马铃薯种植的设备 来自日本

A drone equipped with RGB and multispectral cameras surveys a potato field as AI-powered analytics estimate underground tuber biomass and predict harvest yields before digging, demonstrating the University of Tokyo and Kubota's precision agriculture research.
七月 08, 2026
University of Tokyo and Kubota Develop AI-Powered Drone System to Predict Potato Yields Before Harvest
Researchers from the University of Tokyo and Kubota developed a drone- and AI-based system to predict potato yields before harvest. Using drone imagery, machine learning, and growth modeling, it enables accurate, non-destructive yield forecasting.
Potato cyst nematodes threaten crop yields. Kobe University scientist Mizutani Masaharu uncovered a three-way interaction between plants, soil microbes, and parasites.
六月 04, 2025
Kobe University Uncovers Key Plant-Microbe-Parasite Link in Potato Cyst Nematode Control
Kobe University found that potatoes secrete a molecule (SEC) that microbes convert into compounds triggering potato parasite hatching. This three-way interaction could help develop 'suicide hatching' methods to control crop-damaging nematodes.

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