Journal of Precision Agriculture

Aims and Scope

Journal of Precision Agriculture (JPA) is a leading publication dedicated to advancing the field of precision agriculture through high-quality research and innovative developments. This interdisciplinary approach integrates expertise in soil and environmental science, engineering, economics, agronomy, and information systems to effectively identify, measure, and address spatial variability in fields and farms. JPA covers a wide range of topics including soil properties, crop health, pesticides, herbicides, crop physiology, bioinformatics, and biophysical modeling, making it an invaluable resource for researchers and practitioners in the field.
 

JPA focuses on using modern technologies and data to manage agricultural production systems. It combines knowledge from various fields to optimize yields, reduce costs, and preserve the environment. Essential components include sensors, geographic information systems, automation, and robotics to customize inputs, manage field variability, and reduce labor costs. JPA utilizes advanced technology, such as GPS and sensors, to increase efficiency and accuracy in agricultural production. The scope of JPA includes studies in crop production, nutrient management, agricultural engineering, soil science, and decision support systems. 

Below are presented the few keywords, which correspond to the outlook of the journal not strictly limited. If you have any further queries, contact us at info@openaccesspub.org.

• Agriculture
• Horticulture
• Sustainable agriculture
• Crop quality
• Precision agriculture
• Precision farming
• Precision crop management
• Weather forecasting
• Precision livestock farming
• Precision irrigation
• Precision nutrient management
• Precision weed management
• Organic farming
• Precision pest management
• Precision disease management
• Precision phenotyping
• Precision genetics
• Crop Protection Chemicals
• Precision breeding
• Precision seed technology
• Precision sensors
• Remote sensing in precision agriculture
• Agricultural engineering
• GIS and precision agriculture
• Precision agriculture modeling
• Decision support systems for precision agriculture
• Agri biotechnology
• Big data analytics in precision agriculture
• Machine learning in precision agriculture
• Artificial intelligence in precision agriculture
• Internet of things in precision agriculture
• Precision agriculture robotics
• Drones in precision agriculture
• Climate change
• Food security
• Global agriculture
• Agricultural economics
• Agricultural policy
• Agricultural innovation
• Rural development
• Agricultural education
• Agricultural extension
• Agricultural technology transfer
• Agritourism
• Organic agriculture
• Regenerative agriculture
• Urban agriculture
• Hydroponics
• Vertical farming
• Aquaponics
• Agroforestry
• Soil health
• Crop diversity
• Crop rotation
• Precision conservation
• Precision forestry
• Precision horticulture
• Precision viticulture