The document outlines a daily lesson log for a 6th grade science class. The lesson focuses on teaching students about precautionary measures before, during, and after earthquakes and volcanic eruptions. The teacher identifies learning objectives and competencies, such as enumerating safety steps and appreciating the importance of preparedness. A variety of activities are planned, including role playing emergency scenarios and designing preparedness kits. The lesson aims to educate students on how to stay safe during disasters and promote disaster readiness.
This document discusses potential earthquake hazards and safety measures. It identifies 5 main hazards: 1) ground or surface rupture from fault movement, 2) ground shaking that can damage structures, 3) ground subsidence and lateral spreading, 4) liquefaction of saturated soils, and 5) earthquake-induced landslides. The document emphasizes applying precautions before, during, and after quakes, such as securing objects, avoiding windows and tall furniture, and evacuating damaged buildings. Students are asked to prepare family emergency plans detailing hazards, contacts, supplies, and roles for earthquake scenarios.
This slides presents about how to take safety measures during any kind of natural disaster and human thereby which can reduce loss of life.The simple knowledge can save precious life and can act as possessing of priceless wisdom
This slides presentation will help the person in facing and tackling the disasters.It portrays about survival tips and saving the lives in meeting various kind of disasters. This knowledge and strategies can act as pearl wisdom because there is nothing greater than saving lives in the midst of disasters.
This document discusses mitigation strategies for volcanic and earthquake hazards at individual, community, and government levels. It outlines three approaches to coping with hazards: 1) modifying the threat by reinforcing structures, 2) modifying vulnerability through evaluating risk and safer planning and development, and 3) modifying loss via disaster preparedness, education, and evacuation planning. Specific strategies mentioned include earthquake engineering, zoning, education campaigns, assessing volcanic danger, diverting lava flows, and individual preparedness steps.
what to do when earthquake a presentation.pptx304129
油
This document provides guidance on conducting earthquake drills. It outlines a 4-stage process: 1) Planning/organizing with a Disaster Management Committee, 2) Developing an evacuation plan with designated routes and areas, 3) Conducting orientations for building occupants, 4) Holding the actual drill with phases including alarm, response, evacuation, assembly and evaluation. The goal is to ensure safety and train occupants with proper response through regular practice drills to mitigate earthquake disasters.
The document provides information about earthquakes including what causes them, interesting facts, key terms, safety tips, and how to conduct an earthquake drill. It discusses the stages of planning and conducting an earthquake drill, including forming a disaster management committee, developing an evacuation plan with mapped routes, conducting an orientation, and carrying out the actual drill with phases like an alarm, response, evacuation, and evaluation. The goal is to ensure safety and prepare building occupants through practice.
This document discusses different types of natural hazards including geological hazards such as earthquakes, tsunamis, landslides, and volcanic eruptions. It provides details on the impact of specific past events in the Philippines and recommends preparedness, response, and rehabilitation strategies. These include evaluating building safety, developing evacuation plans, staying away from damaged areas, and obtaining disaster information from radio after an event occurs. The goal is to minimize harm and casualties from natural hazards through preparedness before, appropriate response during, and rehabilitation after such events.
Attachment 3) How to Conduct Earthquake Drill.pdfldrrmoBangui
油
1. The document outlines the stages of conducting an earthquake drill in schools, including planning, developing an evacuation plan, conducting orientations, and the actual drill.
2. The planning stage involves forming a disaster management committee and preparing survival kits. The evacuation plan must ensure sufficient space and safe routes.
3. The orientation stage includes hazard lectures, mapping evacuation areas, and assigning roles. The drill involves an alarm, duck-and-cover, evacuation to designated areas, head counts, and evaluation.
Deadly landslides in the Philippines have killed 175 people and left 110 missing. The landslides occurred in several areas of Baybay City on Leyte island. Managing geological hazards such as earthquakes, volcanic eruptions, and landslides requires preparation, mitigation efforts, and education of safe practices. Communities can reduce risks by implementing early warning systems, enforcing land use planning, and developing emergency response plans.
Organizing an Earthquake and Fire Drill; School Disaster Management Committee Drill; Earthquake Disaster Preparedness Drill; Private School Earthquake Preparedness Committee; What to do in organizing earthquake and fire drill; School Management Earthquake Committee Chart; Phases of earthquake drill; Earthquake Drill Proper; Duck, Cover and Hold
The document outlines the steps schools should take to conduct an effective earthquake drill, including: 1) forming a disaster risk reduction management group to plan and oversee the drill; 2) developing an evacuation plan that maps out safe routes from each classroom to designated outdoor areas; 3) orienting students and staff on what to do during each phase of the drill through lectures and practice sessions. The drill should involve signals to take cover, evacuation to assigned areas, headcounts to ensure all students are accounted for, and evaluations to improve future drills.
1. The document provides guidance on how to prepare for and respond to an earthquake in 3 stages: before, during, and after.
2. In the "before" stage, it recommends securing heavy furniture and objects that could fall, strengthening buildings, practicing drop/cover/hold on drills, gathering emergency supplies like water and food, and developing a communication plan.
3. During an earthquake, the key actions are to drop down, cover your head and neck, and hold on until shaking stops to protect from falling debris.
1. The document discusses human responses to earthquake hazards, including monitoring, prediction, preparedness, and short- and long-term reactions.
2. It describes ways that hazards are perceived and responses are classified, including fatalism, adaptation, and fear. Management approaches include prediction, prevention, protection, and insurance/aid.
3. Specific measures to reduce earthquake impacts are discussed, such as hazard-resistant structures, education, fire prevention, emergency services, land use planning, and insurance. Comparative studies of earthquake events in different economic contexts are also addressed.
The document discusses ways to predict, protect from, and prepare for earthquakes. It describes methods scientists use to predict earthquakes, techniques for earthquake-resistant building design like base isolation and bracing, appropriate building methods for developing countries like bamboo houses, and steps for community preparedness including drills, awareness campaigns, and response planning using earthquake shaking maps.
This document discusses earthquake preparedness and response in Bangladesh. It covers individual, government, and volunteer group preparedness. For individuals, it outlines steps to take before, during, and after an earthquake, such as securing furniture, having an emergency kit, and knowing safe spots indoors. The government's responsibilities include search and rescue operations in the first few hours, providing first aid treatment, and meeting basic needs like water, food and shelter. Volunteer groups also have an important role in coordination and preparedness efforts.
The document outlines a school safety plan with a focus on disaster management. It discusses establishing a national school safety program to promote disaster preparedness culture in schools. The plan involves hazard and vulnerability assessments, preparedness through resource inventory and mock drills, establishing response protocols, and ongoing mitigation efforts like safety audits and evacuation planning. The overall goal is to reduce disaster risks and create a safe learning environment for students.
This document provides information about disaster preparedness and response. It defines a disaster and discusses the importance of preparedness activities like developing emergency plans and pre-positioning supplies. It then gives specific guidelines for earthquake preparedness, response, and safety measures before, during, and after an earthquake. The document also provides tips for fire safety and what to do in case of a fire, as well as search and rescue operations after a fire. Finally, it discusses tsunami preparedness and survival tips for a tsunami, including evacuating to high ground.
This document provides guidance for an activity to teach students about identifying classroom hazards that could lead to disasters. It involves having students individually list potential hazards in the classroom, then discuss them in groups to create a classroom hazard map. The map should color code hazards and safe areas, and note possible disaster impacts. Groups will then present their maps and provide feedback on others. The goal is for students to understand the difference between hazards and disasters, and identify actions to prevent classroom disasters.
This document provides guidance on conducting an earthquake drill in school. It outlines 4 stages: 1) forming a disaster management council, 2) developing an evacuation plan, 3) conducting orientation, and 4) the actual drill. The stages include assembling teams, preparing survival kits, inspecting facilities, mapping evacuation routes, and phases for the drill (alarm, response, evacuation, assembly, headcount, evaluation). The goal is to help students understand what to do during an earthquake and have an organized evacuation plan to practice.
DEFINITIVE BUDGET OF WORK FOR DISASTER READINESS AND RISK REDUCTIONalvinguiyab2
油
The document provides a quarterly teaching plan for a Grade 11/12 Disaster Readiness and Risk Reduction class. The plan covers two quarters and includes content and performance standards, topics to be taught each week such as earthquake hazards and volcanic eruptions, and the number of days allocated for each topic. The topics progress from introducing concepts of disasters and hazards to developing emergency preparedness plans for different hazards at both the family and community level.
The document provides information about earthquakes including what causes them, interesting facts, key terms, safety tips, and how to conduct an earthquake drill. It discusses the stages of planning and conducting an earthquake drill, including forming a disaster management committee, developing an evacuation plan with mapped routes, conducting an orientation, and carrying out the actual drill with phases like an alarm, response, evacuation, and evaluation. The goal is to ensure safety and prepare building occupants through practice.
This document discusses different types of natural hazards including geological hazards such as earthquakes, tsunamis, landslides, and volcanic eruptions. It provides details on the impact of specific past events in the Philippines and recommends preparedness, response, and rehabilitation strategies. These include evaluating building safety, developing evacuation plans, staying away from damaged areas, and obtaining disaster information from radio after an event occurs. The goal is to minimize harm and casualties from natural hazards through preparedness before, appropriate response during, and rehabilitation after such events.
Attachment 3) How to Conduct Earthquake Drill.pdfldrrmoBangui
油
1. The document outlines the stages of conducting an earthquake drill in schools, including planning, developing an evacuation plan, conducting orientations, and the actual drill.
2. The planning stage involves forming a disaster management committee and preparing survival kits. The evacuation plan must ensure sufficient space and safe routes.
3. The orientation stage includes hazard lectures, mapping evacuation areas, and assigning roles. The drill involves an alarm, duck-and-cover, evacuation to designated areas, head counts, and evaluation.
Deadly landslides in the Philippines have killed 175 people and left 110 missing. The landslides occurred in several areas of Baybay City on Leyte island. Managing geological hazards such as earthquakes, volcanic eruptions, and landslides requires preparation, mitigation efforts, and education of safe practices. Communities can reduce risks by implementing early warning systems, enforcing land use planning, and developing emergency response plans.
Organizing an Earthquake and Fire Drill; School Disaster Management Committee Drill; Earthquake Disaster Preparedness Drill; Private School Earthquake Preparedness Committee; What to do in organizing earthquake and fire drill; School Management Earthquake Committee Chart; Phases of earthquake drill; Earthquake Drill Proper; Duck, Cover and Hold
The document outlines the steps schools should take to conduct an effective earthquake drill, including: 1) forming a disaster risk reduction management group to plan and oversee the drill; 2) developing an evacuation plan that maps out safe routes from each classroom to designated outdoor areas; 3) orienting students and staff on what to do during each phase of the drill through lectures and practice sessions. The drill should involve signals to take cover, evacuation to assigned areas, headcounts to ensure all students are accounted for, and evaluations to improve future drills.
1. The document provides guidance on how to prepare for and respond to an earthquake in 3 stages: before, during, and after.
2. In the "before" stage, it recommends securing heavy furniture and objects that could fall, strengthening buildings, practicing drop/cover/hold on drills, gathering emergency supplies like water and food, and developing a communication plan.
3. During an earthquake, the key actions are to drop down, cover your head and neck, and hold on until shaking stops to protect from falling debris.
1. The document discusses human responses to earthquake hazards, including monitoring, prediction, preparedness, and short- and long-term reactions.
2. It describes ways that hazards are perceived and responses are classified, including fatalism, adaptation, and fear. Management approaches include prediction, prevention, protection, and insurance/aid.
3. Specific measures to reduce earthquake impacts are discussed, such as hazard-resistant structures, education, fire prevention, emergency services, land use planning, and insurance. Comparative studies of earthquake events in different economic contexts are also addressed.
The document discusses ways to predict, protect from, and prepare for earthquakes. It describes methods scientists use to predict earthquakes, techniques for earthquake-resistant building design like base isolation and bracing, appropriate building methods for developing countries like bamboo houses, and steps for community preparedness including drills, awareness campaigns, and response planning using earthquake shaking maps.
This document discusses earthquake preparedness and response in Bangladesh. It covers individual, government, and volunteer group preparedness. For individuals, it outlines steps to take before, during, and after an earthquake, such as securing furniture, having an emergency kit, and knowing safe spots indoors. The government's responsibilities include search and rescue operations in the first few hours, providing first aid treatment, and meeting basic needs like water, food and shelter. Volunteer groups also have an important role in coordination and preparedness efforts.
The document outlines a school safety plan with a focus on disaster management. It discusses establishing a national school safety program to promote disaster preparedness culture in schools. The plan involves hazard and vulnerability assessments, preparedness through resource inventory and mock drills, establishing response protocols, and ongoing mitigation efforts like safety audits and evacuation planning. The overall goal is to reduce disaster risks and create a safe learning environment for students.
This document provides information about disaster preparedness and response. It defines a disaster and discusses the importance of preparedness activities like developing emergency plans and pre-positioning supplies. It then gives specific guidelines for earthquake preparedness, response, and safety measures before, during, and after an earthquake. The document also provides tips for fire safety and what to do in case of a fire, as well as search and rescue operations after a fire. Finally, it discusses tsunami preparedness and survival tips for a tsunami, including evacuating to high ground.
This document provides guidance for an activity to teach students about identifying classroom hazards that could lead to disasters. It involves having students individually list potential hazards in the classroom, then discuss them in groups to create a classroom hazard map. The map should color code hazards and safe areas, and note possible disaster impacts. Groups will then present their maps and provide feedback on others. The goal is for students to understand the difference between hazards and disasters, and identify actions to prevent classroom disasters.
This document provides guidance on conducting an earthquake drill in school. It outlines 4 stages: 1) forming a disaster management council, 2) developing an evacuation plan, 3) conducting orientation, and 4) the actual drill. The stages include assembling teams, preparing survival kits, inspecting facilities, mapping evacuation routes, and phases for the drill (alarm, response, evacuation, assembly, headcount, evaluation). The goal is to help students understand what to do during an earthquake and have an organized evacuation plan to practice.
DEFINITIVE BUDGET OF WORK FOR DISASTER READINESS AND RISK REDUCTIONalvinguiyab2
油
The document provides a quarterly teaching plan for a Grade 11/12 Disaster Readiness and Risk Reduction class. The plan covers two quarters and includes content and performance standards, topics to be taught each week such as earthquake hazards and volcanic eruptions, and the number of days allocated for each topic. The topics progress from introducing concepts of disasters and hazards to developing emergency preparedness plans for different hazards at both the family and community level.
The document discusses the particle theory of matter, which states that all matter is composed of tiny particles that attract one another and are always in motion. It explains how scientific models like the particle theory help represent invisible processes in nature. The document also examines the states of matter, changes of state, classifying matter as homogeneous or heterogeneous, and distinguishing between physical and chemical changes and properties.
The document discusses 10 unifying themes of life that apply across all levels of biological organization:
1) Biological systems form interacting networks from cells to ecosystems.
2) All living things are composed of cells, which are specialized and interact.
3) An organism's structure determines its functions like a bird's wing shape enabling different flight styles.
4) Inherited genetic information is passed from parents to offspring, directing development.
5) Organisms continuously interact with and respond to their environments.
6) Energy from the sun or food is required for all life activities and is lost as heat.
7) Organisms regulate internal conditions to maintain homeostasis despite external changes.
8) Evolution and natural selection create
This document provides an overview of addition and includes exercises for practicing addition. It begins with introducing addition and what it means to add numbers together. It then presents examples of horizontal and vertical addition. Later sections include pairs of numbers that add up to 10, mental calculation exercises, and visual exercises involving addition of objects like people on a bus or ducks. The document aims to help students learn and practice the concept of addition.
This document discusses the natural resources found in the Philippines. It begins by introducing the learning objectives, which are to identify Philippine natural resources based on a video, explain how human activities affect resources, and discuss reducing negative impacts. It then lists various natural resources like air, water, plants, animals, and minerals. Specific to the Philippines, it highlights water forms like bays, lakes, falls, gulfs, rivers, and straits. It also discusses endemic species and mineral deposits found in the country like gold, copper, and limestone. The document notes how these are located near volcanoes and rivers. In closing, it briefly touches on energy resources in the Philippines like solar, geothermal, and wind energy.
The document outlines the performance rating scale and objectives for evaluating teachers in the Philippines under a Results-Based Performance Management System. It describes the characteristics and expectations for ratings of Outstanding, Very Satisfactory, Satisfactory, Unsatisfactory and Poor. It also lists the Key Result Areas (KRAs) of Content Knowledge and Pedagogy, Learning Environment, Diversity of Learners, Community Linkages, and Personal Growth. Specific objectives and measures of verification are provided for each KRA to guide evaluations.
The document summarizes the key aspects of establishing an environmentally friendly school system. It outlines the standards and certification process for environmentally sustainable schools. A positive school environment incorporates appropriate facilities, well-managed classrooms, health supports, and disciplinary policies. The document then details several environmental policies students and teachers should follow, including proper waste disposal and recycling. It recommends establishing environmental clubs and starting waste segregation at the classroom level. The document also provides tips for energy conservation programs, paper conservation, greening programs, and alternative transportation options to make schools more eco-friendly.
ED96 INTELLIGENT REPORT BY MARFE JAN MONTELIBANO.pptxMarfeMontelibano2
油
Filipinos are considered intelligent based on several factors:
1) They have quick perception, retentive memory, and are very teachable, according to an American educator.
2) They have a talent for languages as exemplified by Dr. Jose Rizal who knew 22 languages, and there are 55 languages and 142 dialects in the Philippines.
3) Filipinos are the only Asian nation that speaks English and Spanish and have literature in these languages, and are the third largest English-speaking country.
One Click RFQ Cancellation in Odoo 18 - Odoo 際際滷sCeline George
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In this slide, well discuss the one click RFQ Cancellation in odoo 18. One-Click RFQ Cancellation in Odoo 18 is a feature that allows users to quickly and easily cancel Request for Quotations (RFQs) with a single click.
Comprehensive Guide to Antibiotics & Beta-Lactam Antibiotics.pptxSamruddhi Khonde
油
Comprehensive Guide to Antibiotics & Beta-Lactam Antibiotics
Antibiotics have revolutionized medicine, playing a crucial role in combating bacterial infections. Among them, Beta-Lactam antibiotics remain the most widely used class due to their effectiveness against Gram-positive and Gram-negative bacteria. This guide provides a detailed overview of their history, classification, chemical structures, mode of action, resistance mechanisms, SAR, and clinical applications.
What Youll Learn in This Presentation
History & Evolution of Antibiotics
Cell Wall Structure of Gram-Positive & Gram-Negative Bacteria
Beta-Lactam Antibiotics: Classification & Subtypes
Penicillins, Cephalosporins, Carbapenems & Monobactams
Mode of Action (MOA) & Structure-Activity Relationship (SAR)
Beta-Lactamase Inhibitors & Resistance Mechanisms
Clinical Applications & Challenges.
Why You Should Check This Out?
Essential for pharmacy, medical & life sciences students.
Provides insights into antibiotic resistance & pharmaceutical trends.
Useful for healthcare professionals & researchers in drug discovery.
Swipe through & explore the world of antibiotics today!
Like, Share & Follow for more in-depth pharma insights!
Unit 1 Computer Hardware for Educational Computing.pptxRomaSmart1
油
Computers have revolutionized various sectors, including education, by enhancing learning experiences and making information more accessible. This presentation, "Computer Hardware for Educational Computing," introduces the fundamental aspects of computers, including their definition, characteristics, classification, and significance in the educational domain. Understanding these concepts helps educators and students leverage technology for more effective learning.
1. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
Senior High School
Weekly Lesson Log
DISASTER READINESS AND RISK
REDUCTION
School Grade Level
Teacher Semester
Teaching Dates Quarter 1
Week No. 7 Day 1 Day 2 Day 3 Day 4
I. OBJECTIVES
Content Standard
1. Ground Shaking
2. Ground Rupture
3. Liquefaction
4. Earthquake- induced ground subsidence
5. Tsunami
6.Earthquake- induced landslide
Performance Standard The learners develop a family emergency preparedness plan to guide them on what to do before, during, and after an earthquake.
Learning Competency
Interpret different earthquake
hazard maps
Apply precautionary and safety
measures before, during and after
an earthquake.
Summative Test
Code: (DRR11/12-If-g-20) (DRR11/12-If-g-21)
DAILY TASK
Interpret different earthquake
hazard maps.
II. CONTENT
Earthquake Hazard Maps Precautionary Measures for
Earthquakes
Family Emergency Preparedness
Plan
III. LEARNING RESOURCES
References:
CHED Teaching Guide for Senior
High School Disaster Readiness
and Risk Reduction pp. 55 - 59
CHED Teaching Guide for Senior
High School Disaster Readiness
and Risk Reduction pp. 60 - 65.
IV.
INTRODUCTION Communicate Learning
Objectives (5 mins)
Communicate Learning
Objectives (5mins)
Review
1. Precautionary and safety
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
2. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
1. Interpret different earthquake
hazard maps.
Review (5 mins)
1. Ask the class what they
remember about the major hazards
related with earthquake event.
2. Review the concept of magnitude
and intensity
A. Magnitude of an earthquake
refers to the amount of energy
released, measured by the
amount of ground displacement
or shaking. It is calculated based
on record of the earthquake
(seismograph). It is represented
by Arabic numbers (ex. 4.8, 9.0)
B. Intensity is the strength of an
earthquake as perceived and felt
by people in a certain locality. It
is a numerical rating based on
relative effects to people,
objects, environment and
structures in the surroundings.
The intensity is generally higher
near the epicenter. It is
represented by Roman
Numerals (ex. II, IV, IX)
1. Explain and give examples on
how to prepare before, during
and after an earthquake
2. Discuss how one may prepare
and protect oneself in case of
an earthquake
Review
1. Ask the class what they
remember about the major hazards
related with earthquake event.
measures before, during and after
an earthquake.
MOTIVATION PICTURE PROMPT: Photographs
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
3. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
- Show an illustration of a damaged
structure of a particular place and
its corresponding hazard map.
Without giving out any clues, let the
student establish the connection of
the two illustrations.
Link:
http://www.sfgate.com/world/article/
Philippines-earthquake-kills-dozens-
3144403.php
Link:
http://ars.els-cdn.com/content/imag
1. Show these photos of impacts
of a major earthquake.
2. Show a video of earthquake
damages as an alternative to
number 1.
LINK:
https://www.youtube.com/watch?
v=LCJtvtUlhPk
*Cebu-Bohol Earthquake
2. Ask: How can we avoid this
from happening?
3. Post the cartolina you prepared
with this Earthquakes alone
dont injure or kill people. It is
our practices at home, in
school, in the workplace or
outside that could hurt or injure
PICTURE PROMPT:
- Present the illustration below and
let the students analyze what the
picture shows.
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
4. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
e/1-s2.0-S1367912016304187-
gr2.jpg
us and others. Why is this so?
INSTRUCTION/
DELIVERY
1. Briefly discuss the following:
I. Hazard Maps - People and
properties are affected by
earthquake due to any or a
combination of the following: unsafe
location, poor construction, people
dont believe or know that they be
affected, people dont know how
they can be affected, people dont
know what to do, and there is lack
of timely and proper response.
Scientists have for so long studied
earthquake occurrences and the
hazards associated with them by
looking at impacts from major
earthquakes. Based on studies,
given a specific earthquake
scenario (magnitude) maps showing
areas likely to be affected by a
certain specific hazard and the
degree of expected impact are
generated. The purpose is to be
able to use these maps.
A. As we learned in earlier
modules, for earthquakes, there
Discussion Guide to Teacher
(Note: This lecture should be
given after the presentation of
their infommercial)
1. What to do BEFORE an
earthquake
I. The key to effective
disaster prevention is
planning.
A. Know the earthquake
hazards in your area
B. Follow structural design and
engineering practices when
constructing a house or a
building
C. Evaluate structural
soundness of the buildings
and houses; strengthen or
retrofit if necessary II.
Prepare your homes,
workplace or schools:
A. Strap or bolt heavy furniture,
cabinets to the walls
B. Check the stability of hanging
HOW TO CREATE A FAMILY
EMERGENCY PREPAREDNESS
PLAN
1. With your family or household
members, discuss how to prepare
and respond to the types of
emergencies that are most likely to
happen where you live, learn, work
and play.
2. Identify responsibilities for each
member of your household and how
you will work together as a team.
3. Practice as many elements of
your plan as possible.
Link: http://www.redcross.org/get-
help/how-to-prepare-for-
emergencies/make-a-plan
2. The teacher can also use the link
below for a video presentation.
Link:
https://www.youtube.com/watch?
v=x_9IAY1gQKc
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
5. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
are at least 5 earthquake-related
hazards that one needs to
consider: ground rupture,
ground shaking, liquefaction,
earthquake-induced
landslides and tsunami.
B. Hazard Maps are maps that
show different hazards that may
affect a certain area. For
earthquakes, a ground shaking
hazard map shows the
distribution of earthquake
shaking levels that have a
certain probability of occurring. A
ground rupture hazardmap
shows areas wherein faults cut
across. There are hazard maps
for liquefaction, earthquake
induced landslide and
tsunami.
II. These maps were generated to
provide the most accurate and
detailed information possible to
assist engineers in designing
buildings, bridges, highways, and
utilities that will withstand shaking
from earthquakes in an area. These
maps are used by local
objects like ceiling fans and
chandeliers
C. Breakable items, harmful
chemicals and flammable
materials should be stored
properly in the lowermost
secured shelves
III. Familiarize yourself with
the exit routes.
IV. Know where fire
extinguishers, first aid kits,
alarms and communication
facilities are located. Learn
how to use them
beforehand.
A. Prepare a handy
emergency supply kit
with first aid kit, canned
food and can opener,
water, clothing,
blanket, battery-
operated radio,
flashlights and extra
batteries
V. Conduct and participate In
regular earthquake drills
2. What to do DURING an
earthquake.
I. When you are INSIDE a
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
6. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
governments to help establish
zoning, construction requirements
necessary to preserve public safety
and for purposes of general
planning for disaster risk reduction
and mitigation.
Before using the map, be sure that
you understand the basic parts-
A. Map Title (tells you what the
map is all about);
B. Legend (details of what each
symbols mean)
C. Scale (refer to the bar scale as
this helps determine distances, etc)
structurally sound building
or homeSTAY there! Do
the Duck, Cover and Hold
on
A. If possible, quickly open the
door for exit.
B. Duck under a sturdy desk or
table, and hold on to it, or
protect your head with your
arms C. Stay away from
glass windows, shelves and
other heavy objects
C. Beware of falling objects. Be
alert and keep your eyes
open.
II. If youre OUTSIDE.move
to an open area!
A. Stay away from trees,
power lines, posts and
concrete structures
B. Move away from steep
slopes which may be
affected by landslides
C. If youre near the shore
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
7. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
and feel an earthquake
especially if its too
strong, MOVE
QUICKLY TO HIGHER
GROUNDS. Tsunamis
might follow.
III. If youre in a moving
vehicle, STOP and get out!
Do not attempt to cross
bridges, overpasses or
flyovers which may have
been damaged.
3. What to do AFTER an
earthquake.
I. Be prepared for
aftershocks. Once the
shaking stops, take the
II. fastest and safest way out
of the building.
III. DONT
A. use elevators
B. enter damaged
buildings
C. use telephone
unless necessary
D. PANIC
IV. CHECK
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
8. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
A. yourself and others
for injuries
B. ..water and electrical
lines for damages
C. for spills of chemical,
toxic and flammable
materials
D. and control fires
which may spread
V. If you need to evacuate
your residence, leave a
message stating where
you are going and bring
your emergency supply kit
VI. Keep updated on disaster
prevention instructions
VII. form battery-operated
radios.
PRACTICE
Hands-on Activity using the maps
An example of hazard map for
tsunami. Below (A) is the map of
Negros Occidental showing tsunami
inundation areas.
B. Map B is the active fault map for
Negros Occidental. (refer to the
legend)
Part I. (Note: This should be
given a day or 2 days before the
actual date of lesson)
1. Divide the class into 3 groups.
I. Group 1. Create an infommercial
about the precautionary measures
before an earthquake.
II. Group 2. Create an infommercial
about actions that one must do
Activity
- The students will create a family
emergency preparedness plan.
(PERFORMANCE TASK)
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
9. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
6. Using the map A, locate where
your community is. Find where the
red line is, this signifies where the
tsunami inundation areas are
located. How far is your community
from the fault.
7. Locate your community in the
Negros map. What do the red
broken lines mean? Using map B,
how far is your community from the
active fault?
MAP A
MAP B
during an earthquake.
III. Group 3. Create an
infommercial about actions that one
must do after an earthquake.
Part 2: Group Discussion
Session to be Facilitated by
Teacher (15 mins)
1. Each group is given 5 minutes
to present their work
2. Let the learners have time to
explain their work.
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
10. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
ENRICHMENT Take-Home Activity - Learners
submit a report a week after
PART I.
1. Learners to search the internet,
go to PHIVOLCS site, refer to
hazard maps to identify the
different hazards likely to affect
their community. Use the
following table to assess the
communitys exposure to
hazard.
PART II. Elements at risk
1. Using the provided Active Faults
Map of your barangay, study
the map carefully and its
legend.
(5 mins)
or culminating
1. Going back to the earlier
question posed by Teacher to
the class: activity for this
Chapter on Earthquake is to
kill people. It is our practices at
home, in school, in the
learners to come up with their own
emergency bag, basic content: first
aid kit,
workplace or outside that could
hurt or injure us and others. Why
is this so?
opener, bottle of
Sample Response:
Because we did not
prepare ourselves and
The students will bring their outputs
at home, orient their family members
and affix their signatures.
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
11. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
2. Identify major streets that you
can recognize. Write the street
name on the map.
3. Identify and mark the following
on the map:
I. Barangay Hall
II. Village Clubhouse
III. Schools, DayCare
Center
IV. Hospitals, Clinics,
V. Groceries, Markets
VI. Important
infrastructures (bridges,
gymnasium/ open or
covered courts, etc)
VII. Water tanks; deep
wells, Using the ruler
or string, determine the
distance of some of
these elements from
the trace of the VFS
nearest some elements
at risk.
4. Take note if any of these
identified elements on your map
fall within any of the identified
hazard zones (ground shaking,
liquefaction and earthquake
our surroundings. We
have water, clothing,
blanket, battery-operated
to be
conscious of the
various ways by which
we can prepare
ourselves, our school
and the radio,
flashlights and extra
batteries, medicine,
hygiene kit for women.
community.
2. Ask the learners to answer this
question:
How can I help spread the
right information about
earthquake preparedness?
Possible answers:
Discuss at home. Discuss
with friend. Help in the
organization of earthquake
drills. Seriously participate
in the earthquake
preparedness activities of
the school
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
12. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
induced landslide).
PART III. Open spaces and
evacuation routes.
1. Identify open spaces that are
available within your barangay or
nearby. List as many as you can
identify. Show location on the map.
EVALUATION Quiz - True or False?
1. When the shaking starts, I
should run immediately and
leave the room to get out of the
building as fast as I could.
2. During an earthquake and I am
outside, it is best to take shelter
under trees, power lines, posts
and concrete structures.
3. If near the shore and a very
strong earthquake is felt, one
must move quickly to higher
ground even if there is no
immediate information of the
possible source and location of
the earthquake.
4. During an earthquake, to make
it faster to get out of the
*See task card Q1 W7 D3 for the
rubric of the family preparedness
plan
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
13. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
building, use the elevator.
5. In the chemistry lab, breakable
items, harmful chemicals and
flammable materials are be
stored properly in the
uppermost secured shelves.
6. After a very strong earthquake,
employees of an office located
on the 10th floor of the building
should immediately evacuate
by going down the building and
finding the designated open
space for temporary evacuation
area.
Answer Key:
1. False
2. False
3. True
4. False
5. False
6. True
V. REMARKS
VI.
From the evaluation,
No. of Learners who earned:
80% and Above:
Below 80%:
Did the remedial lessons work?
No. of Learners who:
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
14. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
have caught up with
the lesson
continue to require
remediation
Which of my teaching strategies
worked well?
Why did these work?
What difficulties did I encounter
which my Principal/ Supervisor
can help me solve?
What innovation or localized
materials did I use/ discover
which I wish to share with other
teachers?
Senior High School
Weekly Lesson Log
Week No. 7
Prepared by: Checked by:
Teacher: School Head:
Signature: Signature:
Date Submitted: Date:
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017
15. Department of Education
Negros Island Region
DIVISION OF NEGROS OCCIDENTAL
Grade Level
Quarter Quarter 1 Week 7 Day 3
Daily Task
TASK CARD
Material/s
Procedure
Guide Questions
RUBRIC
Meets Expectations Needs Improvement Not Visible
Preparedness Plan The created preparedness
plan contains all important
details, can be easily
understood and implemented.
The created preparedness
plan contains all important
details. However, some
details need to be revised for
clarity and implementation.
The created preparedness
plan lacks important key
information (e.g. important
contact details, precautionary
measures)
Senior High School Module & Lesson Plan Exemplar: Disaster Readiness and Risk Reduction First Version: September 2017