An army of drones deployed to fight a crop-devouring pest in a southern area of China has recorded a mortality rate of as high as 98%, according to the manufacturer.
Cover crops increasingly used to help survive floods, drought
And the plantings also pull greenhouse gases from the air
Eighty-nine percent of agriculture’s future mitigation potential could lie in capturing carbon on farmland soils: carbon sequestration. Not only does this process suck harmful carbon out of the atmosphere, it makes soils healthier and more fertile for future food production, boosting resilience to climate change.
And it could do it while eliminating herbicides, replenishing topsoil, and reducing carbon consumption. If all goes to plan.
Populations are growing and cities are booming – but could we soon see skyscrapers turned into centres for crop production? From Chicago warehouses to the south pole growth chamber in Antarctica, the concept of growing food indoors is catching on. Plant scientist Dr Erik Murchie, from the University of Nottingham, reveals how agriculture could be turned on its head.
Could this be the solution to the growing demand for food?
Cities could become almost completely self-sufficient; they have the opportunity to produce both food and energy.
More recent studies show that food system emissions could account for as much as quarter of all human emissions. That is 12% from agricultural production, another 9% from farming induced deforestation, and a further 3% from things like refrigeration and freight.