As a case study in Melbourne, we developed a locating routing model to significantly improve the disaster waste clean-up efficiency. https://t.co/WMvkyU27Lt
Our latest study investigated the impacts of COVID-19 lockdowns on NO2 concentrations associated with spatial configuration in 54 US cities.
https://t.co/z0xHeQYT6V
Led by Dr. Wong, our team developed a Smart Monitoring System for Urban Tree Management, which has been awarded the Geneva Inventions Expo Gold Medal. @HongKongPolyU@SenseableCity
We are pleased to share the big news. The director of RemoteSensingLab, Dr. Wong, has been awarded the Geneva Inventions Expo Gold Medal on Smart Monitoring System for Urban Tree Management. ๐๐๐https://t.co/G27WHWxPsC
Our new paper at a global scale investigated COVID-19 Infection and Mortality: Association with PM2.5 Concentration and Population Density
https://t.co/q0vkHmkm7A
Our new paper systematically reviews Dynamic Tree Behaviors: Measurement Methods on Tree Sway, Tree Tilt, and RootโPlate Movement~ https://t.co/SDcxtjZcy4
We are hiring at The Hong Kong Polytechnic University! One Postdoctoral Researcher, one PhD student, and one Research Assistant in GIS and/or Remote Sensing to study Solar Energy and/or Urban Heat Island.
Our team has designed a low cost Integrated micro-Environmental Monitoring Device for monitoring localized environmental conditions which are further enhanced for real-time environmental monitoring in construction sites. https://t.co/gPFuPRsyAU
"This is a follow-up of the Jockey Club Smart City Tree Management Project led by Dr Charles Wong of the LSGI, whose collaboration with the Development Bureau since 2018 has resulted in significant knowledge transfer and social impact to make Hong Kong a more livable city."
"In the 2020 Policy Address of the Chief Executive of the Hong Kong Government, it was announced that the Development Bureau would commence a three-year study to collect and analyse data from tilt sensors to test their effectiveness in identifying trees at risk of collapse."
Our #SolarCities project investigates the solar potential of cities in three dimensions, below and beyond the rooftop.
Find out more: https://t.co/vzzjGR9XtF
@SenseableCity@MITdusp@mitsap
Be happy to share our project on a large-scale pilot project identifying TREES in the urban area with potential needs for follow-up actions. https://t.co/x0dXvhCvC4
We are very pleased to know that Dr. Charels Man Sing Wong has been appointed to the Urban Forestry Advisory Panel for the Government of the Hong Kong SAR. https://t.co/TbtmOT2txC
Our new paper on "Spatial analysis of the impact of urban geometry and socio-demographic characteristics on COVID-19, a study in Hong Kong". Relationships between COVID-19 cases and urban geometry and socio-demography are revealed. https://t.co/qqT6i3KCrX