14 results on '"Bakker, Nancy A."'
Search Results
2. Grambank reveals the importance of genealogical constraints on linguistic diversity and highlights the impact of language loss. Science Advances
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Skirgård, Hedvig, Haynie, Hannah J., Blasi, Damián E., Hammarström, Harald, Collins, Jeremy, Latarche, Jay J., Lesage, Jakob, Weber, Tobias, Witzlack-Makarevich, Alena, Passmore, Sam, Chira, Angela, Maurits, Luke, Dinnage, Russell, Dunn, Michael, Reesink, Ger, Singer, Ruth, Bowern, Claire, Epps, Patience, Hill, Jane, Vesakoski, Outi, Robbeets, Martine, Abbas, Noor Karolin, Auer, Daniel, Bakker, Nancy A., Barbos, Giulia, Borges, Robert D., Danielsen, Swintha, Dorenbusch, Luise, Dorn, Ella, Elliott, John, Falcone, Giada, Fischer, Jana, Ate, Yustinus Ghanggo, Gibson, Hannah, Gï¿œbel, Hans-Philipp, Goodall, Jemima A., Gruner, Victoria, Harvey, Andrew, Hayes, Rebekah, Heer, Leonard, Miranda, Roberto E. Herrera, Hï¿œbler, Nataliia, Huntington-Rainey, Biu, Ivani, Jessica K., Johns, Marilen, Just, Erika, Kashima, Eri, Kipf, Carolina, Klingenberg, Janina V., Kï¿œnig, Nikita, Koti, Aikaterina, Kowalik, Richard G. A., Krasnoukhova, Olga, Lindvall, Nora L. M., Lorenzen, Mandy, Lutzenberger, Hannah, Martins, Tï¿œnia R. A., German, Celia Mata, Meer, Suzanne van der, Samamï¿œ, Jaime Montoya, Mï¿œller, Michael, Muradoglu, Saliha, Neely, Kelsey, Nickel1, Johanna, Norvik, Miina, Oluoch, Cheryl Akinyi, Peacock, Jesse, Pearey, India O. C., Peck, Naomi, Petit, Stephanie, Pieper, Sï¿œren, Poblete, Mariana, Prestipino, Daniel, Raabe, Linda, Raja, Amna, Reimringer, Janis, Rey, Sydney C., Rizaew, Julia, Ruppert, Eloisa, Salmon, Kim K., Sammet, Jill, Schembri, Rhiannon, Schlabbach, Lars, Schmidt, Frederick W. P., Skilton, Amalia, Smith, Wikaliler Daniel, Sousa, Hilï¿œrio de, Sverredal, Kristin, Valle, Daniel, Vera, Javier, Voï¿œ, Judith, Witte, Tim, Wu, Henry, Yam, Stephanie, Ye, Jingting, Yong, Maisie, Yuditha, Tessa, Zariquiey, Roberto, Forkel, Robert, Evans, Nicholas, Levinson, Stephen C., Haspelmath, Martin, Greenhill1, Simon J., Atkinson, Quentin D., Gray, Russell D., Skirgård, Hedvig, Haynie, Hannah J., Blasi, Damián E., Hammarström, Harald, Collins, Jeremy, Latarche, Jay J., Lesage, Jakob, Weber, Tobias, Witzlack-Makarevich, Alena, Passmore, Sam, Chira, Angela, Maurits, Luke, Dinnage, Russell, Dunn, Michael, Reesink, Ger, Singer, Ruth, Bowern, Claire, Epps, Patience, Hill, Jane, Vesakoski, Outi, Robbeets, Martine, Abbas, Noor Karolin, Auer, Daniel, Bakker, Nancy A., Barbos, Giulia, Borges, Robert D., Danielsen, Swintha, Dorenbusch, Luise, Dorn, Ella, Elliott, John, Falcone, Giada, Fischer, Jana, Ate, Yustinus Ghanggo, Gibson, Hannah, Gï¿œbel, Hans-Philipp, Goodall, Jemima A., Gruner, Victoria, Harvey, Andrew, Hayes, Rebekah, Heer, Leonard, Miranda, Roberto E. Herrera, Hï¿œbler, Nataliia, Huntington-Rainey, Biu, Ivani, Jessica K., Johns, Marilen, Just, Erika, Kashima, Eri, Kipf, Carolina, Klingenberg, Janina V., Kï¿œnig, Nikita, Koti, Aikaterina, Kowalik, Richard G. A., Krasnoukhova, Olga, Lindvall, Nora L. M., Lorenzen, Mandy, Lutzenberger, Hannah, Martins, Tï¿œnia R. A., German, Celia Mata, Meer, Suzanne van der, Samamï¿œ, Jaime Montoya, Mï¿œller, Michael, Muradoglu, Saliha, Neely, Kelsey, Nickel1, Johanna, Norvik, Miina, Oluoch, Cheryl Akinyi, Peacock, Jesse, Pearey, India O. C., Peck, Naomi, Petit, Stephanie, Pieper, Sï¿œren, Poblete, Mariana, Prestipino, Daniel, Raabe, Linda, Raja, Amna, Reimringer, Janis, Rey, Sydney C., Rizaew, Julia, Ruppert, Eloisa, Salmon, Kim K., Sammet, Jill, Schembri, Rhiannon, Schlabbach, Lars, Schmidt, Frederick W. P., Skilton, Amalia, Smith, Wikaliler Daniel, Sousa, Hilï¿œrio de, Sverredal, Kristin, Valle, Daniel, Vera, Javier, Voï¿œ, Judith, Witte, Tim, Wu, Henry, Yam, Stephanie, Ye, Jingting, Yong, Maisie, Yuditha, Tessa, Zariquiey, Roberto, Forkel, Robert, Evans, Nicholas, Levinson, Stephen C., Haspelmath, Martin, Greenhill1, Simon J., Atkinson, Quentin D., and Gray, Russell D.
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- 2023
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3. Grambank reveals the importance of genealogical constraints on linguistic diversity and highlights the impact of language loss
- Author
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Skirgård, Hedvig, primary, Haynie, Hannah J., additional, Blasi, Damián E., additional, Hammarström, Harald, additional, Collins, Jeremy, additional, Latarche, Jay J., additional, Lesage, Jakob, additional, Weber, Tobias, additional, Witzlack-Makarevich, Alena, additional, Passmore, Sam, additional, Chira, Angela, additional, Maurits, Luke, additional, Dinnage, Russell, additional, Dunn, Michael, additional, Reesink, Ger, additional, Singer, Ruth, additional, Bowern, Claire, additional, Epps, Patience, additional, Hill, Jane, additional, Vesakoski, Outi, additional, Robbeets, Martine, additional, Abbas, Noor Karolin, additional, Auer, Daniel, additional, Bakker, Nancy A., additional, Barbos, Giulia, additional, Borges, Robert D., additional, Danielsen, Swintha, additional, Dorenbusch, Luise, additional, Dorn, Ella, additional, Elliott, John, additional, Falcone, Giada, additional, Fischer, Jana, additional, Ghanggo Ate, Yustinus, additional, Gibson, Hannah, additional, Göbel, Hans-Philipp, additional, Goodall, Jemima A., additional, Gruner, Victoria, additional, Harvey, Andrew, additional, Hayes, Rebekah, additional, Heer, Leonard, additional, Herrera Miranda, Roberto E., additional, Hübler, Nataliia, additional, Huntington-Rainey, Biu, additional, Ivani, Jessica K., additional, Johns, Marilen, additional, Just, Erika, additional, Kashima, Eri, additional, Kipf, Carolina, additional, Klingenberg, Janina V., additional, König, Nikita, additional, Koti, Aikaterina, additional, Kowalik, Richard G. A., additional, Krasnoukhova, Olga, additional, Lindvall, Nora L. M., additional, Lorenzen, Mandy, additional, Lutzenberger, Hannah, additional, Martins, Tânia R. A., additional, Mata German, Celia, additional, van der Meer, Suzanne, additional, Montoya Samamé, Jaime, additional, Müller, Michael, additional, Muradoglu, Saliha, additional, Neely, Kelsey, additional, Nickel, Johanna, additional, Norvik, Miina, additional, Oluoch, Cheryl Akinyi, additional, Peacock, Jesse, additional, Pearey, India O. C., additional, Peck, Naomi, additional, Petit, Stephanie, additional, Pieper, Sören, additional, Poblete, Mariana, additional, Prestipino, Daniel, additional, Raabe, Linda, additional, Raja, Amna, additional, Reimringer, Janis, additional, Rey, Sydney C., additional, Rizaew, Julia, additional, Ruppert, Eloisa, additional, Salmon, Kim K., additional, Sammet, Jill, additional, Schembri, Rhiannon, additional, Schlabbach, Lars, additional, Schmidt, Frederick W. P., additional, Skilton, Amalia, additional, Smith, Wikaliler Daniel, additional, de Sousa, Hilário, additional, Sverredal, Kristin, additional, Valle, Daniel, additional, Vera, Javier, additional, Voß, Judith, additional, Witte, Tim, additional, Wu, Henry, additional, Yam, Stephanie, additional, Ye, Jingting, additional, Yong, Maisie, additional, Yuditha, Tessa, additional, Zariquiey, Roberto, additional, Forkel, Robert, additional, Evans, Nicholas, additional, Levinson, Stephen C., additional, Haspelmath, Martin, additional, Greenhill, Simon J., additional, Atkinson, Quentin D., additional, and Gray, Russell D., additional
- Published
- 2023
- Full Text
- View/download PDF
4. Grambank reveals the importance of genealogical constraints on linguistic diversity and highlights the impact of language loss
- Author
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Skirgård, Hedvig, primary, Haynie, Hannah J., additional, Blasi, Damián E., additional, Hammarström, Harald, additional, Collins, Jeremy, additional, Latarche, Jay J., additional, Lesage, Jakob, additional, Weber, Tobias, additional, Witzlack-Makarevich, Alena, additional, Passmore, Sam, additional, Chira, Angela M., additional, Maurits, Luke, additional, Dinnage, Russell, additional, Dunn, Michael, additional, Reesink, Ger, additional, Singer, Ruth, additional, Bowern, Claire, additional, Epps, Patience L, additional, Hill, Jane, additional, Vesakoski, Outi, additional, Robbeets, Martine, additional, Abbas, Noor Karolin, additional, Auer, Daniel, additional, Bakker, Nancy A., additional, Barbos, Giulia, additional, Borges, Robert D., additional, Danielsen, Swintha, additional, Dorenbusch, Luise, additional, Dorn, Ella, additional, Elliott, John, additional, Falcone, Giada, additional, Fischer, Jana, additional, Ate, Yustinus Ghanggo, additional, Gibson, Hannah, additional, Göbel, Hans-Philipp, additional, Goodall, Jemima A., additional, Gruner, Victoria, additional, Harvey, Andrew, additional, Hayes, Rebekah, additional, Heer, Leonard, additional, Miranda, Roberto E. Herrera, additional, Hübler, Nataliia, additional, Huntington-Rainey, Biu H., additional, Ivani, Jessica K., additional, Johns, Marilen, additional, Just, Erika, additional, Kashima, Eri, additional, Kipf, Carolina, additional, Klingenberg, Janina V., additional, König, Nikita, additional, Koti, Aikaterina, additional, Kowalik, Richard G. A., additional, Krasnoukhova, Olga, additional, Lindvall, Nora L. M., additional, Lorenzen, Mandy, additional, Lutzenberger, Hannah, additional, Martins, Tânia R.A., additional, German, Celia Mata, additional, van der Meer, Suzanne, additional, Samamé, Jaime Montoya, additional, Müller, Michael, additional, Muradoglu, Saliha, additional, Neely, Kelsey, additional, Nickel, Johanna, additional, Norvik, Miina, additional, Oluoch, Cheryl Akinyi, additional, Peacock, Jesse, additional, Pearey, India O.C., additional, peck, naomi, additional, Petit, Stephanie, additional, Pieper, Sören, additional, Poblete, Mariana, additional, Prestipino, Daniel, additional, Raabe, Linda, additional, Raja, Amna, additional, Reimringer, Janis, additional, Rey, Sydney C., additional, Rizaew, Julia, additional, Ruppert, Eloisa, additional, Salmon, Kim K., additional, Sammet, Jill, additional, Schembri, Rhiannon, additional, Schlabbach, Lars, additional, Schmidt, Frederick W.P., additional, Skilton, Amalia, additional, Smith, Wikaliler Daniel, additional, de Sousa, Hilário, additional, Sverredal, Kristin, additional, Valle, Daniel, additional, Vera, Javier, additional, Voß, Judith, additional, Witte, Tim, additional, Wu, Henry, additional, Yam, Stephanie, additional, 葉婧婷, Jingting Ye, additional, Yong, Maisie, additional, Yuditha, Tessa, additional, Zariquiey, Roberto, additional, Forkel, Robert, additional, Evans, Nicholas, additional, Levinson, Stephen C., additional, Haspelmath, Martin, additional, Greenhill, Simon J., additional, Atkinson, Quentin, additional, and Gray, Russell D., additional
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- 2022
- Full Text
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5. Outdoor studies on the effects of solar UV-B on bryophytes: overview and methodology
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Boelen, Peter, Karin de Boer, M., de Bakker, Nancy V. J., Rozema, Jelte, Kratochwil, A., editor, Lieth, H., editor, Rozema, Jelte, editor, Aerts, Rien, editor, and Cornelissen, Hans, editor
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- 2006
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6. Outdoor studies on the effects of solar UV-B on bryophytes: overview and methodology
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Boelen, Peter, primary, Karin de Boer, M., additional, de Bakker, Nancy V. J., additional, and Rozema, Jelte, additional
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- 2005
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7. Consequences of depletion of stratospheric ozone for terrestrial Antarctic ecosystems: the response of Deschampsia antarctica to enhanced UV-B radiation in a controlled environment
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Rozema, Jelte, primary, Broekman, Rob, additional, Lud, Daniela, additional, Huiskes, Ad H. J., additional, Moerdijk, Tanja, additional, de Bakker, Nancy, additional, Meijkamp, Barbara, additional, and van Beem, Adri, additional
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- 2001
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8. Identification of a new geographically widespread multiresistant Acinetobacter baumannii clone from European hospitals
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van Dessel, Helke, Dijkshoorn, Lenie, van der Reijden, Tanny, Bakker, Nancy, Paauw, Armand, van den Broek, Peterhans, Verhoef, Jan, and Brisse, Sylvain
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- 2004
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9. Intercenter reproducibility of binary typing for Staphylococcus aureus
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van Leeuwen, Willem B., Snoeijers, Sandor, van der Werken-Libregts, Christel, Tuip, Anita, van der Zee, Anneke, Egberink, Diane, de Proost, Monique, Bik, Elisabeth, Lunter, Bjorn, Kluytmans, Jan, Gits, Etty, van Duyn, Inge, Heck, Max, van der Zwaluw, Kim, Wannet, Wim, Noordhoek, Gerda T., Mulder, Sije, Renders, Nicole, Boers, Miranda, Zaat, Sebastiaan, van der Riet, Daniëlle, Kooistra, Mirjam, Talens, Adriaan, Dijkshoorn, Lenie, van der Reyden, Tanny, Veenendaal, Dick, Bakker, Nancy, Cookson, Barry, Lynch, Alisson, Witte, Wolfgang, Cuny, Christa, Blanc, Dominique, Vernez, Isabelle, Hryniewicz, Waleria, Fiett, Janusz, Struelens, Marc, Deplano, Ariane, Landegent, Jim, Verbrugh, Henri A., and van Belkum, Alex
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- 2002
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10. UV-B absorbance and UV-B absorbing compounds ( para-coumaric acid) in pollen and sporopollenin: the perspective to track historic UV-B levels
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Rozema, Jelte, Broekman, Rob A, Blokker, Peter, Meijkamp, Barbara B, de Bakker, Nancy, van de Staaij, Jos, van Beem, Adri, Ariese, Freek, and Kars, Saskia M
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- 2001
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11. Intercenter reproducibility of binary typing for Staphylococcus aureus
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Van Leeuwen, Willem, Snoeijers, Sandor, Van Der Werken-Libregts, Christel, Tuip, Anita, Van Der Zee, Anneke, Egberink, Diane, De Proost, Monique, Bik, Elisabeth, Lunter, Bjorn, Kluytmans, Jan, Gits, Etty, Van Duyn, Inge, Heck, Max, Van Der Zwaluw, Kim, Wannet, Wim, Noordhoek, Gerda, Mulder, Sije, Renders, Nicole, Boers, Miranda, Zaat, Sebastiaan, Van Der Riet, Daniëlle, Kooistra, Mirjam, Talens, Adriaan, Dijkshoorn, Lenie, Van Der Reyden, Tanny, Veenendaal, Dick, Bakker, Nancy, Cookson, Barry, Lynch, Alisson, Witte, Wolfgang, Cuny, Christina, Blanc, Dominique, Vernez, Isabelle, Hryniewicz, Waleria, Fiett, Janusz, Struelens, Marc, Deplano, Ariane, Landegent, Jim, Verbrugh, Henri, Van Belkum, Alex, Van Leeuwen, Willem, Snoeijers, Sandor, Van Der Werken-Libregts, Christel, Tuip, Anita, Van Der Zee, Anneke, Egberink, Diane, De Proost, Monique, Bik, Elisabeth, Lunter, Bjorn, Kluytmans, Jan, Gits, Etty, Van Duyn, Inge, Heck, Max, Van Der Zwaluw, Kim, Wannet, Wim, Noordhoek, Gerda, Mulder, Sije, Renders, Nicole, Boers, Miranda, Zaat, Sebastiaan, Van Der Riet, Daniëlle, Kooistra, Mirjam, Talens, Adriaan, Dijkshoorn, Lenie, Van Der Reyden, Tanny, Veenendaal, Dick, Bakker, Nancy, Cookson, Barry, Lynch, Alisson, Witte, Wolfgang, Cuny, Christina, Blanc, Dominique, Vernez, Isabelle, Hryniewicz, Waleria, Fiett, Janusz, Struelens, Marc, Deplano, Ariane, Landegent, Jim, Verbrugh, Henri, and Van Belkum, Alex
- Abstract
The reproducibility of the binary typing (BT) protocol developed for epidemiological typing of Staphylococcus aureus was analyzed in a biphasic multicenter study. In a Dutch multicenter pilot study, 10 genetically unique isolates of methicillin-resistant S. aureus (MRSA) were characterized by the BT assay as presented by van Leeuwen et al. [J. Clin. Microbiol. 2001 39 (1) 328]. The BT assay, including a standardized DNA extraction protocol was performed in duplicate in eleven medical microbiology laboratories. Two different hybridization detection procedures were applied and a prelabeled DNA sample as process control was included. Only three laboratories accurately identified all strains. Divergence in technical procedures resulted in misinterpretation due to an increasing number of faint or absent hybridization signals in combination with high background staining. The binary type of the process control was determined correctly by all participating laboratories. The feasibility of the BT protocol was related directly to the skill of the laboratory personnel. On the basis of the national study, we concluded that the DNA extraction protocol needed modification to improve DNA yield and purity. Subsequently, seven European laboratories participated in an international study to determine the reproducibility of the modified BT protocol. Each center was asked to analyze 10 DNA samples previously extracted from 10 MRSA strains (phase 1) and, additionally, to analyze 10 MRSA strains, using the standardized or their in-house DNA isolation protocol (phase 2). A prelabeled DNA process control sample was included again. The binary types of all DNA samples were identified correctly by all but one laboratories. This latter laboratory diverged from the protocol by adding an excess of labeled DNA to the hybridization mixture, resulting in a high background and, therefore, noninterpretable BT results. All centers produced identical BT results for the process control. Five of the seve, SCOPUS: ar.j, info:eu-repo/semantics/published
- Published
- 2002
12. Outdoor Studies on the Effects of Solar UV-B on bryophytes: Overview and Methodology
- Author
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Boelen, Peter, primary, de Boer, M. Karin, additional, de Bakker, Nancy V. J., additional, and Rozema, Jelte, additional
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- 2006
- Full Text
- View/download PDF
13. Is UV‐B radiation affecting charophycean algae in shallow freshwater systems?
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De Bakker, Nancy V. J., primary, Van Bodegom, P. M., additional, Van De Poll, W. H., additional, Boelen, P., additional, Nat, E., additional, Rozema, J., additional, and Aerts, R., additional
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- 2005
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14. Outdoor studies on the effects of solar UV-B on bryophytes: overview and methodology.
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Kratochwil, A., Lieth, H., Aerts, Rien, Cornelissen, Hans, Boelen, Peter, Karin de Boer, M., Bakker, Nancy V. J., and Rozema, Jelte
- Abstract
In this review all recent field studies on the effects of UV-B radiation on bryophytes are discussed. In most of the studies fluorescent UV-B tubes are used to expose the vegetation to enhanced levels of UV-B radiation to simulate stratospheric ozone depletion. Other studies use screens to filter the UV-B part of the solar spectrum, thereby comparing ambient levels of UV-B with reduced UV-B levels, or analyse effects of natural variations in UV-B arising from stratospheric ozone depletion. Nearly all studies show that mosses are well adapted to ambient levels of UV-B radiation since UV-B hardly affects growth parameters. In contrast with outdoor studies on higher plants, soluble UV-B absorbing compounds in bryophytes are typically not induced by enhanced levels of UV-B radiation. A few studies have demonstrated that UV-B radiation can influence plant morphology, photosynthetic capacity, photosynthetic pigments or levels of DNA damage. However, there is only a limited number of outdoor studies presented in the literature. More additional, especially long-term, experiments are needed to provide better data for statistical meta-analyses. A mini UV-B supplementation system is described, especially designed to study effects of UV-B radiation at remote field locations under harsh conditions, and which is therefore suited to perform long-term studies in the Arctic or Antarctic. The first results are presented from a long-term UV-B supplementation experiment at Signy Island in the Maritime Antarctic. [ABSTRACT FROM AUTHOR]
- Published
- 2006
- Full Text
- View/download PDF
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