Explore how container farms and soilless cultivation, powered by green technology, grow safe and high-quality vegetables. Learn about their controllable environment, efficient nutrient supply, and role in sustainable urban agriculture.

This article explores the significant differences between greenhouse and traditional tomato cultivation in environmental control, yield, and quality. It analyzes how greenhouse's controllable environment boosts production and quality compared to traditional methods reliant on nature.

This article explores the significant differences between greenhouse and traditional tomato cultivation in environmental control, yield, and quality. It analyzes how greenhouse's controllable environment boosts production and quality compared to traditional methods reliant on nature.

This article explores strawberry cultivation in container farms, highlighting their advantages like year-round production and reduced pesticide use. It also addresses challenges such as high initial costs and space limitations, and looks at the promising future with technological advancements and growing market demand.

High - efficiency mushroom greenhouses create an optimal environment for mushroom growth via precise environmental control, improved space utilization, and simplified management. They break the limitations of traditional cultivation, shorten growth cycles, enhance mushroom quality, and help growers achieve stable high yields and reliable profits in edible fungus cultivation.

Rotary hydroponics combines rotation, hydroponics, and grow lights to enable uniform light exposure for plants. It boosts space utilization, optimizes resource use, and represents a technological breakthrough in efficient and sustainable agriculture.

With its unique "serrated" roof, the serrated greenhouse outperforms traditional ones in ventilation, light, and temperature-humidity control. The key to high-yield, quality tomatoes is aligning these structural strengths with precise transplantation techniques.

Traditional agriculture relies on soil, while soilless cultivation technology is emerging. DWC deep water buckets allow plant roots to be directly immersed in nutrient aqueous solution for efficient nutrient absorption; aeroponics atomizes and sprays nutrient solution onto the roots to optimize growth conditions. The combination of the two creates a high-quality growth system for plants, which is widely used in urban agriculture, scientific research and other fields, promoting the development of agriculture in a modern and precise direction and opening a new paradigm of planting.