from base of foretibiae to almost half of first tarsomere in both genera. The occurrence of a large uncus that is shaped like a triangle, the broadly squarish valvae with an arc-shaped costal margin and the very long, tube-like and slightly bent epiphyses in Dianfosseya and Janegoodallia appear to be symplesiomorphies within the metarbelid genera. In Dianfosseya the uncus is 1.8 × longer than broad while in Janegoodallia the uncus is almost as long as broad; the valvae extend to the base of the uncus in Dianfosseya while the lobes of the valvae are well below the base of the uncus in Janegoodallia; the epiphyses are more bent in Janegoodallia, but very long, tube-like and densely covered with long scales in both genera. Another difference occurs in regard to the long and unusually narrow forewings with an acute apex but a rounded termen that is more developed in Dianfosseya. Such a forewing shape is unique among the Metarbelidae. It is similar to the shape of the forewings of the Cossidae that are longer, narrower and apically more strongly acute if compared with the Metarbelidae; the latter have usually long but broad wings with a rounded apex (Lehmann & Rajaei 2013). The occurrence of these differences suggests the existence of two separated lineages. The following putative morphological apomorphies exist in Dianfosseya (A–D): A) The male genitalia possess a prominent gnathos-like structure (probably a relict structure and once an appendage of the gnathos) that belongs neither to the valva nor to the tegumen. It is almost as large as the saccus and has one long as well as one short thorn-like process on the ventral surface at the end and in between 12–14 short teeth-like processes on the ventral surface at the top. This gnathos-like structure is unique among the Metarbelidae. B) Another unique structure of the genitalia is a long and narrow tube-like process below of the bifurcated uncus tip and parallel to the edge of the uncus. It is twice as large as the bifurcated tip and is probably attached to the inner caudal margin of the uncus. This tube-like process has many unusually long setae. C) The extended tip of the sacculus is covered with tiny setae dorsally, looking like fur. D) The forewing pattern is unique with a broad terminal band as well as five broad and oblique bands, all cinnamon-brown and parallel to each other, running from close to the coastal margin to CuA 2. The combination of characters presented above justifies the erection of two new genera. The most outstanding external characters of both genera are the narrow forewing in Dianfosseya as well as the unique largely transparent wings of Janegoodallia (cf. above) in regard to the Metarbelidae even in a worldwide context. Only one Afrotropical species is currently recognized for each genus: Dianfosseya leakeyi sp. nov. and Janegoodallia davenporti sp. nov. Description of Dianfosseya gen. nov.: Regarding all Metarbelidae, the single specimen representing this genus is of medium size (wingspan 37.0 mm). Head: Rough-scaled, without pits and without a pair of projections on lower fronto-clypeus; the labial palpi are short, only two-segmented (this is rarely found among the Metarbelidae where species usually have three-segmented labial palpi), and their length is less than the eye diameter; male antennae bipectinate, flagellum scaled dorsally; dorsal side of branches scaled; ventral side of branches with sensory setae which are three times longer than the width of branch. Thorax: Densely covered with hair-like scales; with a short crest on metathorax; epiphysis very long (1.9 mm), narrow, slightly bent and tube-like from base of foretibiae to almost half of first tarsomere. Hindlegs with two pairs of narrow tibial spurs (ca. 1.2 mm). Forewing upperside with a simple pattern of six oblique bands with few contrasting colours (Figure 1). Wing venation (Figure 2) similar to the genus Moyencharia Lehmann 2013, with three differences (a–c): a) Dianfosseya has on the forewing a vein 1 A+ 2 A that is not forked at base, instead the base is coalesced, thick and oval-shaped. b) The discal cell of the forewing has a much larger anterior part of cell. c) In the hindwing, Rs+M 1 is much longer stalked. In forewing CuP absent, CuA 2 originating from hind margin of posterior part of cell, CuA 1, M 3 and M 2 basally separated and initiating from posterior angle of posterior part of cell, M 1 initiating from below upper end of distal vein of anterior part of cell, R 1 initiating from anterior margin of anterior part of cell, R 2 initiating from anterior angle of areole, R 3 +R 4 +R 5 are shortly stalked and initiate from the posterior angle of areole, Sc more or less parallel to R 1; stem of vein M (in between anterior part of cell and posterior part of cell) well developed. In hindwing 3 A and CuP present, 1 A+ 2 A obsolete towards termen but the base is present and clearly forked (on both hindwings), CuA 2 initiating from near posterior angle of posterior part of cell, CuA 1, M 3 and M 2 basally separated, initiating from posterior angle of posterior part of cell, M 1 and Rs initiating from a very long stalk of the anterior angle of anterior part of cell, with a bar from Rs to Sc+R 1; stem of vein M in discal cell present; ciliae very short. Retinaculum and frenulum absent. Abdomen: With dense hair-like scales and a short abdominal tuft (not longer than 15 % of the length of the abdomen). Male genitalia: Saccus long, broadly elongated and rounded; uncus very large and triangular-shaped, bifurcated and almost acuminate at tips with a small tube-like process below, probably attached to the caudal margin of the uncus. Valva broadly squarish with an arc-shaped costal margin and with an extending tip of the sacculus distal-ventrally; unusually long setae occur on the ventral surface of uncus, on the sacculus and, mixed with shorter setae, in a band-like pattern on the central part of the inner side of valva. A prominent gnathos-like structure present. Juxta large and wide. Phallus simple and longer than genitalia length (in a lateral view), vesica without cornuti (Figures 3–5). Female. Unknown. Distribution. Dianfosseya is found near Isiro (DRC), which is part of the “Northeastern Congolian Lowland Forests ecoregion” (Central Africa). The species of the new genus is treated herein preliminarily as endemic to the “Northeastern Congolian Lowland Forests ecoregion” as defined by Burgess et al. (2004). Ecology. The species of Dianfosseya appears to be associated with lowland areas comprising a mosaic of small grasslands, farmlands and forests occurring in the periphery of the large lowland rain forest block with high mean annual rainfall of at least 1500 mm. The larger forests represent “Mixed moist semi-evergreen Guineo-Congolian rain forest”, “Drier peripheral semi-evergreen rain forest” and “Single-dominant moist evergreen and semievergreen Guineo-Congolian rain forest” sensu White (1983). Etymology. Dianfosseya is named after the primatologist Dian Fossey (born on the 16 th of January, 1932, in San Francisco, U.S.A., murdered at Karisoke Research Center, Rwanda, on December 26 th or 27 th, 1985) to honour her love and life work for Africa and for showing the whole world her detailed long-term field studies on the mountain gorillas, beginning in December 1966, as well as her efforts to enforce anti-poaching laws by using her own funds to undertake the first anti-poaching patrols to protect the gorillas on Mount Karisimbi and Mount Visoke. Dian Fossey’s attention that concerted and active conservation measures are needed to protect the mountain gorillas and their habitats in the Virunga volcanic mountain range (Volcanoes National Park, Rwanda) helped to conserve this species. Much effort is still necessary today to protect the gorillas, one of our close relatives among the great apes. The gender of the new genus is feminine.Published as part of Lehmann, Ingo, 2014, Description of two new genera and two new species of Metarbelidae (Lepidoptera, Cossoidea) from the Northeastern Congolian Lowland Forests Ecoregion (Central Africa), pp. 570-580 in Zootaxa 3895 (4) on pages 571-573, DOI: 10.11646/zootaxa.3895.4.6, http://zenodo.org/record/22537
P. Stuhlmacher, Der Brief an Philemon, (Evangelisch-Katholischer Kommentar zum Neuen Testament), Zürich, Einsiedeln, Köln : Renziger Verlag und Neukirchen-Vluyn : Neukirchener Verlag, 1975
No full textLehmann R. P. Stuhlmacher, Der Brief an Philemon, (Evangelisch-Katholischer Kommentar zum Neuen Testament), Zürich, Einsiedeln, Köln : Renziger Verlag und Neukirchen-Vluyn : Neukirchener Verlag, 1975. In: Revue d'histoire et de philosophie religieuses, 57e année n°1,1977. pp. 118-119
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