Nowadays, several ongoing processes, ranging from climate change to alien pests spreading, make plants protection and green care more complex, forcing the adoption of stringent management rules and changing traditional operational frameworks. In Tuscany, green maintenance has become extremely challenging for municipal technical departments, professionals, and private companies having the responsibility of High-Quality Urban Green Areas Management, characterized by different types of plants and services. The application of new technologies such as Internet of Things (IoT), geomatics, and automation, could provide concrete assistance for precision gardening, increasing the sustainability of the management practices. This paper describes the general structure and main components of GARANTES, a support system for green maintenance, oriented also to improve the analytical performance of decision-makers and stakeholders in site design and fieldwork programming.

A Support System for High-Quality Urban Green Management in Tuscany

Romani M;Rapi B;Rocchi L;Sabatini F;Battista P
2020

Abstract

Nowadays, several ongoing processes, ranging from climate change to alien pests spreading, make plants protection and green care more complex, forcing the adoption of stringent management rules and changing traditional operational frameworks. In Tuscany, green maintenance has become extremely challenging for municipal technical departments, professionals, and private companies having the responsibility of High-Quality Urban Green Areas Management, characterized by different types of plants and services. The application of new technologies such as Internet of Things (IoT), geomatics, and automation, could provide concrete assistance for precision gardening, increasing the sustainability of the management practices. This paper describes the general structure and main components of GARANTES, a support system for green maintenance, oriented also to improve the analytical performance of decision-makers and stakeholders in site design and fieldwork programming.
2020
Istituto per la BioEconomia - IBE
Integrated System
Agrometeorological modeling
Precision gardening
Environmental sustainability
Fieldwork scheduling
ICT (Information and Communication Technologies)
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/379752
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