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RFK Jr. advances to full Senate vote to be HHS secretary
I've Never Seen Anything Like It! (Spent The Day Reading The 'USAID' Payments Log - WTF
Sitting down? The US Mint's new 'J6 coin' will make your blood boil…
Turns out the 'Deep State' used USAID to OUST Bolsonaro from Brazil…
Retro Spaceplane aces test for space station cargo missions
Old civilizations weren't destroyed by accident.
Helion has $1 billion and 3 years to figure out fusion-powered energy
Electric spacecraft propulsion may soon take a leap, thanks to new supercomputer
'Son of Concorde' supersonic jet breaks sound barrier... here's how long it'll take
Self-balancing, omnidirectional bike with balls for wheels
$120 Raspberry Pi5 Can Run 14 Billion Parameter LLM Models … Slowly
Super Sub thrills with high speed, sharp turns and steep climbs
23 airports controlled from one locale as small airfields meet the future
It has the capacity to reduce water use in any system, from a well-manicured lawn to a rural vegetable farm in North Africa, and compared to drip irrigation which is based on a similar idea, it can reduce water use by 30-50%, revolutionizing the science and methods of irrigation in the face of a warming climate, longer droughts, and water shortages.
Responsive Drip Irrigation (DRI) has designed a watering system that installs tubes under the earth filled with pore-like depressions. As plants begin to get thirsty they produce a certain chemical in their roots. The micropores in the tubes in turn detect this chemical and release a water drip that will continue until it detects the plants have drunk their fill.