Quae
1775657659
20260408
fre
www.quae.com-004575
03
01
01
004575
03
9782759241255
15
9782759241255
00
BA
02
160
mm
01
240
mm
08
730
gr
02
10
01
02
Synthèses
Ouvrages scientifiques et techniques de référence destinés à l’enseignement supérieur, aux scientifiques et aux ingénieurs. Ils sont traités, dirigés ou rédigés par des spécialistes reconnus du domaine, et font le tour d’un sujet donné.
01
01
Biological Highways in the Sky
The dispersal of microorganisms, insects and other small life forms via the atmosphere
1
B15
01
A2768
16
0000000083272853
21
0000-0002-9135-1812
Cindy E. Morris
Morris, Cindy E.
Cindy E.
Morris
<p>Cindy E. Morris is a plant pathologist and Research Director at France’s National Research Institute for Agriculture, Food and Environment (INRAE). She has focused on the ecology of plant pathogens, viz. the identification of environmental reservoirs, tracing long distance aerial dispersal routes and beneficial roles in the water cycle via their ice nucleation activity. </p>
2
B15
01
A2769
16
0000000128974016
21
0000-0002-5882-8498
Leda N. Kobziar
Kobziar, Leda N.
Leda N.
Kobziar
<p>Leda N. Kobziar is a fire ecologist and Professor of Wildland Fire Science at the University of Idaho. She focuses on the role that wildland fire plays in influencing and maintaining ecosystems around the globe, including its effects on soil processes, vegetation communities, and atmospheric microbiomes. </p>
3
B15
01
A2770
16
0000000126400836
21
0000-0002-9894-7360
Brent C. Christner
Christner, Brent C.
Brent C.
Christner
<p>Brent C. Christner is a polar field researcher and Professor of Microbiology & Cell Science at the University of Florida. He supervises a research group that specializes in environmental and extremophile microbiology, with particularly emphasis of life in glacial ecosystems, the deep subsurface, and the atmosphere.</p>
4
B15
01
A2771
21
0000-0003-4378-5031
Claire Garros
Garros, Claire
Claire
Garros
<p>Claire Garros is a medical and veterinary entomologist at the French Agricultural Research and International Cooperation Organization (CIRAD) working for the sustainable development of tropical and Mediterranean regions. She has an expertise on highly dispersive biting midge species transmitting viruses to livestock.</p>
5
B15
01
A2772
16
0000000394503719
21
0000-0002-0979-6397
François De Vleeschouwer
De Vleeschouwer, François
François
De Vleeschouwer
<p>François De Vleeschouwer is an environmental geochemist at the University of Buenos Aires. He is interested in the dynamics of atmospheric dust and pollutants, in relation to climate change and past/present human impacts. His geographical focuses are international projects, the high latitudes of the Southern Hemisphere and in the high altitudes of South America.</p>
1
01
eng
00
328
03
02
24
Izibook:Subject
Milieux naturels et environnement
24
Izibook:Subject
Sciences de la vie et de la terre
24
Izibook:Subject
Impression à la demande
24
Izibook:SubjectAndCategoryAndTags
|Milieux naturels et environnement|Biodiversité, flores et faunes
24
Izibook:SubjectAndCategoryAndTags
|Sciences de la vie et de la terre|Biologie générale;Ecologie générale
24
Izibook:SubjectAndCategoryAndTags
|Impression à la demande|
23
Izibook:Tags
Biodiversité, flores et faunes
23
Izibook:NewTags
Milieux naturels et environnement|Biodiversité, flores et faunes
23
Izibook:NewTags
Sciences de la vie et de la terre|Biologie générale;Ecologie générale
20
bioaerosol;particles;atmosphere;fire smoke;aerial dissemination;airborne microorganism;air;human health
10
2011
NAT045000
10
2011
SCI009000
10
2011
SCI045000
29
3058
29
3067
29
4043
29
4092
01
500
01
577
01
578
01
579
03
00
<p><b>This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.</b></p><p><b>Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.</b></p><p>This book explores the atmosphere as a dynamic transport system for small biological particles in the atmosphere, with a focus on microorganisms and small insects, applicable to nematodes, spiders, tardigrades, etc. It brings together interdisciplinary competence from Life, Earth and Mathematical Sciences to describe emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions. The book introduces tools to trace dispersal routes, assess post-deposition impacts, as well as the concepts of “atmospheric biogeography” and “windsheds” to understand and anticipate microbial movement across landscapes and borders. It offers stimulus to both new and established researchers to undertake an important challenge in aerobiology: to more precisely characterize and quantify the dynamics of particle voyages on the highways of the atmosphere and identify the impacts of these voyages on disease epidemiology, environmental quality and the evolution of organisms.</p>
<p><b>This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.</b></p><p><b>Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.</b></p><p>This book explores the atmosphere as a dynamic transport system for microorganisms and small organisms such as insects. It brings together interdisciplinary competence from Life, Earth and Mathematical Sciences to describe emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions. The book introduces tools to trace dispersal routes, assess post-deposition impacts, as well as the concepts of “atmospheric biogeography” and “windsheds” to understand and anticipate microbial movement across landscapes and borders.</p>
02
00
<p>This book explores the atmosphere as a dynamic transport system for microorganisms, insects and other small life forms. It describes emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions.</p>
04
00
<h4>Introduction: the precarious yet never-ending cycle of voyages on high</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6><h3>Section 1. The nature of atmospheric highways and principles for understanding how microbial particles can ride them</h3><h4>Chapter 1. Air mass movement across Earth: Highways for particle transport in the past, present and future</h4><h6>Fabrice Lambert</h6><h4>Chapter 2. A primer on the aerodynamic traits of microbial particles that define their capacity for dispersal</h4><h6>Cindy E. Morris</h6><h4>Chapter 3. Approaches to quantifying emissions of bioaerosols and hunting for the hot spots</h4><h6>Federico Carotenuto</h6><h4>Chapter 4. Modelling the transport of microorganisms: What can we learn from particle transport models?</h4><h6>Rémy Lapere, Sylvain Mailler</h6><h3>Section 2. The travel diaries of microorganisms and insects that ride the winds</h3><h4>Chapter 5. Uncovering microbial resilience aloft: Exploring boundary conditions in atmospheric environments</h4><h6>Kevin P. Dillon, Donna E. Fennell, Gediminas Mainelis</h6><h4>Chapter 6. Metabolic activity of airborne microorganisms</h4><h6>Florent Rossi, Raphaëlle Péguilhan, Pierre Amato</h6><h4>Chapter 7. Release of primary biological aerosol particles from surface waters</h4><h6>Paul Zieger, Julika Zinke, Gabriel Pereira Freitas, Matthew Salter</h6><h4>Chapter 8. Wildland fire smoke plumes as generators and transporters of living bioaerosols</h4><h6>Leda N. Kobziar, Krista Bonfantine, James Markwiese, Jay R. Reichman, Taylor Minich, Timothy Dean, Phinehas Lampman, Kalia Bistolas</h6><h4>Chapter 9. More than wings: Long-distance dissemination of insects in the atmosphere</h4><h6>Margaux Darnis, Alexandra Schoeny, Nicolas Sauvion</h6><h4>Chapter 10. Glacial archives of ancient atmospheres and aerobiota</h4><h6>Fiona Harris, Brent Christner</h6><h3>Section 3. The extent of aerial voyages and their impact on disease epidemiology and environmental quality</h3><h4>Chapter 11. An overview of the demographic and genetic toolbox for assessing wind-assisted dispersal</h4><h6>Margaux Darnis, Karine Berthier</h6><h4>Chapter 12. Ecosystem invasion by airborne microorganisms</h4><h6>Marie Labat Saint Vincent, Romie Tignat-Perrier, Aurélien Dommergue, Catherine Larose</h6><h4>Chapter 13. Biology of the air we breathe: Potential impact on health</h4><h6>David Sykes, Elisa Giammarini, Gillian Clayton, Iain McLellan, Andrew Hursthouse</h6><h4>Chapter 14. Using the logic of aerial dissemination patterns and networks for optimizing plant disease surveillance strategies</h4><h6>Andrea Radici, Davide Martinetti</h6><h4>General Conclusion</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6>
<h4>Introduction: the precarious yet never-ending cycle of voyages on high</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6><h3>Section 1. The nature of atmospheric highways and principles for understanding how microbial particles can ride them</h3><h4>Chapter 1. Air mass movement across Earth: Highways for particle transport in the past, present and future</h4><h6>Fabrice Lambert</h6><h4>Chapter 2. A primer on the aerodynamic traits of microbial particles that define their capacity for dispersal</h4><h6>Cindy E. Morris</h6><h4>Chapter 3. Approaches to quantifying emissions of bioaerosols and hunting for the hot spots</h4><h6>Federico Carotenuto</h6><h4>Chapter 4. Modelling the transport of microorganisms: What can we learn from particle transport models?</h4><h6>Rémy Lapere, Sylvain Mailler</h6><h3>Section 2. The travel diaries of microorganisms and insects that ride the winds</h3><h4>Chapter 5. Uncovering microbial resilience aloft: Exploring boundary conditions in atmospheric environments</h4><h6>Kevin P. Dillon, Donna E. Fennell, Gediminas Mainelis</h6><h4>Chapter 6. Metabolic activity of airborne microorganisms</h4><h6>Florent Rossi, Raphaëlle Péguilhan, Pierre Amato</h6><h4>Chapter 7. Release of primary biological aerosol particles from surface waters</h4><h6>Paul Zieger, Julika Zinke, Gabriel Pereira Freitas, Matthew Salter</h6><h4>Chapter 8. Wildland fire smoke plumes as generators and transporters of living biological aerosols</h4><h6>Leda N. Kobziar, Krista Bonfantine, James Markwiese, Jay R. Reichman, Taylor Minich, Timothy Dean, Phinehas Lampman, Kalia Bistolas</h6><h4>Chapter 9. More than wings: Long-distance dissemination of insects in the atmosphere</h4><h6>Margaux Darnis, Alexandra Schoeny, Nicolas Sauvion</h6><h4>Chapter 10. Glacial archives of ancient atmospheres and aerobiota</h4><h6>Fiona Harris, Brent Christner</h6><h3>Section 3. The extent of aerial voyages and their impact on disease epidemiology and environmental quality</h3><h4>Chapter 11. An overview of the demographic and genetic toolbox for assessing wind-assisted dispersal</h4><h6>Margaux Darnis, Karine Berthier</h6><h4>Chapter 12. Ecosystem invasion by airborne microorganisms</h4><h6>Marie Labat Saint Vincent, Romie Tignat-Perrier, Aurélien Dommergue, Catherine Larose</h6><h4>Chapter 13. Biology of the air we breathe: Potential impact on health</h4><h6>David Sykes, Elisa Giammarini, Gillian Clayton, Iain McLellan, Andrew Hursthouse</h6><h4>Chapter 14. Using the logic of aerial dissemination patterns and networks for optimizing plant disease surveillance strategies</h4><h6>Andrea Radici, Davide Martinetti</h6><h4>General Conclusion</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6>
21
00
06
01
https://www.quae.com/produit/1985/9782759241262/biological-highways-in-the-sky
01
00
03
02
https://www.quae.com/system/product_pictures/data/010/006/619/original/03032BDW_Biological-highways.jpg
17
14
20251201T120537+0100
01
P4
Éditions Quae
01
01
P4
Éditions Quae
04
01
00
20251031
19
00
20251031
01
WORLD
27
03
9782759241262
15
9782759241262
27
03
9782759241279
15
9782759241279
WORLD
08
Éditions Quae
04
01
00
20251031
03
01
D1
Quae
21
04
05
35.00
01
5.50
1.82
EUR
www.quae.com-R004334
03
01
01
R004334
00
ED
E107
02
01
01
Biological Highways in the Sky
The dispersal of microorganisms, insects and other small life forms via the atmosphere
01
eng
08
332
03
22
6963898
17
01
P4
Éditions Quae
01
01
P4
Éditions Quae
02
01
004588
03
9782759241262
15
9782759241262
03
01
D1
Quae
45
03
www.quae.com-004588
03
01
01
004588
03
9782759241262
15
9782759241262
06
10.35690/978-2-7592-4126-2
10
EA
E107
10
02
CC BY-NC-ND 2.0 FR
02
https://creativecommons.org/licenses/by-nc-nd/2.0/fr/
01
R004334
ED
E107
1
10
01
02
Synthèses
Ouvrages scientifiques et techniques de référence destinés à l’enseignement supérieur, aux scientifiques et aux ingénieurs. Ils sont traités, dirigés ou rédigés par des spécialistes reconnus du domaine, et font le tour d’un sujet donné.
01
01
Biological Highways in the Sky
The dispersal of microorganisms, insects and other small life forms via the atmosphere
1
B15
01
A2768
16
0000000083272853
21
0000-0002-9135-1812
Cindy E. Morris
Morris, Cindy E.
Cindy E.
Morris
<p>Cindy E. Morris is a plant pathologist and Research Director at France’s National Research Institute for Agriculture, Food and Environment (INRAE). She has focused on the ecology of plant pathogens, viz. the identification of environmental reservoirs, tracing long distance aerial dispersal routes and beneficial roles in the water cycle via their ice nucleation activity. </p>
2
B15
01
A2769
16
0000000128974016
21
0000-0002-5882-8498
Leda N. Kobziar
Kobziar, Leda N.
Leda N.
Kobziar
<p>Leda N. Kobziar is a fire ecologist and Professor of Wildland Fire Science at the University of Idaho. She focuses on the role that wildland fire plays in influencing and maintaining ecosystems around the globe, including its effects on soil processes, vegetation communities, and atmospheric microbiomes. </p>
3
B15
01
A2770
16
0000000126400836
21
0000-0002-9894-7360
Brent C. Christner
Christner, Brent C.
Brent C.
Christner
<p>Brent C. Christner is a polar field researcher and Professor of Microbiology & Cell Science at the University of Florida. He supervises a research group that specializes in environmental and extremophile microbiology, with particularly emphasis of life in glacial ecosystems, the deep subsurface, and the atmosphere.</p>
4
B15
01
A2771
21
0000-0003-4378-5031
Claire Garros
Garros, Claire
Claire
Garros
<p>Claire Garros is a medical and veterinary entomologist at the French Agricultural Research and International Cooperation Organization (CIRAD) working for the sustainable development of tropical and Mediterranean regions. She has an expertise on highly dispersive biting midge species transmitting viruses to livestock.</p>
5
B15
01
A2772
16
0000000394503719
21
0000-0002-0979-6397
François De Vleeschouwer
De Vleeschouwer, François
François
De Vleeschouwer
<p>François De Vleeschouwer is an environmental geochemist at the University of Buenos Aires. He is interested in the dynamics of atmospheric dust and pollutants, in relation to climate change and past/present human impacts. His geographical focuses are international projects, the high latitudes of the Southern Hemisphere and in the high altitudes of South America.</p>
1
01
eng
08
328
03
02
24
Izibook:Subject
Milieux naturels et environnement
24
Izibook:Subject
Sciences de la vie et de la terre
24
Izibook:Subject
Impression à la demande
24
Izibook:SubjectAndCategoryAndTags
|Milieux naturels et environnement|Biodiversité, flores et faunes
24
Izibook:SubjectAndCategoryAndTags
|Sciences de la vie et de la terre|Biologie générale;Ecologie générale
24
Izibook:SubjectAndCategoryAndTags
|Impression à la demande|
23
Izibook:Tags
Biodiversité, flores et faunes
23
Izibook:NewTags
Milieux naturels et environnement|Biodiversité, flores et faunes
23
Izibook:NewTags
Sciences de la vie et de la terre|Biologie générale;Ecologie générale
20
bioaerosol;particles;atmosphere;fire smoke;aerial dissemination;airborne microorganism;air;human health
10
2011
NAT045000
10
2011
SCI009000
10
2011
SCI045000
29
3058
29
3067
29
4043
29
4092
01
500
01
577
01
578
01
579
03
00
<p><b>This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.</b></p><p><b>Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.</b></p><p>This book explores the atmosphere as a dynamic transport system for small biological particles in the atmosphere, with a focus on microorganisms and small insects, applicable to nematodes, spiders, tardigrades, etc. It brings together interdisciplinary competence from Life, Earth and Mathematical Sciences to describe emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions. The book introduces tools to trace dispersal routes, assess post-deposition impacts, as well as the concepts of “atmospheric biogeography” and “windsheds” to understand and anticipate microbial movement across landscapes and borders. It offers stimulus to both new and established researchers to undertake an important challenge in aerobiology: to more precisely characterize and quantify the dynamics of particle voyages on the highways of the atmosphere and identify the impacts of these voyages on disease epidemiology, environmental quality and the evolution of organisms.</p>
<p><b>This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.</b></p><p><b>Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.</b></p><p>This book explores the atmosphere as a dynamic transport system for microorganisms and small organisms such as insects. It brings together interdisciplinary competence from Life, Earth and Mathematical Sciences to describe emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions. The book introduces tools to trace dispersal routes, assess post-deposition impacts, as well as the concepts of “atmospheric biogeography” and “windsheds” to understand and anticipate microbial movement across landscapes and borders.</p>
02
00
<p>This book explores the atmosphere as a dynamic transport system for microorganisms, insects and other small life forms. It describes emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions.</p>
04
00
<h4>Introduction: the precarious yet never-ending cycle of voyages on high</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6><h3>Section 1. The nature of atmospheric highways and principles for understanding how microbial particles can ride them</h3><h4>Chapter 1. Air mass movement across Earth: Highways for particle transport in the past, present and future</h4><h6>Fabrice Lambert</h6><h4>Chapter 2. A primer on the aerodynamic traits of microbial particles that define their capacity for dispersal</h4><h6>Cindy E. Morris</h6><h4>Chapter 3. Approaches to quantifying emissions of bioaerosols and hunting for the hot spots</h4><h6>Federico Carotenuto</h6><h4>Chapter 4. Modelling the transport of microorganisms: What can we learn from particle transport models?</h4><h6>Rémy Lapere, Sylvain Mailler</h6><h3>Section 2. The travel diaries of microorganisms and insects that ride the winds</h3><h4>Chapter 5. Uncovering microbial resilience aloft: Exploring boundary conditions in atmospheric environments</h4><h6>Kevin P. Dillon, Donna E. Fennell, Gediminas Mainelis</h6><h4>Chapter 6. Metabolic activity of airborne microorganisms</h4><h6>Florent Rossi, Raphaëlle Péguilhan, Pierre Amato</h6><h4>Chapter 7. Release of primary biological aerosol particles from surface waters</h4><h6>Paul Zieger, Julika Zinke, Gabriel Pereira Freitas, Matthew Salter</h6><h4>Chapter 8. Wildland fire smoke plumes as generators and transporters of living bioaerosols</h4><h6>Leda N. Kobziar, Krista Bonfantine, James Markwiese, Jay R. Reichman, Taylor Minich, Timothy Dean, Phinehas Lampman, Kalia Bistolas</h6><h4>Chapter 9. More than wings: Long-distance dissemination of insects in the atmosphere</h4><h6>Margaux Darnis, Alexandra Schoeny, Nicolas Sauvion</h6><h4>Chapter 10. Glacial archives of ancient atmospheres and aerobiota</h4><h6>Fiona Harris, Brent Christner</h6><h3>Section 3. The extent of aerial voyages and their impact on disease epidemiology and environmental quality</h3><h4>Chapter 11. An overview of the demographic and genetic toolbox for assessing wind-assisted dispersal</h4><h6>Margaux Darnis, Karine Berthier</h6><h4>Chapter 12. Ecosystem invasion by airborne microorganisms</h4><h6>Marie Labat Saint Vincent, Romie Tignat-Perrier, Aurélien Dommergue, Catherine Larose</h6><h4>Chapter 13. Biology of the air we breathe: Potential impact on health</h4><h6>David Sykes, Elisa Giammarini, Gillian Clayton, Iain McLellan, Andrew Hursthouse</h6><h4>Chapter 14. Using the logic of aerial dissemination patterns and networks for optimizing plant disease surveillance strategies</h4><h6>Andrea Radici, Davide Martinetti</h6><h4>General Conclusion</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6>
<h4>Introduction: the precarious yet never-ending cycle of voyages on high</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6><h3>Section 1. The nature of atmospheric highways and principles for understanding how microbial particles can ride them</h3><h4>Chapter 1. Air mass movement across Earth: Highways for particle transport in the past, present and future</h4><h6>Fabrice Lambert</h6><h4>Chapter 2. A primer on the aerodynamic traits of microbial particles that define their capacity for dispersal</h4><h6>Cindy E. Morris</h6><h4>Chapter 3. Approaches to quantifying emissions of bioaerosols and hunting for the hot spots</h4><h6>Federico Carotenuto</h6><h4>Chapter 4. Modelling the transport of microorganisms: What can we learn from particle transport models?</h4><h6>Rémy Lapere, Sylvain Mailler</h6><h3>Section 2. The travel diaries of microorganisms and insects that ride the winds</h3><h4>Chapter 5. Uncovering microbial resilience aloft: Exploring boundary conditions in atmospheric environments</h4><h6>Kevin P. Dillon, Donna E. Fennell, Gediminas Mainelis</h6><h4>Chapter 6. Metabolic activity of airborne microorganisms</h4><h6>Florent Rossi, Raphaëlle Péguilhan, Pierre Amato</h6><h4>Chapter 7. Release of primary biological aerosol particles from surface waters</h4><h6>Paul Zieger, Julika Zinke, Gabriel Pereira Freitas, Matthew Salter</h6><h4>Chapter 8. Wildland fire smoke plumes as generators and transporters of living biological aerosols</h4><h6>Leda N. Kobziar, Krista Bonfantine, James Markwiese, Jay R. Reichman, Taylor Minich, Timothy Dean, Phinehas Lampman, Kalia Bistolas</h6><h4>Chapter 9. More than wings: Long-distance dissemination of insects in the atmosphere</h4><h6>Margaux Darnis, Alexandra Schoeny, Nicolas Sauvion</h6><h4>Chapter 10. Glacial archives of ancient atmospheres and aerobiota</h4><h6>Fiona Harris, Brent Christner</h6><h3>Section 3. The extent of aerial voyages and their impact on disease epidemiology and environmental quality</h3><h4>Chapter 11. An overview of the demographic and genetic toolbox for assessing wind-assisted dispersal</h4><h6>Margaux Darnis, Karine Berthier</h6><h4>Chapter 12. Ecosystem invasion by airborne microorganisms</h4><h6>Marie Labat Saint Vincent, Romie Tignat-Perrier, Aurélien Dommergue, Catherine Larose</h6><h4>Chapter 13. Biology of the air we breathe: Potential impact on health</h4><h6>David Sykes, Elisa Giammarini, Gillian Clayton, Iain McLellan, Andrew Hursthouse</h6><h4>Chapter 14. Using the logic of aerial dissemination patterns and networks for optimizing plant disease surveillance strategies</h4><h6>Andrea Radici, Davide Martinetti</h6><h4>General Conclusion</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6>
21
00
06
01
https://www.quae.com/produit/1985/9782759241262/biological-highways-in-the-sky
01
00
03
02
https://www.quae.com/system/product_pictures/data/010/006/619/original/03032BDW_Biological-highways.jpg
17
14
20251201T120537+0100
15
00
04
02
01
E107
04
extrait-biological-highways-in-the-sky-9782759241262.pdf
05
0.57
06
402cdb56fe163ee8ef5f21ca84723ecd
https://www.quae.com/extract/4357?filename=extrait-biological-highways-in-the-sky-9782759241262.pdf&md5sum=402cdb56fe163ee8ef5f21ca84723ecd&size=593499&title=Extrait+au+format+PDF
17
14
20251201T120550+0100
01
P4
Éditions Quae
01
01
P4
Éditions Quae
04
01
00
20251031
19
00
20251031
01
WORLD
13
03
9782759241255
15
9782759241255
06
03
9782759241279
15
9782759241279
WORLD
08
Éditions Quae
04
01
00
20251031
03
01
D1
Quae
20
04
05
01
EUR
www.quae.com-R004336
03
01
01
R004336
00
ED
E101
02
01
01
Biological Highways in the Sky
The dispersal of microorganisms, insects and other small life forms via the atmosphere
01
eng
22
4670648
17
01
P4
Éditions Quae
01
01
P4
Éditions Quae
02
01
004589
03
9782759241279
15
9782759241279
03
01
D1
Quae
45
03
www.quae.com-004589
03
01
01
004589
03
9782759241279
15
9782759241279
10
EA
E101
E200
10
02
CC BY-NC-ND 2.0 FR
02
https://creativecommons.org/licenses/by-nc-nd/2.0/fr/
01
R004336
ED
E101
1
10
01
02
Synthèses
Ouvrages scientifiques et techniques de référence destinés à l’enseignement supérieur, aux scientifiques et aux ingénieurs. Ils sont traités, dirigés ou rédigés par des spécialistes reconnus du domaine, et font le tour d’un sujet donné.
01
01
Biological Highways in the Sky
The dispersal of microorganisms, insects and other small life forms via the atmosphere
1
B15
01
A2768
16
0000000083272853
21
0000-0002-9135-1812
Cindy E. Morris
Morris, Cindy E.
Cindy E.
Morris
<p>Cindy E. Morris is a plant pathologist and Research Director at France’s National Research Institute for Agriculture, Food and Environment (INRAE). She has focused on the ecology of plant pathogens, viz. the identification of environmental reservoirs, tracing long distance aerial dispersal routes and beneficial roles in the water cycle via their ice nucleation activity. </p>
2
B15
01
A2769
16
0000000128974016
21
0000-0002-5882-8498
Leda N. Kobziar
Kobziar, Leda N.
Leda N.
Kobziar
<p>Leda N. Kobziar is a fire ecologist and Professor of Wildland Fire Science at the University of Idaho. She focuses on the role that wildland fire plays in influencing and maintaining ecosystems around the globe, including its effects on soil processes, vegetation communities, and atmospheric microbiomes. </p>
3
B15
01
A2770
16
0000000126400836
21
0000-0002-9894-7360
Brent C. Christner
Christner, Brent C.
Brent C.
Christner
<p>Brent C. Christner is a polar field researcher and Professor of Microbiology & Cell Science at the University of Florida. He supervises a research group that specializes in environmental and extremophile microbiology, with particularly emphasis of life in glacial ecosystems, the deep subsurface, and the atmosphere.</p>
4
B15
01
A2771
21
0000-0003-4378-5031
Claire Garros
Garros, Claire
Claire
Garros
<p>Claire Garros is a medical and veterinary entomologist at the French Agricultural Research and International Cooperation Organization (CIRAD) working for the sustainable development of tropical and Mediterranean regions. She has an expertise on highly dispersive biting midge species transmitting viruses to livestock.</p>
5
B15
01
A2772
16
0000000394503719
21
0000-0002-0979-6397
François De Vleeschouwer
De Vleeschouwer, François
François
De Vleeschouwer
<p>François De Vleeschouwer is an environmental geochemist at the University of Buenos Aires. He is interested in the dynamics of atmospheric dust and pollutants, in relation to climate change and past/present human impacts. His geographical focuses are international projects, the high latitudes of the Southern Hemisphere and in the high altitudes of South America.</p>
1
01
eng
08
328
03
02
24
Izibook:Subject
Milieux naturels et environnement
24
Izibook:Subject
Sciences de la vie et de la terre
24
Izibook:Subject
Impression à la demande
24
Izibook:SubjectAndCategoryAndTags
|Milieux naturels et environnement|Biodiversité, flores et faunes
24
Izibook:SubjectAndCategoryAndTags
|Sciences de la vie et de la terre|Biologie générale;Ecologie générale
24
Izibook:SubjectAndCategoryAndTags
|Impression à la demande|
23
Izibook:Tags
Biodiversité, flores et faunes
23
Izibook:NewTags
Milieux naturels et environnement|Biodiversité, flores et faunes
23
Izibook:NewTags
Sciences de la vie et de la terre|Biologie générale;Ecologie générale
20
bioaerosol;particles;atmosphere;fire smoke;aerial dissemination;airborne microorganism;air;human health
10
2011
NAT045000
10
2011
SCI009000
10
2011
SCI045000
29
3058
29
3067
29
4043
29
4092
01
500
01
577
01
578
01
579
03
00
<p><b>This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.</b></p><p><b>Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.</b></p><p>This book explores the atmosphere as a dynamic transport system for small biological particles in the atmosphere, with a focus on microorganisms and small insects, applicable to nematodes, spiders, tardigrades, etc. It brings together interdisciplinary competence from Life, Earth and Mathematical Sciences to describe emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions. The book introduces tools to trace dispersal routes, assess post-deposition impacts, as well as the concepts of “atmospheric biogeography” and “windsheds” to understand and anticipate microbial movement across landscapes and borders. It offers stimulus to both new and established researchers to undertake an important challenge in aerobiology: to more precisely characterize and quantify the dynamics of particle voyages on the highways of the atmosphere and identify the impacts of these voyages on disease epidemiology, environmental quality and the evolution of organisms.</p>
<p><b>This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.</b></p><p><b>Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.</b></p><p>This book explores the atmosphere as a dynamic transport system for microorganisms and small organisms such as insects. It brings together interdisciplinary competence from Life, Earth and Mathematical Sciences to describe emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions. The book introduces tools to trace dispersal routes, assess post-deposition impacts, as well as the concepts of “atmospheric biogeography” and “windsheds” to understand and anticipate microbial movement across landscapes and borders.</p>
02
00
<p>This book explores the atmosphere as a dynamic transport system for microorganisms, insects and other small life forms. It describes emissions processes such as wildfire smoke, sea spray and recurrent uplift from plant canopies; transport processes and trajectories in the past, present and future; and how the voyagers survive the atmospheric physico-chemical conditions.</p>
04
00
<h4>Introduction: the precarious yet never-ending cycle of voyages on high</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6><h3>Section 1. The nature of atmospheric highways and principles for understanding how microbial particles can ride them</h3><h4>Chapter 1. Air mass movement across Earth: Highways for particle transport in the past, present and future</h4><h6>Fabrice Lambert</h6><h4>Chapter 2. A primer on the aerodynamic traits of microbial particles that define their capacity for dispersal</h4><h6>Cindy E. Morris</h6><h4>Chapter 3. Approaches to quantifying emissions of bioaerosols and hunting for the hot spots</h4><h6>Federico Carotenuto</h6><h4>Chapter 4. Modelling the transport of microorganisms: What can we learn from particle transport models?</h4><h6>Rémy Lapere, Sylvain Mailler</h6><h3>Section 2. The travel diaries of microorganisms and insects that ride the winds</h3><h4>Chapter 5. Uncovering microbial resilience aloft: Exploring boundary conditions in atmospheric environments</h4><h6>Kevin P. Dillon, Donna E. Fennell, Gediminas Mainelis</h6><h4>Chapter 6. Metabolic activity of airborne microorganisms</h4><h6>Florent Rossi, Raphaëlle Péguilhan, Pierre Amato</h6><h4>Chapter 7. Release of primary biological aerosol particles from surface waters</h4><h6>Paul Zieger, Julika Zinke, Gabriel Pereira Freitas, Matthew Salter</h6><h4>Chapter 8. Wildland fire smoke plumes as generators and transporters of living bioaerosols</h4><h6>Leda N. Kobziar, Krista Bonfantine, James Markwiese, Jay R. Reichman, Taylor Minich, Timothy Dean, Phinehas Lampman, Kalia Bistolas</h6><h4>Chapter 9. More than wings: Long-distance dissemination of insects in the atmosphere</h4><h6>Margaux Darnis, Alexandra Schoeny, Nicolas Sauvion</h6><h4>Chapter 10. Glacial archives of ancient atmospheres and aerobiota</h4><h6>Fiona Harris, Brent Christner</h6><h3>Section 3. The extent of aerial voyages and their impact on disease epidemiology and environmental quality</h3><h4>Chapter 11. An overview of the demographic and genetic toolbox for assessing wind-assisted dispersal</h4><h6>Margaux Darnis, Karine Berthier</h6><h4>Chapter 12. Ecosystem invasion by airborne microorganisms</h4><h6>Marie Labat Saint Vincent, Romie Tignat-Perrier, Aurélien Dommergue, Catherine Larose</h6><h4>Chapter 13. Biology of the air we breathe: Potential impact on health</h4><h6>David Sykes, Elisa Giammarini, Gillian Clayton, Iain McLellan, Andrew Hursthouse</h6><h4>Chapter 14. Using the logic of aerial dissemination patterns and networks for optimizing plant disease surveillance strategies</h4><h6>Andrea Radici, Davide Martinetti</h6><h4>General Conclusion</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6>
<h4>Introduction: the precarious yet never-ending cycle of voyages on high</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6><h3>Section 1. The nature of atmospheric highways and principles for understanding how microbial particles can ride them</h3><h4>Chapter 1. Air mass movement across Earth: Highways for particle transport in the past, present and future</h4><h6>Fabrice Lambert</h6><h4>Chapter 2. A primer on the aerodynamic traits of microbial particles that define their capacity for dispersal</h4><h6>Cindy E. Morris</h6><h4>Chapter 3. Approaches to quantifying emissions of bioaerosols and hunting for the hot spots</h4><h6>Federico Carotenuto</h6><h4>Chapter 4. Modelling the transport of microorganisms: What can we learn from particle transport models?</h4><h6>Rémy Lapere, Sylvain Mailler</h6><h3>Section 2. The travel diaries of microorganisms and insects that ride the winds</h3><h4>Chapter 5. Uncovering microbial resilience aloft: Exploring boundary conditions in atmospheric environments</h4><h6>Kevin P. Dillon, Donna E. Fennell, Gediminas Mainelis</h6><h4>Chapter 6. Metabolic activity of airborne microorganisms</h4><h6>Florent Rossi, Raphaëlle Péguilhan, Pierre Amato</h6><h4>Chapter 7. Release of primary biological aerosol particles from surface waters</h4><h6>Paul Zieger, Julika Zinke, Gabriel Pereira Freitas, Matthew Salter</h6><h4>Chapter 8. Wildland fire smoke plumes as generators and transporters of living biological aerosols</h4><h6>Leda N. Kobziar, Krista Bonfantine, James Markwiese, Jay R. Reichman, Taylor Minich, Timothy Dean, Phinehas Lampman, Kalia Bistolas</h6><h4>Chapter 9. More than wings: Long-distance dissemination of insects in the atmosphere</h4><h6>Margaux Darnis, Alexandra Schoeny, Nicolas Sauvion</h6><h4>Chapter 10. Glacial archives of ancient atmospheres and aerobiota</h4><h6>Fiona Harris, Brent Christner</h6><h3>Section 3. The extent of aerial voyages and their impact on disease epidemiology and environmental quality</h3><h4>Chapter 11. An overview of the demographic and genetic toolbox for assessing wind-assisted dispersal</h4><h6>Margaux Darnis, Karine Berthier</h6><h4>Chapter 12. Ecosystem invasion by airborne microorganisms</h4><h6>Marie Labat Saint Vincent, Romie Tignat-Perrier, Aurélien Dommergue, Catherine Larose</h6><h4>Chapter 13. Biology of the air we breathe: Potential impact on health</h4><h6>David Sykes, Elisa Giammarini, Gillian Clayton, Iain McLellan, Andrew Hursthouse</h6><h4>Chapter 14. Using the logic of aerial dissemination patterns and networks for optimizing plant disease surveillance strategies</h4><h6>Andrea Radici, Davide Martinetti</h6><h4>General Conclusion</h4><h6>Cindy E. Morris, Leda N. Kobziar, Brent C. Christner, Claire Garros, François De Vleeschouwer</h6>
21
00
06
01
https://www.quae.com/produit/1985/9782759241262/biological-highways-in-the-sky
01
00
03
02
https://www.quae.com/system/product_pictures/data/010/006/619/original/03032BDW_Biological-highways.jpg
17
14
20251201T120537+0100
01
P4
Éditions Quae
01
01
P4
Éditions Quae
04
01
00
20251031
19
00
20251031
01
WORLD
13
03
9782759241255
15
9782759241255
06
03
9782759241262
15
9782759241262
WORLD
08
Éditions Quae
04
01
00
20251031
03
01
D1
Quae
20
04
05
01
EUR