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12 results on '"Grimaldi, Wray"'

1. Contributors

Author

Adamovicz, Laura A., primary, Ahlstrom, Christina A., additional, Allender, Matthew C., additional, Anderson, Neil E., additional, Arnemo, Jon M., additional, Atwood, Todd C., additional, Backues, Kay A., additional, Baitchman, Eric, additional, Ballard, Jennifer R., additional, Barbon, Alberto Rodriguez, additional, Binkley, Laura E., additional, Blyde, David, additional, Brenner, Deena, additional, Brock, A. Paige, additional, Buss, Peter E., additional, Calderón-Hernández, Alejandra, additional, Carpenter, James W., additional, Catenacci, Lilian Silva, additional, Causton, Charlotte, additional, Chai, Norin, additional, Charpentier, Thomas, additional, Chinnadurai, Sathya K., additional, Clancy, Meredith M., additional, Clauss, Marcus, additional, Clifford, Deana L., additional, Conde, Dalia A., additional, Cranfield, Michael, additional, Cushing, Andrew, additional, Dadone, Liza, additional, David, Hugo, additional, Deem, Sharon L., additional, Desbiez, Arnaud L.J., additional, Dislich, Mathias, additional, Dowling, Katherine, additional, Drew, Mark L., additional, Lawrenz, Arne, additional, Duncan, Mary, additional, Edes, Ashley N., additional, Epstein, Jonathan H., additional, Reiss, Andrea Evlyn, additional, Ferrell, Shannon T., additional, Fessl, Birgit, additional, Fidgett, Andrea L., additional, Fox, Kami Z., additional, Foxworth, Steve, additional, Gamble, Kathryn C., additional, Gebreyes, Wondwossen A., additional, Georges, Jean-Yves, additional, Goe, Alexandra, additional, Goeritz, Frank, additional, González-Barrientos, Rocío, additional, de Graaff, Nicolas, additional, Greenwood, Alex D., additional, Greenwood, Andrew, additional, Grimaldi, Wray, additional, Hadfield, Catherine, additional, Hampton, Jordan O., additional, Hanley, Christopher S., additional, Harms, Craig A., additional, Harrison, Tara M., additional, Hernández-Mora, Gabriela, additional, Hermes, Robert, additional, Heatley, J. Jill, additional, Hernández, Benjamín E. Alcántar, additional, Hildebrandt, Thomas Bernd, additional, Hilsenroth, Robert, additional, Hilton, Clayton D., additional, Hoang, Thuy Thi Thu, additional, Holliday, Dawn K., additional, Hyndman, Timothy H., additional, Jakob-Hoff, Richard, additional, Janssen, Donald L., additional, Jennings, Jonathan, additional, Jensen, Trine Hammer, additional, Johnson, Gary, additional, Kalogeropoulu, Szilvia Kalliopi, additional, Kasielke, Susie, additional, Kemp, Lucy, additional, Kertesz, Peter, additional, Kinney, Matthew E., additional, Kluyber, Danilo, additional, Koeppel, Katja N., additional, Krol, Lana, additional, Kuiken, Thijs, additional, Lamberski, Nadine, additional, Langan, Jennifer N., additional, Latimer, Erin E., additional, Leach, Kathryn S., additional, Leclerc, Antoine, additional, Ling, Paul, additional, Lung, Nancy P., additional, Lécu, Alexis, additional, Marinkovich, Matt, additional, Marschang, Rachel E., additional, Masters, Nic, additional, Masuda, Bryce, additional, Mathur, Vibhu Prakash, additional, McLellan, William A., additional, McLelland, David J., additional, Meegan, Jennifer M., additional, Mendoza, Ana Patricia, additional, Meyerson, Randi, additional, Miller, Michael W., additional, Miller, Michele A., additional, Milnes, Ellie L., additional, Moore, Michael J., additional, Moriarty, Megan E., additional, Murphy, Lisa, additional, Murray, Michael J., additional, Mutlow, Adrian, additional, Myers, Debbie, additional, Myers, Gwen, additional, Nevitt, Benjamin, additional, Di Nucci, Dante L., additional, Orozco, María Marcela, additional, Padilla, Luis R., additional, Painer-Gigler, Johanna, additional, Pas, An, additional, Pelton, Craig A., additional, Pereira, Nuno M., additional, Petit, Thierry, additional, Pinter, Adriano, additional, Plangsangmas, Tithipong, additional, Prittie, Jennifer, additional, Quintard, Benoit, additional, Raath, Jacobus P., additional, Ramer, Jan, additional, Ramey, Andrew M., additional, Raphael, Bonnie L., additional, Ratanakorn, Parntep, additional, Rivera, Sam, additional, Rodriguez, Carlos, additional, Rooney, Tess, additional, Rousselet, Estelle, additional, S, Ilayaraja., additional, Sailler, Anaïs, additional, Sanderson, Stephanie, additional, Schiffmann, Christian, additional, Seeber, Peter A., additional, Semjonov, Aleksandr, additional, Sha, Arun A., additional, Sharp, Sarah, additional, Shaw, Michelle E., additional, Sheldon, Julie D., additional, Shopland, Sara, additional, Sleeman, Jonathan M., additional, Smith, Cynthia R., additional, Smith, Joseph A., additional, Soares-Neto, Lauro L., additional, Sripiboon, Supaphen, additional, Stratton, Karin, additional, Swanson, William F., additional, Sós-Koroknai, Viktória, additional, Sós, Endre, additional, Taylor-Cousar, Jennifer L., additional, Teare, J. Andrew, additional, Terio, Karen A., additional, Terrell, Scott P., additional, Thompson, Steve B., additional, Thongthip, Nikorn, additional, Torres, Rodrigo S. Garcés, additional, Tubbs, Christopher W., additional, Vicino, Greg A., additional, Vilchez-Delgado, Fernando Javier, additional, Wack, Raymund F., additional, Wahltinez, Sarah, additional, Walsh, Michael T., additional, Walzer, Chris, additional, Wenker, Christian John, additional, Wiedner, Ellen, additional, Wolfe, Barbara A., additional, Wolfe, Lisa L., additional, Wolfe, Tammy Culpepper, additional, Wyatt, Jeff, additional, Xie, Shangzhe, additional, Yanong, Roy, additional, and Yarto-Jaramillo, Enrique, additional

Published
2023
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5. Risk assessment of SARS-CoV-2 in Antarctic wildlife

Author

Barbosa, Andrés, primary, Varsani, Arvind, additional, Morandini, Virginia, additional, Grimaldi, Wray, additional, Vanstreels, Ralph E.T., additional, Diaz, Julia I., additional, Boulinier, Thierry, additional, Dewar, Meagan, additional, González-Acuña, Daniel, additional, Gray, Rachael, additional, McMahon, Clive R., additional, Miller, Gary, additional, Power, Michelle, additional, Gamble, Amandine, additional, and Wille, Michelle, additional

Published
2021
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6. Risk assessment of SARS-CoV-2 in Antarctic wildlife

Author

Consejo Superior de Investigaciones Científicas (España), European Commission, Ministerio de Economía y Competitividad (España), National Science Foundation (US), National Collaborative Research Infrastructure Strategy (Australia), University of Tasmania, Consejo Nacional de Investigaciones Científicas y Técnicas (Argentina), Universidad Nacional de La Plata, Centre National de la Recherche Scientifique (France), Instituto Antártico Chileno, Barbosa, Andrés, Varsani, Arvind, Morandini, Virginia, Grimaldi, Wray, Vanstreels, Ralph E. T., Diaz, Julia I., Boulinier, Thierry, Dewar, Meagan, González-Acuña, Daniel, Gray, Rachel, McMahon, Clive R., Miller, Gary, Power, Michelle, Gamble, Amandine, Wille, Michelle, Consejo Superior de Investigaciones Científicas (España), European Commission, Ministerio de Economía y Competitividad (España), National Science Foundation (US), National Collaborative Research Infrastructure Strategy (Australia), University of Tasmania, Consejo Nacional de Investigaciones Científicas y Técnicas (Argentina), Universidad Nacional de La Plata, Centre National de la Recherche Scientifique (France), Instituto Antártico Chileno, Barbosa, Andrés, Varsani, Arvind, Morandini, Virginia, Grimaldi, Wray, Vanstreels, Ralph E. T., Diaz, Julia I., Boulinier, Thierry, Dewar, Meagan, González-Acuña, Daniel, Gray, Rachel, McMahon, Clive R., Miller, Gary, Power, Michelle, Gamble, Amandine, and Wille, Michelle

Abstract

The coronavirus disease 2019 (COVID-19) pandemic is caused by the severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2). This pathogen has spread rapidly across the world, causing high numbers of deaths and significant social and economic impacts. SARS-CoV-2 is a novel coronavirus with a suggested zoonotic origin with the potential for cross-species transmission among animals. Antarctica can be considered the only continent free of SARS-CoV-2. Therefore, concerns have been expressed regarding the potential human introduction of this virus to the continent through the activities of research or tourism to minimise the effects on human health, and the potential for virus transmission to Antarctic wildlife. We assess the reverse-zoonotic transmission risk to Antarctic wildlife by considering the available information on host susceptibility, dynamics of the infection in humans, and contact interactions between humans and Antarctic wildlife. The environmental conditions in Antarctica seem to be favourable for the virus stability. Indoor spaces such as those at research stations, research vessels or tourist cruise ships could allow for more transmission among humans and depending on their movements between different locations the virus could be spread across the continent. Among Antarctic wildlife previous in silico analyses suggested that cetaceans are at greater risk of infection whereas seals and birds appear to be at a low infection risk. However, caution needed until further research is carried out and consequently, the precautionary principle should be applied. Field researchers handling animals are identified as the human group posing the highest risk of transmission to animals while tourists and other personnel pose a significant risk only when in close proximity (< 5 m) to Antarctic fauna. We highlight measures to reduce the risk as well as identify of knowledge gaps related to this issue.

Published
2020

7. Risk Assessment of SARS-CoV-2 in Antarctic Wildlife

Author

Barbosa, Andrés, primary, Vansani, Arvind, additional, Morandini, Virginia, additional, Grimaldi, Wray, additional, Vanstreels, Ralph E.T., additional, Diaz, Julia I., additional, Boulinier, Thierry, additional, Dewar, Meagan, additional, Gonzalez-Acuña, Daniel, additional, Gray, Rachel, additional, McMahon, Clive R., additional, Miller, Gary, additional, Power, Michelle, additional, Gamble, Amandine, additional, and Wille, Michelle, additional

Published
2020
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8. The Expectations and Challenges of Wildlife Disease Research in the Era of Genomics: Forecasting with a Horizon Scan-like Exercise

Author

Fitak, Robert R, primary, Antonides, Jennifer D, primary, Baitchman, Eric J, primary, Bonaccorso, Elisa, primary, Braun, Josephine, primary, Kubiski, Steven, primary, Chiu, Elliott, primary, Fagre, Anna C, primary, Gagne, Roderick B, primary, Lee, Justin S, primary, Malmberg, Jennifer L, primary, Stenglein, Mark D, primary, Dusek, Robert J, primary, Forgacs, David, primary, Fountain-Jones, Nicholas M, primary, Gilbertson, Marie L J, primary, Worsley-Tonks, Katherine E L, primary, Funk, W Chris, primary, Trumbo, Daryl R, primary, Ghersi, Bruno M, primary, Grimaldi, Wray, primary, Heisel, Sara E, primary, Jardine, Claire M, primary, Kamath, Pauline L, primary, Karmacharya, Dibesh, primary, Kozakiewicz, Christopher P, primary, Kraberger, Simona, primary, Loisel, Dagan A, primary, McDonald, Cait, primary, Miller, Steven, primary, O’Rourke, Devon, primary, Ott-Conn, Caitlin N, primary, Páez-Vacas, Mónica, primary, Peel, Alison J, primary, Turner, Wendy C, primary, VanAcker, Meredith C, primary, VandeWoude, Sue, primary, and Pecon-Slattery, Jill, primary

Published
2019
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12. Considerations for minimising the spread of infectious disease in Antarctic seabirds and seals.

Author

Grimaldi, Wray, Jabour, Julia, and Woehler, Eric J

Abstract

Before 1998, concern was raised over the potential for human activities in Antarctica to introduce infectious disease organisms to native wildlife. A workshop was held that year to address this issue. In the last decade, there has been a dramatic increase in human traffic to the Antarctic and the number of commercial tourists visiting the Antarctic has steadily risen. Personnel of national science programmes, though relatively few in numbers, have the most intimate contact with wildlife and thus the greater potential to introduce organisms through their research activities. Many visitors are now able to arrive in the Antarctic from temperate regions within hours by aircraft, and from northern polar regions within 24 to 36 hours. Tourists, by their high numbers, also have the potential to transfer infectious disease agents among commonly visited sites. As of 2009, no outbreaks of infectious diseases in the Antarctic reported in the literature have been directly attributed to human activity, but the ameliorating climate may break down the barriers that have kept Antarctic wildlife relatively free of infectious diseases. Several agents of infectious diseases reported in Antarctic seabirds and seals are assessed for their likelihood to occur more frequently in terms of the characteristics of the agent, the behaviour of Antarctic wildlife, and the effects of an ameliorating climate (regional warming) in conjunction with continued increasing human activities. [ABSTRACT FROM PUBLISHER]

Published
2011
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