Submitted To:-
Prof. R.C Mathur       Submitted By:-
                    Abhishek Mathur
                   Nijo . N. Verghese
 An event that occur when n
 no. of people are exposed
 to hazards which resulting
 injury, loss of life and
 damage in property
Disrupts the normal day to day life and
 livelihoods.

Negatively influences the emergency system.

Basic needs of the human i.e food, clothing,
 shelter and health etc are adversely affected.
•   Unpredictability
•   Unfamiliarity
•   Speed
•   Urgency
•   Uncertainty
•   Threat
Earthquake


            Natural     Tsunami


                      Cyclone etc.
Disaster
                      Sociological


           Man Made   Technological


                       Hazardous
   A. Natural Disasters
   B. Manmade Disasters

Natural Disasters:- Which are caused by or because
    of natural phenomena.(geological, biological).

Manmade Disasters:- Which occurs due to human
    negligence. ( toxic waste, civil strife's etc.)
 Geological:- Earth Quack, Tsunami, Land Slide,
  Volcanic Irruption.
 Water and Climatic :- Tornado, Hurricane,
  Floods, Drought, Hailstorm.
 Environmental:- Pollutions, Deforestation, Pest
  Infection.
 Biological:- Pest attacks, food poisoning, weapon
  of mass destruction.
 Chemical, Industrial and Nuclear Accident:-
  Chemical disaster, Industrial disasters, Nuclear.
 Accident related:- Boat/Road/Train/plane
  Accident, Building collapse, electric accident, Festival
  related disasters for example Bull festival in
  SPAIN,
   Most Destructive Natural hazards.

   Sudden occurrence and Unpredictable.

   More effects arises mainly from land
    movement, fracture or slippage.

   Widespread loss or damage to
    infrastructure, essential services and
    life support system.
 1950 - Arunachal Pradesh - 8.5 magnitude.
 1956 - Anjar ~ Gujrat – 7.0 Magnitude
 1997 - Jabalpur ~ Madhya Pradesh - 6.0 Magn.
 1999 - Chamoli~U.P – 6.8 Magn.
 2001 - Bhuj~Gujrat – 6.9 Magn (20k people died, injured more
  then 15k).
 2005 – Muzaffrabad~ (Pakistan) Impact in Jammu Kashmir –
  7.4 Magn.
 2011 – Gangtok- Sikkim- Nepal – 6.9 Mgn
   Tsunami derived from a Japanese term, where
    Tsu means “Harbour” and Nami means “Waves”.
   Originated by rapid displacement of water from
    the lake or sea, either by seismic activity,
    landslides, volcanic eruptions.
   Waves depend on depth of water.
   Speed varies.
   Wave height can be as high as 30 meters.
   1524 – Near Dhabol Maharashtra

   2 April 1762 – Arakan Costa Myanmar.

   26 December 2004- Banda Aceh, Indonesia; Tamil Nadu, Kerala,
    Andhra Pradesh, Andaman and Nicobar Islands, India; Sri Lanka;
    Thailand; Malaysia; Kenya; Tanzania ~ The East cost of India was
    affected. The waves measured around 10 m high killing more than
    10,000 precious lives.
   A State of high water level along a river
    channel or on the cost that leads to
    inundation of Land.
   May occur gradually, or may take hours,
    may be or not be without warning.
   Speed may be sudden or gradually.
   There may be seasonal patterns to
    flooding.
   1961- 2,000 died~ North are affected
   1968 - 4,892 died~ (1) Rajasthan, Gujarat - (2) North-East,
    West Bengal, Assam.
   2000- 1,290 died~ Gujarat, Andhra Pradesh, Assam,
    Arunachal Pradesh, Bihar, Himachal Pradesh, Kerala,
    Madhya Pradesh, Punjab, Uttar Pradesh, West Bengal.
   2006- Rajasthan-Barmer
   Region of low atmospheric
    pressure, surrounded by high
    atmospheric pressure resulting
    in swirling atmospheric
    disturbance accompanied by
    powerful winds around it in
    anticlockwise direction in the
    northern hemisphere and
    clockwise in southern
    hemisphere.
   Strong Winds

   Exceptional Rain

   Storm Surge

   Rise in sea level cause in
    severe flood conditions.
 1971- Eastern Coast-
  9658 people died
 1972- Andhra Pradesh
  and Orissa- 100 died.
 1990- Orissa- 250
  people died
 1999- Orissa- 8913 died
   Drought is either absence or deficiency of rainfall from its
    normal pattern in a region for an extended period of time
    leading to general suffering in the society.
   It is a slow on-set disaster and difficult to demarcate the
    time of its onset and the end.
   The Types of draughts:- 1. Meterological
   2.Hedrological
   3.Agricultural
 Public Awareness and
  education
 Drought Monitoring
 Expansion of irrigation
   The landslides includes all varieties of mass movements of hill
    slopes, forming material composed of rocks, soil etc or
    combinations of all these materials by falling, sliding or flowing
    from one place to another.
   Can be fast or can be slow.
   Major causes, erosion, intense rainfall, human excavation like
    deforestation, mining irrigation etc.
   Other factors are earthquake, volcanic eruption etc.
   October 1990- Nilgris- 36 people died and several
    injured. Several buildings and communication
    network damaged.

   18,August 1998- Malpa,- 205 people killed. Road
    network to MansarovarKali river disrupted.

   August 2003 Uttarkashi Heavy loss of infrastructure
Disaster Management1
   Manmade hazards are those hazards which lead to the
    manmade disaster. Manmade disaster are sometimes
    referred to as anthropogenic.

   TYPES:-

   Sociological Hazards
   Technological Hazards
   Hazardous Materials
   The disaster/hazards which cause bad affect on society or
    the one which is created by society.

   List of sociological hazards:-
   Crime
   Arson
   Terrorism
   War
   The hazards which cause due to the reluctant use of
    technology/ies.

   Forms of Technological Hazards:-
   Industrial hazards
   Structural Collapse
   Power Outage
   Fire
   All the materials which can cause or help in causing
    disaster comes under this topic.

 Radiation contamination.
  CBRN i.e. Chemical, Biological, Radiological and
  Nuclear.
 Transportation:- Aviation, Road, Train.
   During World War II (1939 to 1945), United
    States troops dropped atomic bombs on
    the Japanese cities of Hiroshima and
    Nagasaki. The first on August 6, 1945 and
    the second on August 9, 1945.



   The Chernobyl disaster that occurred on
    26 April 1986, 01:23 at the Chernobyl
    Nuclear Power Plant in Ukraine.



   The Fukushima Nuclear Power Plant,
    Japan following the Tōhoku earthquake
    and tsunami on 11 March 2011 ,14:46.
   Aviation
     Accidents from a helicopter, airlines.
      The world's worst airliner disaster is the Tenerife crash of 1977


   Rail
     One of the most devastating rail disasters occurred
       in 26 December 2004 in Sri Lanka when 1,700 people died.


   Space
     The worst space disaster to date occurred on
       February 15, 1996 in Sichuan, China.
1.> Disaster Management is the
discipline of dealing with and
avoiding risk.

2.> It is a continuous process.

3.> It involves preparing for
disaster before it happens.
The disaster management
includes sum total of all
activities, programmes
and measure which can be
taken up before, during
and after a disaster to
reduce it’s impact or
recover from it’s losses.
 Mitigation:- Efforts to reduce the efforts of
  disasters when they occur. It is a Long Term measure

 Preparedness:- Phase where emergency
  managers develop plans of action for when the
  disasters strikes. Training, proper communication
  process, maintenance of supplies and equipments.
                                            CONT…
 Response:- It includes mobilization of the
  necessary emergency services and first
  responders in the disaster area.

 Recovery:- The aim is to restore the affected
  area to it’s previous state. For e.g. rebuilding
  destroy property.
   Early warning systems.
   Provide basic Need.
   Proper food distribution.
   Emergency Facilities.
   Manage casualties.
   Forecasting and monitoring setup.
 The structure is hierarchical and functions at
     four levels – centre, state, district and local.
 It is a multi-stakeholder setup i.e. the structure draws
  involvement of various relevant ministries,
   government departments and administrative bodies.
 Legal Institutional framework.
 National disaster management authority
  (NDMA).
 State disaster management authority (SDMA).
 District disaster management authority(DDMA).
 State disaster response force.
 NGO’s
Disaster Management1
 GoI-UNDP Disaster Risk Reduction Programme (2009-2012)
 Disaster Risk Management Programme
 Ministry of Home Affairs with UNDP Country Office support
  Additional US$20,000,000 to meet the requirements of the
  programme will be mobilized by the Government from non-
  core sources.
 Project Coverage: National level and in selected states:
  Assam, Bihar, Delhi, Gujarat, Maharashtra, Meghalaya,
  Orissa, Sikkim, Uttaranchal, Uttar Pradesh, West Bengal,
  Tamilnadu
   National Calamity Contingency Fund (NCCF)


   Calamity Relief Fund (CRF)


   The Times Foundation Relief Fund
Disaster Management1

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Disaster Management1

  • 1. Submitted To:- Prof. R.C Mathur Submitted By:- Abhishek Mathur Nijo . N. Verghese
  • 2.  An event that occur when n no. of people are exposed to hazards which resulting injury, loss of life and damage in property
  • 3. Disrupts the normal day to day life and livelihoods. Negatively influences the emergency system. Basic needs of the human i.e food, clothing, shelter and health etc are adversely affected.
  • 4. Unpredictability • Unfamiliarity • Speed • Urgency • Uncertainty • Threat
  • 5. Earthquake Natural Tsunami Cyclone etc. Disaster Sociological Man Made Technological Hazardous
  • 6. A. Natural Disasters  B. Manmade Disasters Natural Disasters:- Which are caused by or because of natural phenomena.(geological, biological). Manmade Disasters:- Which occurs due to human negligence. ( toxic waste, civil strife's etc.)
  • 7.  Geological:- Earth Quack, Tsunami, Land Slide, Volcanic Irruption.  Water and Climatic :- Tornado, Hurricane, Floods, Drought, Hailstorm.  Environmental:- Pollutions, Deforestation, Pest Infection.
  • 8.  Biological:- Pest attacks, food poisoning, weapon of mass destruction.  Chemical, Industrial and Nuclear Accident:- Chemical disaster, Industrial disasters, Nuclear.  Accident related:- Boat/Road/Train/plane Accident, Building collapse, electric accident, Festival related disasters for example Bull festival in SPAIN,
  • 9. Most Destructive Natural hazards.  Sudden occurrence and Unpredictable.  More effects arises mainly from land movement, fracture or slippage.  Widespread loss or damage to infrastructure, essential services and life support system.
  • 10.  1950 - Arunachal Pradesh - 8.5 magnitude.  1956 - Anjar ~ Gujrat – 7.0 Magnitude  1997 - Jabalpur ~ Madhya Pradesh - 6.0 Magn.  1999 - Chamoli~U.P – 6.8 Magn.  2001 - Bhuj~Gujrat – 6.9 Magn (20k people died, injured more then 15k).  2005 – Muzaffrabad~ (Pakistan) Impact in Jammu Kashmir – 7.4 Magn.  2011 – Gangtok- Sikkim- Nepal – 6.9 Mgn
  • 11. Tsunami derived from a Japanese term, where Tsu means “Harbour” and Nami means “Waves”.  Originated by rapid displacement of water from the lake or sea, either by seismic activity, landslides, volcanic eruptions.  Waves depend on depth of water.  Speed varies.  Wave height can be as high as 30 meters.
  • 12. 1524 – Near Dhabol Maharashtra  2 April 1762 – Arakan Costa Myanmar.  26 December 2004- Banda Aceh, Indonesia; Tamil Nadu, Kerala, Andhra Pradesh, Andaman and Nicobar Islands, India; Sri Lanka; Thailand; Malaysia; Kenya; Tanzania ~ The East cost of India was affected. The waves measured around 10 m high killing more than 10,000 precious lives.
  • 13. A State of high water level along a river channel or on the cost that leads to inundation of Land.  May occur gradually, or may take hours, may be or not be without warning.  Speed may be sudden or gradually.  There may be seasonal patterns to flooding.
  • 14. 1961- 2,000 died~ North are affected  1968 - 4,892 died~ (1) Rajasthan, Gujarat - (2) North-East, West Bengal, Assam.  2000- 1,290 died~ Gujarat, Andhra Pradesh, Assam, Arunachal Pradesh, Bihar, Himachal Pradesh, Kerala, Madhya Pradesh, Punjab, Uttar Pradesh, West Bengal.  2006- Rajasthan-Barmer
  • 15. Region of low atmospheric pressure, surrounded by high atmospheric pressure resulting in swirling atmospheric disturbance accompanied by powerful winds around it in anticlockwise direction in the northern hemisphere and clockwise in southern hemisphere.
  • 16. Strong Winds  Exceptional Rain  Storm Surge  Rise in sea level cause in severe flood conditions.
  • 17.  1971- Eastern Coast- 9658 people died  1972- Andhra Pradesh and Orissa- 100 died.  1990- Orissa- 250 people died  1999- Orissa- 8913 died
  • 18. Drought is either absence or deficiency of rainfall from its normal pattern in a region for an extended period of time leading to general suffering in the society.  It is a slow on-set disaster and difficult to demarcate the time of its onset and the end.  The Types of draughts:- 1. Meterological  2.Hedrological  3.Agricultural
  • 19.  Public Awareness and education  Drought Monitoring  Expansion of irrigation
  • 20. The landslides includes all varieties of mass movements of hill slopes, forming material composed of rocks, soil etc or combinations of all these materials by falling, sliding or flowing from one place to another.  Can be fast or can be slow.  Major causes, erosion, intense rainfall, human excavation like deforestation, mining irrigation etc.  Other factors are earthquake, volcanic eruption etc.
  • 21. October 1990- Nilgris- 36 people died and several injured. Several buildings and communication network damaged.  18,August 1998- Malpa,- 205 people killed. Road network to MansarovarKali river disrupted.  August 2003 Uttarkashi Heavy loss of infrastructure
  • 23. Manmade hazards are those hazards which lead to the manmade disaster. Manmade disaster are sometimes referred to as anthropogenic.  TYPES:-  Sociological Hazards  Technological Hazards  Hazardous Materials
  • 24. The disaster/hazards which cause bad affect on society or the one which is created by society.  List of sociological hazards:-  Crime  Arson  Terrorism  War
  • 25. The hazards which cause due to the reluctant use of technology/ies.  Forms of Technological Hazards:-  Industrial hazards  Structural Collapse  Power Outage  Fire
  • 26. All the materials which can cause or help in causing disaster comes under this topic.  Radiation contamination.  CBRN i.e. Chemical, Biological, Radiological and Nuclear.  Transportation:- Aviation, Road, Train.
  • 27. During World War II (1939 to 1945), United States troops dropped atomic bombs on the Japanese cities of Hiroshima and Nagasaki. The first on August 6, 1945 and the second on August 9, 1945.  The Chernobyl disaster that occurred on 26 April 1986, 01:23 at the Chernobyl Nuclear Power Plant in Ukraine.  The Fukushima Nuclear Power Plant, Japan following the Tōhoku earthquake and tsunami on 11 March 2011 ,14:46.
  • 28. Aviation  Accidents from a helicopter, airlines. The world's worst airliner disaster is the Tenerife crash of 1977  Rail  One of the most devastating rail disasters occurred in 26 December 2004 in Sri Lanka when 1,700 people died.  Space  The worst space disaster to date occurred on February 15, 1996 in Sichuan, China.
  • 29. 1.> Disaster Management is the discipline of dealing with and avoiding risk. 2.> It is a continuous process. 3.> It involves preparing for disaster before it happens.
  • 30. The disaster management includes sum total of all activities, programmes and measure which can be taken up before, during and after a disaster to reduce it’s impact or recover from it’s losses.
  • 31.  Mitigation:- Efforts to reduce the efforts of disasters when they occur. It is a Long Term measure  Preparedness:- Phase where emergency managers develop plans of action for when the disasters strikes. Training, proper communication process, maintenance of supplies and equipments. CONT…
  • 32.  Response:- It includes mobilization of the necessary emergency services and first responders in the disaster area.  Recovery:- The aim is to restore the affected area to it’s previous state. For e.g. rebuilding destroy property.
  • 33. Early warning systems.  Provide basic Need.  Proper food distribution.  Emergency Facilities.  Manage casualties.  Forecasting and monitoring setup.
  • 34.  The structure is hierarchical and functions at four levels – centre, state, district and local.  It is a multi-stakeholder setup i.e. the structure draws involvement of various relevant ministries, government departments and administrative bodies.  Legal Institutional framework.
  • 35.  National disaster management authority (NDMA).  State disaster management authority (SDMA).  District disaster management authority(DDMA).  State disaster response force.  NGO’s
  • 37.  GoI-UNDP Disaster Risk Reduction Programme (2009-2012)  Disaster Risk Management Programme  Ministry of Home Affairs with UNDP Country Office support Additional US$20,000,000 to meet the requirements of the programme will be mobilized by the Government from non- core sources.  Project Coverage: National level and in selected states: Assam, Bihar, Delhi, Gujarat, Maharashtra, Meghalaya, Orissa, Sikkim, Uttaranchal, Uttar Pradesh, West Bengal, Tamilnadu
  • 38. National Calamity Contingency Fund (NCCF)  Calamity Relief Fund (CRF)  The Times Foundation Relief Fund