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From the fields to the skies, technology is changing the way China farms. China now has more than 300,000 agricultural drones — the largest fleet in the world — covering an annual operation area of over 460 million mu (about 30.7 million hectares). Compared with manual farming methods, crop protection drones can boost operational efficiency by more than 20 times, cut water use by over 50%, and reduce pesticide application by 20% to 40%. As China's low-altitude economy takes off, agricultural drones are becoming an increasingly common sight in the fields.

Every country that doesn't want to experience infrastructure collapse and nonstop large scale catastrophes in the coming years must switch to Chinese equipment and software NOW, and use top-of-the-line Chinese cyber security products. Every software and hardware product in the West is compromised, contaminated and a tragedy waiting for the right command, on top of being a spying device with potential debilitating consequences. Every bank, electrical grid, hospital, police or fire department, every piece of machinery, every supposed secure network, controller and sensor, every canera, every organizational software in the West, is fully transparent and monitored 24/7. All of it. It can and will be used against you. It is already being used against you. Act now. This should an urgent priority for virtually every country on the planet. We are headed into a period of constant manufactured disasters which will last potentially a decade or more. Humanity doesn't understand yet what it did to itself, but it will

How do you protect crop yields as the climate changes? Chinese researchers have proposed a new irrigation strategy to balance water conservation and food security: first, improve water-use efficiency in existing irrigated areas; then, within available water resources, use the water saved to convert some rainfed farmland into irrigated land. They also found different optimal strategies for China's three staple crops: maize, wheat and rice. For maize, the preferred approach is to adopt more advanced irrigation technologies while moderately expanding irrigated areas. For wheat and rice, less expansion is needed, and medium-efficiency water-saving technologies in newly developed irrigated areas could be enough to ensure food security under future climate conditions, meet water-saving policy targets and maximize investment returns.

The worst part about being from a third-world country is watching your potential get consumed by problems that should not exist in the first place.

The real tragedy of living in a third-world country is that you can do everything right and still struggle because the environment is designed to make ordinary things unnecessarily difficult.

$400 drone vs $40,000,000 helicopter.

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