5,425 research outputs found
Impatiens erecticornis R. Wilczek & G. M. Schulze
No full textImpatiens erecticornis R.Wilczek & G.M.Schulze in Bull. Jard. Bot.´Etat Bruxelles 29: 190. 1959. Democratic Republic of the Congo. Forestier Central. Irangi, terr. Kalehe, 850 m, 3 Jan 1972, Bamps 2917 (BR). Lacs Edouard et Kivu. Entre Walikale et Kalehe (Kivu), 1220 m, Mar 1952, Lebrun 5301 (BR).Published as part of Fischer, Eberhard, Abrahamczyk, Stefan, Holstein, Norbert & Janssens, Steven B., 2021, Evolution of Impatiens (Balsaminaceae) in the Albertine Rift – The endemic Impatiens purpureoviolacea complex consists of ten species, pp. 1273-1299 in TAXON 70 (6) on page 1297, DOI: 10.1002/tax.12566, http://zenodo.org/record/584957
Supplemental Material - Cervical Spine Motion Requirements From Night Vision Goggles May Play a Greater Role in Chronic Neck Pain than Helmet Mass Properties
No full textSupplemental Material for Cervical Spine Motion Requirements From Night Vision Goggles May Play a Greater Role in Chronic Neck Pain than Helmet Mass Properties by Jeff M. Barrett, Laura A. Healey, Steven L. Fischer and Jack P. Callaghan in Human Factors</p
Fig. 11. A–E, Impatiens purpureoviolacea. A in Evolution of Impatiens (Balsaminaceae) in the Albertine Rift – The endemic Impatiens purpureoviolacea complex consists of ten species
No full textFig. 11. A–E, Impatiens purpureoviolacea. A, Flower; B, Lower sepal and spur; C, Dorsal petal; D & E, Lateral united petals. F–I, Impatiens lutzmannii. F, Flower; G, Lower sepal and spur; H, Dorsal petal; I, Lateral united petals. J–N, Impatiens urundiensis. J, Flower; K, Petiole, lateral sepals and anthers; L, Lower sepal and spur; M, Dorsal petal; N, Lateral united petals. — Scale bar: 1 cm. A–E, Fischer 13911, Rwanda, Rukarara; F–I, Fischer 13002, Burundi, Kumuyange; J–N, Fischer 13301, Burundi, Kumuyange.Published as part of Fischer, Eberhard, Abrahamczyk, Stefan, Holstein, Norbert & Janssens, Steven B., 2021, Evolution of Impatiens (Balsaminaceae) in the Albertine Rift – The endemic Impatiens purpureoviolacea complex consists of ten species, pp. 1273-1299 in TAXON 70 (6) on page 1287, DOI: 10.1002/tax.12566, http://zenodo.org/record/584957
Impatiens stuhlmannii Warb.
No full textImpatiens stuhlmannii Warb. in Engler, Pflanzenw. OstAfrikas 2C: 254. 1895. Rwanda. Lacs Edouard et Kivu. Nyungwe National Park. Kibuye, Wisumo, 2200 m, 16 Mar 1973, Troupin 14749 (BR, NHR); Shangugu, route Bukavu–Astrida, env. d’ Uwinka, colline Bunyereri, 2100 m, 9 Jul 1960, Troupin 12436 (BR); Shangugu, route Astrida–Bukavu, vers km 93, environs d’ Uwinka, colline Wakagano, 2300 m, 16 Feb 1960, Troupin 11860 (BR); Shangugu, route Astrida–Bukavu, environs d’ Uwinka, colline Bunyangurube, 2000 m, 24 Mar 1959, Troupin 9853 (BR).Published as part of Fischer, Eberhard, Abrahamczyk, Stefan, Holstein, Norbert & Janssens, Steven B., 2021, Evolution of Impatiens (Balsaminaceae) in the Albertine Rift – The endemic Impatiens purpureoviolacea complex consists of ten species, pp. 1273-1299 in TAXON 70 (6) on page 1297, DOI: 10.1002/tax.12566, http://zenodo.org/record/584957
Erratum to Fischer et al. "Inhibitor development in nonsevere haemophilia across Europe" (Thromb Haemost 2015; 114: 670-675).
No full text[This corrects the article DOI: 10.1160/TH14-12-1044.]. In the Original Article by Fischer et al. "Inhibitor development in non- severe haemophilia across Europe" (Thromb Haemost 2015; 114: 670-675), the author R. Hollingsworth was omitted by mistake. Please find the corrected list of authors here: Fischer K, Iorio A, Lassila R, Peyvandi F, Calizzani G, Gatt A, Lambert T, Windyga J, Gilman EA, Hollingsworth R, Makris M, on behalf of the EUHASS participants
Impatiens ludewigii Eb. Fisch., Abrah., Holstein
No full textImpatiens ludewigii Eb.Fisch., Abrah., Holstein & S.B.Janssens, sp. nov. – Holotype: Rwanda. Western Province, Nyungwe National Park, near Uwinka on trail to canopy walkway, 1990 m, 4 Mar 2016, E. Fischer 14500 (BR barcode BR0000014532122!; isotypes: BONN!, KOBL!). Diagnosis. – Impatiens ludewigii belongs to the group with glabrous ovary. It differs from I. versicolor in the always pink flowers, the dorsal petal divided to more than 1/3 up to 1/2 of its length, the plants hairy on upper surface of young leaves, later glabrescent, the leaves at margin with (16) 23–29 pairs of extrafloral nectaries, and the plants being usually prostrate to ascending. Description. – Plants prostrate to ascending, usually glabrous or only with loose hairs, stems 10–50 cm long. Leaves hairy on upper surface of young leaves, later glabrescent, petiole (3) 6–13 mm long, with 1–2 (4) pairs of extrafloral nectaries, lamina 18–55 (99) × 14–33 mm, margin with (16) 23– 29 pairs of extrafloral nectaries. Inflorescence with 1–2 (3) flowers, peduncle (3) 6.5–10 (13) mm long, bracts 2–3 × 0.5 mm, pedicel glabrous, 12–23 mm long. Flowers pink, petal base barely yellow, purple maculae at base large. Lateral sepals 5–5.5 × 1.5–2 mm, with long simple trichomes. Lower sepal navicular, 6–9.5 mm long and 3–5 mm deep, abruptly constricted into a spiraled, usually filiform spur, spur (11) 16– 20 mm long. Dorsal petal divided to more than 1/3 up to 1/2 of its length, 7–9 (11) × (6) 12–14.5 mm. Lateral united petals 19 mm long, upper lateral petals (7) 10–18 × (4) 6–7.5 mm, not overlapping lower lateral united petals, base of upper lateral petal with dark pink or red and yellow maculae, lower lateral petal (10) 16–16.5 (18) × (4) 6.5–7 mm, distinctly elongate. Ovary 3–4 mm long, glabrous. Fruit 12–16 × 4–5.5 mm, glabrous. Figures 2, 6A–C, 12. Ecology. – Montane rainforest, 1700–2300 m. Distribution. – Democratic Republic of the Congo, Kahuzi-Biéga National Park; Rwanda, Nyungwe National Park. Etymology. – Named after the counselor of the University of Koblenz-Landau, Michael Ludewig. Specimens examined. – Democratic Republic of the Congo. Lacs Edouard et Kivu. Montagnes à l’ ouest du Lac Kivu, Massif du Kahuzi, vers 2000 m, Mar 1929, Humbert 7755 (BR, P); km 45 route Kavumu-Buniakiri, Bitale, 18 Apr 1951, 1820 m, Pierlot 134 (BR); contreforts du Mt. Kahuzi, 6 Apr 1956, 2100 m, Pierlot 1277 (BR). Rwanda. Lacs Edouard et Kivu. Western Province, Nyungwe National Park. Env. de Rangiro, Rutabanzogera, 1700 m, 11 Feb 1980, Bridson 377 (BR); 2 km avant Gisakura (venant de la route Butare– Cyangugu), 24 Aug 1974, Van der Veken 10967 (BR); route Bukavu–Astrida, env. Uwinka, colline Bunyereri, 2100 m, 9 Jul 1960, Troupin 12436 (BR); env. de Wisumo, centre forestier Suisse, 2150 m, 21 Feb 1974, Troupin 14453 (BR); talus humide de la route Bukavu–Astrida (= Butare, Huye), à env. 27 km à l’ E de Shangugu (= Cyangugu, Rusizi), 1930 m, 7 Feb 1958, Symoens 5369 (BR); Kamiranjovu (= Kamiranzovu), 2000 m, 17 Mar 1956, Christiaensen 1376bis (BR); Uwinka, 2300 m, 22 Oct 2013, E. Fischer 10280 (KOBL); Uwinka, 2300 m, 27 Oct 2013, E. Fischer 10350 (KOBL); Gisovu, 2200 m, 7 Jan 2015, E. Fischer 13914 (KOBL); Uwinka, 2300 m, 4 Mar 2016, E. Fischer 14489 (BR, BONN, KOBL); Uwinka, 1750 m, 4 Mar 2016, E. Fischer 14500 (BONN, BR, KOBL).Published as part of Fischer, Eberhard, Abrahamczyk, Stefan, Holstein, Norbert & Janssens, Steven B., 2021, Evolution of Impatiens (Balsaminaceae) in the Albertine Rift – The endemic Impatiens purpureoviolacea complex consists of ten species, pp. 1273-1299 in TAXON 70 (6) on page 1288, DOI: 10.1002/tax.12566, http://zenodo.org/record/584957
Immigration and Swiss House Prices
No full textThis study examines the behavior of Swiss house prices to immigration flows for 85 districts from 2001 to 2006. The results show that the nexus between immigration and house prices holds even in an environment of low house price inflation, nationwide rent control, and modest immigration flows. An immigration inflow equal to 1% of an area's population is coincident with an increase in prices for single-family homes of about 2.7%: a result consistent with previous studies. The overall immigration effect for single-family houses captures almost two-thirds of the total price increase.Immigration, Housing Prices
Leading Up: How Community College Chief Executive Officers with Politically Appointed Governance Boards Optimize Their Effectiveness When Leading from a Subordinate Position
No full textCommunity colleges provide access to higher education and workforce development opportunities for a significant portion of the nation’s population. This vital sector is facing unprecedented challenges related to declining public appropriations, and enhanced external scrutiny. Relevant outcome measures for the sector have changed, and there is a large chief executive officer retirement bubble on the horizon. These chief executive officers, operating from a subordinate position, are required to provide leadership for a board of trustees, who operate as the chief executive officer’s supervisor. This study expressly recognizes the unique power dynamics that exist between community college chief executive officers and their politically appointed boards of trustees. This study captures perspectives of successful community college chief executive officers, and compares and contrasts them with the perspective of an unsuccessful chief executive officer, as it relates to providing effective leadership for a politically appointed board of trustees. The author provides a series of themes and findings regarding optimal leadership styles, strategies, and tactics that while arguably are applicable across a spectrum of sectors, can specifically be deployed by community college chief executive officers. In addition, the author provides recommendations for future studies, for higher education professional development, and formal academic curricula.|Keywords: community colleges, community college chief executive officers, community college trustees, board governance, followership, higher education, influence, leadership, political appointments, powerProQuest Traditional Publishing Optio
sj-docx-2-hol-10.1177_09596836221121766 – Supplemental material for Buffering new risks? Environmental, social and economic changes in the Turkana Basin during and after the African Humid Period
No full textSupplemental material, sj-docx-2-hol-10.1177_09596836221121766 for Buffering new risks? Environmental, social and economic changes in the Turkana Basin during and after the African Humid Period by Elisabeth Hildebrand, Katherine M Grillo, Kendra L Chritz, Markus L Fischer, Steven T Goldstein, Anneke Janzen, Annett Junginger, Rahab N Kinyanjui, Emmanuel Ndiema, Elizabeth Sawchuk, Amanuel Beyin and Susan K Pfeiffer in The Holocene</p
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