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Some Effects of Microwaves on Certain Insects which Infest Wheat and Flour

Bioeffects Seen

Vernon H. Baker, Dennis E. Wiant, Oscar Taboada · 1956

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1956 research showed 12.25 cm microwaves affected grain insects, using frequencies similar to today's WiFi and microwave ovens.

Plain English Summary

Summary written for general audiences

This 1956 Michigan State University study examined how 12.25 cm microwaves affected granary weevils and flour beetles that commonly infest stored grain. The research was conducted in partnership with Raytheon Manufacturing Company as part of broader investigations into how electromagnetic radiation affects biological tissues. This represents some of the earliest controlled research into microwave effects on living organisms.

Why This Matters

This study holds remarkable historical significance as one of the earliest controlled investigations into microwave effects on living organisms, conducted just over a decade after radar technology emerged from World War II. The collaboration between Michigan State University and Raytheon Manufacturing Company reflects the military-industrial complex's early interest in understanding biological effects of electromagnetic radiation. What makes this research particularly relevant today is the 12.25 cm wavelength studied, which corresponds to approximately 2.45 GHz - the same frequency used in modern microwave ovens and overlapping with WiFi and Bluetooth frequencies. The fact that researchers in 1956 were already documenting biological effects from microwave exposure on insects suggests these interactions were observable even with the relatively primitive equipment of that era. The reality is that if microwaves could affect the physiology of insects at levels that were detectable seven decades ago, we should be asking much harder questions about what these same frequencies might be doing to human biology today.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Vernon H. Baker, Dennis E. Wiant, Oscar Taboada (1956). Some Effects of Microwaves on Certain Insects which Infest Wheat and Flour.
Show BibTeX
@article{some_effects_of_microwaves_on_certain_insects_which_infest_wheat_and_flour_g6800,
  author = {Vernon H. Baker and Dennis E. Wiant and Oscar Taboada},
  title = {Some Effects of Microwaves on Certain Insects which Infest Wheat and Flour},
  year = {1956},
  
  
}

Quick Questions About This Study

Researchers used 12.25 cm wavelength microwaves, which corresponds to approximately 2.45 GHz frequency. This is the same frequency band used in modern microwave ovens and overlaps with current WiFi and Bluetooth wireless technologies.
The study focused on granary weevils and flour beetles, two common pests that infest stored wheat and flour. These insects were chosen because they represent significant agricultural problems in grain storage facilities.
Raytheon Manufacturing Company collaborated as part of broader research into how radiant energy affects biological tissues. This partnership reflects early military-industrial interest in understanding electromagnetic radiation's biological effects following World War II radar development.
The 12.25 cm wavelength studied matches the 2.45 GHz frequency used in today's microwave ovens and overlaps with WiFi, Bluetooth, and other wireless communication frequencies that now surround us daily.
This represents some of the earliest controlled research documenting biological effects from microwave exposure, conducted with primitive 1950s equipment yet still detecting measurable impacts on living organisms at frequencies we use today.