Kooperativer Bibliotheksverbund

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Format: 1 online resource (329 p.)

ISBN: 90-8686-815-0

Content: Precision Livestock Farming (PLF) technology is a reality. PLF is a combination of developing animal sensing (sensors) tools and decision-making process at the farm level. It also has the potential to support animal feed suppliers, human-food retailers and other players along the supply chain to make better choices. The current challenge for PLF is the integration of the technology in the majority of the farms and not only to the pioneering farms.This book consist of full-length peer-reviewed papers combined with 'questions and answers' sections. It is the result of a joint session hosted by the European Association of Animal Production and brings together research focusing on real-time interpretation of the combination of sensor development, industry, animal genetics, animal nutrition, and animal health.Unique of this 'cross-disciplinary' approach is that 'animal-focused' scientists, engineers, companies as well as farmers' organizations have interacted and combined their strengths and views. 'Precision Livestock Farming Applications - Making sense of sensors to support farm management' provides an update on the state of the art of PLF in interaction with the other scientific and applicative expertise. It is of interest for researchers, students, professionals, farmers, and livestock industry concerned with livestock production management.

Note: Description based upon print version of record. , Acknowledgements; Table of contents; Editorial; Part 1. Precision livestock farming; 1.1. Precision dairy monitoring: what have we learned?; 1.2. Smart farming for Europe: value creation through precision livestock farming; Part 2. Precision livestock farming applications for automatic lameness detection; 2.1. Detecting lameness in sows using acceleration data from ear tags; 2.2. Risk factors for system performance of an automatic 3D vision locomotion monitor for cows; 2.3. Development of a multi-Kinect-system for gait analysis and measuring body characteristics in dairy cows , 2.4. Hoof lesion detection with manual and automatic locomotion scores in dairy cattle2.5. Discussion: PLF applications of automatic lameness detection; Part 3. How precision livestock farming delivers added value to the farmers; 3.1. Use of sensor systems on Dutch dairy farms; 3.2. Economic modelling to evaluate the benefits of precision livestock farming technologies; 3.3. Developing SmartFarming entrepreneurship - II preparing precision lifestock farming spin-offs , 3.4. Word of caution for technology providers: practical problems associated with large scale deployment of PLF technologies on commercial farms3.5. Discussion: how PLF delivers added value to farmers; Part 4. Precision livestock farming in genetics, health of beef and cattle; 4.1. The effect of gradual weaning on haematological profiles and leukocyte relative gene expression levels of Holstein-Friesian and Jersey bull calves; 4.2. Monitoring of the physiological and behavioural stress response of Holstein bulls following group mixing , 4.3. Investigating the use of rumination sensors during the peripartum period in dairy cows4.4. Monitoring stress behaviour in grazing beef cows; 4.5. The potential of using sensor data to predict the moment of calving for dairy cows; 4.6. Discussion: PLF in genetics & health of beef, calves and heifers; Part 5. Precision livestock farming for automatic detection of animal health in poultry and pigs; 5.1. Facilitation of assessment of technical measures and its potential for implementation of the Broiler Directive (2007/43/EC) , 5.2. Monitoring the hatching time of individual chicks and its effect on chick quality5.3. The use of vocalisation sounds to assess responses of broiler chicken to environmental variables; 5.4. Pig cough monitoring in the EU-PLF project: first results; 5.5. Assessing the drinking behaviour of individual pigs using RFID registrations; 5.6. Continuous surveillance of pigs in a pen using learning-based segmentation in computer vision; 5.7. Discussion: PLF for automatic detection of animal health - poultry and pigs , Part 6. Precision livestock farming for automatic detection of animal health in cows , English

Additional Edition: ISBN 90-8686-268-3

Language: English

URL: Volltext  (lizenzpflichtig)

URL: Volltext

URL: Volltext  (lizenzpflichtig)

UID:

Format: 1 online resource : , illustrations (some color)

ISBN: 9789086868155 , 9086868150

Content: Precision Livestock Farming (PLF) technology is a reality. PLF is a combination of developing animal sensing (sensors) tools and decision-making process at the farm level. It also has the potential to support animal feed suppliers, human-food retailers and other players along the supply chain to make better choices. The current challenge for PLF is the integration of the technology in the majority of the farms and not only to the pioneering farms. This book consist of full-length peer-reviewed papers combined with 'questions and answers' sections. It is the result of a joint session hosted by the European Association of Animal Production and brings together research focusing on real-time interpretation of the combination of sensor development, industry, animal genetics, animal nutrition, and animal health. Unique of this 'cross-disciplinary' approach is that 'animal-focused' scientists, engineers, companies as well as farmers' org

Note: Acknowledgements; Table of contents; Editorial; Part 1. Precision livestock farming; 1.1. Precision dairy monitoring: what have we learned?; 1.2. Smart farming for Europe: value creation through precision livestock farming; Part 2. Precision livestock farming applications for automatic lameness detection; 2.1. Detecting lameness in sows using acceleration data from ear tags; 2.2. Risk factors for system performance of an automatic 3D vision locomotion monitor for cows; 2.3. Development of a multi-Kinect-system for gait analysis and measuring body characteristics in dairy cows , 2.4. Hoof lesion detection with manual and automatic locomotion scores in dairy cattle2.5. Discussion: PLF applications of automatic lameness detection; Part 3. How precision livestock farming delivers added value to the farmers; 3.1. Use of sensor systems on Dutch dairy farms; 3.2. Economic modelling to evaluate the benefits of precision livestock farming technologies; 3.3. Developing SmartFarming entrepreneurship -- II preparing precision lifestock farming spin-offs , 3.4. Word of caution for technology providers: practical problems associated with large scale deployment of PLF technologies on commercial farms3.5. Discussion: how PLF delivers added value to farmers; Part 4. Precision livestock farming in genetics, health of beef and cattle; 4.1. The effect of gradual weaning on haematological profiles and leukocyte relative gene expression levels of Holstein-Friesian and Jersey bull calves; 4.2. Monitoring of the physiological and behavioural stress response of Holstein bulls following group mixing , 4.3. Investigating the use of rumination sensors during the peripartum period in dairy cows4.4. Monitoring stress behaviour in grazing beef cows; 4.5. The potential of using sensor data to predict the moment of calving for dairy cows; 4.6. Discussion: PLF in genetics & health of beef, calves and heifers; Part 5. Precision livestock farming for automatic detection of animal health in poultry and pigs; 5.1. Facilitation of assessment of technical measures and its potential for implementation of the Broiler Directive (2007/43/EC) , 5.2. Monitoring the hatching time of individual chicks and its effect on chick quality5.3. The use of vocalisation sounds to assess responses of broiler chicken to environmental variables; 5.4. Pig cough monitoring in the EU-PLF project: first results; 5.5. Assessing the drinking behaviour of individual pigs using RFID registrations; 5.6. Continuous surveillance of pigs in a pen using learning-based segmentation in computer vision; 5.7. Discussion: PLF for automatic detection of animal health -- poultry and pigs

Additional Edition: Print version: Precision livestock farming applications : making sense of sensors to support farm management. Wageningen, Netherlands : Wageningen Academic Publishers, ©2015 ISBN 9789086862689

Language: English

DOI: 10.3920/978-90-8686-815-5

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URL: Wageningen

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UID:

Format: 1 online resource (329 p.)

ISBN: 90-8686-815-0

Content: Precision Livestock Farming (PLF) technology is a reality. PLF is a combination of developing animal sensing (sensors) tools and decision-making process at the farm level. It also has the potential to support animal feed suppliers, human-food retailers and other players along the supply chain to make better choices. The current challenge for PLF is the integration of the technology in the majority of the farms and not only to the pioneering farms.This book consist of full-length peer-reviewed papers combined with 'questions and answers' sections. It is the result of a joint session hosted by the European Association of Animal Production and brings together research focusing on real-time interpretation of the combination of sensor development, industry, animal genetics, animal nutrition, and animal health.Unique of this 'cross-disciplinary' approach is that 'animal-focused' scientists, engineers, companies as well as farmers' organizations have interacted and combined their strengths and views. 'Precision Livestock Farming Applications - Making sense of sensors to support farm management' provides an update on the state of the art of PLF in interaction with the other scientific and applicative expertise. It is of interest for researchers, students, professionals, farmers, and livestock industry concerned with livestock production management.

Note: Description based upon print version of record. , Acknowledgements; Table of contents; Editorial; Part 1. Precision livestock farming; 1.1. Precision dairy monitoring: what have we learned?; 1.2. Smart farming for Europe: value creation through precision livestock farming; Part 2. Precision livestock farming applications for automatic lameness detection; 2.1. Detecting lameness in sows using acceleration data from ear tags; 2.2. Risk factors for system performance of an automatic 3D vision locomotion monitor for cows; 2.3. Development of a multi-Kinect-system for gait analysis and measuring body characteristics in dairy cows , 2.4. Hoof lesion detection with manual and automatic locomotion scores in dairy cattle2.5. Discussion: PLF applications of automatic lameness detection; Part 3. How precision livestock farming delivers added value to the farmers; 3.1. Use of sensor systems on Dutch dairy farms; 3.2. Economic modelling to evaluate the benefits of precision livestock farming technologies; 3.3. Developing SmartFarming entrepreneurship - II preparing precision lifestock farming spin-offs , 3.4. Word of caution for technology providers: practical problems associated with large scale deployment of PLF technologies on commercial farms3.5. Discussion: how PLF delivers added value to farmers; Part 4. Precision livestock farming in genetics, health of beef and cattle; 4.1. The effect of gradual weaning on haematological profiles and leukocyte relative gene expression levels of Holstein-Friesian and Jersey bull calves; 4.2. Monitoring of the physiological and behavioural stress response of Holstein bulls following group mixing , 4.3. Investigating the use of rumination sensors during the peripartum period in dairy cows4.4. Monitoring stress behaviour in grazing beef cows; 4.5. The potential of using sensor data to predict the moment of calving for dairy cows; 4.6. Discussion: PLF in genetics & health of beef, calves and heifers; Part 5. Precision livestock farming for automatic detection of animal health in poultry and pigs; 5.1. Facilitation of assessment of technical measures and its potential for implementation of the Broiler Directive (2007/43/EC) , 5.2. Monitoring the hatching time of individual chicks and its effect on chick quality5.3. The use of vocalisation sounds to assess responses of broiler chicken to environmental variables; 5.4. Pig cough monitoring in the EU-PLF project: first results; 5.5. Assessing the drinking behaviour of individual pigs using RFID registrations; 5.6. Continuous surveillance of pigs in a pen using learning-based segmentation in computer vision; 5.7. Discussion: PLF for automatic detection of animal health - poultry and pigs , Part 6. Precision livestock farming for automatic detection of animal health in cows , English

Additional Edition: ISBN 90-8686-268-3

Language: English

UID:

Format: 1 online resource (329 p.)

ISBN: 90-8686-815-0

Content: Precision Livestock Farming (PLF) technology is a reality. PLF is a combination of developing animal sensing (sensors) tools and decision-making process at the farm level. It also has the potential to support animal feed suppliers, human-food retailers and other players along the supply chain to make better choices. The current challenge for PLF is the integration of the technology in the majority of the farms and not only to the pioneering farms.This book consist of full-length peer-reviewed papers combined with 'questions and answers' sections. It is the result of a joint session hosted by the European Association of Animal Production and brings together research focusing on real-time interpretation of the combination of sensor development, industry, animal genetics, animal nutrition, and animal health.Unique of this 'cross-disciplinary' approach is that 'animal-focused' scientists, engineers, companies as well as farmers' organizations have interacted and combined their strengths and views. 'Precision Livestock Farming Applications - Making sense of sensors to support farm management' provides an update on the state of the art of PLF in interaction with the other scientific and applicative expertise. It is of interest for researchers, students, professionals, farmers, and livestock industry concerned with livestock production management.

Note: Description based upon print version of record. , Acknowledgements; Table of contents; Editorial; Part 1. Precision livestock farming; 1.1. Precision dairy monitoring: what have we learned?; 1.2. Smart farming for Europe: value creation through precision livestock farming; Part 2. Precision livestock farming applications for automatic lameness detection; 2.1. Detecting lameness in sows using acceleration data from ear tags; 2.2. Risk factors for system performance of an automatic 3D vision locomotion monitor for cows; 2.3. Development of a multi-Kinect-system for gait analysis and measuring body characteristics in dairy cows , 2.4. Hoof lesion detection with manual and automatic locomotion scores in dairy cattle2.5. Discussion: PLF applications of automatic lameness detection; Part 3. How precision livestock farming delivers added value to the farmers; 3.1. Use of sensor systems on Dutch dairy farms; 3.2. Economic modelling to evaluate the benefits of precision livestock farming technologies; 3.3. Developing SmartFarming entrepreneurship - II preparing precision lifestock farming spin-offs , 3.4. Word of caution for technology providers: practical problems associated with large scale deployment of PLF technologies on commercial farms3.5. Discussion: how PLF delivers added value to farmers; Part 4. Precision livestock farming in genetics, health of beef and cattle; 4.1. The effect of gradual weaning on haematological profiles and leukocyte relative gene expression levels of Holstein-Friesian and Jersey bull calves; 4.2. Monitoring of the physiological and behavioural stress response of Holstein bulls following group mixing , 4.3. Investigating the use of rumination sensors during the peripartum period in dairy cows4.4. Monitoring stress behaviour in grazing beef cows; 4.5. The potential of using sensor data to predict the moment of calving for dairy cows; 4.6. Discussion: PLF in genetics & health of beef, calves and heifers; Part 5. Precision livestock farming for automatic detection of animal health in poultry and pigs; 5.1. Facilitation of assessment of technical measures and its potential for implementation of the Broiler Directive (2007/43/EC) , 5.2. Monitoring the hatching time of individual chicks and its effect on chick quality5.3. The use of vocalisation sounds to assess responses of broiler chicken to environmental variables; 5.4. Pig cough monitoring in the EU-PLF project: first results; 5.5. Assessing the drinking behaviour of individual pigs using RFID registrations; 5.6. Continuous surveillance of pigs in a pen using learning-based segmentation in computer vision; 5.7. Discussion: PLF for automatic detection of animal health - poultry and pigs , Part 6. Precision livestock farming for automatic detection of animal health in cows , English

Additional Edition: ISBN 90-8686-268-3

Language: English

UID:

Format: 1 online resource (328 pages) : , illustrations.

ISBN: 9789086868155

Content: Precision Livestock Farming (PLF) technology is a reality. PLF is a combination of developing animal sensing (sensors) tools and decision-making process at the farm level. It also has the potential to support animal feed suppliers, human-food retailers and other players along the supply chain to make better choices. The current challenge for PLF is the integration of the technology in the majority of the farms and not only to the pioneering farms. This book consist of full-length peer-reviewed papers combined with 'questions and answers' sections. It is the result of a joint session hosted by the European Association of Animal Production and brings together research focusing on real-time interpretation of the combination of sensor development, industry, animal genetics, animal nutrition, and animal health. Unique of this 'cross-disciplinary' approach is that 'animal-focused' scientists, engineers, companies as well as farmers' organizations have interacted and combined their strengths and views. 'Precision Livestock Farming Applications - Making sense of sensors to support farm management' provides an update on the state of the art of PLF in interaction with the other scientific and applicative expertise. It is of interest for researchers, students, professionals, farmers, and livestock industry concerned with livestock production management.

Note: 1.1. Precision dairy monitoring: what have we learned? / , English

Additional Edition: Print version: Precision livestock farming applications : Making sense of sensors to support farm management. Leiden ; Boston : Brill | Wageningen Academic, 2015. ISBN 9789086862689

Language: English

URL: DOI:

UID:

Format: 1 online resource (329 pages) : , illustrations, tables

ISBN: 9789086868155 (e-book)

Additional Edition: Print version: Precision livestock farming applications : making sense of sensors to support farm management. Wageningen, Netherlands : Wageningen Academic Publishers, c2015 ISBN 9789086862689

Language: English

Keywords: Electronic books.

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