MS student, Ava Maria Mendoza, will be presenting her poster on "Understanding the links between climate, watershed biogeochemistry, and Cyanobacteria growth in Lake Springfield, IL" during Wednesday afternoon's session.

Dr. Blount will also be presenting their work,"From Plots to Cities: Using Multiple Methods to Improve Our Understanding of Heat-Water Interactions Across Scales in the Built Environment", in H22I (room 238-239) at 11:30am.

PI, Kyle Blount, is co-convening #urban #ecohydrology sessions on Tuesday:
H21I (oral) 8:30-10am in 238-239
H22I (oral) 10:30am-12pm in 238-239
H23S (poster) 2:15-5:45pm

#hydrology #urbanhydrology #cities #water #eduction #training #interdisciplinary #conceptualmodel #community #participatoryresearch #collaboration #urban #communityofpractice #policy #academia 5/5

We also identify 10 action items to guide the development of the discipline and the need for improved strategic investment in education and training as well as support for community-engaged and participatory research and outreach. 4/5

We discuss the unique context of urban hydrology, with unique challenges, opportunities, and - we propose - responsibilities for scientists working in this space. We highlight the need for interdisciplinarity, a new conceptual organization, building a community of practice, and enhanced impact. 3/5

Thanks to the amazing team:

@jvwilkening.bsky.social, @akkagawa.bsky.social, @sledford.bsky.social, A. Cao, X. Chen, S. Fathel, X. Feng, @cgerleinsafdi.bsky.social, K. Kaiser, C. Oswald, @parolari.bsky.social, @ecowarrior-rex.bsky.social, C. Ross, P. Seibert & A. Willis 2/5

Yay, Paul!

🏙️ In addition to providing guidance for city planning and landscape design, this method is simple, scalable, and accurate way for municipalities to evaluate urban heat. Cities can use it to map heat risk, guide tree planting, and protect vulnerable communities from extreme heat. 🔥🛠️

📊 Simple area-weighted surface temperature models closely matched pedestrian-level air temperatures—almost a perfect 1:1 correlation. Results show that streets with greater tree canopy were significantly cooler, both for shaded surfaces and for surfaces in sun during the time of analysis. 🌳🌡️

📡 We used aerial images, thermal imagery of surface temperatures, and air temperature data to evaluate the differences in urban heat characteristics associated with land cover and shading across Portland residential landscapes. 🌿🏘️