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Crop solutions

The Diopsis scanner uses a digital camera with software designed and built specifically for Diopsis. Insects are attracted to the screen and are photographed when they are on the screen. - Photo: Syngenta
04-10-2021 | News

Syngenta explores insect scanner technology in agriculture

The electric agricultural robotic harvest companion Carry is to streamline the harvesting process with the ability to transport up to 500 pounds of crops on all terrain and in all inclement weather conditions. - Photo: Future Acres
01-10-2021 | News

Future Acres and Sun World partner to automate harvest

The project builds on a prototype harvester robot developed by University of Waikato researchers with Robotics Plus. - Photo: Robotics Plus
30-09-2021 | Article

Commercial robotic asparagus harvester on the way

The 2B mechanical pollination unit, produced by Israeli start-up Edete. - Photo: Elkana Frank
29-09-2021 | Analysis

Automating pollination – is it practical or affordable?

Corn (maize) growing in the NYU Rose Sohn Zegar Greenhouse on the roof of the NYU Center for Genomics & Systems Biology. - Photo: NYU Center for Genomics & Systems Biology
29-09-2021 | News

Machine learning to help grow crops with less fertilizer

Powdery mildew is a challenging disease for Australian barley growers. - Photo: GRDC
28-09-2021 | Article

Barley crops with more resistance to powdery mildew

Photo: Cromai
27-09-2021 | News

Cromai Scan to reduce herbicide use by 65% in weed control

The iSCOUT Color Trap consists of a yellow adhesive trap with a 10-megapixel photo camera aimed at it. - Photo: NPPL
24-09-2021 | Video

VIDEO: New method for aphid detection and monitoring

The potential synergies for Agri-PV combined with apple, pear, cherry, kiwi and other permanent crops are considerable, according to BayWa r.e. - Photo: BayWa r.e.
22-09-2021 | News

Agri-PV system for apples tested in Germany

Photo: Mark Pasveer
21-09-2021 | Article

Soil compaction 101




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