DocumentCode :
3712232
Title :
BeeHive Lab project - sensorized hive for bee colonies life study
Author :
Marco Giammarini;Enrico Concettoni;Cynthia Corina Zazzarini;Nicola Orlandini;Mariano Albanesi;Cristina Cristalli
Author_Institution :
Loccioni Group, Via Fiume 16, I-60030 Angeli di Rosora (Ancona), Italy
fYear :
2015
Firstpage :
121
Lastpage :
126
Abstract :
The rearing of bees is a quite difficult job since it requires experience and time. Beekeepers are used to take care of their bee colonies observing them and learning to interpret their behavior. Despite the rearing of bees represents one of the most antique human habits, nowadays bees risk the extinction principally because of the increasing pollution levels related to human activity. It is important to increase our knowledge about bees in order to develop new practices intended to improve their protection. These practices could include new technologies, in order to increase profitability of beekeepers and economical interest related to bee rearing, but also innovative rearing techniques, genetic selections, environmental politics and so on. Moreover bees, since they are very sensitive to pollution, are considered environmental indicators, and the research on bees could give important information about the conditions of soil, air and water. In this paper we propose a real hardware and software solution for apply the internet-of-things concept to bees in order to help beekeepers to improve their business and collect data for research purposes.
Keywords :
"Plastics","Monitoring","Humidity","Temperature distribution","Pollution","Temperature measurement","Temperature sensors"
Publisher :
ieee
Conference_Titel :
Intelligent Solutions in Embedded Systems (WISES), 2015 12th International Workshop on
Type :
conf
Filename :
7356993
Link To Document :
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