Raised strawberry farming offers significant advantages over traditional ground-level farming, including higher yields, improved labor efficiency, and better product quality. With the integration of modern farming technologies such as substrate-based cultivation, biological pest control, and nutrient management, raised strawberry beds are transforming the way strawberries are grown and enjoyed by both farmers and consumers. This method is increasingly being adopted in agritourism, offering visitors a more enjoyable and convenient way to pick strawberries while promoting sustainability and reducing environmental impact.

Smart agriculture is revolutionizing the way we produce food by integrating advanced technologies like IoT, AI, drones, and big data analytics. It helps farmers optimize their operations, increase productivity, and make sustainable use of resources. As the global population grows and environmental challenges mount, smart agriculture will be crucial in ensuring food security, reducing waste, and improving farming efficiency. The future of agriculture is smart, automated, and data-driven.

Smart agriculture integrates cutting-edge technologies such as the internet, big data, IoT, and AI to revolutionize farming practices. By bridging the gap between rural and urban markets, this transformation enables farmers to produce more efficiently, ensure the sustainability of crops, and connect directly with consumers. The article outlines the essential components for developing a thriving smart agriculture ecosystem, including investments in technology, infrastructure, and policy support, as well as talent cultivation. The goal is to ensure that agriculture can adapt to global challenges, improve food production, and support economic growth.

Microgreens are the tender shoots of vegetables harvested after the cotyledons develop their first true leaves. They are nutrient-dense and offer enhanced flavor, texture, and visual appeal to dishes. Typically harvested within 10 to 25 days of sowing, microgreens are highly regarded for their high concentrations of vitamins and antioxidants. Their cultivation requires careful attention to light conditions and growth mediums, with artificial lighting often used in commercial settings. Microgreens are more nutritious than their mature counterparts, containing up to five times the amount of vitamins and carotenoids.

With increasing awareness of environmental protection, schools are placing more emphasis on ecological education, helping students understand the importance of natural environments and sustainable development. For primary, secondary, and even higher education institutions, integrating modern technology with natural ecology not only enhances students' scientific literacy but also nurtures their creativity and practical skills. Today, we will show how a school successfully created a unique ecological education corner by using an innovative soil-free growing medium, the plant growth cotton "π Soil"， offering students an ideal platform to both learn and practice.

Growing orchids like Phalaenopsis and Cymbidium traditionally requires mixing multiple media (e.g., bark, moss, coconut coir) to balance aeration, drainage, and moisture. This process is time-consuming and can harm roots if done incorrectly.
π Soil revolutionizes orchid care by combining aeration, drainage, and moisture retention in a single medium. It eliminates the need for mixing, ensuring optimal conditions for root health and growth. With π Soil, growers can simplify orchid cultivation while supporting robust roots and vibrant blooms.
Key benefits include ease of use, excellent aeration, balanced moisture control, and suitability for various orchid species. π Soil helps orchids thrive effortlessly, making it a game-changer for beginners and experts alike.

Arabica is valued for its smooth, complex flavor and higher acidity, dominating the coffee market. Robusta, while less refined in taste, is hardier, cheaper to produce, and higher in caffeine, making it popular for instant coffee and espresso blends.
Robusta’s resilience to heat and disease positions it as a sustainable option in a changing climate, but its flavor remains less appealing to many coffee drinkers. Efforts to improve its quality may increase its role in the coffee industry.
Arabica excels in taste; Robusta in affordability and durability. Both are essential to the global coffee market.

This guide covers everything you need to know about growing tulips, including the best planting times, suitable growing conditions, and detailed methods for both soil and water cultivation. It also offers tips on bulb preparation, watering, sunlight requirements, and post-bloom care to ensure healthy and vibrant tulips year after year.

This article provides a comprehensive guide to growing and caring for lilies, covering everything from selecting the right varieties to planting techniques, daily care, and post-bloom maintenance. It also includes tips on preventing common issues like bud drop and managing dormancy, making it suitable for beginners and experienced gardeners alike.

This guide provides an easy-to-follow approach to cultivating Shanghai Green in your own home, from preparation to harvest. Whether you’re new to gardening or an experienced green thumb, these tips will help you enjoy fresh, homegrown greens. Ready to give it a try?

The Dusty Miller (Yufurong) is a plant with silver-white leaves that thrives in bright, indirect light and moderate watering. It prefers moist but well-drained soil and benefits from occasional misting to increase humidity. Ideal temperatures range from 15-30 degrees Celsius, and it should be protected from temperatures below -5 degrees Celsius in winter. Regular pruning maintains its shape, while balanced fertilization supports healthy growth through different stages. Following these simple care tips will help keep your Dusty Miller vibrant and lush.

The Phalaenopsis orchid, or moth orchid, is an elegant and low-maintenance choice for gardeners. It thrives in temperatures between 15 to 28 degrees Celsius and prefers indirect sunlight. Watering should be done when roots turn grayish-green, and "pi soil" is recommended for its water retention and aeration. After blooming, trim the flower spike and continue with regular care to encourage new growth.