Shungite Beehives and Ground Currents: A Study of Interaction

Introduction

Shungite beehives are gaining attention in apiculture and holistic practices due to the unique electromagnetic and energetic properties of Shungite. This document explores the interaction between ground currents—also known as stray currents—and Shungite-based hive environments.

What Are Ground (Stray) Currents?

Ground currents refer to unintended electrical currents that travel through the earth or conductive surfaces, often due to faulty electrical grounding, utility imbalances, or stray voltage from power systems. These currents can disrupt biological systems, including the sensitive navigation and communication mechanisms of honeybees.

Impact of Ground Currents on Beehives

Research and anecdotal evidence suggest that stray currents may:

• Disorient honeybee navigation, potentially contributing to colony collapse
• Increase stress levels and aggressive behavior in bees
• Interfere with hive productivity and queen health

Shungite as a Potential Mitigating Material

Shungite, especially Type I (Elite or Noble Shungite), is known for its high carbon content and fullerenes. It is believed to possess properties that:

• Shield or neutralize electromagnetic fields (EMFs)
• Ground excess electrical charge
• Modulate environmental energy

In the context of beekeeping:

• Shungite tiles or plates may be placed at the base of the hive to act as a grounding layer
• Shungite-coated beehives may dampen or deflect stray currents, creating a more stable biofield for the colony

Considerations and Practical Setup

• Hive Placement: Avoid placing hives near known sources of stray current (e.g., electrical substations, underground cables).
• Testing: Use voltmeters or earth ground testers to measure potential difference across the soil.
• Layering: Incorporate Shungite gravel or powder beneath and around the hive base, possibly mixed with conductive metals like copper for grounding synergy.

Scientific vs. Metaphysical Perspectives

While the EMF shielding capacity of Shungite has been studied to some extent, direct scientific evidence for its effect on bees is limited. However, practitioners and natural beekeepers report improved bee behavior, reduced mortality, and increased honey yields in Shungite hive systems.

Metaphysically, Shungite is considered a harmonizer and protector, supporting the vitality of living organisms. In this view, the mineral may help stabilize energetic anomalies caused by ground currents.

Conclusion

Integrating Shungite into beekeeping, particularly in areas affected by stray currents, is an emerging practice that bridges science, sustainability, and spirituality. While more research is needed to quantify the benefits, preliminary observations suggest that Shungite beehives may provide a more balanced and resilient environment for honeybee colonies.

Abstract: Insects, and especially honeybees, are under major threat everywhere
around the globe. Current studies lack in the consideration of potential
effects which may directly affect other organisms or ecosystems, because
of the verPy limited attention which is usually received by the potential
adverse ecological effects of radiofrequency electromagnetic fields. Here, it
is hypothesized that planetary enhancement of electromagnetic radiation
produces a disturbing pollution for honeybees. In order to test this
hypothesis, a bi-directional wide frequency range microphone was placed
during the New Year’s Eve night 2019 in a honeybee hive, in order to detect
and analyze potential changes in the acoustic behaviour of the bees due to
increased phone induced RF- EMF radiation. It was observed that the
honeybees produced strong worker piping signals. Such signals are
typically produced shortly before takeoff of a swarm, or as the sign of a
disturbed colony. It is therefore hypothesized that planetary enhancement
of electromagnetic radiation produces a disturbing pollution for
honeybees, such as during the New Year’s Eve night. Evidence of proof of
such electromagnetic waves taking place at New Year’s Eve should be
investigated worldwide during forthcoming similar events based on a
global network of long term EM measurements.

View entire study:Click-Here (Published by: International Journal of Research)

Help Save the Bees without a beehive!

Helping Bees Without a Beehive: Simple Ways to Support Pollinators

You don’t need to keep a honeybee hive to make a significant impact on bee conservation. There are many simple and effective ways to support local pollinators in your own environment. By creating a bee-friendly space, you can help strengthen bee populations, enhance biodiversity, and contribute to a healthier ecosystem.

1. Provide a Bee Bath with Shungite for Clean, Energized Water

Bees require a safe and reliable water source to hydrate, regulate their hive temperature, and dilute stored honey. Since bees can travel up to 7 miles searching for water, providing one in your yard helps reduce their energy expenditure, allowing them to spend more time pollinating.

How to Set Up a Bee Bath:

• Use a shallow dish, birdbath, or even a large plant saucer as the water container.
• Place small Shungite nuggets, rocks, marbles, or corks inside to give bees a safe landing area.
• Add a Shungite nuggets to the water.
  • Shungite is known for its purifying and energy-balancing properties and can help keep the water clean and free of harmful bacteria.
• Refill with fresh water daily, especially during hot weather.

The Impact:
If more people provide bee baths in their yards, bees won’t have to travel long distances for water. This means they can conserve energy and focus on collecting pollen and nectar, which helps improve local plant pollination and supports thriving ecosystems.

2. Install a Mason or Carpenter Bee House

Unlike honeybees, which live in large hives, Mason and Carpenter bees are solitary pollinators that already exist in most environments. These stingless bees are highly efficient pollinators, visiting more flowers per minute than honeybees, making them a vital resource for gardens and local flora.

How to Support Mason and Carpenter Bees:

• Install a Mason bee house on a fence, tree, or sunny wall.
• These houses mimic their natural nesting spots (small tunnels in wood or plant stems).
• Place it facing east or southeast so bees get morning sun exposure.

The Impact:
Since Mason and Carpenter bees are stingless and do not form aggressive colonies, they are an excellent way to boost pollination without the concerns of maintaining a honeybee hive. Supporting them encourages stronger fruit and vegetable yields, benefiting your garden and surrounding plant life.

3. Plant Bee-Friendly Flowers for Abundant Food Sources

One of the easiest ways to support bees is by providing plenty of accessible nectar and pollen sources throughout the growing season. Native wildflowers, dandelions, and clover flowers are all excellent choices for low-maintenance, high-benefit pollinator support.

How to Create a Bee-Friendly Landscape:

• Choose native flowers that bloom in different seasons to provide year-round food.
• Let dandelions and clover grow! These “weeds” are actually essential early-season food sources for bees.
• Avoid using pesticides and herbicides, as these chemicals harm bee populations.
• If space is limited, create a container garden with pollinator-friendly flowers such as lavender, sunflowers, echinacea, and bee balm.

The Impact:
By offering plentiful and easily accessible nectar sources, you are helping ensure that local bee populations stay strong. Increased pollination means healthier gardens, stronger plant biodiversity, and a more vibrant ecosystem for all wildlife.

Small Actions = Big Results

Even if you don’t keep bees, you can actively contribute to their survival by implementing just one or two of these practices. Providing a safe water source, shelter for solitary pollinators, and abundant flowers can significantly improve bee populations in your area, creating a ripple effect that supports agriculture, food production, and environmental balance.

By making small changes in your backyard, you’re helping protect one of the most vital species on the planet!

Research clearly shows that bees are sensitive to electromagnetic fields.

Cucurachi, C., et al. “A review of the ecological effects of radiofrequency electromagnetic fields (RF-EMF).” Environment International, vol. 51, 2013, pp. 116–40.

• A review of 113 studies from original peer-reviewed publications. RF-EMF had a significant effect on birds, insects, other vertebrates, other organisms and plants in 70% of the studies. Development and reproduction of birds and insects are the most strongly affected endpoints.

Balmori, Alfonso. “Anthropogenic radiofrequency electromagnetic fields as an emerging threat to wildlife orientation.” Science of The Total Environment, vol. 518–519, 2015, pp. 58–60

• The growth of wireless telecommunication technologies causes increased electrosmog. Radio frequency fields in the MHz range disrupt insect and bird orientation.
• Radio frequency noise interferes with the primary process of magnetoreception. Existing guidelines do not adequately protect wildlife. Further research in this area is urgent.

Balmori, A. “Electrosmog and species conservation.” Science of the Total Environment, vol. 496, 2014, pp. 314-6.

• “Conclusion: At the present time, there are reasonable grounds for believing that microwave radiation constitutes an environmental and health hazard….Concerning the exposure to electromagnetic fields, the precautionary principle is needed and should be applied to protect species from environmental non-thermal effects (Zinelis, 2010). Controls must be introduced and technology rendered safe to the environment, since this new ubiquitous and invisible pollutant could deplete the efforts devoted to species conservation.”

“Cryptochromes are very badly affected by weak oscillating electromagnetic fields that are orders of magnitude weaker than the Earth’s steady magnetic field. This can disrupt both solar and magnetic navigation, which can account for colony collapse disorder in bees.”

—Dr. Andrew Goldsworth

Cammaerts, Marie-Claire. “Is electromagnetism one of the causes of the CCD? A work plan for testing this hypothesis.” Journal of Behavior, vol. 2, no. 1, 2017, pp. 1006.

• The decline of domestic bees all over the world is an important problem still not well understood by scientists and beekeepers, and far from being solved. Its reasons are numerous: among others, the use of pesticides and insecticides, the decrease of plant diversity, and bee’s parasites. Besides these threats, there is a potential adverse factor little considered: manmade electromagnetism.
• The present paper suggests two simple experimental protocols for bringing to the fore the potential adverse effect of electromagnetism on bees and to act consequently. The first one is the observation of bees’ avoidance of a wireless apparatus; the second one is the assessment of colonies’ strength and of the intensity of the electromagnetism field (EMF) surrounding them. If bees avoid a wireless apparatus, if hives in bad health are located in EMF of a rather high intensity, it can be presumed that bees are affected by manmade electromagnetism. This should enable searching for palliative measures.

Goldsworthy, Andrew. “The Birds, the Bees and Electromagnetic Pollution: How electromagnetic fields can disrupt both solar and magnetic bee navigation and reduce immunity to disease all in one go.” 2009.

• Many of our birds are disappearing mysteriously from the urban environment and our bees are now under serious threat. There is increasing evidence that at least some of this is due to electromagnetic pollution such as that from cell towers, cell phones, DECT cordless phones and Wifi. It appears capable of interfering with their navigation systems and also their circadian rhythms, which in turn reduces their resistance to disease. The most probable reason is that these animals use a group of magnetically-sensitive substances called cryptochromes for magnetic and solar navigation and also to control the activity of their immune systems.

Guerra, Patrick A., Robert J. Gegear, and Steven M. Reppert. “A magnetic compass aids monarch butterfly migration.” Nature Communications, vol. 5, no. 4164, 2014.

• “Here we use flight simulator studies to show that migrants indeed possess an inclination magnetic compass to help direct their flight equator ward in the fall. Another vulnerability to now consider is the potential disruption of the magnetic compass in monarchs by human-induced electromagnetic noise, which can apparently disrupt geomagnetic orientation in a migratory bird.”

Kumar, Neelima R., Sonika Sangwan, and Pooja Badotra. “Exposure to cell phone radiations produces biochemical changes in worker honey bees.” Toxicol Int., 18, no. 1, 2011, pp. 70–2.

• The present study was carried out to find the effect of cell phone radiations on various biomolecules in the adult workers of Apis mellifera L. The results of the treated adults were analyzed and compared with the control. Radiation from the cell phone influences honey bees’ behavior and physiology. There was reduced motor activity of the worker bees on the comb initially, followed by en masse migration and movement toward “talk mode” cell phone. The initial quiet period was characterized by rise in concentration of biomolecules including proteins, carbohydrates and lipids, perhaps due to stimulation of body mechanism to fight the stressful condition created by the radiations. At later stages of exposure, there was a slight decline in the concentration of biomolecules probably because the body had adapted to the stimulus.

Favre, Daniel. “Mobile phone induced honeybee worker piping.” Apidologie, vol. 42, 2011, pp. 270-9.

• Electromagnetic waves originating from mobile phones had a dramatic impact on the behavior of the bees, namely by inducing the worker piping signal. In natural conditions, worker piping either announces the swarming process of the bee colony or is a signal of a disturbed bee colony.

Warnke, Ulrich. “Birds, Bees and Mankind: Destroying Nature by ‘Electrosmog’.” Competence Initiative for the Protection of Humanity, Environment and Democracy, Brochure 1, 2009.

• Bees pollinate approximately 1/3 of all crops  and they are disappearing by the millions. Warnke raises the concern that the dense, energetic mesh of electromagnetic fields from wireless technologies may be the cause.

Sharma, V.P. and N.K. Kumar. “Changes in honeybee behavior and biology under the influence of cellphone radiations.” Current Science, vol. 98, no 10, 2010, pp. 1376-8.

• We have compared the performance of honeybees in cell phone radiation exposed and unexposed colonies. A significant (p < 0.05) decline in colony strength and in the egg laying rate of the queen was observed. The behavior of exposed foragers was negatively influenced by the exposure, there was neither honey nor pollen in the colony at the end of the experiment.”

“Briefing Paper on the Need for Research into the Cumulative Impacts of Communication Towers on Migratory Birds and Other Wildlife in the United States.” Division of Migratory Bird Management (DMBM), U.S. Fish & Wildlife Service, 2009.

• Of concern to DMBM are the potential impacts of radiation on bird populations. For example, preliminary research on wild birds at cellular phone tower sites in Spain  showed strong negative correlations between levels of tower-emitted microwave radiation and bird breeding, nesting, and roosting in the vicinity of the electromagnetic fields.

Harst, Wolfgang Harst, Jochen Kuhn and Hermann Stever. “Can Electromagnetic Exposure Cause a Change in Behaviour? Studying Possible Non-thermal Influences on Honey Bees – An Approach Within the Framework of Educational Informatics.” Acta Systemica-IIAS International Journal, vol 6, no. 1, 2006, pp. 1-6.

• A pilot study on honeybees testing the effects of non-thermal, high frequency electromagnetic radiation on beehive weight and flight return behavior.   In exposed hives, bees constructed 21% fewer cells in the hive frames after 9 days than those unexposed.

Sainudeen, Sahib.S. “Electromagnetic Radiation (EMR) Clashes with Honey Bees.” International Journal of Environmental Sciences, vol. 1, no. 5, 2011.

• Recently a sharp decline in population of honey bees has been observed in Kerala. Although the bees are susceptible to diseases and attacked by natural enemies like wasps, ants and wax moth, constant vigilance on the part of the bee keepers can over come these adverse conditions. The present plunge in population (< 0.01) was not due to these reasons. It was caused by man due to unscientific proliferation of towers and mobile phones.”
• Six colonies of honeybees (Apis mellifera) were selected. Three colonies were selected as test colonies (T1,T2&T3) and the rest were as control (C1,C2&C3). The test colonies were provided with mobile phones in working conditions with frequency of 900 MHz for 10 minutes for a short period of ten days. After ten days the worker bees never returned hives in the test colonies. The massive amount of radiation produced by mobile phones and towers is actually frying the navigational skills of the honey bees and preventing them from returning back to their hives.
• The study concludes, “More must also be done to compensate individuals and communities put at risk. Insurance covering diseases related to towers, such as cancer, should be provided for free to people living in 1 km radius around the tower. Independent monitoring of radiation levels and overall health of the community and nature surrounding towers is necessary to identify hazards early. Communities need to be given the opportunity to reject cell towers and national governments need to consider ways of growing their cellular networks without constantly exposing people to radiation.”

“The potential dangers of electromagnetic fields and their effect on the environment.” Council of Europe Parliamentary Assembly, resolution 1815, 2011.

• The potential health effects of the very low frequency of electromagnetic fields surrounding power lines and electrical devices are the subject of ongoing research and a significant amount of public debate. While electrical and electromagnetic fields in certain frequency bands have fully beneficial effects which are applied in medicine, other non-ionising frequencies, be they sourced from extremely low frequencies, power lines or certain high frequency waves used in the fields of radar, telecommunications and mobile telephony, appear to have more or less potentially harmful, non-thermal, biological effects on plants, insects and animals, as well as the human body when exposed to levels that are below the official threshold values. One must respect the precautionary principle and revise the current threshold values; waiting for high levels of scientific and clinical proof can lead to very high health and economic costs, as was the case in the past with asbestos, leaded petrol and tobacco.
• As regards standards or threshold values for emissions of electromagnetic fields of all types and frequencies, the Assembly strongly recommends that the ALARA (as low as reasonably achievable) principle is applied, covering both the so-called thermal effects and the athermic or biological effects of electromagnetic emissions or radiation. Moreover, the precautionary principle should be applied when scientific evaluation does not allow the risk to be determined with sufficient certainty.

Kimmel, Stefan, et al. “Electromagnetic radiation: influences on honeybees (Apis mellifera).” IIAS-InterSymp Conference, 2007.

• 39.7% of the non-irradiated bees had returned to their hives while only 7.3% of the irradiated bees had.

Clarke, Dominic, et al. “Detection and Learning of Floral Electric Fields by Bumblebees.” Science, vol. 340, no. 6128, 2013, pp. 66-9. 5

• “We report a formerly unappreciated sensory modality in bumblebees (Bombus terrestris), detection of floral electric fields. Because floral electric fields can change within seconds, this sensory modality may facilitate rapid and dynamic communication between flowers and their pollinators.”

Gegear, Robert J. et al. “Animal Cryptochromes Mediate Magnetoreception by an Unconventional Photochemical Mechanism.” Nature, vol. 463, no. 7282, 2010, pp. 804.

• “A team of neurobiologists that has investigated the mysteries of monarch migration for many years now reports that photoreceptor proteins found in monarch butterflies are linked to animal navigation. Their research finds that two types of photoreceptor proteins not only allow the butterflies to see UV light (light that is less than 420nm long, and thus, is invisible to humans), but also allows them to sense the Earth’s geomagnetic field. These photoreceptor proteins are known as cryptochromes.”

Oschman, James and Nora Oschman. “Electromagnetic communication and olfaction in insects.” Frontier Perspectives, 2004.

“Report on Possible Impacts of Communication Towers on Wildlife Including Birds and Bees.”  Ministry of Environment and Forest, Government of India, 2010.

• This report details the on impacts of communication towers on wildlife including birds and bees submitted to MoEF. It  warns of harmful radiation and recommends special laws to protect urban flora & fauna from threats radiation emerging from mobile towers.

Sivani, S., and D. Sudarsanam. “Impacts of radio-frequency electromagnetic field (RF-EMF) from cell phone towers and wireless devices on biosystem and ecosystem – A Review.” Biology and Medicine, vol. 4, no. 4, 2012, pp. 202–16.

“One can take the precautionary principle approach and reduce RF-EMF radiation effects of cell phone towers by relocating towers away from densely populated areas, increasing height of towers or changing the direction of the antenna.”

There is an urgent need for further research  and “of the 919 research papers collected on birds, bees, plants, other animals, and humans, 593 showed impacts, 180 showed no impacts, and 196 were inconclusive studies”.