The focus of this project is to take advantage of the Internet of Things in order to design solutions that obtain data from sensors distributed over smart cities. The sensors will be attached to trees and semaphores, send data using the Internet, and integrate a reactive system that will notify specific agents when necessary. Scaling this solutions for a big city like São Paulo can be troublesome bearing in mind 650 thousand trees only on the streets, for example, but this challenge will have a great impact not only to the people’s life but also to the nature itself, indeed.
Free hardware and Internet of Things technologies will be used to build sustainable sensing stations that will be interconnected in urban areas considering the risk of climate changes, possible damage, and minor environment impact. The research results will be distributed with open source and hardware in order to allow other cities to benefit from the solutions created. The gathered data will be sent to InterSCity platform so other researchers can retrieve and analyze following physiological aspects related to tree evapotranspiration in the city, for instance
The team is made of researchers from different institutions:
Instituto de Biociências – USP
Prof. Marcos Buckeridge
Institut Supérieur de l’Electronique et du Numérique (ISEN)
Anne-Camille Le Corre
Oumeima El Isbihani
The technical aspects of the Internet of Trees context of this project is presented at the software page of the Internet of Trees project.