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Grapevine in a changing environment : a molecular and ecophysiological perspective

Author: Hernâni Varanda Gerós
Publisher: Hoboken, NJ, USA : John Wiley & Sons Inc., 2016.
Edition/Format:   Print book : EnglishView all editions and formats
Summary:
Grapes (Otis spp.) are economically the most important fruit species in the world. Over the last decades many scientific advances have led to understand more deeply key physiological, biochemical, and molecular aspects of grape berry maturation. However, our knowledge on how grapevines respond to environmental stimuli and deal with biotic and abiotic stresses is still fragmented. Thus, this area of research is wide
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Additional Physical Format: Online version:
Grapevine in a changing environment.
Hoboken, NJ, USA : John Wiley & Sons Inc., 2016
(DLC) 2015046473
Document Type: Book
All Authors / Contributors: Hernâni Varanda Gerós
ISBN: 9781118736050 1118736052
OCLC Number: 914221911
Notes: Includes index.
Description: xv, 384 pages : illustrations, maps ; 25 cm
Contents: Machine generated contents note: 1.1. Introduction / Gregory V. Jones --
1.2. Climate suitability for viticulture and wine production / Gregory V. Jones --
1.3. Climate change and variability / Gregory V. Jones --
1.4. Environmental impacts on viticulture and wine production / Gregory V. Jones --
1.5. Conclusions / Gregory V. Jones --
References / Gregory V. Jones --
2.1. Introduction / H.R. Schultz / M. Hofmann --
2.2. Variability and trends in evapotranspiration and precipitation --
global is regional / H.R. Schultz / M. Hofmann --
2.3. Variability and trends in plant water status globally and regionally / H.R. Schultz / M. Hofmann --
2.4. The underground risk of variability affecting above ground quality / H.R. Schultz / M. Hofmann --
2.5. The CO2 problem / H.R. Schultz / M. Hofmann --
References / H.R. Schultz / M. Hofmann --
3.1. Introduction / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves --
3.2. Varietal adaptation to water scarcity and heat stress / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves --
3.3. Deficit irrigation --
a tool to increase transpiration efficiency and control grapevine and berry growth/development / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves --
3.4. Soil management practices / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves --
3.5. Impact of deficit irrigation on berry metabolism / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves --
References / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves --
4.1. Introduction / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
4.2. Main components of root architecture and morphology / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
4.3. Rootstock as a key component to cope with pests / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
4.4. Contribution of rootstocks to drought responses / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
4.5. Rootstocks to cope with salinity / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
4.6. Iron chlorosis and rootstocks / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
4.7. Concluding remarks / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
Acknowledgements / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
References / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot --
5.1. General introduction / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
5.2. Grapevine carbon balance as an integration of different physiological processes: main components of carbon fluxes / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
5.3. How to measure the plant carbon balance / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
5.4. Environment and genotype affect whole plant carbon fluxes / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
5.5. Whole plant carbon fluxes and carbon footprint calculation / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
5.6. Future challenges / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
Acknowledgements / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
References / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona --
6.1. Introduction / Sara Tramontini / Claudio Lovisolo --
6.2.Organs affected / Sara Tramontini / Claudio Lovisolo --
6.3. Spread and recovery / Sara Tramontini / Claudio Lovisolo --
6.4. Genotype effect / Sara Tramontini / Claudio Lovisolo --
6.5. Conclusions / Sara Tramontini / Claudio Lovisolo --
Acknowledgements / Sara Tramontini / Claudio Lovisolo --
References / Sara Tramontini / Claudio Lovisolo --
7.1. Introduction / Alberto Palliotti / Stefano Poni --
7.2. Light and heat stresses: excess / Alberto Palliotti / Stefano Poni --
7.3. Effects of light and heat stress on morphostructural and biochemical characteristics at leaf and shoot level / Alberto Palliotti / Stefano Poni --
7.4. Effects of light and heat stress on physiological behaviour / Alberto Palliotti / Stefano Poni --
7.5. Effects of light and heat stress on vine yield and grape composition / Alberto Palliotti / Stefano Poni --
7.6. Energy dissipation mechanisms / Alberto Palliotti / Stefano Poni --
7.7. Protective strategies / Alberto Palliotti / Stefano Poni --
7.8. Conclusions / Alberto Palliotti / Stefano Poni --
Acknowledgements / Alberto Palliotti / Stefano Poni --
References / Alberto Palliotti / Stefano Poni --
8.1. Introduction / Hamlyn G. Jones / Olga M. Grant --
8.2. Sensor technologies / Hamlyn G. Jones / Olga M. Grant --
8.3. Deployment of sensors / Hamlyn G. Jones / Olga M. Grant --
8.4. Applications / Hamlyn G. Jones / Olga M. Grant --
8.5. Concluding comments / Hamlyn G. Jones / Olga M. Grant --
References / Hamlyn G. Jones / Olga M. Grant --
9.1. Introduction / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson --
9.2. Function of boron in plants / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson --
9.3. Stress triggered by boron in grapevine / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson --
9.4. Uptake and transport mechanisms of boron in plants / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson --
9.5. Grapevine boron transporters VvBOR / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza --
9.6. Conclusion and outlook / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza --
Acknowledgements / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza --
References / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza --
10.1. Introduction / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
10.2. Berry composition / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
10.3. Abiotic stress and grapevine physiology / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
10.4. Abiotic stress in grapevine berry and its impact on berry quality / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
10.5. Concluding remarks / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
Acknowledgements / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
References / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja --
11.1. Introduction / Christophe Clément / Essaid Ait Barka / Cédric Jacquard / Mélodie Sawicki / Nathalie Vaillant-Gaveau --
11.2. Distribution and acclimation / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément --
11.3. Modifications to plant cell membranes / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément --
11.4. Formation of ice / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément --
11.5. Photosynthesis and photosynthesis-related pigments / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément --
11.6. Calcium and cold temperatures / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément --
11.7. Cold-mediated transcription regulation / Mélodie Sawicki / Cédric Jacquard / Christophe Clément / Essaid Ait Barka / Nathalie Vaillant-Gaveau --
11.8. Expression of pathogenesis-related genes and synthesis of antifreeze proteins / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard / Mélodie Sawicki --
11.9. Changes in phytohormone metabolism / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard / Mélodie Sawicki --
11.10. Cold-induced osmolites/osmoprotectants / Mélodie Sawicki / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard --
11.11. Effect on reproductive organs / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard / Mélodie Sawicki.
Responsibility: edited by Hernani Varanda Geros, Maria Manuela Chaves, Hipolito Medrano Gil, Serge Delrot.

Abstract:

Grapes (Vitis spp. ) are economically the most important fruit species in the world. Over the last decades many scientific advances have led to understand more deeply key physiological, biochemical,  Read more...

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    schema:description "Machine generated contents note: 1.1. Introduction / Gregory V. Jones -- 1.2. Climate suitability for viticulture and wine production / Gregory V. Jones -- 1.3. Climate change and variability / Gregory V. Jones -- 1.4. Environmental impacts on viticulture and wine production / Gregory V. Jones -- 1.5. Conclusions / Gregory V. Jones -- References / Gregory V. Jones -- 2.1. Introduction / H.R. Schultz / M. Hofmann -- 2.2. Variability and trends in evapotranspiration and precipitation -- global is regional / H.R. Schultz / M. Hofmann -- 2.3. Variability and trends in plant water status globally and regionally / H.R. Schultz / M. Hofmann -- 2.4. The underground risk of variability affecting above ground quality / H.R. Schultz / M. Hofmann -- 2.5. The CO2 problem / H.R. Schultz / M. Hofmann -- References / H.R. Schultz / M. Hofmann -- 3.1. Introduction / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves -- 3.2. Varietal adaptation to water scarcity and heat stress / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves -- 3.3. Deficit irrigation -- a tool to increase transpiration efficiency and control grapevine and berry growth/development / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves -- 3.4. Soil management practices / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves -- 3.5. Impact of deficit irrigation on berry metabolism / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves -- References / O. Zarrouk / J.M. Costa / R. Francisco / C. Lopes / M.M. Chaves -- 4.1. Introduction / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 4.2. Main components of root architecture and morphology / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 4.3. Rootstock as a key component to cope with pests / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 4.4. Contribution of rootstocks to drought responses / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 4.5. Rootstocks to cope with salinity / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 4.6. Iron chlorosis and rootstocks / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 4.7. Concluding remarks / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- Acknowledgements / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- References / N. Ollat / A. Peccoux / D. Papura / D. Esmenjaud / E. Marguerit / J.R. Tandonnet / L. Bordenave / S.J. Cookson / F. Barrieu / L. Rossdeutsch / J. Lecourt / V. Lauvergeat / P. Vivin / P.F. Bert / S. Delrot -- 5.1. General introduction / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- 5.2. Grapevine carbon balance as an integration of different physiological processes: main components of carbon fluxes / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- 5.3. How to measure the plant carbon balance / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- 5.4. Environment and genotype affect whole plant carbon fluxes / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- 5.5. Whole plant carbon fluxes and carbon footprint calculation / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- 5.6. Future challenges / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- Acknowledgements / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- References / H. Medrano / J. Perez Peña / J. Prieto / M. Tomás / N. Franck / J.M. Escalona -- 6.1. Introduction / Sara Tramontini / Claudio Lovisolo -- 6.2.Organs affected / Sara Tramontini / Claudio Lovisolo -- 6.3. Spread and recovery / Sara Tramontini / Claudio Lovisolo -- 6.4. Genotype effect / Sara Tramontini / Claudio Lovisolo -- 6.5. Conclusions / Sara Tramontini / Claudio Lovisolo -- Acknowledgements / Sara Tramontini / Claudio Lovisolo -- References / Sara Tramontini / Claudio Lovisolo -- 7.1. Introduction / Alberto Palliotti / Stefano Poni -- 7.2. Light and heat stresses: excess / Alberto Palliotti / Stefano Poni -- 7.3. Effects of light and heat stress on morphostructural and biochemical characteristics at leaf and shoot level / Alberto Palliotti / Stefano Poni -- 7.4. Effects of light and heat stress on physiological behaviour / Alberto Palliotti / Stefano Poni -- 7.5. Effects of light and heat stress on vine yield and grape composition / Alberto Palliotti / Stefano Poni -- 7.6. Energy dissipation mechanisms / Alberto Palliotti / Stefano Poni -- 7.7. Protective strategies / Alberto Palliotti / Stefano Poni -- 7.8. Conclusions / Alberto Palliotti / Stefano Poni -- Acknowledgements / Alberto Palliotti / Stefano Poni -- References / Alberto Palliotti / Stefano Poni -- 8.1. Introduction / Hamlyn G. Jones / Olga M. Grant -- 8.2. Sensor technologies / Hamlyn G. Jones / Olga M. Grant -- 8.3. Deployment of sensors / Hamlyn G. Jones / Olga M. Grant -- 8.4. Applications / Hamlyn G. Jones / Olga M. Grant -- 8.5. Concluding comments / Hamlyn G. Jones / Olga M. Grant -- References / Hamlyn G. Jones / Olga M. Grant -- 9.1. Introduction / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson -- 9.2. Function of boron in plants / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson -- 9.3. Stress triggered by boron in grapevine / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson -- 9.4. Uptake and transport mechanisms of boron in plants / Carlos Meyer-Regueiro / Rudolf Schlechter / Carmen Espinoza / Alejandro Bisquertt / Felipe Aquea / Patricio Arce-Johnson -- 9.5. Grapevine boron transporters VvBOR / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza -- 9.6. Conclusion and outlook / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza -- Acknowledgements / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza -- References / Carlos Meyer-Regueiro / Rudolf Schlechter / Patricio Arce-Johnson / Alejandro Bisquertt / Felipe Aquea / Carmen Espinoza -- 10.1. Introduction / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- 10.2. Berry composition / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- 10.3. Abiotic stress and grapevine physiology / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- 10.4. Abiotic stress in grapevine berry and its impact on berry quality / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- 10.5. Concluding remarks / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- Acknowledgements / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- References / Jérémy Fillet / Serge Delrot / Le Guan / Mariam Berdeja -- 11.1. Introduction / Christophe Clément / Essaid Ait Barka / Cédric Jacquard / Mélodie Sawicki / Nathalie Vaillant-Gaveau -- 11.2. Distribution and acclimation / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément -- 11.3. Modifications to plant cell membranes / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément -- 11.4. Formation of ice / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément -- 11.5. Photosynthesis and photosynthesis-related pigments / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément -- 11.6. Calcium and cold temperatures / Mélodie Sawicki / Cédric Jacquard / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément -- 11.7. Cold-mediated transcription regulation / Mélodie Sawicki / Cédric Jacquard / Christophe Clément / Essaid Ait Barka / Nathalie Vaillant-Gaveau -- 11.8. Expression of pathogenesis-related genes and synthesis of antifreeze proteins / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard / Mélodie Sawicki -- 11.9. Changes in phytohormone metabolism / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard / Mélodie Sawicki -- 11.10. Cold-induced osmolites/osmoprotectants / Mélodie Sawicki / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard -- 11.11. Effect on reproductive organs / Nathalie Vaillant-Gaveau / Essaid Ait Barka / Christophe Clément / Cédric Jacquard / Mélodie Sawicki."@en ;
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    schema:description "With Grapevine in a Changing Environment, readers will benefit from a comprehensive and updated coverage on the intricate grapevine defense mechanisms against biotic and abiotic stress and on the new generation techniques that may ultimately be used to implement appropriate strategies aimed at the production and selection of more adapted genotypes. The book also provides valuable references in this research area and original data from several laboratories worldwide."@en ;
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<http://experiment.worldcat.org/entity/work/data/2754959579#Person/geros_hernani_varanda> # Hernâni Varanda Gerós
    a schema:Person ;
    schema:familyName "Gerós" ;
    schema:givenName "Hernâni Varanda" ;
    schema:name "Hernâni Varanda Gerós" ;
    .

<http://experiment.worldcat.org/entity/work/data/2754959579#Topic/grapes_ecophysiology> # Grapes--Ecophysiology
    a schema:Intangible ;
    schema:name "Grapes--Ecophysiology"@en ;
    .

<http://experiment.worldcat.org/entity/work/data/2754959579#Topic/grapes_molecular_aspects> # Grapes--Molecular aspects
    a schema:Intangible ;
    schema:name "Grapes--Molecular aspects"@en ;
    .

<http://worldcat.org/entity/work/data/2754959579#CreativeWork/grapevine_in_a_changing_environment>
    a schema:CreativeWork ;
    rdfs:label "Grapevine in a changing environment." ;
    schema:description "Online version:" ;
    schema:isSimilarTo <http://www.worldcat.org/oclc/914221911> ; # Grapevine in a changing environment : a molecular and ecophysiological perspective
    .

<http://worldcat.org/isbn/9781118736050>
    a schema:ProductModel ;
    schema:isbn "1118736052" ;
    schema:isbn "9781118736050" ;
    .

<http://www.worldcat.org/title/-/oclc/914221911>
    a genont:InformationResource, genont:ContentTypeGenericResource ;
    schema:about <http://www.worldcat.org/oclc/914221911> ; # Grapevine in a changing environment : a molecular and ecophysiological perspective
    schema:dateModified "2018-03-21" ;
    void:inDataset <http://purl.oclc.org/dataset/WorldCat> ;
    .


Content-negotiable representations

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