Climate change, health, and wearable biosensors: Harnessing emerging technologies to bridge environmental exposures and physiological responses
Interpret findings within the scope of the source evidence.
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Summary
Discusses biosensors linking environmental exposure and physiological response, including challenges for equitable implementation.
The summary reflects accessible abstracts or partial text. Detailed methods and effect estimates were not all available for assessment.
Scientific notes: 2026-11-11 · Research connections: 12 November 2026Key findings
Key findings
Discusses opportunities to combine environmental and wearable physiology data for heat, occupational and pollution research. No new quantified intervention effect is presented in the abstract.
Study design & setting
Study design and methods
Population, setting or evidence base
Climate-related environmental exposures and physiological responses across settings. Review/book chapter. Narrative review chapter; no empirical sample specified in the abstract.
Methods
Conceptual synthesis of biosensors, placement, validation and multimodal analysis.
Limits to interpretation
Limitations
Full text was unavailable. The abstract emphasizes affordability, privacy and validation across diverse populations as unresolved implementation needs.
Research relevance
Research relevance
A methodological overview linking sensor research with public-health adaptation questions.
People, places & projects
Research connections
Labels identify published coauthors, study settings, planned protocol settings and wider methods or network connections.
Coauthors with research profiles
Sites & research settings
The publication’s population or review scope is described under Methods. No single CHEERS study site is assigned to this publication.
Projects & methods connections
Published sources & review scope
Sources
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