1,841,475 research outputs found
John Johansson
No full textAvgangsarbeid av John Johansson, BA billedkunst. Essay "Måleriets ambivalens" og fotografier av kunstverk i avgangsutstilling. Fotograf: Øystein Thorvaldsen
Conférence de M. Patrick Johansson
No full textJohansson K. Patrick. Conférence de M. Patrick Johansson. In: École pratique des hautes études, Section des sciences religieuses. Annuaire. Tome 112, 2003-2004. 2003. pp. 61-66
Conférence de M. Patrick Johansson
No full textJohansson K. Patrick. Conférence de M. Patrick Johansson. In: École pratique des hautes études, Section des sciences religieuses. Annuaire. Tome 112, 2003-2004. 2003. pp. 61-66
Conférence de M. Patrick Johansson K.
No full textJohansson K. Patrick. Conférence de M. Patrick Johansson K.. In: École pratique des hautes études, Section des sciences religieuses. Annuaire. Tome 108, 1999-2000. 1999. pp. 75-82
Frans Johansson - Author of the bestseller The Medici Effect
No full textFrans Johansson is an author, speaker, and entrepreneur. His bestselling book The Medici Effect was selected as one of the top 10 best business books by Amazon.com and named one of the best innovation books of the year by several organizations. It has been translated into 17 languages.
The Medici Effect explores the concept of cross-field and cross-cultural combinations and offers clear guidance on how to make such an approach work effectively. Johansson spent three years talking to individuals and teams at the intersection of different disciplines and cultures. He combined the results from those interviews with decades of existing research in psychology, economics, and management of creativity and innovation. Johansson explains that three driving forces—the movement of people, the convergence of scientific disciplines, and the leap in computational power—are increasing the number and types of intersections we can access. From CEOs, derivative traders, scientists, fashion designers, authors, and public health administrators, Johansson shows audiences how to find the intersection and unleash the Medici Effect.
Johansson has been living in the intersection most of his life. He was raised in Sweden by his African American and Cherokee mother and Swedish father. Johansson earned his B.S. in environmental science at Brown University and his M.B.A. at Harvard Business School. Johansson founded both a Boston-based software company and a medical device company operating out of Baltimore, Maryland, and Stockholm, Sweden. He has written articles on health care, information technology, and the science of sport fishing. He has been featured on CNN’s AC360, ABC\u27s Early Morning Show, and CNBC’s The Business of Innovation series along with Jack Welch and Muhammad Yunus.https://corescholar.libraries.wright.edu/archives_presidential_lecture_series/1038/thumbnail.jp
Processed data for ultrasensitive DNA immune repertoire sequencing using unique molecular identifiers
No full textThe markdown file complies images and analyses related to the manuscript "Ultrasensitive DNA immune repertoire sequencing using unique molecular identifiers" (Johansson et. al., 2020)
J.O. Roger Johansson Oral History Interview
No full textJ.O. Roger Johansson was the supervisor of the Bay Study Group for the City of Tampa for over 25 years. A native of Sweden, Johansson moved to St. Petersburg, Florida in order to pursue a master\u27s degree in marine science at the University of South Florida. After working for the Westinghouse Corporation, the City of Tampa hired Johansson as a biologist to work on their Hillsborough Bay Project. In this interview, Johansson discusses the history of the Bay Study Group and its role in improving the health of the bay through research, presentations and publications. Johansson talks about the effects of pollution abatement and its role in increasing seagrass growth and improving water quality. Johansson also discusses the importance of transect observation and how the health of the bay is monitored by aerial photography and optical modeling
Ophion kallanderi Johansson & Cederberg 2019, sp. nov.
No full textOphion kallanderi Johansson sp. nov. urn:lsid:zoobank.org:act: 9D7922E7-EC2C-40EE-8CCD-FAF3739F463E Figs 9I, 34 Diagnosis Ophion kallanderi Johansson sp. nov., which according to the barcoding results (Fig. 1) belongs to the Ophion parvulus aggregate, is one of the trickier Ophion species to identify. It is superficially similar to the species around Ophion slaviceki, but is easily distinguished by the shorter hind trochantellus, the right angled gap between the mandibular teeth, the lower number of flagellomeres and the strongly elongate second flagellomere. The latter character is only otherwise present in Ophion tenuicornis Johansson sp. nov. and Ophion scutellaris. The primary risk of confusion is with Ophion parvulus, Ophion paraparvulus Johansson sp. nov. and Ophion tenuicornis Johansson sp. nov., because of the very weakly sinuate radius in the female that sometimes can be perceived to be evenly curved. Another feature that is frequently present in O. kallanderi Johansson sp. nov., but frequently missing in the other species of the aggregate, is that the pleurosternal angles are more distinct and often slightly protruding (Fig. 9I). In all known specimens, the posterior transverse carina of the propodeum is widely interrupted or only weakly raised centrally, a feature otherwise only frequently occurring in Ophion paraparvulus Johansson sp. nov. within the O. parvulus aggregate. The best diagnostic character is, however, the shape of the flagellomeres. The second flagellomere is distinctly longer than in O. parvulus and O. paraparvulus Johansson sp. nov. and the apical flagellomeres are stouter than in O. tenuicornis Johansson sp. nov. Another distinguishing feature is the shape of the temples. In O. kallanderi Johansson sp. nov. the head is about 0.4–0.5 times as long as the compound eye in lateral view, while it is narrower, 0.3, in both O. paraparvulus and O. tenuicornis Johansson sp. nov. (Table 1). The few known males have the radius evenly curved but are distinguished from the other species in the O. parvulus aggregate on the shape of the flagellomeres. Etymology This species is named in honor of the Swedish lepidopterologist Clas Källander who by donating a large number of Ophion specimens has contributed greatly to this study. Material examined 14 ♀♀, 1 ♂ (Sweden); 1 ♂ (Great Britain); 5 ♀♀, 3 ♂♂ (Lithuania). Type material Holotype SWEDEN • ♀; Västmanland, Sala, 1.4 km W Sala Station; 59.922° N, 16.571° E; 22 Sep. 1974; S. Johansson leg.; MV-light; MZLU Type no. 6371:1. Paratypes SWEDEN • 1 ♀; same data as for holotype; 21 Sep. 1974; S. Johansson leg., MV-light; MZLU Type no. 6371:2 • 1 ♀; Västmanland, Fläckebo, 0.3 km NE Fläckebo church; 59.889° N, 16.359° E; 18 Sep. 1974; S. Johansson leg.; MV-light; MZLU Type no. 6371:3 • 1 ♀; Dalarna, Säterdalen, Näsåkerspussen; 59.734° N, 17.720° E; 4–26 Aug. 2003; SMTP leg.; Malaise trap in alder swamp wood, (Trap id. 10, coll. ev id 399); NHRS-HEVA000008675 • 2 ♀♀; Gästrikland, Gävle, Grinduga; 60.641° N, 17.299° E; 10–17 Sep. 2013; N. Ryrholm and C. Källander leg.; MV-light trap in mixed woodland/farmland; NHRS-HEVA000008676, NHRS-HEVA000008677 • 1 ♀; Skåne, Kullen, Brunkulla; 56.301° N, 12.455° E; 24 Aug. 1975; C.-H. Lindroth leg.; MV-light; MZLU Type no. 6371:4 • 1 ♀; same data as for preceding; 22 Aug. 1974; C.-H. Lindroth leg.; MV-light; MZLU Type no. 6371:5 • 2 ♀ ♀; same data as for preceding; 28 Aug. 1975; C.-H. Lindroth leg.; MV-light; MZLU Type no. 6371:6 • 1 ♀; same data as for preceding; 31 Aug. 1974; C.-H. Lindroth leg.; MV-light; MZLU Type no. 6371:7 • 1 ♂; same data as for preceding; 28 Aug. 1974; C.-H. Lindroth leg.; MV-light; MZLU Type no. 6371:8. Description Fore wing length 15 mm. Antenna with 47–50 flagellomeres. First flagellomere about 4.0–4.5 times as long as wide. Second flagellomere about 3.0 times as long as wide. Central flagellomeres about 2.0–2.5 times as long as wide. Subapical flagellomeres approximately 1.6–1.7 times as long as wide. Head relatively narrowed behind eyes, in lateral view temple 0.4–0.5 times as long as compound eye. Lateral ocellus touching compound eyes. In female the ocelli rather small, not covering the inner margin of compound eye in dorsal view. The distance between lateral ocelli about 0.5–0.6 times as wide as ocellus. Malar space about 0.2 times as long as mandibular base in female and about 0.4 times in male. Mandibular gape right-angled, with internal angles. Wing membrane clear. Ramellus usually quite short, reaching 0.2–0.4 times the width of the discosubmarginal cell. Radius weakly sinuate, sometimes even more or less straight in the basal part in the female and evenly curved in the male. Structure of mesopleuron shining or weakly shagreened with weaker, very regular punctation consisting of small punctures. Interstices between punctures about equal to their diameter up to two times their diameter. Epicnemial carina, in antero-ventral view, with pleurosternal angles obviously anterior to sternal angles. Pleurosternal angles acute, rarely right angled (Fig. 9I). Scutellum without lateral carinae (as in Fig. 6A). Structure of propodeum similar to that of O. obscuratus, posterior to anterior transverse carina mostly shining. Anterior transverse carina complete, quite strongly raised. Posterior transverse carina usually only present laterally, widely interrupted centrally. Sclerotised part of first sternite ending level to spiracle. Central longitudinal carinae weak or absent. Hind trochantellus shorter than wide in dorsal view. Legs normal with hind femur 7.0 times as long as wide. Hind trochantellus shorter than in other similar species. Inner spur of hind tibia short, about 0.3 times as long as hind metatarsus. First sternite ending in level with spiracle (as in Fig. 6H). Colour Body testaceous, inner and outer eye margins yellow. Mandibular teeth black. Ovipositor sheath testaceous. DNA barcode The DNA barcode sequences of one Swedish specimens of Ophion kallanderi Johansson sp. nov. is available at the BOLD systems database (www.boldsystems.org, Specimen code: STI-NJBC: 262). Ecology All specimens have been collected in woodlands during August–September. Distribution in Sweden Rare but probably overlooked in Central Sweden. Older records from Southern Sweden (MZLU) indicates a wider distribution. Remarks Despite the slightly sinuate radius and the more pronounced pleurosternal angles, this species is most likely a member of the O. parvulus aggregate. However the barcode sequence obtained was quite weak and the more detailed phylogenetic position is somewhat uncertain.Published as part of Johansson, Niklas & Cederberg, Björn, 2019, Review of the Swedish species of Ophion (Hymenoptera: Ichneumonidae: Ophioninae), with the description of 18 new species and an illustrated key to Swedish species, pp. 1-136 in European Journal of Taxonomy 550 on pages 70-72, DOI: 10.5852/ejt.2019.550, http://zenodo.org/record/347640
Ophion tenuicornis JOHANSSON 2019
No full text<i>Ophion tenuicornis</i> JOHANSSON, 2019 <p>M a t e r i a l e x a m i n e d: Trap 2: 1♀ 27.vii.-10.viii.; trap 4: 2♀♀ 27.vii.-10.viii., 1♀ 10- 24.viii., 1♀ 24.viii.-7.ix., 1♀ 7-21.ix., 1♀ 21.ix.-5.x.</p> <p>D i s t r i b u t i o n: Western Palaearctic, new record for Georgia and the Caucasus region.</p>Published as part of <i>Riedel, Pénigot, Schwarz, Diller, Johansson & Japoshvili, G., 2023, Darwin wasps (Hymenoptera, Ichneumonidae) of the Kintrishi National Park, Sakartvelo (Georgia), with descriptions of six new species, pp. 61-153 in Linzer biologische Beiträge 55 (1)</i> on page 115, DOI: <a href="http://zenodo.org/record/10788481">10.5281/zenodo.10788481</a>
Ophion confusus JOHANSSON 2019
No full text<i>Ophion confusus</i> JOHANSSON, 2019 <p>M a t e r i a l e x a m i n e d: Trap4: 1♀ 15-29.vi.</p> <p>D i s t r i b u t i o n: Western Palaearctic, new record for Georgia and the Caucasus region.</p>Published as part of <i>Riedel, Pénigot, Schwarz, Diller, Johansson & Japoshvili, G., 2023, Darwin wasps (Hymenoptera, Ichneumonidae) of the Kintrishi National Park, Sakartvelo (Georgia), with descriptions of six new species, pp. 61-153 in Linzer biologische Beiträge 55 (1)</i> on page 115, DOI: <a href="http://zenodo.org/record/10788481">10.5281/zenodo.10788481</a>
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