#Climate change and bigger populations will drive up the amount of #electricity used to cool urban U.S. buildings per square foot by at least 20% in some areas, new research shows. It's a "vicious cycle." Read Stanford Doerr School of Sustainability: sustainability.stanford.edu/news/how-clima… Chenghao Wang

Super excited to share our recent work! Collaborating with NREL, we developed a bottom-up modeling approach to study mid-century building energy use in US cities.

Quantifing mid-21st century hourly #BuildingEnergy, Chenghao Wang et al reveal spatially and temporally heterogeneous changes influenced by future climate, population dynamics, and electric power sector decarbonization University of Oklahoma Research, OU College of Atmospheric & Geographic Sciences, Stanford Doerr School of Sustainability nature.com/articles/s4146…

Our high-res sampling campaign reveals extensive N2O emissions from an urbanized estuary, but the relationship between N2O-N and NO3-N is nonlinear, suggesting that IPCC's estuarine N2O emission factor is overestimated. OU Dept. of Geography & ES Oklahoma Meteorology OU College of Atmospheric & Geographic Sciences

In today's edition of Fantastic Friday, we look at a recent update to the seminal Grimmond et al (2011) #IJOC paper. Mathew Lipson and co-authors examine the ability of 30 land surface models to simulate the surface energy balance for one suburban site: rmets.onlinelibrary.wiley.com/doi/10.1002/qj…

So WxChase and I got to present our Capstone work today. I'd like to thank Dr. Chenghao Wang for his mentorship throughout the process! We're also extremely grateful for all of those who gave us support and encouragement! We're excited to see where our research goes next!

santafe.edu/news-center/ne…

We found that urban wastewater generation scales superlinearly, municipal solid waste scales linearly, and greenhouse gas emissions scale sublinearly with city size. Check our recent paper here: doi.org/10.1038/s44284…

A new Land-Cover & Land-Use Change (LCLUC) Program project utilizes multisensor satellite data to model urban microclimates and explore their effects on human heat exposure and biodiversity in western India. OU Dept. of Geography & ES Michael Wimberly , Chengbin Deng | GEMA Lab Chenghao Wang Find more lnkd.in/erv-tzmM

Really looking forward to this! Thank you for inviting me Yongling Zhao !

NEW FOCUS: Senior Health in a Changing Climate: Unique Needs of a Complex Population ➡️ buff.ly/47Bxjkk Robert D. Meade Caradee Wright Dr Luke Harrington @DanielleArigoni Chenghao Wang

The number of days per year that are simultaneously extremely hot, dry, and have a high fire risk have as much as tripled since 1970 in some parts of South America. The results are published in a study in Communications Earth & Environment: nature.com/articles/s4324…

We are hiring two full-time postdoc researchers at University of Oklahoma focusing on urban air quality and/or GHG modeling. The researchers will be hosted in Oklahoma Meteorology. #UrbanClimate #AirQuality #postdoc Apply here by Oct 31, 2024: apply.interfolio.com/150611

New paper 🚨 on how urban trees should be planned globally for heat mitigation in global warming. Read: nature.com/articles/s4324… Ronita Bardhan Yongling Zhao Chenghao Wang Diana Urge-Vorsatz Magdalene College Arch Cambridge Cambridge Trust Cambridge University