01Article overview
Abstract / Summary
Innovative horticultural practices are transforming crop production by integrating advanced technologies, improved crop-management techniques, and sustainable resource-use strategies. Modern approaches such as protected cultivation, high-density planting, precision irrigation, fertigation, hydroponics, vertical farming, smart greenhouses, and biological pest management can improve productivity, crop quality, and resource-use efficiency. Digital technologies, including sensors, drones, artificial intelligence, remote sensing, and automated systems, enable real-time monitoring and precise management of water, nutrients, pests, diseases, and environmental conditions. Climate-smart practices such as mulching, drought-tolerant varieties, rainwater harvesting, and diversified cropping systems can improve resilience to environmental stresses. Automation and robotics further support labour efficiency and post-harvest management. Integrating these innovations with soil-health conservation and ecological principles can promote profitable, resource-efficient, climate-resilient, and sustainable horticultural production systems for future food and nutritional security.
Keywords
Innovative horticulture
Precision agriculture
Protected cultivation
Hydroponics
Smart farming
Resource efficiency
Sustainable production.