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Your search keyword '"McGowan, Jennifer"' showing total 22 results
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22 results on '"McGowan, Jennifer"'

1. Reply to: Global effects of marine protected areas on food security are unknown

Author

Sala, Enric, Mayorga, Juan, Bradley, Darcy, Cabral, Reniel B., Atwood, Trisha B., Auber, Arnaud, Cheung, William, Costello, Christopher, Ferretti, Francesco, Friedlander, Alan M., Gaines, Steven D., Garilao, Cristina, Goodell, Whitney, Halpern, Benjamin S., Hinson, Audra, Kaschner, Kristin, Kesner-Reyes, Kathleen, Leprieur, Fabien, Lubchenco, Jane, McGowan, Jennifer, Morgan, Lance E., Mouillot, David, Palacios-Abrantes, Juliano, Possingham, Hugh P., Rechberger, Kristin D., and Worm, Boris

Published
2023
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2. Co-occurrence of biodiversity, carbon storage, coastal protection, and fish and invertebrate production to inform global mangrove conservation planning

Author

Sievers, Michael, Brown, Christopher J., McGowan, Jennifer, Turschwell, Mischa P., Buelow, Christina A., Holgate, Briana, Pearson, Ryan M., Adame, Maria F., Andradi-Brown, Dominic A., Arnell, Andy, Mackey, Brendan G., Ermgassen, Philine S.E. zu, Gosling, Joe, McOwen, Chris J., Worthington, Thomas A., and Connolly, Rod M.

Published
2023
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6. Reply to: Quantifying the carbon benefits of ending bottom trawling

Author

Atwood, Trisha B., Sala, Enric, Mayorga, Juan, Bradley, Darcy, Cabral, Reniel B., Auber, Arnaud, Cheung, William, Ferretti, Francesco, Friedlander, Alan M., Gaines, Steven D., Garilao, Cristina, Goodell, Whitney, Halpern, Benjamin S., Hinson, Audra, Kaschner, Kristin, Kesner-Reyes, Kathleen, Leprieur, Fabien, McGowan, Jennifer, Morgan, Lance E., Mouillot, David, Palacios-Abrantes, Juliano, Possingham, Hugh P., Rechberger, Kristin D., Worm, Boris, and Lubchenco, Jane

Published
2023
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7. The Role of Verbal Auditory Hallucinations in Influencing and Retrospectively Predicting Physical Harm Prevalence in Early Psychosis

Author

Hazell, Cassie M, primary, Hasapopoulos, Sophia, additional, McGowan, Jennifer, additional, Hamza, Roman, additional, Ahmed, Zareena, additional, Gaughan, Ben, additional, Malillos, Monica Huerga, additional, Gill, Amber, additional, Nomani, Amber, additional, Hickson, Emily, additional, Koruni, Anjeza, additional, Islam, Faaisa, additional, Souray, Jonathan, additional, and Raune, David, additional

Published
2024
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11. Areas of global importance for conserving terrestrial biodiversity, carbon and water

Author

Jung, Martin, Arnell, Andy, de Lamo, Xavier, García-Rangel, Shaenandhoa, Lewis, Matthew, Mark, Jennifer, Merow, Cory, Miles, Lera, Ondo, Ian, Pironon, Samuel, Ravilious, Corinna, Rivers, Malin, Schepaschenko, Dmitry, Tallowin, Oliver, van Soesbergen, Arnout, Govaerts, Rafaël, Boyle, Bradley L., Enquist, Brian J., Feng, Xiao, Gallagher, Rachael, Maitner, Brian, Meiri, Shai, Mulligan, Mark, Ofer, Gali, Roll, Uri, Hanson, Jeffrey O., Jetz, Walter, Di Marco, Moreno, McGowan, Jennifer, Rinnan, D. Scott, Sachs, Jeffrey D., Lesiv, Myroslava, Adams, Vanessa M., Andrew, Samuel C., Burger, Joseph R., Hannah, Lee, Marquet, Pablo A., McCarthy, James K., Morueta-Holme, Naia, Newman, Erica A., Park, Daniel S., Roehrdanz, Patrick R., Svenning, Jens-Christian, Violle, Cyrille, Wieringa, Jan J., Wynne, Graham, Fritz, Steffen, Strassburg, Bernardo B. N., Obersteiner, Michael, Kapos, Valerie, Burgess, Neil, Schmidt-Traub, Guido, and Visconti, Piero

Published
2021
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12. Reply to: A path forward for analysing the impacts of marine protected areas

Author

Sala, Enric, Mayorga, Juan, Bradley, Darcy, Cabral, Reniel B., Atwood, Trisha B., Auber, Arnaud, Cheung, William, Costello, Christopher, Ferretti, Francesco, Friedlander, Alan M., Gaines, Steven D., Garilao, Cristina, Goodell, Whitney, Halpern, Benjamin S., Hinson, Audra, Kaschner, Kristin, Kesner-Reyes, Kathleen, Leprieur, Fabien, Lubchenco, Jane, McGowan, Jennifer, Morgan, Lance E., Mouillot, David, Palacios-Abrantes, Juliano, Possingham, Hugh P., Rechberger, Kristin D., and Worm, Boris

Published
2022
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13. Author Correction: Areas of global importance for conserving terrestrial biodiversity, carbon and water

Author

Jung, Martin, Arnell, Andy, de Lamo, Xavier, García-Rangel, Shaenandhoa, Lewis, Matthew, Mark, Jennifer, Merow, Cory, Miles, Lera, Ondo, Ian, Pironon, Samuel, Ravilious, Corinna, Rivers, Malin, Schepaschenko, Dmitry, Tallowin, Oliver, van Soesbergen, Arnout, Govaerts, Rafaël, Boyle, Bradley L., Enquist, Brian J., Feng, Xiao, Gallagher, Rachael, Maitner, Brian, Meiri, Shai, Mulligan, Mark, Ofer, Gali, Roll, Uri, Hanson, Jeffrey O., Jetz, Walter, Di Marco, Moreno, McGowan, Jennifer, Rinnan, D. Scott, Sachs, Jeffrey D., Lesiv, Myroslava, Adams, Vanessa M., Andrew, Samuel C., Burger, Joseph R., Hannah, Lee, Marquet, Pablo A., McCarthy, James K., Morueta-Holme, Naia, Newman, Erica A., Park, Daniel S., Roehrdanz, Patrick R., Svenning, Jens-Christian, Violle, Cyrille, Wieringa, Jan J., Wynne, Graham, Fritz, Steffen, Strassburg, Bernardo B. N., Obersteiner, Michael, Kapos, Valerie, Burgess, Neil, Schmidt-Traub, Guido, and Visconti, Piero

Published
2021
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14. A Globally Integrated Structure of Taxonomy supporting biodiversity science and conservation

Author

Sandall, Emily, primary, Maureaud, Aurore, additional, Guralnick, Robert, additional, McGeoch, Melodie, additional, Sica, Yanina, additional, Rogan, Matthew, additional, Booher, Douglas, additional, Costello, Mark, additional, Edwards, Robert, additional, Franz, Nico, additional, Ingenloff, Kate, additional, Lucas, Maisha, additional, Marsh, Charles, additional, McGowan, Jennifer, additional, Pinkert, Stefan, additional, Ranipeta, Ajay, additional, Uetz, Peter, additional, Wieczorek, John, additional, and Jetz, Walter, additional

Published
2022
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15. Getting the GIST: Testing an integrative data structure for linking taxonomy, biodiversity and conservation

Author

Sandall, Emily, primary, Maureaud, Aurore, additional, Guralnick, Robert, additional, McGeoch, Melodie, additional, Sica, Yanina, additional, Rogan, Matthew, additional, Booher, Doug, additional, Costello, Mark, additional, Edwards, Robert, additional, Franz, Nico, additional, Ingenloff, Kate, additional, Lucas, Maisha, additional, Marsh, Charles, additional, McGowan, Jennifer, additional, Pinkert, Stefan, additional, Ranipeta, Ajay, additional, Uetz, Peter, additional, Wieczorek, John, additional, and Jetz, Walter, additional

Published
2022
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16. Project data and code access underlying the globally integrated taxonomic structure

Author

McGeoch, Melodie A., McGowan, Jennifer, Edwards, Robert, Maisha Lucas, Ranipeta, Ajay, Uetz, Peter, Jetz, Walter, Sandall, Emily L., Sica, Yanina V., Rogan, Matthew S., Pinkert, Stefan, Marsh, Charles J., Wieczorek, John, Ingenloff, Kate, Maureaud, Aurore, Franz, Nico, Guralnick, Robert, and Booher, Douglas B.

Abstract

Data and code underlying the project and manuscript on an integrated structure of taxonomy

Published
2022
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19. Multi-objective zoning for aquaculture and biodiversity

Author

Venier, Chiara, primary, Menegon, Stefano, additional, Possingham, Hugh P., additional, Gissi, Elena, additional, Zanella, Andrea, additional, Depellegrin, Daniel, additional, Sarretta, Alessandro, additional, Barbanti, Andrea, additional, and McGowan, Jennifer, additional

Published
2021
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20. An objective‐based prioritization approach to support trophic complexity through ecological restoration species mixes.

Author

Ladouceur, Emma, McGowan, Jennifer, Huber, Patrick, Possingham, Hugh, Scridel, Davide, van Klink, Roel, Poschlod, Peter, Cornelissen, Johannes Hans C., Bonomi, Costantino, and Jiménez‐Alfaro, Borja

Subjects
*RESTORATION ecology, *BIOTIC communities, *PLANT species, *ANIMAL species, *FOOD chains, *ECOSYSTEMS, *MOUNTAIN ecology
Abstract

Reassembling ecological communities and rebuilding habitats through active restoration treatments require curating the selection of plant species to use in seeding and planting mixes. Ideally, these mixes should be assembled based on attributes that support ecosystem function and services, promote plant and animal species interactions and ecological networks in restoration while balancing project constraints. Despite these critical considerations, it is common for species mixes to be selected opportunistically. Reframing the selection of seed mixes for restoration around ecological objectives is essential for success but accessible methods and tools are needed to support this effort.We developed a framework to optimize species seed mixes based on prioritizing plant species attributes to best support different objectives for ecosystem functions, services and trophic relationships such as pollination, seed dispersal and herbivory. We compared results to approaches where plant species are selected to represent plant taxonomic richness, dominant species and at random. We tested our framework in European alpine grasslands by identifying 176 plant species characteristic of the species pool, and identified 163 associated attributes affiliated to trophic relationships, ecosystem functions and services.In all cases, trophic relationships, ecosystem functions and services can be captured more efficiently through objective‐based prioritization using the functional identity of plant species. Solutions (plant species lists) can be compared quantitatively, in terms of costs, species or objectives. We confirm that a random draw of plant species from the regional plant species pool cannot be assumed to support other trophic groups and ecosystem functions and services.Synthesis and Applications. Our framework is presented as a proof‐of‐concept to help restoration practitioners better apply quantitative decision support to plant species selection to efficiently meet ecological restoration outcomes. Our approach may be tailored to any restoration initiative, habitat or restoration targets where seeding or planting mixes will be applied in active treatments. As global priority and resources are increasingly placed into restoration, this approach could be advanced to help make efficient decisions for many stages of the restoration process. [ABSTRACT FROM AUTHOR]

Published
2022
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21. Prioritizing actions: spatial action maps for conservation.

Author

Tallis, Heather, Fargione, Joe, Game, Edward, McDonald, Rob, Baumgarten, Leandro, Bhagabati, Nirmal, Cortez, Rane, Griscom, Bronson, Higgins, Jonathan, Kennedy, Christina M., Kiesecker, Joe, Kroeger, Timm, Leberer, Trina, McGowan, Jennifer, Mandle, Lisa, Masuda, Yuta J., Morrison, Scott A., Palmer, Sally, Shirer, Rebecca, and Shyamsundar, Priya

Subjects
BIODIVERSITY conservation, ENVIRONMENTAL quality, CONSERVATION projects (Natural resources), BIODIVERSITY, ECOSYSTEM services
Abstract

Spatial prioritization is a critical step in conservation planning, a process designed to ensure that limited resources are applied in ways that deliver the highest possible returns for biodiversity and human wellbeing. In practice, many spatial prioritizations fall short of their potential by focusing on places rather than actions, and by using data of snapshots of assets or threats rather than estimated impacts. We introduce spatial action mapping as an approach that overcomes these shortfalls. This approach produces a spatially explicit view of where and how much a given conservation action is likely to contribute to achieving stated conservation goals. Through seven case examples, we demonstrate simple to complex versions of how this method can be applied across local to global scales to inform decisions about a wide range of conservation actions and benefits. Spatial action mapping can support major improvements in efficient use of conservation resources and will reach its full potential as the quality of environmental, social, and economic datasets converge and conservation impact evaluations improve. [ABSTRACT FROM AUTHOR]

Published
2021
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22. High Altitude Cardiopulmonary Diseases

Author

Fuehrer J, McGowan J, and Huecker MR

Abstract

Every year, millions of outdoor enthusiasts visit high-altitude destinations. Many of these individuals are unaware or underprepared for the potential medical risks involved with their travels. Healthcare professionals must be cognizant of the potential complications of these high-altitude activities and prepared to provide education and treatment to these patients. High-altitude illnesses are commonly observed at altitudes greater than 2500 meters (8200 feet). The more severe forms of altitude illness, such as those affecting the cerebral and cardiopulmonary systems, present at moderately high altitudes due to the ease of travel with a rapid ascent to popular destinations such as ski resorts. Prompt recognition and initiation of treatment significantly reduce morbidity and mortality in these patients. The most studied form of pulmonary insult at altitude, high-altitude pulmonary edema (HAPE), is also the most common cause of high-altitude-related death. HAPE is largely preventable with proper acclimatization and gradual ascent. If recognized early and treated promptly, HAPE has a good prognosis, with most patients making a quick, full recovery. HAPE is characterized by respiratory compromise leading to respiratory distress and failure secondary to noncardiogenic pulmonary edema. Although underlying medical comorbidities can predispose patients to develop HAPE, many affected patients are young, healthy individuals., (Copyright © 2022, StatPearls Publishing LLC.)

Published
2022

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