Disasters, whether natural or man-made, can strike anytime and anywhere, causing significant damage to property, infrastructure, and human lives. Disaster awareness, preparedness, and management are essential for ensuring that individuals, communities, and governments can respond effectively to such events and minimize their impact.

Disaster awareness involves educating people about the risks and potential consequences of different types of disasters. It includes disseminating information about the warning signs of impending disasters and how to respond to them. Governments, non-governmental organizations, and community-based groups can play a critical role in promoting disaster awareness through campaigns, workshops, and other outreach efforts.

Preparedness involves taking steps to minimize the impact of disasters before they occur. This includes developing emergency plans and procedures, conducting drills and exercises, stockpiling essential supplies, and establishing communication protocols. Preparedness efforts can significantly reduce the loss of life and property damage caused by disasters.

Effective disaster management involves the coordinated response of various agencies and stakeholders during and after a disaster. It involves activities such as search and rescue, medical assistance, provision of shelter and food, and restoration of critical infrastructure. Disaster management plans should be in place before a disaster occurs, and emergency responders should be adequately trained and equipped to carry out their duties.

In recent years, there have been several examples of effective disaster management in different parts of the world. For example, in 2017, the Indian state of Kerala faced its worst floods in over a century. The state government, aided by NGOs and volunteers, launched a massive relief effort, providing shelter, food, and medical assistance to those affected. The response was widely praised for its effectiveness and coordination.

In conclusion, disaster awareness, preparedness, and management are crucial for reducing the impact of disasters on human lives and property. Governments, non-governmental organizations, and community-based groups can work together to promote disaster awareness, develop emergency plans, and respond effectively to disasters when they occur. By doing so, we can build more resilient communities and reduce the devastating consequences of disasters.

REPUBLIC ACT 9163 Section 11. The creation of the National Service Reserve Corps – There is hereby created a National Service Reserve Corps, to be composed of the graduates of the non-ROTC components. Members of this corps may be tapped by the state for literacy and civic welfare activities through the joint effort of the DND, CHED, and TESDA. 

REPUBLIC ACT 10121 Section 13. Accreditation, Mobilization and Protection of Disaster Volunteers and National Service Reserve Corps, CSOs and the Private Sector. – The government agencies, CSOs, private sector, and LGUs may mobilize individuals or organized volunteers to augment their respective personnel complement and logistical requirements in the delivery of disaster risk reduction program and activities. The agencies, CSOs, private sector, and LGUs concerned shall take full responsibility for the enhancement, welfare, and protection of volunteers, and shall submit the lists of volunteers to the OCD, through the LDRRMOs for accreditation and conclusion in the database of community disaster volunteers. A national roster of ACDVs, National Service Reserve Corps, CSOs and the private sector shall be maintained by the OCD through the LDRRMOs. Accreditation shall be done at the municipal level. Mobilization of volunteers shall be in accordance with the guidelines to be formulated by the NDRRMC consistent with the provisions of this Act. Any volunteer who incurs death or injury while engaged in any of the activities defined under this Act shall be entitled to compensatory benefits and individual personnel accident insurance as may be defined under the guidelines. 

The National Disaster Risk Reduction and Management Plan (NDRRMP) is a long-term national sectoral plan aiming to address four main priority areas as disaster prevention and mitigation, disaster preparedness, disaster response, rehabilitation and recovery.

NDRRMP THEMATIC AREAS :

• DISASTER PREVENTION AND MITIGATION 

1. Disaster Prevention – the outright avoidance of adverse impacts of hazards and related disasters. It expresses the concept and intention to completely avoid potential adverse impacts through action taken in advance such as construction of dams or embankments that eliminate flood risk, land-use regulations that do not permit any settlement in high-risk zone and seismic engineering designs that ensure the survival and function of a critical building in any likely earthquake. 

2. Disaster Mitigation – the lessening or limitation of the adverse impacts of hazards and related disasters. Mitigation measures encompass engineering techniques and hazard-resilient construction as well as improved environmental policies and public awareness. 

• DISASTER PREPAREDNESS – the knowledge and capacities developed by governments, professional response and recovery organizations, communities and individuals to effectively anticipate, respond to, and recover from the impacts of likely, imminent, or current hazard events or conditions. Preparedness action is carried out within the context of DRRM and aims to build the capacities needed to efficiently manage all types of emergencies achieve orderly transitions from response to sustained recovery. Preparedness is based on a sound analysis of DRR and good linkages with early warning systems and includes such activities as contingency planning, stockpiling of equipment and supplies, the development of arrangements for coordination, evacuation and public information and associated training and field exercises. These must be supported by formal, institutional, legal and budgetary capacities. 

• DISASTER RESPONSE – the provision of emergency services and public assistance during or immediately after a disaster in order to save lives, reduce negative health impacts, ensure public safety and meet the basic subsistence needs of the people affected. Disaster response of predominantly focused on immediate and short-term needs and is sometimes called “disaster relief”.

• DISASTER REHABILITATION AND RECOVERY 

  1. Rehabilitation – measures that ensure the ability of affected communities and/or areas to restore their normal level of functioning by rebuilding livelihood and damaged infrastructure and increasing the communities’ organizational capacity. 

  2. Post Disaster Recovery – the restoration and improvement where appropriate, of facilities, livelihood and living conditions of disaster-affected communities, including efforts to reduce disaster risk factors, in accordance with the principle of “build back better”.  

References: 

https://www.adrc.asia/documents/dm_information/Philippines_NDRRM_Plan_2011-2028.pdf

Disasters are unpredictable events that can cause significant loss of life and property. While the impact of disasters can be devastating, it is essential to recognize that individuals and communities can take proactive steps to mitigate their effects. One group that can play a crucial role in disaster management is the youth.

Youth are typically defined as individuals between the ages of 15 and 24. This age group often possesses a unique set of skills, knowledge, and perspectives that make them valuable contributors to disaster management efforts. Here are a few ways in which youth can make a positive impact in disaster management:

1. Raising Awareness: Youth can play a vital role in raising awareness about disasters and educating others on how to prepare for them. They can use social media platforms, organize awareness campaigns, and participate in community events to spread the word about disaster preparedness.

2. Volunteerism: Youth can contribute their time and energy to volunteer in disaster management activities. They can participate in rescue operations, help in relief distribution centers, provide emotional support to affected individuals, and assist in rebuilding efforts.

3. Technological Skills: Youth often have a deep understanding of technology, which can be instrumental in disaster management. They can use their knowledge to develop mobile apps, websites, or other digital platforms that can assist in disaster response, communication, and coordination.

4. Innovation: Youth can bring innovative solutions to disaster management. They can brainstorm new ideas for disaster-resistant infrastructure, develop new disaster warning systems, and suggest new approaches to emergency response.

5. Advocacy: Youth can advocate for policies that promote disaster management and preparedness. They can lobby government officials, participate in community meetings, and raise awareness of the need for disaster planning and preparedness.

In conclusion, youth can make significant contributions to disaster management efforts. Their unique set of skills, knowledge, and perspectives can be harnessed to raise awareness, volunteer, provide technical expertise, innovate, and advocate for policies that promote disaster preparedness. By engaging youth in disaster management, we can create a more resilient and safer community for all.

Regenerate response

Here are the terminologies often used in disaster response and rescue operations: 

CALAMITY – refers to a situation that is associated with catastrophic events where a number of persons are plunged with hardship and suffering that are caused by problems like shortage of food, clothing, medical care and other basic necessities. 

DISASTERS – are progressive or sudden events brought about by natural or human-induced hazards that cause losses and sufferings to consequence of which results to people and communities undertaking extra- ordinary measures to cope with their impacts. 

DISASTER CONTROL – refers to the act of limiting the effect of disaster through the introduction of measures designed to prepare the inhabitants before, during and after a disaster. 

DISASTER MANAGEMENT – the efficient and effective utilization of resources and the application of measure that will mitigate the impact of unfortunate events and facilitate return to normalcy and redevelopment. 

FLOOD – a state or condition when water overflows from natural waterways caused by heavy rainfall resulting in the water accumulation in low lying areas. 

HAZARDS – are natural or man-induced phenomena or activities, the presence of which poses a threat to people’s lives, limbs, properties and socio-economic conditions. 

NATIOANAL DISASTER COORDINATING COUNCIL – the highest government body responsible in advising the President of the country on the status of disaster preparedness program and disaster relief and rehabilitation effort at the national level 

POLLUTION – refers to any discharge of liquid, solid substance or gases into land, soil, waters, atmosphere, air or space which will create or render such environmental elements and atmospheric air harmful or detrimental or injurious to human beings, animals, plants and the nature’s environment and ecological balance. 

RADIO ACTIVE FALL-OUT – dust particles of Earth and debris, together with the radioactive materials that cling to them and are drawn up into mushroom clouds resulting from detonation of a nuclear weapon or devise and which are carried by the wind and sent back to earth. 

REHABILITATION – refers to the restoration of a person’s economic dependency to a stable living either physically, economically, socially or emotionally. 

RELIEF – refers to anything that is done to alleviate the condition of those who are suffering from the effects of a calamity/disaster and who at that particular time are completely helpless. 

RISKS – refers to the degree or chance and frequency that such hazards will affect or impact people and communities.

SPACE DEBRIS – these are remains of artificial satellites and other components as well as their means of carriage aloft which fall back to earth. 

STATE OF CALAMITY – it is a condition that is declared by the President of the country in the event of a widespread destruction to property and lives due to destructive forces of nature and emergencies. 

VOLCANIC ERUPTION – an occurrence characterized by an ejection of volcanic materials such as molten lava, rock fragments, ashes, lahar flow, steam and other gases through the fissure brought about the tremendous pressure which forces open the rock formation or steam reservoirs beneath the Earth’s crust. 

VULNERABILITY – the level of susceptibility or resiliency of the people and communities against the impact of the prevailing hazards based on the state of physical, social, and economic conditions in a given area. 

SOS is a universally recognized distress signal that is used to communicate an urgent request for help. The signal is used in emergency situations to indicate that immediate assistance is required. There are various ways to signal SOS, some of which include:

1. Morse Code: Morse code is a method of transmitting messages using a series of dots and dashes. The SOS signal in Morse code is represented by three dots, three dashes, and three dots (· · · – – – · · ·).

2. Visual Signal: The SOS signal can also be communicated through a visual signal. The signal can be made by creating three dots, three dashes, and three dots using any visible means such as stones, sticks, or other materials that are readily available.

3. Audible Signal: An audible signal can also be used to communicate SOS. This can be achieved by creating three short bursts of sound, followed by three longer bursts of sound, and then followed by three more short bursts of sound.

4. Emergency Whistle: Another way to signal SOS is by using an emergency whistle. An emergency whistle produces a loud, high-pitched sound that can be heard over long distances. To signal SOS using an emergency whistle, blow three short blasts, followed by three long blasts, and then followed by three more short blasts.

5. Radio Signal: A radio signal can also be used to communicate SOS. The International Radio Regulations have designated the frequency of 121.5 MHz as the emergency frequency for civil aviation. To signal SOS using a radio signal, simply transmit the distress call “Mayday, Mayday, Mayday, this is (name of vessel or aircraft),” followed by the message “SOS” or “Help.”

6. FIRE: Build three first in a triangle or in a straight line, with about 100 feet between them. Three fires are an internationally recognized distress signal. 

7. FLASHLIGHT: If you have a target you are attempting to signal, flash out SOS in Morse (three short flashes, three long flashes, three short flashes) in its direction. 

8.  PART OF YOUR BODY: Wave your arms and hands sideways and down to attract attention. If the potential rescue vehicle is close, simply stand with your hands and arms in the air 

In conclusion, there are various ways to signal SOS, including Morse code, visual signals, audible signals, emergency whistles, and radio signals. It is essential to understand these different methods and to be prepared to use them in case of an emergency. By using these signals, one can increase the chances of being rescued and receiving the necessary assistance in times of distress.

First Aid as “measures to be taken immediately after accident not with an idea to cure but in order to prevent further harm being done”. It uses the available human and material resources at the site of accident to provide initial care to the victim of injury or sudden illness until more advance care is provided. A simple way to remember the aims of first aid is to think of the “Three P’s” (Preserve, Prevent, and Promote). 

• Preserve Life – your first aim is to preserve life by carrying out emergency first aid procedures. For example, opening a casualty’s airway or performing cardiopulmonary resuscitation (CPR). Preserving life should always be the overall aim of all first aiders. Remember though, this includes your own life. You should never put yourself or others in danger. 

• Prevent Deterioration – the second aim of first aid is to prevent the casualty’s condition from deteriorating any further. For example, asking a casualty with a broken limb to stay still and padding around the injury will prevent the fracture from moving and causing further injury or pain. In addition, this aim includes preventing further injuries. You should attempt to make the area as safe as possible and removing any dangers. If removing danger is not possible, you should attempt to remove the patients from the patient from the danger or call for specialist for help. 

• Promote Recovery – finally, you can promote recovery by arranging prompt emergency medical help. In addition, simple first aid can significantly affect the long-term recovery of an injury. For example, quacking cooling a burn will reduce the risk of long-term scarring and will encourage early healing. 

CHARACTERISTICS OF A GOOD FIRST AIDER

1. Gentle – should not cause pain. 

2. Resourceful – should make the best use of things at hand. 

3. Observant – should notice all signs. 

4. Tactful – should not alarm the victim. 

5. Emphatic – should be comforting.

6. Respectable – should maintain a professional and caring attitude. 

The Objective of first aid is to provide immediate care and assistance to a person who has been injured or taken ill suddenly, until medical help arrives or the person recovers. The aim is to preserve life, prevent further harm, and promote recovery.

The objectives of first aid can be summarized as follows:

1. Preserve life: The primary objective of first aid is to save the person's life in the event of a life-threatening emergency.

2. Prevent further injury or harm: First aid aims to prevent the person's condition from getting worse and causing more damage.

3. Promote recovery: First aid can help to minimize the severity of the injury or illness, reduce pain and discomfort, and facilitate the person's recovery.

4. Protect the unconscious: In case of an unconscious person, the primary objective of first aid is to protect the person's airway, breathing, and circulation until medical help arrives.

5. Ensure safe transfer: First aid also involves safely transporting the person to a medical facility, if necessary, while continuing to provide care and monitoring their condition.

HINDRANCES IN GIVING FIRST AID 

a. Unfavorable Surroundings  Night Time  Crowded city lights; churches; shopping malls  Busy Highways  Cold and Rainy weather  Lack of necessary materials or helps. 

b. The Presence of Crowds  Crowds curiously watch, sometimes heckle, and sometimes offer incorrect advice.  They may demand haste in transportation or attempt other improper procedures.  A good examination if difficult while a crowd looks on. 

c. Pressure from Victim or Relatives  The victim usually welcomes help, but if he is drunk, he is often hard to examine and handle, and is often misleading in his responses.  The hysteria of relatives or the victim, the evidence of pain, blood and possible early death, exert great pressure on the first aider.  The first aider may fail to examine carefully and may be persuaded to do what he would know in calm moments to be wrong. 

HOW TO DEAL WITH INJURIES 

1. Treatment of Wounds – a wound is usually treated by bandaging. 

2. Locate wound position – wound in different locations demand different treatment, therefore it is most important when a victim is still conscious not to move a lot and to remain in a seating or standing position (position of head should be the highest). 

3. Pay attention to the human body’s anatomical shape – during the treatment of a wound, the body’s anatomy has to be noticed, because it will affect the bandaging method.

4. Identify the size of the wound (extent and intensity of blood outflow) The size of a wound determines the treatment method, even though it follows the same principles. Cover wound and stop the bleeding. There are four methods to stop bleeding: applying pressure, bandaging, bandaging and applying pressure (tourniquet) and total bandaging. When trying to stop bleeding, do not bind too loose as blood will not stop but also do not bind too tight, as this will stop blood from flowing to the wounded area. Therefore it is necessary to ask a victim, whether the bandage is too loose or too tight. When no response can be obtained from the victim, the bandage tightness is done in such a way that the pulse can still be felt beneath the bandage.