NANOTECHNOLOGYA new study developed a novel organic farming technique that produces quality plants and higher crop yields. Read more about the method and the specialized nanofertilizers used in the research.
Urine is a great alternative to artificial fertilizers without harming the environment. Read on to know how scientists could turn your pee into a natural fertilizer
A new approach has been employed and applied to produce better crops. Discover the role of genetic engineering through nanocarrier spray in achieving an improved quality of plants in excessively large fields in an easy manner.
A new study found that East Asia lost a staggering 63 billion dollars in their agricultural sector following the impact of increased ozone pollution in the region.
The UN releases a report that warns of the catastrophic impacts of plastic use in agriculture that threatens not only soil health but also public health.
New research from MIT could help planners to take advantage of the wave-damping benefits of marsh grass in shorelines as climate change threatens coastal ecosystems.
An agriculture scientist explains how farm robots could dictate our planet's agricultural future. The expert also warns us about the implications of irresponsible acts and avoidance of discussion regarding the extremities of farm robots.
A new study by Earlham Institute and International Rice Research Institute confirmed that a local rice genome from Vietnam's agriculture can be an effective solution to greater food demand, and resist climate change.
The problem with most existing chemical pesticides is that they contain harmful chemicals, both to human health and the environment - and a new formula opens up possibilities for safer and greener alternatives.
Scientists have thought of safer and more sustainable alternatives to excess biosolids that could potentially solve the planet's greatest challenges, particularly in energy and potable water.
A recent study shows that remote-controlled Venus flytrap 'Robo-plants' and crops that alert farmers when they are struck by disease could become a reality.
Researchers made a breakthrough in agriculture that explains why roots cannot penetrate compacted soil due to a biological signal that can be “switched off."
One of the longstanding puzzles in agricultural science is the supposed resistance of apples and cucumbers to the same pathogen that ravaged potatoes - and researchers might have found a way to turn nonhost resistance into an agricultural advantage.