EFFECTS OF HIGH INTENSITY 60 Hz ELECTRIC FIELDS ON PRIMATE BEHAVIOR NATURAL (SOCIAL) BEHAVIOR
Authors not listed
Baboons exposed to 60 kV/m power frequency fields in DOE study examining behavioral effects at intensities 600x typical power line exposure.
Plain English Summary
Researchers exposed African baboons to extremely high intensity 60 Hz electric fields (up to 60,000 volts per meter) to study behavioral changes. This preliminary Department of Energy study examined both individual performance tasks and social behaviors before, during, and after exposure. The research aimed to develop protocols for a larger investigation into how power line frequency fields affect primate behavior.
Why This Matters
This study represents a significant escalation in EMF research, exposing primates to electric field intensities far exceeding what humans typically encounter. At 60,000 volts per meter, these baboons experienced fields roughly 600 times stronger than what you'd find directly under high-voltage power lines (around 100 V/m). The choice of baboons as test subjects is telling - their complex social behaviors and cognitive abilities make them excellent proxies for understanding potential human effects.
What makes this research particularly noteworthy is its focus on 60 Hz fields, the exact frequency of our electrical grid. While the study abstract doesn't reveal the findings, the very fact that the Department of Energy funded research into behavioral effects suggests official recognition that power frequency fields can influence living systems. The reality is that if fields this strong can alter primate behavior, we need to seriously consider what chronic exposure to lower-level fields might do to human populations living near power infrastructure.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{effects_of_high_intensity_60_hz_electric_fields_on_primate_behavior_natural_soci_g5465,
author = {Unknown},
title = {EFFECTS OF HIGH INTENSITY 60 Hz ELECTRIC FIELDS ON PRIMATE BEHAVIOR NATURAL (SOCIAL) BEHAVIOR},
year = {n.d.},
}