It was estimated that ≃2.4 billion workers were exposed to excessive workplace temperatures in 2020.
@robertdmeade and colleagues highlight the need for solutions aimed at reducing heat at work and home to protect the most vulnerable workers
#BMJClimate
https://t.co/pdSisED0yX
Our lab is seeking highly motivated #PostDoc to lead major studies on the impacts of heat extremes on the public and workers. Join our @HEPRU_uOttawa team! Send applications to [email protected]✉️
@kiwiheatlab@BNEJournal@faming_wang666@hahaboy43 Odd to me that the abstract/key points highlight benefits of fans, but this was only in fan + fluid vs no fan + no fluid control. Given fan only condition was associated with similar if not worse responses (not highlighted), seems more like beneficial effect of fluid...
New study validates lower limits of human heat tolerance” 31 March 2025 ; University of Ottawa
https://t.co/vLueLK3Ewt
https://t.co/F8VePPcQtT
Tabela : Barcelona Institute for Global Health - ISGLOBAL
https://t.co/HNs36sG031
Our latest daylong heat exposure trial – Validating new limits for human thermoregulation – is out today in @PNAS@robertdmeade@emtetzlaff@katiewagar1
Check it out below:
https://t.co/pNJlhANkrO
🚨📰 Incredible new @NatureComms paper by Meade et al. in which they synthesize the findings from over 400 laboratory-based heat exposure 🥵 studies to improve understanding of the effects of heat stress on cardiac responses🫀
Read more: https://t.co/KvJcdDDuL3
🌡️❤️ Repenser les effets de la chaleur sur la santé cardiaque ! Une nouvelle étude révèle des informations essentielles sur le fonctionnement du cœur en cas de chaleur extrême. Pour en savoir plus 👉https://t.co/9pX0zn6F4m
@uOttawaHealthSc@robertdmeade
🌡️❤️ Rethinking how heat affects heart health! A new study reveals critical insights into heart function during extreme heat. Discover the findings and their implications for public health. Read more 👉 https://t.co/X6VfoNRLwP
@uOttawaHealthSc@robertdmeade
Our paper, "Brain-derived neurotrophic factor response to daylong exposure to extreme heat in young and older adults: a secondary analysis" 🌡🥵 is out in @APNMjournal!
https://t.co/TY6pFkAZJx
@HEPRU_uOttawa@robertdmeade
New in @NatureComms
Meta-analysis of heat-induced changes in cardiac function from over 400 laboratory-based heat exposure studies
https://t.co/inuaMsE0p1
New in @NatureComms from @robertdmeade and all-star cast 🤩:
Meta-analysis of heat-induced changes in cardiac function from over 400 laboratory-based heat exposure studies @HEPRU_uOttawa 👇
https://t.co/cNlB2V1seV
New Publication🚨 Our paper titled “Knowledge, Awareness, Practices, and Perceptions of Risk and Responsibility Related to Extreme Heat: An Exploratory Survey of Older Adults in Canada" has just been published @JPHMPDirect!
@emtetzlaff@robertdmeade
Link: https://t.co/b2SKr7Sm82
The next in our series on revisiting concepts of thermal physiology, expertly driven by @duncanwits - what does set-point really mean, how does negative feedback operate? https://t.co/ED3uUsM0Os
Please share: Postdoc position available for 3 years to help determine indoor heat thresholds. Looking for a candidate with data science training. Contact me for more information.
With @mccstudy and global experts, we estimated that landscape fire smoke was associated with 1.5 million deaths annually from 2000 to 2019. Alarmingly, this burden has been increasing, with the majority of deaths occurring in LTMICs. Congrats @RongbinXu
https://t.co/xCHNXN3UYi
New article out in @JAMA_current titled: "Effect of electric fans on body core temperature in older adults exposed to extreme indoor heat."🌡️🔥 @robertdmeade@katiewagar1@emtetzlaff
Check it out here:👇
https://t.co/dqwQy8Tdlw