Against the backdrop of the global active practice of circular economy and climate action, Southeast Asia is standing at a critical juncture in urban organic waste management and the green transformation of agriculture. Efficiently converting abundant agricultural residues, garden waste and kitch...
When a USGS scientist aimed a ‘radar gun’ at the Colorado River, they didn’t just measure water speed—they shattered a 150-year-old paradigm of hydrometry. This handheld device, costing just 1% of a traditional station, is creating new possibilities in flood warning, water management, and climate...
Hung immediately activated emergency aeration and initiated a partial water exchange. Forty-eight hours later, three adjacent shrimp farms without the system suffered mass mortality events with losses exceeding one million dollars, while his losses were contained to under 5%.
“The traditio...
In the core of modern facility agriculture – greenhouses, although crops are protected from the changing natural climate, the supply of water, the source of their life – has shifted from relying on rain to being completely determined by human decision-making. For a long time, irrigati...
When a modern, million-dollar greenhouse relies on just 2-4 temperature and humidity sensors, crops live with immense climatic uncertainty. New-generation distributed sensor networks are revealing that even in advanced greenhouses, internal microclimate differences can cause 30% yield fluctuation...
In Italy, a land favored by the sun and steeped in history, viticulture is not merely an agricultural art but a profound dialogue with the “terroir”. Nowadays, the seasonal rhythm disorder, frequent extreme weather and water resource pressure brought about by climate change are quietl...
In an age of lidar, weather satellites, and AI prediction models, a simple mechanical device—two small plastic buckets and a lever—remains the source of rainfall data for 95% of the world’s automatic weather stations. It’s a testament to engineering simplicity and the democratization ...
Seeing “Three-in-One” at a Glance
Traditional hydrological monitoring requires separate installation of water level gauges, flow velocity meters, and flow calculation devices, leading to fragmented data and complex maintenance. The Radar 3-in-1 technology, using millimeter-wave radar...
When you taste a crisp leaf of lettuce from a modern hydroponic farm, you’re consuming not just vitamins, but terabytes of data. At the core of this silent “agricultural revolution” are not LED lights or nutrient solutions, but a ”digital sensory system” composed of ...