Lake Macquarie City Council through its Smart Cities program of works collects environmental monitoring data using sensors on Council’s Community IoT Network. Data collected includes temperature, humidity, air quality (PM10, PM2.5, PM1, Carbon monoxide, Ozone, Nitrogen Dioxide), wind speed, wind direction, precipitation and solar radiation. This realtime dataset comes from Netvox R712 sensors that measure temperature and humidity. These sensors have been deployed as part of Council's Adopt a Sensor Program. Data from these sensors is being collected via Council's Community IoT Network - The Things Network.

Lake Macquarie City Council through its Smart Cities program of works collects environmental monitoring data using sensors on Council’s Community IoT Network. Data collected includes temperature, humidity, air quality (PM10, PM2.5, PM1, Carbon monoxide, Ozone, Nitrogen Dioxide), wind speed, wind direction, precipitation and solar radiation. This historical dataset comes from Netvox R712 sensors that measure temperature and humidity. Data from these sensors was collected via Council's Community IoT Network - The Things Network.

Lake Macquarie City Council through its Smart Cities program of works collects environmental monitoring data using sensors on Council’s Community IoT Network. Data collected includes temperature, humidity, air quality (PM10, PM2.5, PM1, Carbon monoxide, Ozone, Nitrogen Dioxide), wind speed, wind direction, precipitation and solar radiation. This realtime dataset comes from Decentlab ATM41 weather station sensors. Data from these sensors is being collected via Council's Community IoT Network - The Things Network

Lake Macquarie City Council through its Smart Cities program of works collects environmental monitoring data using sensors on Council’s Community IoT Network. Data collected includes temperature, humidity, air quality (PM10, PM2.5, PM1, Carbon monoxide, Ozone, Nitrogen Dioxide), wind speed, wind direction, precipitation and solar radiation. This historical dataset comes from Environmental Monitoring System (EMS) sensors. These sensors are built by an Australian company based in Perth, ARCS Group and were developed in partnership with the University of Technology, Sydney as part of the TULIP Project. Data from these sensors was collected using Council's Community IoT LoRaWAN Network - The Things Network. Note: These sensors were still going through in the field testing. Data provided by these sensors is to be used as a guide only, in particular ozone, carbon monoxide and nitrogen dioxide readings.

This historical dataset comes from Decentlab SHT35 sensors that measure temperature and humidity. Data from these sensors was collected via Council's Community IoT Network - The Things Network.

In 2012, Council and ARUP partnered with the University of Melbourne on a three year Australian Research Council Linkage Grant for Creating a Smart City through Internet of Things." The aim of the research was to develop new systems and algorithms that can help City administrators remotely monitor, understand and interpret real time information on urban environments" The researchers are now applying the research in the City by deploying a three month 'real-world' data collection and testing trial. The environmental sensors, measuring light levels, humidity and temperature, have been deployed at Fitzroy Gardens and Library at the Dock. The data collected will assist the Urban Landscapes branch to better understand and communicate the impact of canopy cover for urban cooling.

In 2012, Council and ARUP partnered with the University of Melbourne on a three year Australian Research Council Linkage Grant for Creating a Smart City through Internet of Things." The aim of the research was to develop new systems and algorithms that can help City administrators remotely monitor, understand and interpret real time information on urban environments" The researchers are now applying the research in the City by deploying a three month 'real-world' data collection and testing trial. The environmental sensors, measuring light levels, humidity and temperature, have been deployed at Fitzroy Gardens and Library at the Dock. The data collected will assist the Urban Landscapes branch to better understand and communicate the impact of canopy cover for urban cooling.

In 2012, Council and ARUP partnered with the University of Melbourne on a three year Australian Research Council Linkage Grant for Creating a Smart City through Internet of Things." The aim of the research was to develop new systems and algorithms that can help City administrators remotely monitor, understand and interpret real time information on urban environments" The researchers are now applying the research in the City by deploying a three month 'real-world' data collection and testing trial. The environmental sensors, measuring light levels, humidity and temperature, have been deployed at Fitzroy Gardens and Library at the Dock. The data collected will assist the Urban Landscapes branch to better understand and communicate the impact of canopy cover for urban cooling.

중랑구 환경데이터 센서를 설치하여 미세먼지, 온도, 습도 등의 데이터를 측정합니다.