Precision Poultry Farming (Hardcover) (ISBN-13: 9789392969423)

- Technology Integration: Explore the integration of advanced technologies such as sensors, IoT (Internet of Things), AI (Artificial Intelligence), and data analytics in poultry farming systems to monitor and manage various parameters in real-time.

- Data-driven Decision Making: Discuss how precision poultry farming enables farmers to make data-driven decisions regarding feed management, environmental control, health monitoring, and production optimization, leading to improved efficiency and productivity.

- Environmental Monitoring: Highlight the use of sensors and monitoring systems to track environmental parameters such as temperature, humidity, air quality, and lighting conditions within poultry houses, ensuring optimal conditions for bird health and welfare.

- Precision Feeding: Explain how precision feeding systems utilize data on bird growth, feed intake, and nutrient requirements to optimize feed formulation and delivery, minimizing waste and reducing production costs while maximizing growth performance.

- Health Monitoring and Management: Discuss the implementation of sensor technologies for early detection of health issues such as disease outbreaks, stress, and injuries in poultry flocks, allowing for timely intervention and disease management strategies.

- Animal Welfare Enhancement: Address how precision poultry farming practices contribute to improving animal welfare by providing more precise control over environmental conditions, reducing stress factors, and enhancing overall living conditions for birds.

- Performance Tracking and Benchmarking: Explore the use of data analytics and performance metrics to track key indicators such as feed conversion ratio, mortality rates, egg production, and meat quality, enabling farmers to benchmark their performance and identify areas for improvement.

- Sustainability and Resource Efficiency: Consider the role of precision poultry farming in promoting sustainable practices by optimizing resource use, reducing environmental impact, and enhancing overall farm profitability through efficient production methods.