December 15, 2014 | by James Bannon, ARK Analyst | Health
The burgeoning era of digital decision-making and outcome measurement could transform the way that farmers manage their land. More than a third of the land in the United States is agricultural, and farmers have always relied on data to guide their decisions. For example, The Old Farmer’s Almanac is the oldest continuously published periodical in […]September 24, 2014 | by James Bannon, ARK Analyst | Health
OpenPlant, an open source initiative1 , recently granted £12 million ($20 million) to the University of Cambridge and the John Innes Centre to develop a DNA registry for synthetic biology research focused on plants. OpenPlant treats plant genes and molecular pathways like circuits that can be arranged in various combinations to create entirely new species. […]September 12, 2014 | by Andrew Margrave, Research Intern | Industrial
As Africa moves through a structural transformation driven by agricultural innovation, several companies are capitalizing on the shift. Technology upgrades will allow African farmers to farm more land in less time, helping to feed the continent’s booming population. Improved yields, labor productivity, and economies of scale will reshape the African continent. Sub-Saharan Africa has considerable […]August 21, 2014 | by James Bannon, ARK Analyst | Health
The Human Genome Project (HGP), the first whole human genome sequencing in 2000, cost over $3.7 billion and took 13 years of computing power. Today, it costs roughly $1,000 and takes fewer than three days. With trillions of genomes waiting to be sequenced, both human and otherwise, the genomic revolution is in its infancy. Since […]June 03, 2014 | by James Bannon, ARK Analyst | Health
Can you believe that in 2014, $160 billion worth of corn will be grown on land that theoretically could produce $560 billion? By producing and delivering seeds precisely designed for the square meter of earth in which they will be grown genetic engineering will narrow this gap. As illustrated below, global corn yields are roughly half of what they are in the US alone, and US yields are a bit less than half of what is theoretically possible today.