Boston University Institute for Global Sustainability

Boston University Institute for Global Sustainability

@bu-igs.bsky.social

Advancing research for a sustainable and equitable future https://www.bu.edu/igs/

135 followers54 following355 posts

#Heat is a well-documented threat to human #health. However, estimating #heatexposure for health studies has long been a challenge. IGS affiliated authors recommend a nuanced approach to analyzing heat for #epidemiological studies in a new paper. Read more: spr.ly/63323BGbaFz

spr.lyData Considerations for Estimating Ambient Heat Exposure for Environmental Epidemiological Studies - Current Environmental Health ReportsPurpose Extreme heat is a public health threat. We review common meteorological data sets and metrics for estimating heat in epidemiologic studies and recommend practical advice for those just starting in this field. Recent Findings Heat can be estimated through a variety of approaches that differ in their spatial resolution, temporal frequency, historical extent, aggregation, and population coverage. Heat exposure is operationalized as air temperature, but heat indices including additional variables (e.g. humidity, solar radiation, wind) capturing different physiological pathways and varying in their availability and interpretability are common. Defining heat waves for research and government activation is another important consideration in terms of risk and perception. Other analysis choices include defining extreme heat thresholds, population-weighting, or special considerations in urban environments. Summary We suggest practical guidance for selecting data and metrics for specific heat health epidemiologic questions. No single “best” heat metric exists; investigators should consider their research question, population, and data availability to identify the most appropriate approaches.

Save the date: IGS's event series, Convergent Conversations, continues November 10 at 2:30 pm! Join us as we build convergent research connections across Boston University that address real-world sustainability challenges. Open to the public. Register: spr.ly/63321BHHcIU

spr.lyIGS Convergent Conversations: PFASJoin us for an event series to build interdisciplinary research connections across BU that address real-world challenges.

At IGS’s Convergent Conversations, panelists discussed BosTen, a feasibility project exploring whether clean thermal energy networks could help decarbonize Boston buildings, with potential benefits for air quality and electricity demand. Recording: www.youtube.com/watch?v=wYpB...

youtube.comConvergent Conversations: BosTEN: Convergent Urban Scale Solution for Energy, Climate, and HealthYouTube video by BU Institute for Global Sustainability

In a new study, BU and Harvard researchers were able to utilize near real-time #data from last year’s summer #heatwave to study the relationship between #epidemiology and #heat. Read more in Inside Climate News here: spr.ly/63326BGbSop

spr.lyCan Studying Heat Waves in Real Time Save Lives? - Inside Climate NewsHeat drove medical emergencies across the country last summer. Tracking those changes more quickly could help doctors prepare.

CANCELLED, stay tuned for more information about possible rescheduling

Join us Oct. 1 for a conversation with Amy Westervelt on her new book "Brought To You By: How Corporations Warped the Truth, Conned the Public, and Broke Democracy". Moderated by @commscholar.bsky.social RSVP ⬇️ spr.ly/63326BGdnzQ

TIME CHANGE: Now 12 pm - 1:30pm!

RSVP now: IGS's Fall Open House is October 1 at 3pm! Join us as we celebrate the start of the school year. Come meet our team, learn about our upcoming events, and find out about ways to get involved. RSVP: spr.ly/63323BGTzj9

Coastal marsh plants predict methane emissions better than salinity. “Plants live in certain environments; they reflect the long-term conditions – that is they integrate environmental signals,” says Robinson ("Wally") Fulweiler. Read more: spr.ly/63326B1INAy

spr.lyPlants reveal how much methane coastal marshes releaseThe plants growing in tidal marshes can predict methane emissions better than salinity, offering a simpler way to measure their true climate impact.

Save the date: IGS's event series, Convergent Conversations, returns October 6! Join us as we build convergent research connections across Boston University that address real-world sustainability challenges. Open to the public. Learn more & register: spr.ly/63321BGMcaB

spr.lyConvergent Urban Scale Solution for Energy, Climate, and HealthJoin us for an event series to build interdisciplinary research connections across BU that address real-world challenges.

AI data centers strain power grids and harm the environment. But what if they could be more flexible? Ayse Coskun and her colleagues at Emerald AI are making data centers adapt their power consumption more efficiently. Read more: spr.ly/63328B1xH6G

spr.lyThis A.I. Start-Up Aims to Reverse the Backlash Against Data CentersEmerald AI, now valued at $1.05 billion, uses software to keep power demand at the computing facilities from getting out of control.

Carbon capture needs materials that work in real conditions: with moisture and without extreme heating. New research by Sean Lubner and colleagues shows TriptH does both. It captures CO2 from air and factories, releasing it using vacuum already available industrially. spr.ly/63323B1Q7bS

spr.lyIsothermal Capture and Release of Carbon Dioxide with a Porous Molecular HexaamineAbstract. The decarbonization of fossil fuel combustion streams and air is imperative to achieve negative carbon emissions and requires discovery of new ma

Many U.S. cities are planning for extreme heat, but not all are doing so equitably. A new study found larger cities lead in justice-centered heat planning, while smaller cities lag. Few address the needs of renters, gender minorities, and Indigenous peoples. Xiaofei Qin's research reveals the gaps.

sciencedirect.comEquity and justice in heat planning across small, midsize, and large cities in the USCities globally are facing growing concerns related to extreme heat. Given the uneven distribution of heat impacts within cities and among residents, …

New research by Ayse Coskun and colleagues shows AI data centers can provide 18-55% power flexibility to support grid stability. As these facilities reach 50+ GW by 2030, this flexibility could be critical for grid resilience. Published at ACM e-Energy '26. Read more: dl.acm.org/doi/10.1145/...

dl.acm.orgInvestigating Power Consumption Flexibility of AI Data Centers for Demand Response Participation | Proceedings of the 17th ACM International Conference on Future and Sustainable Energy Systems

BU Earth & Environment professor and IGS associate director Cutler J. Cleveland published the op-ed “Improve Mass Save, don’t shrink it” in The Boston Globe, in which he argues that the energy efficiency program should be reformed rather than cut back. Read more: spr.ly/63322BEK2Tq

spr.lyImprove Mass Save, don’t shrink it - The Boston GlobeCutting funding to the state's landmark energy efficiency program will be costly in the long run.

Tawnya Smith’s book chapter “Must We Define Music as an Anthropocentric Endeavor? Toward an Eco-centric Identity” proposes a new approach to music education that includes non-human sounds as a form of music to help people connect with the natural world. 🎶🌳 link.springer.com/book/10.1007...

link.springer.comEcological Transitions In and Through Music EducationThis book contributes to future-focused, environmentally responsible, relationally & ecological discourse of music education professionalism.

Boston University Institute for Global Sustainability reposted

Boston University Researchers Team Up with Massachusetts to Launch New Clean Energy Tools Collaboration with the state produces online data tools that aim to help cities and towns implement greener energy programs.

spr.lyBoston University Researchers Team Up with Massachusetts to Launch New Clean Energy ToolsCollaboration with the state produces online data tools that aim to help cities and towns implement greener energy programs