Energy Modelling and Efficiency Strategies in CEA
Energy modelling and efficiency in CEA and vertical farming are essential steps to make indoor plant production both economically viable and environmentally
Energy Consumption and Sustainability in CEA
Energy use and sustainability are central considerations in determining the environmental and economic viability in Controlled Environment Agriculture (CEA) and vertical farming
AI for Early Detection of Plant Diseases in Controlled Environment Agriculture Systems
Introduction: Why Early Detection Matters in CEA and Vertical Farming Using AI based approaches for disease detection in CEA and vertical farming
Controlling Pathogens in Controlled Environment Farming Systems
Pathogen control in CEA and vertical farming is central to ensuring consistent, high-quality crop production. Unlike open-field agriculture, where wind,
Internet of Things (IoT) technologies in Smart Farming and Controlled Environment Agriculture
Introduction: connecting systems for precision in plant production The Internet of Things (IoT) is a network of interconnected physical devices equipped with
Using Biological Control Agents in Indoor Farms
Biological control agents are increasingly applied as part of pest and disease management strategies in Controlled Environment Agriculture (CEA) and vertical farming.
Managing Pests and Diseases in CEA
Pest and disease management in indoor farming is a critical aspect of maintaining healthy crops, consistent yields, and economic viability. While Controlled
Introduction to Integrated Pest Management (IPM)
Integrated Pest Management (IPM) in CEA and vertical farming is a strategic, science-based approach to controlling pests, diseases, and weeds while
The Future of Robotics in Controlled Environment Agriculture
Robotics and Autonomy in Indoor Farming Robotics and autonomy in indoor farming are increasingly shaping how food is grown within controlled environments.
Affordable Smart Farming Tools for Indoor Farming
Introduction: Why Accessible Technology Matters in Indoor Agriculture Affordable smart farm technology for indoor farming is a key driver in making Controlled
Using VisNIR Spectroscopy in Controlled Environment Agriculture
Introduction VisNIR spectroscopy refers to the use of visible and near-infrared light measurements to assess material properties without destructive sampling. In
Remote Sensing and Camera Use in Vertical Farms
Introduction to Remote Sensing in Indoor Farming Remote sensing in indoor farming is an essential technology for monitoring plant growth, environmental conditions,