Ever wondered how much the radiation exposure is in your neighborhood and other places in the world?

I thought it would be interesting to give you some insights in body exposure to RF radiation from phone towers and other transmitters, the world over. This will be an expanding document as we would likely collect more images from our consultants and perhaps from amateurs who own the professional GEOVITAL HF Field Probe meter.

RF radiation levels can vary dramatically from street to street. Here it is quite low.

RF radiation levels can vary dramatically from street to street. Here it is quite low.

Word of Warning:
It should be understood that the bedroom is absolute key when it comes to health protection, recovery and regeneration. Most of these images will be outside and don’t necessarily give a clear indication of how high that exposure may be inside a home in that area. Clearly, if you have high levels outside, it has the potential to be terrible inside, but it could be less than expected due to building materials used or for example the vicinity of metal roofs on neighboring properties. These can also make things worse if angled at, for your home, the wrong angle… or they could somewhat protect your home by effectively ‘shading’ your bedroom. It can also be that outside levels are not extreme, but that local RF sources from a neighbors home, for example, can make levels in a home higher.

The point to remember is:

You will not know what your individual body exposure is or how urgently your home/bedroom should be shielded, until you or one of our consultants, assesses your body in your bedroom with a HF Field Probe.

When are EMF radiation levels on the body of concern?

Directional transmitters move voice and data from one tower to the next. They can affect us from great distances.

Directional transmitters move voice and data from one tower to the next. They can affect us from great distances.

Of course there is much disagreement about what levels are harmful or are potentially harmful. Just think about it… the environmental exposure levels shown in all of these photos has already been condoned by the local councils and governments.

They labor under the misguided belief this has no biological effects on adults, children, plants and animals, or they deem the risks acceptable, or deem the suffering experienced by those who are electrohypersensitive (EHS) to also be acceptable in the name of progress. For an overview of EMF related research, click here. For an oversight of how different governments are starting to take exposure reducing steps, click here.

You have to make up your own mind about what you deem expectable, and again, the bedroom is where this is most critical.

In GEOVITAL’s opinion,
based on 20+ years of practical experience with patients on this particular subject,
the value found on the patient’s body ‘in a bedroom’ above which shielding is indicated
if it is HEALTH RECOVERY that we are after, is 100 microVolt (µV).
The target, after shielding, is ideally under 30 µV.

Why assessing the body for the burden of EMF radiation is more meaningful

The body coupling-measurement method has been used to better investigate the patient’s burden to EMF radiation by health practitioners and environmental medicine practitioners in Austria, Switzerland and Germany for over 20 years. The output of transmitters (W/m²) is in this approach of little interest. Instead the person’s body is important, to determine the actual burden.

Shielding fabric NOVA can be an quick and portable solution for people renting to deal with RF-EMR.

Shielding fabric NOVA can be an quick and portable solution for people renting to deal with RF-EMR.

The body as antenna and it’s projection (surface) area, play a role in determining the actual burden of exposure load. This value is expressed in microvolt (µV).

When it comes to determining if shielding is indicated and to find out if the quality of the protection implemented is good enough, this type of investigation is much more meaningful than assessing the air, because despite the larger surface area of the antenna (the person), the achieved values after shielding must be sufficient.

When implementing inferior shielding products, these all important body values tend to not drop far enough and we have seen disappointing results in terms of health recoveries that practitioner and patient was hoping for. In this situation, an air measurements on both professional and amateur instruments, may very well have shown the shielding to be successful. The sad reality is that the patient has a false sense of security about their EMF exposure and due to symptoms remaining, starts to focus on other health burdens whilst the radiation burden, unknowingly, has not been addressed properly.

This is why GEOVITAL uses the highest performance (and healthy) solutions based on experience with patients… not sales figures, market share or price point.
In the end… patients want solutions, not experiments.

 

Have a look at EMF radiation exposure around the world by clicking on the various areas.

RF EMR radiation at the Shakespeare's Globe, London, UK - by Patrick van der Burght

RF EMR radiation at the Shakespeare’s Globe, London, UK – by Patrick van der Burght

RF EMR radiation at the Tate Museum, London, UK - by Patrick van der Burght

RF EMR radiation at the Tate Museum, London, UK – by Patrick van der Burght

RF EMF radiation levels, Tillicoultry, Moss road, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels, Tillicoultry, Moss road, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels, Tillicoultry, Stirling Mills Outlet Shopping Village, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels, Tillicoultry, Stirling Mills Outlet Shopping Village, Scotland, UK – Photo by Patrick van der Burght

RF EMR radiation at the Doune Castle (Monty Python location) Perthshire, UK - by Patrick van der Burght

RF EMR radiation at the Doune Castle (Monty Python location) Perthshire, UK – by Patrick van der Burght

RF EMF radiation levels on the top of Dumbarton castle, Dumbarton Shire, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels on the top of Dumbarton castle, Dumbarton Shire, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels inside the double bricked power magazine building of Dumbarton castle, Dumbarton Shire, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels inside the double bricked power magazine building of Dumbarton castle, Dumbarton Shire, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels inside the double bricked power magazine building of Dunstaffnage Castle, Oban, Argyll and Bute, PA37 1PZ, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels inside the double bricked power magazine building of Dunstaffnage Castle, Oban, Argyll and Bute, PA37 1PZ, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Fort Augustus, Canel Side, PH32, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Fort Augustus, Canel Side, PH32, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Loch Lochy, Finlay, Spean Bridge, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Loch Lochy, Finlay, Spean Bridge, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Loch Ness, Lochend, Inverness, Highland, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Loch Ness, Lochend, Inverness, Highland, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Inverness, Highland, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Inverness, Highland, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels River Spean, Roughburn, Highland, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels River Spean, Roughburn, Highland, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Loch Laggan, Ardverikie House, Newtonmore, Highland (Monarch of the Glen castle), Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Loch Laggan, Ardverikie House, Newtonmore, Highland (Monarch of the Glen castle), Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Invernahavon, Caravan Site, Glentrum, Newtonmore, PH20 1BE, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Invernahavon, Caravan Site, Glentrum, Newtonmore, PH20 1BE, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels Invernahavon, River Truim, Glentrum, Newtonmore, PH20 1BE, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels Invernahavon, River Truim, Glentrum, Newtonmore, PH20 1BE, Scotland, UK – Photo by Patrick van der Burght

RF EMF radiation levels, Alloa, Scotland, UK - Photo by Patrick van der Burght

RF EMF radiation levels, Alloa, Scotland, UK – Photo by Patrick van der Burght

 

RF EMF radiation levels, Germany, Lindau on lake Constance, Mangturm - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Lindau on lake Constance, Mangturm – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Lindau on lake Constance, Altes Rathaus, Bismarckpl 88131 - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Lindau on lake Constance, Altes Rathaus, Bismarckpl 88131 – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Hohenschwangau, Neuschwanstein Castle - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Hohenschwangau, Neuschwanstein Castle – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Hohenschwangau Castle - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Hohenschwangau Castle – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Schwangau, Alpsee - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Schwangau, Alpsee – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, olympia SkiStadion (Eddie 'the eagle' Williams) - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, olympia SkiStadion (Eddie ‘the eagle’ Williams) – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Mercure Hotel outside - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Mercure Hotel outside – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Mercure Hotel inside - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Mercure Hotel inside (Wifi still on) – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Partnachklamm (Gorge) south end - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Partnachklamm (Gorge) south end – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Partnachklamm (Gorge) north end - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Partnachklamm (Gorge) north end – Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Ludwigstrasse - Photo by Patrick van der Burght

RF EMF radiation levels, Germany, Garmisch-Partenkirchen, Gapa, Ludwigstrasse – Photo by Patrick van der Burght

RF EMF radiation levels at Burg Meersburg in Meersburg, Baden-Württemberg, Germany - photo Patrick van der Burght

RF EMF radiation levels at Burg Meersburg in Meersburg, Baden-Württemberg, Germany – photo Patrick van der Burght

RF EMF radiation levels at Neues Schloss, in Meersburg, Baden-Württemberg, Germany - photo Patrick van der Burght

RF EMF radiation levels at Neues Schloss, in Meersburg, Baden-Württemberg, Germany – photo Patrick van der Burght

RF EMF radiation levels at Unterstadtstraße, in Meersburg, Baden-Württemberg, Germany - photo Patrick van der Burght

RF EMF radiation levels at Unterstadtstraße, in Meersburg, Baden-Württemberg, Germany – photo Patrick van der Burght


RF EMF radiation levels at Wellington Court, Hobart, Tasmania – Video by John Plansoen


RF EMF radiation levels at Gardens in Hobart, Tasmania – Video by John Plansoen


RF EMF radiation levels at Howrah Beach, Hobart, Tasmania – Video by John Plansoen


RF EMF radiation levels in Sorrell, Tasmania – Video by John Plansoen


RF EMF radiation levels in Richmond, Tasmania – Video by John Plansoen


RF EMF radiation levels in Argyle street, Hobart, Tasmania – Video by John Plansoen

RF EMF radiation levels (433μV) on the Geovital Akademie Balcony, Sulzberg, Austria (featuring Patrick van der Burght) - Photo by Sascha Hahnen

RF EMF radiation levels (433μV) on the Geovital Akademie Balcony, Sulzberg, Austria (featuring Patrick van der Burght) – Photo by Sascha Hahnen

RF radiation in Krumbach, Austria at some distance from phone tower transmitting up to Sulzberg - Photo by Patrick van der Burght

RF radiation in Krumbach, Austria at some distance from phone tower transmitting up to Sulzberg – Photo by Patrick van der Burght

RF EMF radiation level on Bregenzerwaldstraße near Andelsbuch, Austria - Photo by Patrick van der Burght

RF EMF radiation level on Bregenzerwaldstraße near Andelsbuch, Austria – Photo by Patrick van der Burght

RF EMF radiation at GEOVITAL training site in Austria (not related to Geopathic Stress) - Photo by Patrick van der Burght

RF EMF radiation at GEOVITAL training site in Austria (not related to Geopathic Stress) – Photo by Patrick van der Burght

RF EMF radiation level on Schwarzenberg station Andelsbuch, Austria - By Patrick van der Burght

RF EMF radiation level on Schwarzenberg station Andelsbuch, Austria – By Patrick van der Burght

RF EMF radiation levels on top of Diedamskopf (2020m) in Schoppernau, Austria (phone tower on top of the mountain) 7541μV - photo by Patrick van der Burght (featuring Martin Kingsbury, Geovital UK)

RF EMF radiation levels on top of Diedamskopf (2020m) in Schoppernau, Austria (phone tower on top of the mountain) – 7541μV – photo by Patrick van der Burght (featuring Martin Kingsbury, Geovital UK)

RF EMF radiation levels at the base of Diedamskopf in Schoppernau, Austria - 1220μV - photo by Patrick van der Burght

RF EMF radiation levels at the base of Diedamskopf in Schoppernau, Austria – 1220μV – photo by Patrick van der Burght

RF EMR at Colosseum, Rome, Italy - by Patrick van der Burght

RF EMR at Colosseum, Rome, Italy – by Patrick van der Burght

RF EMR outside Colosseum, Rome, Italy - by Patrick van der Burght

RF EMR outside Colosseum, Rome, Italy – by Patrick van der Burght

RF EMR radiation at the Arch of Titus, Rome, Italy - by Patrick van der Burght

RF EMR radiation at the Arch of Titus, Rome, Italy – by Patrick van der Burght

RF EMR radiation at the Antiquarium Forense, Rome, Italy - by Patrick van der Burght

RF EMR radiation at the Antiquarium Forense, Rome, Italy – by Patrick van der Burght

RF EMR radiation at the Basilica of Maxentius, Rome, Italy - by Patrick van der Burght

RF EMR radiation at the Basilica of Maxentius, Rome, Italy – by Patrick van der Burght

RF EMR radiation at the Altar of the Fatherland, Rome, Italy - by Patrick van der Burght

RF EMR radiation at the Altar of the Fatherland, Rome, Italy – by Patrick van der Burght

RF EMR radiation at the Pantheon, Rome, Italy - by Patrick van der Burght

RF EMR radiation at the Pantheon, Rome, Italy – by Patrick van der Burght

RF EMR radiation at the Fontana di Trevi, Rome, Italy - by Patrick van der Burght

RF EMR radiation at the Fontana di Trevi, Rome, Italy – by Patrick van der Burght

RF EMF radiation levels on St. Mark's Square in Venice 30124 - Photo by Patrick van der Burght

RF EMF radiation levels on St. Mark’s Square in Venice 30124 – Photo by Patrick van der Burght

RF EMF radiation levels on banks of the Grand Canal near St. Mark's Square in Venice Italy - Photo by Patrick van der Burght

RF EMF radiation levels on banks of the Grand Canal near St. Mark’s Square in Venice Italy – Photo by Patrick van der Burght

RF EMF radiation levels in front of Chiesa di San Zaccaria on Campo S Zeccaria 30122 Venice - Photo by Patrick van der Burght

RF EMF radiation levels in front of Chiesa di San Zaccaria on Campo S Zeccaria 30122 Venice – Photo by Patrick van der Burght

RF EMF radiation levels on Nova street, Cannaregio Venice 30100 - Photo by Patrick van der Burght

RF EMF radiation levels on Nova street, Cannaregio Venice 30100 – Photo by Patrick van der Burght

Near the beach at Cadiz in  Spain - Photo by Martin Kingsbury

Near the beach at Cadiz in Spain – Photo by Martin Kingsbury

Main square in Gibraltar, Spain - Photo by Martin Kingsbury

Main square in Gibraltar, Spain – Photo by Martin Kingsbury

Jereh Airport in Spain - Photo by Martin Kingsbury

Jereh Airport in Spain – Photo by Martin Kingsbury

RF EMF radiation levels, Greece, Athens, Acropolis, Parthenon - Photo by Patrick van der Burght

RF EMF radiation levels, Greece, Athens, Acropolis, Parthenon – Photo by Patrick van der Burght

RF EMF radiation levels, Greece, Athens, Acropolis, Erechtion - Photo by Patrick van der Burght

RF EMF radiation levels, Greece, Athens, Acropolis, Erechtion – Photo by Patrick van der Burght

 

Submit your HF Field Probe images

We are keen to receive your images of microwave radiation exposure investigated with the HF Field Probe.

We are keen to receive your images of microwave radiation exposure investigated with the HF Field Probe.

If you have a HF Field Probe, send us your assessment photos so they can be added here. Please make sure of the following:

  • When taking photos, do not have personal sources of RF radiation near/on you. If using a phone for example, or video camera with Wi-Fi, turn it to flight-mode before taking your photos.
  • We need to know where the photo was take. Please supply exact address, post code, city, country and if it is near a famous landmark, please tell us what it is. Ideally you would put this information in the file name also.
  • Tell us your name so we can state by whom the photo was made.
  • You can send your images to help at geovital. com .au
  • By sending us your photo(s), you agree to ongoing consent for us to use the photo(s) on this website and other advertising purposes, and you agree to other people being able to view and download it.

 

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