🇬🇧 RRT Points to New Science Papers on Magnetic Navigation and Biological Sensitivity
June 28, 2026 (EMFS)
Jun 1, 2026 (original)
Source: EM Radiation Research Trust
Source category: Advocacy/NGO
AI use
EM Radiation Research Trust reports: Two Science papers on animal navigation and weak electromagnetic signals raise questions about RF noise affecting migratory bats and iron-rich liver immune cells in pigeons. RRT frames the findings as part of a wider question about biological sensitivity to electromagnetic fields below current exposure guidelines.
ℹ️ The Radiation Research Trust page does not expose a visible article date in the extracted text; its WordPress REST metadata gives June 1, 2026 as the publication date.
Note:EM Radiation Research Trust is a UK-based nonprofit advocacy organisation focused on electromagnetic radiation and health. This item is an advocacy interpretation of new animal-navigation papers, not the primary Science papers themselves.
"Two remarkable new papers published in the highly prestigious US journal Science further confirm what is now an increasingly consistent scientific picture: that living organisms can detect and respond to extremely weak electromagnetic and magnetic signals."
— EM Radiation Research Trust
"One study found that brief exposure to low-level radiofrequency (RF) noise disrupted the navigation abilities of migratory bats for hours after exposure."
— EM Radiation Research Trust
"No surprise that animals can feel EMFs lower than the guidelines including humans"
— Brian Stein CBE, Chairman of the Radiation Research Trust
"Animals cannot read newspaper headlines, watch television reports, search the internet, or become anxious about electromagnetic fields."