This work describes an innovative vineyard management technology that includes advanced sensors for leaf water status detection, a weather station for environmental data collecting along with effective LoRa communication network for continuous data transmission. Over the course of three months, the research was conducted at a vineyard in the southwestern area of Sardinia, exposing the platform to realistic outdoor conditions. The platform performed efficiently, reaching 58% of its normal operating capacity. The sensing devices have shown significant ability in detecting plant water stress levels for different plant types, creating a solid foundation for further optimization toward developing into real-time decision-making system for irrigation scheduling.

Real-world implementation of an innovative vineyard water management platform: a case study

Makni, Nasreddine
Primo
Investigation
;
Loddo, Silvia
Secondo
Supervision
;
Barbaro, Massimo
Ultimo
Supervision
2025-01-01

Abstract

This work describes an innovative vineyard management technology that includes advanced sensors for leaf water status detection, a weather station for environmental data collecting along with effective LoRa communication network for continuous data transmission. Over the course of three months, the research was conducted at a vineyard in the southwestern area of Sardinia, exposing the platform to realistic outdoor conditions. The platform performed efficiently, reaching 58% of its normal operating capacity. The sensing devices have shown significant ability in detecting plant water stress levels for different plant types, creating a solid foundation for further optimization toward developing into real-time decision-making system for irrigation scheduling.
2025
9783031840999
9783031841002
Environment monitoring
Smart Agriculture
Water management
Wireless Sensors Networks
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11584/452966
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