• Refine Query
  • Source
  • Publication year
  • to
  • Language
  • 49
  • 13
  • 8
  • 8
  • 7
  • 4
  • 2
  • 2
  • 2
  • 2
  • 2
  • 2
  • 2
  • 1
  • 1
  • Tagged with
  • 110
  • 20
  • 16
  • 14
  • 12
  • 12
  • 11
  • 10
  • 9
  • 8
  • 8
  • 7
  • 7
  • 7
  • 7
  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
101

Through a Selective Lens: Darwinian Analysis of Class Struggles in Gilded Age Literature

Ostrowski, Amelia 17 August 2011 (has links)
No description available.
102

Arabidopsis Cohesin proteins: WAPL, CTF7 and PHD finger proteins: MMDL1, MMDL2 are essential for proper meiosis, gamete development and plant growth

Mitra, Sayantan January 2017 (has links)
No description available.
103

Socio-Economic Class Mobility in American Naturalist Fiction

Roth, Rachel A. 19 September 2013 (has links)
No description available.
104

Water carved out the mountains. Policy communication of Engaged Buddhists related to international development cooperation

Olson, Kristin January 2016 (has links)
Not applicable. / The study “Water carved out the mountains. Policy communication of Engaged Buddhists related to international development cooperation” contributes to an understanding of development from perspectives of non-denominational action among so called Engaged Buddhists. Departing from qualitative interviews with nine leaders of socially engaged organizations from five Asian countries, the systemic programming resulting from their ideals are compared to key principles and programming of international development cooperation. Responding to the question:”What policy ideals shape the development programming, and can these be linked to forms of power and the rights-based approach?” this inter-disciplinary and multi-sited study feeds into the increased interest in faith-based expressions within the general public sphere, and specifically in the development industry. Guided by the ontology of critical realism, a mixed method is used shaped by qualitative interviews and participatory observations, enabling both analysis of meanings and development programming. Based on their views on Buddhist ethics and practices, the leaders address development topics common today. Policies expressed are placed within a communication culture for change, yet not necessarily by conventional confrontational advocacy modes. Diverse understandings are at play, such as how to convey meanings of “kindness”. Although not referring to concepts common within the social and cultural structures of contemporary international development cooperation, the actors develop methods based on principles of participation in particular and the work today can also be related to other principles of the Human Rights Based Approach. The policies and programming are linked to invisible, informal and formal forms of power although informants refer to interpretations of compassion, inter-relatedness and non-dualism, among other.From a perspective of development cooperation, a hypothetical argument is advanced suggesting that the informants do not differ at substantial level related to their understanding and practice of Buddhism or their general approaches to development topics, as much as they differ regarding their approach to programming aimed at influencing forms of power. The common criticism of Buddhists not addressing power can then for this group be nuanced, and indicatively suggested not to be valid regarding invisible and informal power, but rather regarding formal power.Academic fields: Communication for development with reference to sociology of religion, political science, global studies and multi-sited ethnography.Key words: Engaged Buddhism, Civil Society Organizations, Faith-Based Organizations, Human Right Based Approach, participation, complexity/systemic approaches, power, Thich Nhath Hanh, Sister Chan Khong, Sulak Sivaraksa, Bikkhuni Dhammananda, A.T. Ariyaratne, Sarvodaya.
105

Évaluation de la cytogénotoxicité humaine induite par l’exposition à de faibles doses de benzo-a-pyrène, à l’aide de biomarqueurs précoces

Fortin, Fléchère 04 1900 (has links)
Le benzo-a-pyrène (BaP) est un hydrocarbure aromatique polycyclique (HAP) cancérogène pour l’homme, qui contamine toutes les sphères de notre environnement. Son métabolite, le BaP-7,8-diol-9,10-époxyde (BPDE) est considéré comme son cancérogène ultime. Le BPDE se lie à l’ADN, formant des adduits qui doivent être réparés et qui seraient responsables des dommages à l’ADN et de la cancérogenèse induite par le BaP. Les adduits BPDE-ADN et les dommages à l’ADN (bris simple-brin [BSB] à l’ADN, aberrations chromosomiques [AC], échanges entre chromatides-sœurs [ÉCS] et micronoyaux [MN]) ont été mesurés dans les lymphocytes humains exposés à de faibles concentrations de BaP, provenant de jeunes volontaires non-fumeurs et en santé. Suite à l’exposition au BaP, le niveau d’adduits BPDE-ADN et la fréquence des AC et des MN augmentent significativement, puis diminuent aux concentrations les plus élevées de BaP testées, suggérant une induction du métabolisme de phase II du BaP. Lors de la mesure des ÉCS, nous obtenons une courbe dose-réponse linéaire, indiquant la production d’un autre type de lésions devant être réparées par le système de réparation par recombinaison homologue. Ces lésions pourraient être des bris à l’ADN ou des bases oxydées (8-OH-dG), ce qui est suggéré par l’analyse des corrélations existant entre nos biomarqueurs. Par ailleurs, la comparaison de la courbe dose-réponse des hommes et des femmes montre que des différences existent entre les sexes. Ainsi, les ÉCS, les AC et les MN sont significativement augmentés chez les hommes à la plus faible concentration de BaP, alors que chez les femmes cette augmentation, quoique présente, est non significative. Des différences interindividuelles sont également observées et sont plus importantes pour les adduits BPDE-ADN, les MN et les AC, alors que pour les ÉCS elles sont minimes. Les analyses statistiques effectuées ont permis d’établir que quatre facteurs (niveau d’exposition au BaP, adduits BPDE-ADN, fréquence des AC et nombre de MN par cellule micronucléée) expliquent jusqu’à 59 % de la variabilité observée dans le test des ÉCS, alors qu’aucun facteur significatif n’a pu être identifié dans le test des AC et des MN. L’analyse du mécanisme de formation de nos biomarqueurs précoces permet de suggérer que les bris à l’ADN et les bases oxydées devraient être classées comme biomarqueurs de dose biologique efficace, au sein des biomarqueurs d’exposition, dans le continuum exposition-maladie du BaP, étant donné qu’ils causent la formation des biomarqueurs de génotoxicité (ÉCS, AC et MN). Par ailleurs, le test des AC et des MN ont permis de confirmer l’action clastogénique du BaP en plus de mettre en évidence des effets aneugènes affectant surtout la ségrégation des chromosomes lors de la division cellulaire. Ces effets aneugènes, reliés à l’étape de progression dans la cancérogenèse, pourraient être particulièrement importants puisque l’exposition au BaP et aux HAP est chronique et dure plusieurs années, voire des décennies. La compréhension des mécanismes régissant la formation des biomarqueurs étudiés dans cette étude, ainsi que des relations existant entre eux, peut être appliquée à de nombreux contaminants connus et émergents de notre environnement et contribuer à en évaluer le mode d’action. / Benzo-a-pyrene (BaP) is a polycyclic aromatic hydrocarbon (PAH) classified as carcinogenic to human, and is present throughout our environment. Metabolic activation of BaP leads to production of BaP-7,8-diol-9,10-epoxide (BPDE), considered as its ultimate carcinogenic metabolite. BPDE can bind to DNA, forming BPDE-DNA adducts at the origin of BaP-induced DNA damage and carcinogenesis. BPDE-DNA adducts and DNA damages (DNA single-strand breaks [SSBs], chromosomal aberrations [CAs], sister chromatid exchanges [SCEs] and micronuclei [MNs]) are measured in human lymphocytes exposed to low BaP concentrations, taken from non-smoking healthy young subjects. Following BaP exposure, BPDE-DNA adduct levels, as well as CA and MN frequencies raise significantly, and then decrease to the higher BaP concentrations tested, suggesting metabolic enzyme saturation or induction of BaP phase II metabolism. As for SCEs test, a linear dose response curve is obtained, suggesting that production of additional DNA lesions requiring homologous recombination repair may occur. These lesions could be DNA breaks or oxidized DNA bases (8-OH-dG), as indicated by correlation analysis performed between our biomarkers. Additionally, when comparing the dose-response curves for men and women separately, some differences show up. Indeed, SCEs, CAs, and MNs are significantly increased in men at the lowest BaP concentration tested, while in women, this increase is present but not significant. Interindividual differences are also present and are more considerable for BPDE-DNA adducts, MNs and CAs, whereas they are very low for SCEs. Statistical analysis showed that four factors (BaP exposure level, BPDE-DNA adducts, CA frequency and number of MN per micronucleated cell) significantly explained up to 59 % of observed variability in SCE test, while no such factors could explain the observed variability in CA and MN test. Following analysis of mechanisms underlying the formation of early biomarkers, we suggest a modification of the Exposure-Disease Continuum of BaP. We propose that DNA breaks and oxidized DNA bases should be classified as biomarkers of biologically effective dose (part of the exposure biomarkers), as their presence are at origin of early biomarkers of genotoxicity (SCEs, CAs and MNs). On the other hand, CA and MN tests confirmed clastogenic properties of BaP, and highlighted aneugenic effects influencing mostly chromosome segregation during cell division. These aneugenic effects, linked to the progression step of carcinogenesis, could be of particular importance given that exposure to BaP and other PAHs (smoking, occupational exposure) are chronic and may last for decades. Understanding the mechanisms playing a role in early biomarkers formation, as well as the relations existing between them, can be largely applied in our environment to many known and emerging contaminants, thus contributing to characterize their mode of action.
106

Zur Gentoxizität von Nitromoschus im Schwesterchromatidaustausch-Test und im Mikrokern-Test / Gentoxicity of nitro musks in the sister-chromatid-exchange-test and in the micronucleus test

Komischke, Antonia 22 June 2011 (has links)
No description available.
107

Consequences of Insect Flight Loss for Molecular Evolutionary Rates and Diversification

Mitterboeck, T. Fatima 25 May 2012 (has links)
This thesis investigates the molecular evolutionary and macroevolutionary consequences of flight loss in insects. Chapter 2 tests the hypothesis that flightless groups have smaller effective population sizes than related flighted groups, expected to result in a consistent pattern of increased non-synonymous to synonymous ratios in flightless lineages due to the greater effect of genetic drift in smaller populations. Chapter 3 tests the hypothesis that reduced dispersal and species-level traits such as range size associated with flightlessness increase extinction rates, which over the long term will counteract increased speciation rates in flightless lineages, leading to lower net diversification. The wide-spread loss of flight in insects has led to increased molecular evolutionary rates and is associated with decreased long-term net diversification. I demonstrate that the fundamental trait of dispersal ability has shaped two forms of diversity—molecular and species—in the largest group of animals, and that microevolutionary and macroevolutionary patterns do not necessarily mirror each other. / Generously funded by NSERC with a Canada Graduate Scholarship and the Government of Ontario with an Ontario Graduate Scholarship to T. Fatima Mitterboeck; NSERC with a Discovery Grant to Dr. Sarah J. Adamowicz
108

Évaluation de la cytogénotoxicité humaine induite par l’exposition à de faibles doses de benzo-a-pyrène, à l’aide de biomarqueurs précoces

Fortin, Fléchère 04 1900 (has links)
Le benzo-a-pyrène (BaP) est un hydrocarbure aromatique polycyclique (HAP) cancérogène pour l’homme, qui contamine toutes les sphères de notre environnement. Son métabolite, le BaP-7,8-diol-9,10-époxyde (BPDE) est considéré comme son cancérogène ultime. Le BPDE se lie à l’ADN, formant des adduits qui doivent être réparés et qui seraient responsables des dommages à l’ADN et de la cancérogenèse induite par le BaP. Les adduits BPDE-ADN et les dommages à l’ADN (bris simple-brin [BSB] à l’ADN, aberrations chromosomiques [AC], échanges entre chromatides-sœurs [ÉCS] et micronoyaux [MN]) ont été mesurés dans les lymphocytes humains exposés à de faibles concentrations de BaP, provenant de jeunes volontaires non-fumeurs et en santé. Suite à l’exposition au BaP, le niveau d’adduits BPDE-ADN et la fréquence des AC et des MN augmentent significativement, puis diminuent aux concentrations les plus élevées de BaP testées, suggérant une induction du métabolisme de phase II du BaP. Lors de la mesure des ÉCS, nous obtenons une courbe dose-réponse linéaire, indiquant la production d’un autre type de lésions devant être réparées par le système de réparation par recombinaison homologue. Ces lésions pourraient être des bris à l’ADN ou des bases oxydées (8-OH-dG), ce qui est suggéré par l’analyse des corrélations existant entre nos biomarqueurs. Par ailleurs, la comparaison de la courbe dose-réponse des hommes et des femmes montre que des différences existent entre les sexes. Ainsi, les ÉCS, les AC et les MN sont significativement augmentés chez les hommes à la plus faible concentration de BaP, alors que chez les femmes cette augmentation, quoique présente, est non significative. Des différences interindividuelles sont également observées et sont plus importantes pour les adduits BPDE-ADN, les MN et les AC, alors que pour les ÉCS elles sont minimes. Les analyses statistiques effectuées ont permis d’établir que quatre facteurs (niveau d’exposition au BaP, adduits BPDE-ADN, fréquence des AC et nombre de MN par cellule micronucléée) expliquent jusqu’à 59 % de la variabilité observée dans le test des ÉCS, alors qu’aucun facteur significatif n’a pu être identifié dans le test des AC et des MN. L’analyse du mécanisme de formation de nos biomarqueurs précoces permet de suggérer que les bris à l’ADN et les bases oxydées devraient être classées comme biomarqueurs de dose biologique efficace, au sein des biomarqueurs d’exposition, dans le continuum exposition-maladie du BaP, étant donné qu’ils causent la formation des biomarqueurs de génotoxicité (ÉCS, AC et MN). Par ailleurs, le test des AC et des MN ont permis de confirmer l’action clastogénique du BaP en plus de mettre en évidence des effets aneugènes affectant surtout la ségrégation des chromosomes lors de la division cellulaire. Ces effets aneugènes, reliés à l’étape de progression dans la cancérogenèse, pourraient être particulièrement importants puisque l’exposition au BaP et aux HAP est chronique et dure plusieurs années, voire des décennies. La compréhension des mécanismes régissant la formation des biomarqueurs étudiés dans cette étude, ainsi que des relations existant entre eux, peut être appliquée à de nombreux contaminants connus et émergents de notre environnement et contribuer à en évaluer le mode d’action. / Benzo-a-pyrene (BaP) is a polycyclic aromatic hydrocarbon (PAH) classified as carcinogenic to human, and is present throughout our environment. Metabolic activation of BaP leads to production of BaP-7,8-diol-9,10-epoxide (BPDE), considered as its ultimate carcinogenic metabolite. BPDE can bind to DNA, forming BPDE-DNA adducts at the origin of BaP-induced DNA damage and carcinogenesis. BPDE-DNA adducts and DNA damages (DNA single-strand breaks [SSBs], chromosomal aberrations [CAs], sister chromatid exchanges [SCEs] and micronuclei [MNs]) are measured in human lymphocytes exposed to low BaP concentrations, taken from non-smoking healthy young subjects. Following BaP exposure, BPDE-DNA adduct levels, as well as CA and MN frequencies raise significantly, and then decrease to the higher BaP concentrations tested, suggesting metabolic enzyme saturation or induction of BaP phase II metabolism. As for SCEs test, a linear dose response curve is obtained, suggesting that production of additional DNA lesions requiring homologous recombination repair may occur. These lesions could be DNA breaks or oxidized DNA bases (8-OH-dG), as indicated by correlation analysis performed between our biomarkers. Additionally, when comparing the dose-response curves for men and women separately, some differences show up. Indeed, SCEs, CAs, and MNs are significantly increased in men at the lowest BaP concentration tested, while in women, this increase is present but not significant. Interindividual differences are also present and are more considerable for BPDE-DNA adducts, MNs and CAs, whereas they are very low for SCEs. Statistical analysis showed that four factors (BaP exposure level, BPDE-DNA adducts, CA frequency and number of MN per micronucleated cell) significantly explained up to 59 % of observed variability in SCE test, while no such factors could explain the observed variability in CA and MN test. Following analysis of mechanisms underlying the formation of early biomarkers, we suggest a modification of the Exposure-Disease Continuum of BaP. We propose that DNA breaks and oxidized DNA bases should be classified as biomarkers of biologically effective dose (part of the exposure biomarkers), as their presence are at origin of early biomarkers of genotoxicity (SCEs, CAs and MNs). On the other hand, CA and MN tests confirmed clastogenic properties of BaP, and highlighted aneugenic effects influencing mostly chromosome segregation during cell division. These aneugenic effects, linked to the progression step of carcinogenesis, could be of particular importance given that exposure to BaP and other PAHs (smoking, occupational exposure) are chronic and may last for decades. Understanding the mechanisms playing a role in early biomarkers formation, as well as the relations existing between them, can be largely applied in our environment to many known and emerging contaminants, thus contributing to characterize their mode of action.
109

Religion as a Role: Decoding Performances of Mormonism in the Contemporary United States

McCool, Lauren Zawistowski 30 July 2012 (has links)
No description available.
110

Madliene Ahlström Eriksson Examensarbete Systerkonsert - Examenskonsert & Stilanalysarbete: Näckstämda - Tyska klockorna med Pelle Björnlert, Gustaf Wetter & Pär Näsbom

Ahlström Eriksson, Madliene January 2023 (has links)
When I studied to become a musician on my instruments violin and nyckelharpa at the Department of Folk Music at the Royal College of Music (KMH) in Stockholm. Musikhögskolan (KMH) in Stockholm, I wrote an artistic bachelor thesis in music. In the thesis, I made a style analysis between the Näck-tuned melodies of Tyska klockorna performed by Pelle Björnlert, Gustaf Wetter and Pär Näsbom. The analysis included a comparison between these fiddlers and musicians with history and notation. I studied their melodies, rhythms, harmonies, tempos, moods, stringing, phrasing, dynamics and sound. I also studied and compared their emotions/values, contextual associations, expression, musical structure, performance/technique and general conditions in three different stylistic mappings between these fiddlers and musicians. At the oral presentation, I performed these three melodies of the Tyska klockorna on my violin, playing as close to Björnlert, Wetter and Näsbom's playing styles as possible. My twin sister Caroline Eriksson and I studied at KMH at the same time. When we started our degree projects, a graduation concert was included. We chose to have a joint “Sister Concert”, where two graduation concerts became one. The concert reflects the years before KMH, the years during KMH and the years after KMH. A varied concert with 24 fantastic fellow musicians and dancers, where we performed the music that is very close to us, both traditional and newly written, with a focus on interaction, play to dance and dance to play. / När jag studerade till musiker med mina instrument fiol och nyckelharpa på institutionen för folkmusik på Kungl. Musikhögskolan (KMH) i Stockholm, skrev jag ett konstnärligt kandidatexamensarbete i musik. I examensarbetet gjorde jag en stilanalys mellan de näckstämda melodierna Tyska klockorna framförda av Pelle Björnlert, Gustaf Wetter och Pär Näsbom. I analysen ingick en jämförelse mellan dessa spelmän och musiker med historia och notation. Jag studerade deras melodier, rytmer, harmonier, tempon, stämningar, stråkföringar, fraseringar, dynamik och klang. Jag studerade och jämförde även deras emotioner/värden, kontextuella associationer, uttryck, musikstruktur, utförande/teknik och generella förutsättningar i tre olika stilistiska mappningar mellan dessa spelmän och musiker. Vid den muntliga redovisningen framförde jag dessa tre melodier av Tyska klockorna på min fiol och spelande så nära Björnlert, Wetter och Näsboms spelsätt och spelstilar som möjligt. Min tvillingsyster Caroline Eriksson och jag studerade samtidigt på KMH. När vi påbörjade våra examensarbeten ingick en examenskonsert. Vi valde att ha en gemensam ”Systerkonsert”, där två examenskonserter blev en gemensam. Konserten speglar åren innan KMH, åren under KMH och åren efter KMH. En varierad konsert med 24 fantastiska medmusiker och dansare, där vi framförde den musik som ligger oss mycket nära. Både traditionell och nyskriven, med fokus på samspel, spel till dans och dans till spel. / <p><strong>Systerkonsert </strong></p><p><strong></strong></p><p><strong>Examenskonsert </strong></p><p><strong></strong></p><p><strong>Madliene Ahlström Eriksson &amp; Caroline Eriksson </strong></p><p><strong></strong></p><p>9 september 2023, kl. 16.00 Kungasalen, Kungl. Musikhögskolan i Stockholm  </p><p></p><p><strong>PROGRAMORDNING </strong></p><p><strong></strong></p><p><strong>Rulin &amp; Ericsson </strong></p><p><strong></strong></p><p>Musik: Polska efter Carl Viktor Rulin, Lerbäck, Närke &amp; Polska efter Pehr Ericsson, Helgarö, Södermanland.</p><p>Arr. &amp; musiker: Caroline &amp; Madliene </p><p></p><p><strong>Eder bröllopsdag </strong></p><p><strong></strong></p><p>Musik: Brudmarsch till Markus och Rebecca Kviberg, komponerad av Madliene Ahlström Eriksson från Trosa, Södermanland. </p><p>Arr. &amp; musiker: Caroline &amp; Madliene </p><p></p><p><strong>Näckstämda - Tyska klockorna </strong></p><p><strong></strong></p><p>Text: Madliene, bearbetad av Carin.</p><p>Musik: Pelle Björnlert från Vråka, Kalmar. Björnlerts variant av <em>Tyska klockorna</em> har han från boken <em>Svenska låtar </em>20, Östergötland, med Arvid Bergvall och Pelle Fors, de båda från Rönö socken, Östergötland.</p><p>Gustaf Wetter från Katrineholm, Södermanland. Gustaf har sin variant av <em>”Tiska klocko” / Tyska klocko</em> efter Anders Petter Andersson och August Widmark, de båda från Vingåker socken, Södermanland. Ur A.P. Anderssons bok <em>Låtar och visor från Södermanland och Närke</em>. </p><p>Pär Näsboms född i Tierps kyrkby, Uppland, men nu boende i Winterthur, Schweiz. Proveniens Uppland. Näsboms variant av <em>Tyska klockorna</em> har han efter "Viksta-Lasse", Leonard Larsson, Viksta, Uppland.</p><p>Arr. &amp; musiker: Madliene</p><p>Koreografi &amp; dansare: Carin &amp; Jan-Olof </p><p></p><p><strong>Hornlåt efter Liss-Mats Anna </strong></p><p><strong></strong></p><p>Musik: Hornlåt efter Liss-Mats Anna Ersson från Dalbyn, Ore. </p><p>Arr: Madliene </p><p>Musiker: Caroline, Ida Maria, Leif &amp; Madliene </p><p></p><p><strong>Lästringe storpolska </strong></p><p><strong></strong></p><p>Musik: Lästringe storpolska efter Anders Andersson, Lästringe, Södermanland.</p><p>Arr. &amp; musiker: Caroline, Leif &amp; Madliene </p><p></p><p><strong>Dans till Fryksdalsmelodi </strong></p><p><strong></strong></p><p>Dansen: Dans till Fryksdalsmelodi finns i sex stycken olika Fryksdalsmelodier och som har använts genom historien. Här får ni höra en av dem som vi tycker om att spela.</p><p>Musik: Dans till Fryksdalsmelodi</p><p>Arr: Troligt komponerad inom folkdansrörelsen och L. Johansson </p><p>Musiker: Caroline, Leif &amp; Madliene</p><p>Dansare från Skansens folkdanslag: Marita, Mattias, Mikael, Mira, Olle, Thommas, Wendi &amp; Åsa.  </p><p></p><p><strong>Åttamanengel </strong></p><p><strong></strong></p><p>Dansen: Österbotten har- och är ett svenskt kulturområde och i dansen får ni se danserna; engelska, kadrilj, galopp och polska som flätas samman i två låtmelodier. Första låten går i 2-takt och andra låten går i 3-takt. 3-takts polskan är väldigt lik “Skräddarepolskan” från Sörmland upptecknad efter K.P. Leffler. C.M. Bellman använde Skräddarepolskan-melodin i utbildningssyfte om sexdondelspolskans stil, för att kunna konstruera fram en grundmelodi på åttondelar i åttondelspolskestil av samma polska. Melodin passar lika bra som både åttondelspolska och sexdondelspolska. Bellman namngav därför melodin till “Fackeldansen” som ingick i hans utbildning om “Balen på Gröna Lund” och utlärningen om åttondels- och sexdondelspolskans likheter och olikheter.</p><p>Musik: Åttamanengel från Korsholm i ÖsterbottenArr: Folkdansrörelsen och L. Johansson</p><p>Musiker: Caroline, Leif &amp; Madliene</p><p>Dansare från Skansens folkdanslag: Marita, Mattias, Mikael, Mira, Olle, Thommas, Wendi &amp; Åsa.  </p><p></p><p><strong>Lilla Barn </strong></p><p><strong></strong></p><p>Text: Stina Engelbrecht</p><p>Musik: Jens Engelbrecht</p><p>Arr: S &amp; T. Engelbrecht, Caroline, Daniel &amp; Madliene</p><p>Musiker: Caroline, Daniel, Josephine &amp; Madliene </p><p></p><p><strong>När musiken spelar </strong></p><p><strong></strong></p><p>Text &amp; musik: Trad.</p><p>Arr: Madliene </p><p>Musiker: Josephine &amp; Madliene </p><p></p><p><strong>Vågsveparn  </strong></p><p><strong></strong></p><p>Musik: John McSherry, originaltitel “The Wave Sweeper”, Irland.</p><p>Arr: Caroline, Daniel &amp; Magnus</p><p>Grupp: Albatross: Caroline, Daniel &amp; Magnus. </p><p></p><p><strong>Konstant </strong></p><p><strong></strong></p><p>Musik: Komponerad av Caroline Eriksson från Trosa, Södermanland. </p><p>Arr: Caroline</p><p>Grupp: Albatross: Caroline, Daniel &amp; Magnus. </p><p></p><p><strong>T-korsning &amp; Kärl-eken </strong></p><p></p><p>Musik: Komponerad av Caroline Eriksson från Trosa, Södermanland.</p><p>Arr: Caroline</p><p>Musiker: Caroline, Cecilia, Elsa, Gustav, Hanna, Hannes, Jakob, Madliene, Nora &amp; Torunn. Samt Daniel &amp; Magnus från Albatross. </p><p></p><p><strong>Slängpolska efter Anders Larsson från Sexdrega </strong></p><p><strong></strong></p><p>Musik: Slängpolska efter Anders Larsson från Sexdrega, Västergötland.</p><p>Arr: Caroline</p><p>Musiker: Caroline, Cecilia, Elsa, Gustav, Hanna, Hannes, Jakob, Madliene, Nora &amp; Torunn. Samt Daniel &amp; Magnus från Albatross.</p><p>Dansare: Marita &amp; Thomas    </p><p></p><p><strong>Slängpolska i östra Södermanland <em>- en jämförelse mellan fyra spelmän </em></strong></p><p><strong><em></em></strong></p><p>Musik: Slängpolska efter Axel Axelsson, Östtorp &amp; Anders Andersson, Lästringe, Södermanland. Caroline har den efter Leif, Ulf och Christina.</p><p>Musiker: Caroline </p><p></p><p><strong>Blekingepolskan </strong></p><p><strong></strong></p><p>Musik:Caroline och Madliene har den efter Bo “Bosse” Larsson, Björklinge, Uppland. Som i sin tur har den efter "Viksta-Lasse", Leonard Larsson, Viksta, Uppland.</p><p>Arr. &amp; musiker: Caroline &amp; Madliene </p><p></p><p><strong>Lilla Lasse  </strong></p><p><strong></strong></p><p>Musik: Slängpolskor från Mörkö, Södermanland. Nummer 659 och 649 från Sörmländska Låtar. </p><p>Arr. &amp; Musiker: Caroline, Madliene &amp; Sunniva.</p><p>Dans och korreografi: Carin &amp; Jan-Olof.</p><p>Grupp: Tradpunkt med dansare  </p><p></p><p><strong>Vi ska dansa med Sara </strong></p><p><strong></strong></p><p>Text &amp; musik: Vispolska från Mörkö, Södermanland. Nummer 662 från <em>Sörmländska Låtar</em>. </p><p>Arr. &amp; Musiker: Caroline, Madliene &amp; Sunniva. </p><p>Dans och korreografi: Carin &amp; Jan-Olof.</p><p>Grupp: Tradpunkt med dansare  </p><p></p><p><strong>Ragatan </strong></p><p><strong></strong></p><p>Musik: Ragatan komponerad av Caroline Eriksson från Trosa, Södermanland. Samt<em> Korta Rosenberg</em>, slängpolska efter Anders Gustaf Rosenberg från Mellösa socken, Södermanland.</p><p>Arr. &amp; Musiker: Caroline, Madliene &amp; Sunniva. </p><p>Dans och korreografi: Carin &amp; Jan-Olof.</p><p>Grupp: Tradpunkt med dansare </p><p></p><p><strong>Skärborgarvisan </strong></p><p><strong></strong></p><p>Text &amp; musik: Skärborgarvisan från Trosa efter Claes Hagström, som har den efter sin far Gotthard Hagström Stensund/Trosa, Södermanland. Samt låt nummer 661 från Anders Gustav Andersson från Mörkö, i samlingen <em>Sörmländska låtar</em>.</p><p>Arr. &amp; Musiker: Caroline, Madliene &amp; Sunniva. </p><p>Dans och korreografi: Carin &amp; Jan-Olof.</p><p>Grupp: Tradpunkt med dansare </p><p></p><p><strong>Äh, jag tror ja’ ska ta å’ gå hem ja’ </strong></p><p><strong></strong></p><p>Musik: Schottis av Madliene Ahlström Eriksson från Trosa, Södermanland och Sofia Svahn från Ore, Dalarna.</p><p>Arr. &amp; Musiker: Caroline, Madliene &amp; Sunniva. </p><p>Dans och korreografi: Carin &amp; Jan-Olof.</p><p>Grupp: Tradpunkt med dansare </p><p></p><p><strong>Burr i magen </strong></p><p><strong></strong></p><p>Musik: Burr i magen av Caroline Eriksson, Trosa, Södermanland.</p><p>Arr: Caroline</p><p>Koreografi: Caroline</p><p>Musiker: Caroline, Cecilia, Danie, Elsa, Gustav, Hanna, Hannes, Ida Maria, Jakob, Josephine, Leif, Madliene, Magnus, Nora, Sunniva &amp; Torunn.</p><p>Dansare: Carin, Jan-Olof, Marita, Mattias, Mikael, Mira, Olle, Thommas, Wendi &amp; Åsa. </p><p></p><p><strong>No poker face </strong></p><p><strong></strong></p><p>Musik: No poker face av Caroline Eriksson, Trosa, Södermanland.</p><p>Arr: Caroline</p><p>Koreografi: Carin &amp; Jan-Olof</p><p>Musiker: Caroline, Cecilia, Danie, Elsa, Gustav, Hanna, Hannes, Ida Maria, Jakob, Josephine, Leif, Madliene, Magnus, Nora, Sunniva &amp; Torunn.</p><p>Dansare: Carin, Jan-Olof, Marita, Mattias, Mikael, Mira, Olle, Thommas, Wendi &amp; Åsa. </p><p></p><p>______________________ </p><p></p><p><strong>Alla medmusiker och dansare: </strong></p><p><strong></strong></p><p>Carin Alnebratt - Dans</p><p>Caroline Eriksson - Fioler, nyckelharpa, oktavnyckelharpa och sång</p><p>Cecilia Etterlin - Fiol</p><p>Daniel Fredriksson - Mandora och mandola</p><p>Elsa Örde - Fiol</p><p>Gustav Stavbom - Fiol</p><p>Hanna Areskoug - Fiol</p><p>Hannes Ahlinder - Nyckelharpa</p><p>Ida Maria Schwahn - Fiol</p><p>Jakob Grunditz - Nyckelharpa</p><p>Jan-Olof Johansson - Dans</p><p>Josephine Betschart - Sång och rytminstrument</p><p>Leif Johansson - Fiol</p><p>Madliene Ahlström Eriksson - Fioler, nyckelharpa, oktavnyckelharpa, sång och gitarr</p><p>Magnus Lundmark - Slagverk</p><p>Marita Lagergren Lindberg - Dans</p><p>Mattias Lindberg - Dans</p><p>Mikael Lindberg - Dans</p><p>Mira Loringer - Dans</p><p>Nora Lilja - Fiol</p><p>Olle Hovmark - Dans</p><p>Sunniva Abelli - Nyckelharpa, oktavnyckelharpa och sång</p><p>Thommas Andersen - Dans</p><p>Torunn Thurfjell - Nyckelharpa</p><p>Wendi Löffler - Dans</p><p>Åsa Hannegård - Dans <strong></strong></p><p></p>

Page generated in 0.0721 seconds