Dersleri yüzünden oldukça stresli bir ruh haline sikiş hikayeleri bürünüp özel matematik dersinden önce rahatlayabilmek için amatör pornolar kendisini yatak odasına kapatan genç adam telefonundan porno resimleri açtığı porno filmini keyifle seyir ederek yatağını mobil porno okşar ruh dinlendirici olduğunu iddia ettikleri özel sex resim bir masaj salonunda çalışan genç masör hem sağlık hem de huzur sikiş için gelip masaj yaptıracak olan kadını gördüğünde porn nutku tutulur tüm gün boyu seksi lezbiyenleri sikiş dikizleyerek onları en savunmasız anlarında fotoğraflayan azılı erkek lavaboya geçerek fotoğraflara bakıp koca yarağını keyifle okşamaya başlar


Fulminology to Human Safety: A Case of N8 Road South Africa | OMICS International
ISSN: 1522-4821
International Journal of Emergency Mental Health and Human Resilience
Make the best use of Scientific Research and information from our 700+ peer reviewed, Open Access Journals that operates with the help of 50,000+ Editorial Board Members and esteemed reviewers and 1000+ Scientific associations in Medical, Clinical, Pharmaceutical, Engineering, Technology and Management Fields.
Meet Inspiring Speakers and Experts at our 3000+ Global Conferenceseries Events with over 600+ Conferences, 1200+ Symposiums and 1200+ Workshops on Medical, Pharma, Engineering, Science, Technology and Business

Fulminology to Human Safety: A Case of N8 Road South Africa

Bernard Moeketsi Hlalele1,2*

1Mathematics and Science Educator at Moroka High School, Thaba-Nchu, South Africa

2Department of Mathematics and Science & Ph.D-student at University of the Free State, South Africa

*Corresponding Author:
Bernard Moeketsi Hlalele

Visit for more related articles at International Journal of Emergency Mental Health and Human Resilience


All thunderstorms are detrimental and can be associated with a number of hazards. Heavy rains resulting from these storms lead to flash flooding that causes a number of fatalities in our communities and lightning is another by-product of thunderstorm that is produced from every thunderstorm and causes at least 80 fatalities and 300 injuries per year (NOAA, 2015). This study used conceptual research design in pursuit of understanding the root causes of thunderstorm and lighting and their mitigation measures for public safety more especially those who work in the open places. A specific reference was made to N8 road in South Africa where six fatalities were reported in March 2015. The study used extensive literature review (secondary data) for data collection in order to conceptualise thunderstorms and lightning and their subsequent consequences. The study ended with reduction measures to be taken by the public during thunderstorms to ensure safety. Authorities are also urged to educate the public about the risks of thunderstorms taking into cognisance the myths borne by the same public about lightning.


Fulminology, Thunderstorms, Lightning, Disaster, Hazard

Introduction and Theoritical Background

Scientists are confident that global temperatures are yet to increase in the next decades to come mainly because of greenhouse gases produced by human activities (Jenkins, Jackson & Shaftel, 2015). Several scientists in the world agree that the cause of the current global warming is as a result of the atmosphere trapping heat radiation towards the earth’s space. Global warming causes climate patterns to change in which case the later has a direct link with lightning (United States Environmental Agency, 2014). Similarly, Price, (2008:1) asserts that lightning distribution around the globe is directly linked with the earth’s climate driven by solar insolation. According to Torlach, (1999) lightning is a phenomenon that cannot be prevented only effects can be safeguarded against through employment of protective systems and exercising due diligence as well long-standing established precautions. Many people are killed or injured each and every year by severe thunderstorms despite the present technologies for early warning systems (American Red Cross, 2015). Therefore given the present rapid climate change conditions, more deaths are yet to be recorded. Six construction workers were declared dead and five injured from a lightning bolt that occurred approximately 20 kilometres from Botshabelotowards Bloemfontein in March 2015 (Free State theweekly, 2015). These workers are said to have sought shelter from a wooden structure near a spot locally called “Eseng” meaning an “S” during a thunderstorm. The Free State Weekly, (2015) states that factors that possibly lead to this incidence are telephone lines and electrical cables and metal objects such as fences and windmills. Owing to the above background, the current conceptual study therefore seeks to assess the vulnerability of Botshebelo Township (adjacent to N8 highway road) to thunderstorms and lightning and how it progresses to a disaster in order for both the government and public to take necessary precautionary measures against adverse impacts lightning hazards.

Definition of Key-Concepts

Fulminology is the study or science of lightning (Fakhruddin, 2010). Thunderstorm is said to be a rain shower during which a thunder is heard. This sound comes from lightning, therefore all thunderstorms have lightning (The National Severe Storms Laboratory (NSSL), 2015). These are said to be severe when they consist of one or more of the following; one inch or greater of hail, winds gusting in excess of 50 knots or a tornado. According to World Meteorological Organisation, (2015) thunderstorms are a major trigger for many other hazards such as wildfires started by lightning, tornados and flash floods. We therefore in this study regard lightning as a hazard though this phenomenon is said to be localised in nature.

Lightning is defined as a discharge of electricity between clouds and the earth seen as bright flash followed by sound of thunder heard after a short while (Dictionary of Engineering, 2004). Similarly, Finnish Meteorological Institute, (2015) define lightning as an electrical discharge that is caused by thundercloud. This can occur within clouds referred to as intra-cloud lightning, between clouds called inter-cloud lightning, and between clouds and the earth known as cloud-to-ground lightning.

Hazard is referred to as a potential occurrence of a natural or human-induced physical event which may cause loss of life, injury, or other health impacts, as well as damage and loss to property, infrastructure, livelihoods, service provision, and environmental resources (IPCC, 2012).Though lightning on its own can hardly be considered as a hazard due to its localised nature, this is a direct byproduct of thunderstorms which is an indirect trigger of hazards such as wildfires, in this study therefore lightning is considered as a hazard.

The disaster risk equation= Hazard x Vulnerability Equation-1

Vulnerability refers to diminished capacity of group, system, or individual to cope with, resist and recover from impacts of natural or man-made hazards (IFRC, 2012).

Disaster is defined as a calamitous, sudden event that disrupts the proper functioning of a community or society and causes human, material, economic and environmental loses that exceed the community’s ability to cope using its own resources (International Federation of Red Cross and Red Crescent Societies, 2013).

Causes of Lightning

It all starts with thunderstorm which is created by strong rising air currents called updrafts forming cumulonimbus clouds. The warm updrafts and the cool downdrafts create turbulence resulting in tiny water particles and microscopic ice crystals (Harfield LTD, 2015). A continuous collision of these particles create an electric charge in the thunderclouds until the whole cloud is filled with charges where the lighter positive charge form at the top of the cloud and heavier negatively charged particles sink to the bottom of the cloud (Planet Science, 2015). As these negative charges are at the bottom, they force negative charges from the ground away leaving it positively charged as shown in the Figure 1 (Wagon, 1999). As the cloud moves, the positive charges will follow the cloud wherever it goes, the largest build-up of these positive charges will be in any protruding objects such as house, trees, poles and as an electrical potential builds up lightning occurs (Smith, 2010).


Figure 1: Bottom negatively charged cloud and positively charged ground and showing different types of lightning Source:

Lightning Cases around the World

Lightning fatalities rates in selected countries and Cases of lightning death in South Africa from 2009 to 2010 are given in Tables 1 and 2.

Country/region Number of reported fatalities Time
UNITED STATES 261 2006-2013
ZIMBABWE 150 fatalities annually 1990-recent
CHINA 420 fatalities annually 1997-2005
NEPAL 130 fatalities 2012
SOUTH AFRICA >500 fatalities annually 1999-recent

Table 1. Lightning fatalities rates in selected countries

Source Publication date Number of deaths Place of Occurance
IOL News 05-01-2009 5 Kwamashu (KZN)
IOL News 11-01-2009 1 Bhamshela (KZN)
SABC News 02-02-2009 3 Majabe Village (EC)
news24 26-11-2009 2 Elliotdale (EC)
news24 26-11-2009 2 Mquandile (EC)
news24 26-11-2009 1 Enqcopb (EC)
Daily Dispatch 26-11-2009 14 Transkie (EC)
Daily Dispatch 28-11-2009 2 Mqandule (EC)
Daily Dispatch 28-11-2009 1 Nqobo (EC)
Daily Dispatch 28-11-2009 2 Elliotdale (EC)
Daily Dispatch 28-11-2009 1 Dumsi (EC)
IOL News 02-12-2009 1 Vereeniging (Gauteng)
BEELD 03-12-2009 1 Vaaldriehoek (MPL)
IOL News 10-01-2009 1 Nkwenkwana Village (EC)
IOL News 10-01-2009 1 Mthatha (EC)
Daily Dispatch 12-01-2010 4 Rhoda Village
IOL News 11-01-2010 3 Enqcobo (EC)
IOL News 11-01-2010 1 Qumbu (EC)
IOL News 19-01-2010 2 Qumbu (EC)
news24 25-01-2010 1 Okhukho (KZN)
STAR 18-02-2010 3 Mid-Illovo (KZN)
IOL News 26-02-2010 6 Jece Village (EC)
Sowetan Live 07-05-2010 1 Tlhalane (NW)
IOL News 08-10-2010 1 Mpikwana (EC)
IOL News 08-10-2010 1 Mthatha (EC)
news24 08-10-2010 1 Midrand (Gauteng)
IOL News 18-02-2010 3 Mid-Illovo (KZN)
news24 25-10-2010 1 Tzaneen (Limpopo)
news24 25-10-2010 3 Nkumbi (KZN)
news24 25-1--2010 1 Eesterust (Gauteng)
IOL News 30-10-2010 1 Soweto (Gauteng)
IOL News 09-11-2010 1 Soweto (Gauteng)
Sowetan Live 12-11-2010 1 Thohoyandou (Limpopo)
IOL News 23-11-2010 4 Port St. John (EC)
news24 27-11-2010 7 Pongola (KZN)
TOTAL   84  

Table 2. Cases of lightning death in South Africa from 2009 to 2010

Consequences of Lightning

According to the National Institute of Health, (2001) the direct effects of lightning are extremely low compared to its subsequent long term impacts. These include but not limited to; muscular and sensory disturbances, keraunographic skin markings, and audiovisual dysfunction and as well as amnesia. Similarly a study conducted in 2012 in Switzerland revealed 6 out of 9 patients struck by lightning had nervous system injuries, followed by 5 out of 9 who had cardiovascular system injuries. The third group of these patients had injuries in their skin (3 out of 9) (Carmen et al., 2012). The Table 3 below summaries some of the negative effects of lightning on humans.

Effect Explanation
Vascular effects Electrical injuries to blood vessels causing disruption of the endothelium as well as disintegration of the media producing considerable hemorrhage or thrombosis. 
Pulmonary effects Lightning evidence may be found in cellular damage to the respiratory and cardiac centers in the fourth ventrical as well as with damage to the anterior surface of the brainstem.
Renal effects Electrical injury to kidneys which is due to massive tissue destruction as a result of related rhabdomyolysis and myoglobinuria. 
Abdominal and GI Effects Problems such as hemorrhagicnecrosis of the intestines and gallbladder, liver failure, gastrointestinal hemorrhage from stomach and duodenal ulcers, curling ulcers, acute appendicitis, pancreatitis, small bowel perforation, slenic injuries, and mesenteric abdominal trauma
Eye effects  55% of lightning victims suffer ocular effects due to thermal or electrical damage, intense heat, contusion from the thunder shock wave or combinations of these factors.
Ear effects High pressure shock waves from thunder, measuring up to ten atmospheres may create blast effects leading to ruptured tympanic membranes.

Table 3. Lightning effects on humans

Conceptual Framework Used (Figure 2)


Figure 2: PAR Model for Progression of vulnerability Source: Wisner et al. 2003

Root Causes of Vulnerability to Thunderstorm and Lightning in South Africa

Singh, (2014) root causes are the most distant processes that are embedded in economic, social, demographic and political scenarios and portray distribution of power in an area. Botshabelo and its vicinity are inhabited by black people who have been marginalised by the apartheid governance in terms of development activities, therefore given the vast climate variability today, this condition propagates to unsafe conditions driven by dynamic pressures processes.

Dynamic pressures

These work on underlying root causes to create unsafe conditions (Singh, 2014). In this study lack of training of workers that work in the open places such as agriculture and construction workers are possibilities since the six workers who were struck by lightning on N8 ran to a small wooden structure for shelter. South Africa being a developing country where more constructions (rapid urbanisation) are taking place exposes construction workers to risks of being struck by lightning.

Unsafe Conditions

Though rapid urbanisation may be viewed by many authors as a dynamic pressure process, this can also be regarded as an appropriate indicator of unsafe condition (Birkmann, 2006). Botshabelo and other regions in the outskirts of the Free State Capital Bloemfontein are yet to undergo infrastructural development in which more workers are to be exposed to risks of lightning due rapid changing climate that induces thunderstorms.

Vulnerabilities to Lightning

Developing countries have got a long list of problems ranging from, poverty, illiteracy, diseases and hunger. There is one more problem that has gotten less attention, until recently: lightning strikes, which cause a disproportionately high number of deaths in developing countries (Quinn, 2013).Countries that have a high death toll due to lightning such as South Africa, India and Nepal all have hot, humidclimate and agriculture-based economy in common in which case the latter exposes people to lightning risks (Tsong, 2014). Moreover, lack of public awareness seems to be the most substantial problem in the developing countries that increases vulnerability to lightning strikes. In South Africa the highest lightning ground flash densities are in the interior parts of the country of which Free State province is. Given the high unemployment rate most community members are compelled to do security guards jobs, agriculture and construction which are in the open giving a high exposure to lightning risks (Gill, 2008).

Methods and Materials

This study followed a conceptual study research design which gathered its data from literature on the meaning of these two concepts, their consequences and mitigation measures. A PAR model for vulnerability was used guided by the reviewed literature in order to understand why South Africa could be of the countries prone to thunderstorms and lightning thereby possibly causing disasters.

Lightning Mitigation/Safety Measures (Table 4)

Outdoor measures Indoor measures
Avoid being the most exposed object Do not handle any electrical appliances, such as telephones, disconnect all electrical equipment
Avoid being in contact with water Stay away from sinks, showers, tubs, and toilets. Plumbing can conduct electricity from lightning strikes from outside.
Stay away from electrical conductors  
Seek shelter from vehicles  
In a forest seek shelter in a low lying area(land depressions), however beware of the flash floods. Avoid small shelters, such as caves  
When possible options are exhausted, crouch down with your hands on your ears to become the smaller target, do not lie down.   

Table 4. Lightning safety measures

Myths and Facts about Lightning (Table 5)

Myth Fact
If caught outside by a thunderstorm, crouch down to reduce the risks of being struck by lightning Crouching does not make anybody safer, go to substantial building or hard-topped vehicle
Lightning never strikes the same place twice Lightning often strikes the same place repeatedly
Rubber shoes and tires on the car protect people from being struck by lightning Vehicles are safe, it is the metal roof and metal sides that give protection, however do not touch any metal during your stay in the vehicle
If outside during thunderstorm, seek shelter under a tree Tree are often struck by lightning due to their protrusion above the ground
If you are in the house you are 100% safe from lightning House is a safe place to be during storms as long one avoids being in contact with anything that conducts electricity

Table 5. Myths and facts about lightning

Results and Discussion

The study revealed lightning does not only cause fatalities but also long term bio-physical impairment to people which retard their productivity. Lack of skills also plays a contributing factor in the myths borne by communities which turn to be agent to vulnerability to lightning hazards. A comprehensive list of measures to be taken in case one is caught in thunderstorms is presented especially people working in the open places such as construction and others. An in-depth knowledge about the evolution of lightning has been deliberated by this study for public safety.


Given the current high climate change variability, thunderstorms and lightning are more frequent and intense leaving property and human lives damaged and lost respectively. It is encouraged that awareness on the dangers of lightning is raised for communities’ resilience against lightning impacts. The government on the other hand has to see to it that skills development programmes are intensified to reduce high number of people employed in the open-place industries such as agriculture and construction.


American Red Cross (2015). Thunderstorm safety. Date of access: 05 June. 2015.

Birkmann, J. (2006). Mearing vulnerability of natural hazards: Towards resilient communities. India: United Nations.

Canada Weather and Meteorology (2015). Lightning Safety. Date of access: June. 2015.

Carmen., A., Pfortmueller, Yang, Y., Haberkern, M., Wuest, E., Zimmermann, H., et al. (2012). Injuries, Sequelae, and Treatment of Lightning-Induced Injuries. Emergency Medicine International, 1, 6.

Dictionary of Engineering, (2004). Lightning. Date of access: 05 June. 2015.

Fakhruddin, H. (2010). Handbook for advanced placement physics B.US: America.

Finnish Meteorological Institute, 2015. Lightning and thunderstorm. Date of access: 06 June. 2015.

Free State theweekly (2015). Lightning explained after Bloem tragedy. Date of access: 13 June. 2015.

Gill, T. (2008). A lightning climatology of South Africa for the first two years of operation of the South African Weather Service Lightning detection network: 2006-2007. South Africa Weather Services. Pretoria.

Harfield LTD (2015). How lightning is formed. Date of access: 06 June. 2015.

Holle, R.L. (2008). Annual rates of fatalities by country. Arizona. United States.

IFRC (2012). What is vulnerability? Date of access: 14 June. 2015.

International Federation of Red Cross and Red Crescent Societies (2013). What is a disaster? Date of access: 05 June. 2015.

IPCC (2012). Glossary of terms. Date of access: 18 May. 2015.

Jenkins, A., Jackson, R., & Shaftel, H. (2015). The current and future consequences of global warming. Date of access: 18 May. 2015.

Monsoon Safety (2015). Lightning Safety. Date of access: 14 June. 2015.

National Institute of Health (2001). Long term consequences of lightning injuries. Date of access: 11 June. 2015.

National Oceanic and Atmospheric Administration (NOAA) (2015). Lightning myths and facts. Date of access: 14 June. 2015.

Planet Science (2015). What causes lightning. Date of access: 06 June. 2015.

Price, C. (2008). Thunderstorms, lightning and climate change. Paper presented on 29th conference on lightning protection, Uppala, Sweden, 23-26 June. Date of access: 18 May. 2015.

Quinn, M. (2013). Death by lightning a danger in developing countries. Date of access: 11 June. 2015.

Singh, K. (2014). Application of Pressure and Release (PAR) Model for Assessing Vulnerability to Industrial Hazards in District Bathinda (Punjab, India). International Journal of Management and Social Sciences Research (IJMSSR), 3(5), 25-29.

Smith, J. (2010). Cloud physics: Lightning. Date of access: 06 June. 2015.

The National Severe Storms Laboratory (NSSL) (2015). Severe wearther 101. Date of access: 06 June 2015.

Torlach, J.M. (1999). Lightning-hazards and safequards. Department of minerals and energy, Western Australia.

Tsong, R. (2014). Death by Lightning: To Some Countries, More Than Just a Shock. Date of access: 11 June. 2015.

United States Environmental Agency. (2014). Climate change: Basic information. of access: 18 May. 2015.

Wagon, J. (1999). Lightning physics. Date of access: 06 June. 2015.

World Meteorological Organisation, (2015). Natural hazards. Date of access: 06 June. 2015.

Post your comment

Share This Article

Recommended Journals

Article Usage

  • Total views: 12122
  • [From(publication date):
    March-2016 - Dec 02, 2023]
  • Breakdown by view type
  • HTML page views : 11378
  • PDF downloads : 744