For the agriculture industry, the Internet of Things (IoT) is revolutionizing the ability to improve sustainability in every area, from the field to the data center.
The use of real-time data is beginning in agricultural sectors with high-value highly perishable crops such as fresh vegetables, berries and other fresh fruit. There is more communication between the field and the processor in those sectors
What you want to grow indoors are high value and short shelf-life crops that you can stack or vertically rack to grow. For instance, in pods and warehouses, you grow plants by stacking multiple beds vertically or horizontally.
RotoGros equity interest in Gibios global growing facilities provides depth to the Companys second vertical of growing management and growing facility ownership
Many smallholder farmers also lack resources to use existing precision agriculture tools they desperately need to become profitable. Rockabye aims to make lucrative farming operations accessible and more affordable.
The climate controlled farm will be powered by 100% renewable electricity and recycled irrigation water using proprietary methods that yield more than 30 times that of conventional farms, with higher levels of food safety and environmental sustainability.
Fortunately, our ability to provide useful precipitation forecasts beyond the next few hours is not highly dependent on our ability to measure what has actually happened.
Thermal imagery is a game of correlation: we use long-wave infrared radiation to give us insights on the temperature profile of the field, but we can also make correlations to other weather-sensitive metrics such as grain moisture and anaerobic zones.
Matt Hickman for Mother Nature Network: Seawater is pumped to the greenhouse installation where its used to cool and humidify the hot desert air drawn into the structures growing area using fans before going through an evaporation process that distills saltwater
Its the underlying science tools and heroes of the digital agriculture movement - specifically, machine learning and predictive modeling - that are central to the success of delivering a digital transformation.
Last year recorded groundbreaking technological advances in agriculture, even as the ag giants focused on consolidation. In looking back over the trends that shaped 2017, we can locate the signs pointing to the big stories we anticipate this year.
The biogas generated from the waste streams is powering a 300 kW gen-set which delivers renewable electricity to the local grid.
Presentations and interactive panel discussions will address investment opportunities in upstream agtech advancements - where global investments have grown to $4.2 billion from $2.36 billion in the past three years, according to AgFunder.
By interconnecting crops, tools and vehicles to smart devices and sensors, farmers will be able to produce more while saving money and conserving natural resources by making the right decision at the right time based on data.
Though there exists a corridor across the northwestern Corn Belt in which there appears to be some truth to this belief, there are as many other corn growing areas where there is no discernible relationship, or even an inverse relationship
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