In the framework of Agriculture 4.0, high-tech solutions can contribute to improve sustainability in viticulture. Researchers of CNR-STEMS have been involved in last years to different projects where autonomous vehicles and decision support systems (DSS) have been developed and tested in sloping vineyards, with the aim to: (i) optimize the exploration of soil and crop status and needs, and applying precise fertilization with high spatial resolution with low mass machinery; (ii) provide decision support to farmers. “Agriculture 4.0" Solution: Integrating autonomous robotic platforms enables precise agrochemical application and mechanical weed control. Soil Protection: Shifting toward light-weight autonomous machinery reduces soil compaction and chemical runoff, addressing soil as a non-renewable resource.
Technological innovations for plant and soil protection in sloping viticulture
Danilo Rabino
Primo
;Davide AllochisSecondo
;Annalisa Milella;Giorgio Capello;Marcella BiddoccuUltimo
2026
Abstract
In the framework of Agriculture 4.0, high-tech solutions can contribute to improve sustainability in viticulture. Researchers of CNR-STEMS have been involved in last years to different projects where autonomous vehicles and decision support systems (DSS) have been developed and tested in sloping vineyards, with the aim to: (i) optimize the exploration of soil and crop status and needs, and applying precise fertilization with high spatial resolution with low mass machinery; (ii) provide decision support to farmers. “Agriculture 4.0" Solution: Integrating autonomous robotic platforms enables precise agrochemical application and mechanical weed control. Soil Protection: Shifting toward light-weight autonomous machinery reduces soil compaction and chemical runoff, addressing soil as a non-renewable resource.| File | Dimensione | Formato | |
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