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 to provide simple and actionable understandings and recommendations for a user.
Tag: Soil
Precision Irrigation Scheduling: We Have A Problem
I am a product manager in an industry that is still trying to find its footing. Precision agriculture technologies, particularly irrigation technologies, are still trying to prove their worth to producers in a way that would make them willing to leave the old ways behind to explore these new technologies for field operations.
What Roles Will AI And Machine Learning Have In Feeding The World?
For thousands of years, the survival of farmers’ crops — and finances — have been inextricably linked to the weather.
Artificial Intelligence And Its Uses In Ag Irrigation
Field Data Poised For Future Food Chain
Real-time data from the field is poised to have more impact on tomorrow’s supply chain.
Why Virtual Sensors Could Save California’s At-Risk Almond Yields
To say that the Golden State can lay claim to the title of king of almonds might be an understatement.
Does Delayed Planting Reduce U.S. Corn Yields?
With the vernal equinox now behind us, spring has officially arrived in the astronomical sense.
WeatherPlot 3.0 Launched
Iteris has just released version 3.0 of WeatherPlot®, the location-specific, agriculturally focused weather and soil decision support tool for agronomists, researchers, and crop science professionals who manage product performance inquiries.
Artificial Intelligence In Agriculture: Understanding Crop Growth
In recent years, there’s been no shortage of buzz in the agricultural industry about the seemingly bright prospects for using artificial intelligence (AI) to address a broad range of problems in the ag space.
Agriculture Impacts Weather: The Case For Connected Ecosystems
It’s fascinating to see how modern technology has helped us increase our agricultural productivity in areas not otherwise suited for our higher value crops.