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Agriculture

Environment

Addition of a single gene makes rice more environmentally friendly

The world's growing population faces a constant string of tradeoffs. On the one hand, we need more rice to feed ourselves. On the other hand, control of greenhouse gases is a major priority and rice growing generates a lot of methane. It seems like a Catch 22, but a team led by the US Department of Energy's Pacific Northwest National Laboratory (PNNL) has come up with a genetically engineered strain of rice that not only produces almost no methane, but also more grains.Read More

The vertical farm goes mobile

Vertical farms present an efficient, cost-effective and sustainable means of producing food in the face of growing worldwide population. A see-through, mobile vertical farm project called Isabel is aiming to take this message on the road.Read More

Good Thinking

AeroFarms to open "world’s largest indoor vertical farm"

An upcoming indoor vertical farm is not only claimed to be the world's largest, but to use cutting edge growing technology. AeroFarms' new 69,000 sq ft (6,410 sq m) facility in Newark, New Jersey, will be based in a converted steel factory and will incorporate a new corporate HQ for the firm. It's expected to grow high-quality and healthy produce all year round.Read More

Health & Wellbeing

Antibiotic-free method to protect animals from common infections

A herd of cattle or a flock of chickens may appear very bucolic, but they're actually ground zero for an ongoing arms race between scientists and disease-causing bacteria. Antibiotics have been a major weapon in the fight against animal infection, but they've also sparked evolutionary forces that create drug-resistant bacteria that render those very antibiotics ineffective, posing a major risk to animals and humans alike. Now a University of Wisconsin-Madison team is developing a method of fighting a major group of animal infections without antibiotics.Read More
Environment

Researchers develop system for on-farm biofuel and animal feed production

Building on methods used by farmers to produce silage for feeding livestock, Japanese researchers have developed a technology for simultaneous biofuel and animal feed production which doesn't require off-site processing. The solid-state fermentation (SSF) system captures ethanol produced as a result of fermentation resulting from wrapping rice plants grown to feed livestock in a plastic-covered bale containing yeast, enzymes and bacteria.Read More

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