MEVE 015: Unit 13 - Education and Technologies for Disaster Management
UNIT 13: EDUCATION AND TECHNOLOGIES FOR DISASTER MANAGEMENT
13.0 Introduction
Disaster
management is no longer just a reactive process—it requires proactive planning,
community participation, and the integration of technology. Education plays a
critical role in building awareness and preparedness among communities.
Meanwhile, Information and Communication Technologies (ICT), including GIS,
GPS, and remote sensing, have revolutionized the way disasters are monitored,
managed, and responded to. This unit explores the importance of education and
modern technologies in the field of disaster risk reduction and emergency
response.
13.1 Objectives
After
studying this unit, learners will be able to:
- Understand
the role of education in disaster risk reduction.
- Distinguish
between formal, informal, and campaign-based education for disaster
awareness.
- Identify
coping strategies during and after disasters.
- Explain
the role of IT and emerging technologies in disaster preparedness and
response.
- Describe
the applications of GIS, GPS, and remote sensing in disaster management.
- Understand
the role of communication technologies in emergency situations.
13.2 Education and Awareness
Education
is a powerful tool for building a culture of preparedness and resilience. It
helps individuals and communities understand risks, make informed decisions,
and respond effectively in times of disaster.
13.2.1 Campaigns
Public
awareness campaigns aim to disseminate critical information through mass media,
community outreach, and educational programs.
- Methods: Posters, radio/TV broadcasts, social
media, street plays.
- Themes: Evacuation plans, early warning systems,
hygiene practices, do’s and don’ts during specific disasters.
- Stakeholders: Government bodies, NGOs, schools, media houses.
13.2.2 Informal Education
Informal
education involves community-based learning and participatory approaches:
- Community
workshops and group discussions.
- Folk
media and local storytelling to spread
awareness.
- Mock
drills and simulation exercises.
This
form of education is especially important in rural or low-literacy populations.
13.2.3 Formal Education
Incorporating
disaster education into the school curriculum ensures that students are trained
from a young age.
- Subjects
like geography, environmental science, and social studies include modules
on disaster risks and preparedness.
- Higher
education offers professional courses in disaster
management, public health, and urban planning.
- Teacher
training is essential to effectively communicate
disaster-related content.
13.3 Coping with Disasters
Coping
mechanisms include both physical and psychosocial strategies that
help individuals and communities respond to disaster events.
- Preparedness
plans and survival kits.
- Community-based
coping strategies: mutual aid,
shared shelters, cooperative rebuilding.
- Mental
health support: counseling,
trauma healing.
- Training
in first aid, search & rescue, and basic survival skills.
13.4 Role of IT in Disaster Preparedness
Information
Technology enhances:
- Early
warning systems (alerts via
mobile apps, SMS, sirens).
- Data
management (hazard mapping, vulnerability analysis).
- Coordination among stakeholders via platforms like the
Disaster Management Information System (DMIS).
- Real-time
information sharing for quicker decision-making.
13.5 Remote Sensing, GIS, and GPS
These
geospatial technologies help in disaster monitoring, planning, and response.
- Remote
Sensing: Uses satellite imagery or aerial
photography to detect changes in land, water, vegetation—crucial for
flood, cyclone, and wildfire monitoring.
- GIS
(Geographic Information System):
Integrates spatial data to map hazard zones, evacuation routes, population
density, and infrastructure.
- GPS
(Global Positioning System): Enables
location tracking for rescue teams, asset deployment, and risk assessment.
13.6 Use and Application of Emerging Technologies
Emerging
technologies enhance the accuracy, speed, and effectiveness of disaster
management.
13.6.1 Geographic Information Systems (GIS)
GIS
enables:
- Risk
and vulnerability mapping.
- Resource
allocation and logistics.
- Damage
assessment post-disaster.
- Interactive
dashboards for real-time visualization.
Example:
Mapping flood-prone zones to guide infrastructure planning and relocation.
13.6.2 Global Positioning System (GPS)
GPS
is used for:
- Tracking
disaster response units and vehicles.
- Navigating
through hazardous areas.
- Tagging
and locating affected populations.
- Mapping
escape routes and safe zones.
It’s
vital in both urban and remote disaster sites.
13.7 Application of Modern Technologies for Emergency
Communication
Communication
technologies ensure information flow during crises:
- Wireless
networks, satellite phones, HAM radios
for remote connectivity.
- Emergency
alert systems via apps,
public announcements, and mobile alerts.
- Unmanned
Aerial Vehicles (UAVs)/Drones for situational
awareness and supply delivery.
- Community
radio for broadcasting local advisories.
Effective
communication prevents panic and guides coordinated action.
13.8 Application and Use of ICST for Different
Disasters
ICST
(Information, Communication, and Space Technology)
applications include:
- Earthquake: Real-time seismic monitoring, building
code compliance mapping.
- Floods: Rainfall prediction models, river basin
monitoring.
- Cyclones: Tracking systems, wind speed and surge
forecasting.
- Wildfires: Satellite detection of hotspots, wind
direction modeling.
- Pandemics: Health surveillance apps, contact
tracing, digital dashboards.
These
technologies increase the precision and efficiency of disaster forecasting,
preparedness, and response.
13.9 Let Us Sum Up
- Education,
both formal and informal, plays a crucial role in building community
resilience to disasters.
- IT
and emerging technologies have transformed disaster management from
reactive to proactive.
- Tools
like GIS, GPS, and remote sensing support real-time monitoring, planning,
and decision-making.
- Communication
technologies ensure rapid, reliable transmission of emergency information.
- Integration
of ICST has enhanced the ability to predict, monitor, and mitigate various
disasters.
13.10 Key Words
- Disaster
Awareness: Knowledge of hazards and response
strategies.
- Remote
Sensing: Satellite/aerial data collection for
earth observation.
- GIS: Mapping tool for spatial analysis and
disaster planning.
- GPS: Navigation system for real-time location
tracking.
- ICST: Integration of information,
communication, and space technologies.
- Emergency
Communication: Real-time
dissemination of alerts and instructions during disasters.
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