As a vital resource for plant-growing, water plays an especially important role in agriculture. This article examines the importance of water quality monitoring with regard to indoor agriculture, and how IoT water sensors are key to enhancing crop yield.
Supporters of vertical farming claim it could revolutionise global food production, practically eliminating food miles by enabling crop growth right next to urban population centres, paving the way for the future of smart cities.
Developed for military use, during the last decade, infrared scanning has become a widespread technology for applications such as predicting water stress in crops, fruit yield, planning irrigation scheduling, detecting disease and pathogens, and evaluating fruit maturation.
Members of World-leading UK Agri-Tech Association Visit St. Louis, See Tremendous Opportunities within the Ag Coast of America
"Ag products and other commodities can get from the St. Louis region to 70% of the U.S. in just two days via truck," Wilmsmeyer said.
FarmERP has provided its entire platform to the Phoenix Group. The data captured through the software is collected and provided to the group which is then analyzed and managed over their platform.
Can we really feed 40,000 people with a 'SkyFarm'? Or will everyone in London have a 'Personal Food Computer' by 2040? These are the sorts of provocative questions being posed ahead of the upcoming Controlled Environment Agriculture (CEA) conference.
While most of us think that growing crops involves planting seeds, there's actually another way...cloning! Cloning might sound like a complicated process involving mad scientists, but it's actually quite simple.
AeroFarms has the right idea bringing an advanced technology that is creating jobs and opportunities for development research to a state with such a rich farming history.
Like many other industries, agriculture has discovered the benefits of data mobility, industry 4.0, and new technologies that unlock productivity and cost savings.
Growers must consider several factors when selecting a product configuration: their cultivation setup and environment, and their desired crop.
As the availability and volume of data to help us understand what is happening or will happen in an agricultural field or orchard continues to grow exponentially, the challenge we now face is how to collect, synthesize and use this data.
Over the past century, technology has made leaps and bounds bringing ease to people's lives. The agricultural industry is no different. With access to breakthrough technologies like drones, GPS, satellite imagery, robots, predictive modeling, machine learning & blockchain.
These new gene-edited tomato plants look nothing like the long vines you might find growing in a backyard garden or in agricultural fields. The most notable feature is their bunched, compact fruit.
There is a need for high-tech tools that can bring improvement to the foresee ability of various farming operations. The goal is to achieve profitable, predictable and sustainable yield agriculture across all farms.
Justin Gong, Co-founder and Vice President of XAG, kicked off the conference by carefully elaborating the Smart Agriculture POV Report 2020. This report for the first time clarifies the definitions regarding digital agriculture, precision agriculture and smart agriculture.
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