Core(STEM)-DRRR-Q1-Module-11_Earthquake-Hazards-and-Risk-Reduction-Methods-commented-08082020.pdf

Disaster Readiness and
Risk Reduction
Quarter 1 – Module 11:
Earthquake Hazards and
Risk Reduction Methods

Disaster Readiness and Risk Reduction
Alternative Delivery Mode
Quarter 1 – Module 11: Earthquake Hazards and Risk Reduction Methods
First Edition, 2020
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respective copyright owners. The publisher and authors do not represent nor claim ownership
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Published by the Department of Education
Secretary: Leonor Magtolis Briones
Undersecretary: Diosdado M. San Antonio
Printed in the Philippines by ________________________
Department of Education – Region IV-A CALABARZON
Office Address: Gate 2 Karangalan Village, Barangay San Isidro
Cainta, Rizal 1800
Telefax: 02-8682-5773/8684-4914/8647-7487
E-mail Address: region4a@deped.gov.ph / ict.calabarzon@deped.gov.ph
Development Team of the Module
Writers: Rodgem A. Barairo
Ruby C. Bautista
Editors: Aries B. Manalo
Riza Mae S. Sanchez
Josefina M. Fabra
Reviewers: Desiree D. Vista
Rex J. Vibal
Illustrator: Leumel M. Cadapan
Layout Artists: Dyesa Jane P. Calderon
Leumel M. Cadapan
Management Team: Regional Director: Wilfredo E. Cabral
CLMD Chief: Job S. Zape Jr.
Regional EPS In Charge of LRMS: Eugenio S. Adrao
Regional ADM Coordinator: Elaine T. Balaogan
Regional Librarian: Fe M. Ong-ongowan
School Division Superintendent/s: Rosemarie D. Torres
Assistant School Division Superintendent/s: Ernesto D. Lindo
CID Chief/s: Dolorosa S. De Castro
Division EPS/s In Charge of LRMS: Cristeta M. Arasco

ii
Introductory Message
For the facilitator:
Welcome to the Disaster Readiness and Risk Reduction 11 Alternative Delivery Mode
(ADM) Module on Earthquake Hazards and Risk Reduction Methods!
This module was collaboratively designed, developed and reviewed by educators both
from public and private institutions to assist you, the teacher or facilitator, in helping
the learners meet the standards set by the K to 12 Curriculum while overcoming
their personal, social, and economic constraints in schooling.
This learning resource hopes to engage the learners into guided and independent
learning activities at their own pace and time. Furthermore, this also aims to help
learners acquire the needed 21st century skills while taking into consideration their
needs and circumstances.
In addition to the material in the main text, you will also see this box in the body of
the module:
As a facilitator you are expected to orient the learners on how to use this module.
You also need to keep track of the learners' progress while allowing them to manage
their own learning. Furthermore, you are expected to encourage and assist the
learners as they do the tasks included in the module.
Notes to the Teacher
This contains helpful tips or strategies that
will help you in guiding the learners.

iii
For the learner:
Welcome to the Disaster Readiness and Risk Reduction 11 Alternative Delivery Mode
(ADM) Module on Earthquake Hazards and Risk Reduction Methods!
The hand is one of the most symbolized parts of the human body. It is often used to
depict skill, action and purpose. Through our hands we may learn, create and
accomplish. Hence, the hand in this learning resource signifies that you as a learner
is capable and empowered to successfully achieve the relevant competencies and
skills at your own pace and time. Your academic success lies in your own hands!
This module was designed to provide you with fun and meaningful opportunities for
guided and independent learning at your own pace and time. You will be enabled to
process the contents of the learning resource while being an active learner.
This module has the following parts and corresponding icons:
What I Need to Know This will give you an idea of the skills or
competencies you are expected to learn in the
module.
What I Know This part includes an activity that aims to
check what you already know about the
lesson to take. If you get all the answers
correct (100%), you may decide to skip this
module.
What’s In This is a brief drill or review to help you link
the current lesson with the previous one.
What’s New In this portion, the new lesson will be
introduced to you in various ways such as a
story, a song, a poem, a problem opener, an
activity or a situation.
What is It This section provides a brief discussion of the
lesson. This aims to help you discover and
understand new concepts and skills.
What’s More This comprises activities for independent
practice to solidify your understanding and
skills of the topic. You may check the
answers to the exercises using the Answer
Key at the end of the module.
What I Have Learned This includes questions or blank
sentence/paragraph to be filled in to process
what you learned from the lesson.

iv
What I Can Do This section provides an activity which will
help you transfer your new knowledge or skill
into real life situations or concerns.
Assessment This is a task which aims to evaluate your
level of mastery in achieving the learning
competency.
Additional Activities In this portion, another activity will be given
to you to enrich your knowledge or skill of the
lesson learned. This also tends retention of
learned concepts.
Answer Key This contains answers to all activities in the
module.
At the end of this module you will also find:
The following are some reminders in using this module:
1. Use the module with care. Do not put unnecessary mark/s on any part of the
module. Use a separate sheet of paper in answering the exercises.
2. Don’t forget to answer What I Know before moving on to the other activities
included in the module.
3. Read the instruction carefully before doing each task.
4. Observe honesty and integrity in doing the tasks and checking your answers.
5. Finish the task at hand before proceeding to the next.
6. Return this module to your teacher/facilitator once you are through with it.
If you encounter any difficulty in answering the tasks in this module, do not
hesitate to consult your teacher or facilitator. Always bear in mind that you are
not alone.
We hope that through this material, you will experience meaningful learning and
gain deep understanding of the relevant competencies. You can do it!
References This is a list of all sources used in developing
this module.

1
What I Need to Know
If earthquake is regarded as one of the most frightening natural disasters,
that is because seconds of its occurrence can be more destructive than days
of a typhoon. Besides, an earthquake comes with very little warning.
This module is intended to equip you with knowledge on various potential
earthquake hazards and reduction of its risks.
After going through this module, you are expected to:
1. identify various potential earthquake hazards and ways to minimize it;
2. appreciate the value of preparedness and resilience in disastrous
situations; and
3. create a comic strip about being prepared and resilient.
What I Know
Choose the letter of the best answer. Write the chosen letter on a separate
sheet of paper.
1. What do you call to the ground surface that sinks or settles due to an
earthquake?
A. ground shaking C. rupture
B. liquefaction D. submerging
2. Which of the following is not a secondary effect of an earthquake?
A. fire C. surface rupture
B. landslide D. tsunami
3. Along what type of plate boundaries do earthquakes occur?
A. convergent plate boundaries C. submergent plate
B. divergent plate boundaries D. transform-fault boundaries
4. It refers to large ocean waves caused by violent movement in the ocean
floor.
A. landslide C. subsidence

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B. liquefaction D. tsunami
5. If you were to buy a house, where would you prefer to build it?
A. A brick building in an area underlain artificial till
B. A brick building in an area beneath granite
C. A brick structure in an area underlain by sand and
silt sediments
D. All the choices above are equally good locations.
6. Many divergent plate boundaries coincide with ________________.
A. edges of the continents C. transform faults
B. mid-ocean ridge D. volcano
7. During large earthquakes, which is responsible for the greatest number
of fatalities?
A. fires
B. large objects (buildings) fall on people
C. people buried alive
D. sanitary fails
8. Earth’s external heat engine is driven by what source of energy?
A. coal C. petroleum
B. natural gas D. Sun
9. Massive soil erosion from a hill or mountain is called ________________.
A. landslide C. subsidence
10. Which can help reduce the risk of an earthquake?
A. effective earthquake instrumentation
B. building resistant structures
C. hazard maps
D. all of the above
11. The lithosphere is that portion of the earth where rocks behave as
________________.
A. brittle solids C. plastic solids
B. fluid D. Soft rocks
12. At transform plate boundaries, ________________.
A. Two plates slip past horizontally each other
B. Two plates move in opposite directions away from each other.
C. Two plates move in opposite directions toward each other.
D. Two plates are sub-ducted beneath each other.
13. Liquefaction is caused by ________________.
A. movement of tectonic plates
B. motion along earth’s faults
C. shifting of bedrocks
D. decreasing density or compactness of soil
14. Choosing the right materials and design in building your house is an
example of ________________.

3
A. earthquake instrumentation
B. hazard mapping
C. structural engineering
D. None of the above
15. Which of the following is not a secondary hazard caused by an
earthquake?
A. landslides C. loss of lives
Lesson
1 Earthquake Hazards
An earthquake poses a lot of hazards which can contribute to large economic
and human losses, and represents a serious impediment to socioeconomic
development, creation of jobs and availability of funds for poverty reduction
initiatives.
In this module you will be introduced to the different hazards brought about
by an earthquake. Earthquake hazard and risk assessment is a fundamental
tool for developing risk reduction measures and constitutes the first step to
support decisions and actions to reduce potential losses.
What’s In
In your previous lessons about earthquake, you have learned how an
earthquake starts, where it usually originates and the type of plate motion
that usually causes an earthquake. Now, it is essential for you to learn what
are the impending threats and hazards that go along with an occurrence of
an earthquake. Ultimately, this will help you develop sense of preparedness
by equipping you with necessary knowledge on the different earthquake
hazards.
Before you engage with the main objectives of this module, let us have a brief
throwback on important concepts about earthquake.

4
Can you label the picture below? Inside the boxes at the right, write the correct
label and give the definition of the term/s.
Now, check your answer in the Answer Key section. Did you get them right?
Let us refresh the following earthquake concepts:
• An earthquake is the vibration of Earth produced by the rapid release of
energy within the lithosphere.
• Earthquakes are caused by slippage along a break in the lithosphere, called
a fault.
• The energy released by an earthquake travels in all directions from the focus
in the form of seismic waves.
• The movement that occurs along faults during earthquakes is a major factor
in changing Earth’s surface.
• Forces inside Earth slowly deform the rock that makes up Earth’s crust,
causing rock to bend.
• Elastic rebound is the tendency for the deformed rock along a fault to
spring back after an earthquake.
• An aftershock is an earthquake that occurs sometime soon after a major
earthquake.
• A seismograph is a device used to record the motion of the ground during
an earthquake.

5
Notes to the Teacher
Aside from the review concepts in What’s In section of this
module, it is a prerequisite for the learner to have
understood previous concepts on hazards and mitigation of
disaster risks prior to use of this module.
Figure 1. Seismograph

6
What’s New
Who would not know the story of Popoy and Basha? In the movie One More
Chance, Popoy, who played the role of an architect, was able to fulfill his
stubborn vision of building calamity and earthquake-proof housing projects.
Source:, Unreel Ph, “One More Chance and that one scene that broke it”, February 16, 2020. 1024 x 576,
Accessed July 10, 2020, https://unreel.ph/feature/one-more-chance-confrontation-scene/]
Figure 2. Popoy playing the role of an architect wanting to build earthquake-resistant
structures
Answer the following questions.
1. What do you think is the reason why Popoy thought of building
earthquake-proof houses?
_____________________________________________________________________
_____________________________________________________________________
2. What are the possible hazards or dangers that can be caused by an
earthquake?

7
_____________________________________________________________________
_____________________________________________________________________
3. Based from your previous learnings, what are the materials and
structural features of an earthquake-proof house?
_____________________________________________________________________
_____________________________________________________________________
What is It
What are Earthquake Hazards?
Earthquake Hazards refer to earthquake agents which have the potential to
cause harm to a vulnerable targets which can either be humans, animals or
even your environment.
The effects of an earthquake can be classified as primary or secondary.
• Primary effects are permanent features an earthquake can bring out.
Examples include fault scarps, surface ruptures, and offsets of natural
or human-constructed objects.
• Secondary effects happen when ground movement results to other
types of destruction. Examples include landslides, tsunami,
liquefaction and fire.
Below are the four earthquake hazards which are considered as secondary
effects of an earthquake:
1. Landslides
Seismic vibration is a common triggering
mechanism for landslides. Landslides can
have particularly devastating effects like
floods, blocking of rivers, death, and
damage to land and natural resources.
Landslides can be prevented by reinforcing
slope material, modifying the pathway for
surface and underwater and by putting
piles and retaining walls.

8
2. Tsunami
A tsunami is a huge sea wave triggered by a
violent displacement of the ocean floor.
Underwater earthquakes, volcanic
eruptions or landslides can cause tsunami.
As it approaches a shallow coastline, its
speed decreased, but the height of the
tsunami increases drastically, bringing so
much damage to nearby communities.
Tsunamis can also overwhelm sewage
systems, destroy structures and kill people.
3. Liquefaction
Earthquake motion can turn loosely
packed, water-saturated soil to liquid—
"liquefaction.” Liquefied soil becomes less
compact and ultimately lose the ability to
support roads, buried pipes, and, of
course, houses. It is caused by vibration or
saturation with water which causes the soil
to decrease in density. This poses danger
for it lead to unstable structures of
buildings due to ground subsidence.
4. Fires
Earthquakes cause fires. Even moderate
ground shaking can break gas and
electrical lines, sever fuel lines, and
overturn stoves. To further complicate
things, water pipes rupture, so it would be
impossible to extinguish the fire.
Most commonly used methods of reducing earthquake risks are as follows:
1. Effective recording and interpretation of ground motion
This can be done by effective instrumentation in order to determine the
location, strength and frequency of earthquakes. This assists in
providing alerts and warnings especially to high-risk or vulnerable
areas for preparation and emergency response.
2. Constructing seismic hazard maps
A seismic hazard map shows the potential hazards in a given area. In
many regions in our country, seismic expectancy maps or hazard maps
are now available for planning purposes. It serves as basis for disaster
management information like locations for evacuation and evacuation

9
routes. The anticipated intensity of ground shaking is represented by a
number called the peak acceleration or the peak velocity.
3. Developing resistant structures
Resistant structures are able to withstand collapse by redistributing
forces caused by seismic waves through shear walls. Developing
engineered structural designs that are able to resist the forces
generated by seismic waves can be achieved either by following building
codes based on hazard maps or by appropriate methods of analysis.
The Philippines is prone to natural calamities. For this reason, pushing for
programs that build calamity-proof housing projects must be given
importance. Steel, capable of withstanding enormous force without getting
damaged, is usually used as frame in making such houses for it provides great
deal of security. Other essential characteristics of steel are easy to maintain
and can withstand the test of time and has high strength to weight ratio.
Moreover, it is proven to be eco-friendly.
Source: Steel for earthquake-proof houses, Steel-Frames, 1600 x 680, Published Nov 6, 2017
by Posco Newsroom, Accessed June 2, 2020, https://dh4drhh3phab.cloudfront.net/en/wp-
content/uploads/2017/11/Steel-Frames.jpg

10
Table 1. Program options that can be taken by government and private
institutions to reduce the risks of earthquake hazards
The options and benefits of vulnerability reduction mentioned above are based
on experiences in developed countries. A refinement of approaches is
necessary for selecting and implementing these options in developing
countries.
Source: adpc. (1001).
Earthquake Vulnerability
Reduction for Cities
(EVRC-2). Notes

11
What’s More
Activity 1.1: Hurdling Language Barriers to Understand Science
Learning the Skill: Defining terms using context clues
Give the meaning of the underlined words by examining how it is used in
the sentence. Look for context clues.
1. When the soil is water-saturated, it tends to behave like a liquid. Such
behavior leads to secondary earthquake effect which is called
liquefaction.
_____________________________________________________________________
__________________________________________________________________
2. During earthquakes, LPG tanks and stoves may overturn and
electrical lines may sever, and consequently may lead to fire.
_____________________________________________________________________
_____________________________________________________________________
3. Seismic activities must be monitored because earthquakes originate
below the earth’s crust.
_____________________________________________________________________
_____________________________________________________________________
4. Ground subsidence happens because of the soft and liquid-like
behavior of some soil.
_____________________________________________________________________
_____________________________________________________________________
5. A tsunami is caused by earthquake in oceanic floors. This leads to
huge flooding in communities near the seashore.
_____________________________________________________________________
_____________________________________________________________________

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Activity 1.2. Whatta Breakthrough!
Impact-proof desk developed for pre-school students
Published April 28, 2019, 4:02 PM
A group of researchers
from the Philippine
Normal University
(PNU), De La Salle
University, and
Technological
University of the
Philippines developed a
high impact-proof
automated study desk
for preschool children
following recent
consecutive
earthquakes in Luzon
and Visayas.
Called “LAMESA” for Life-Saving Automated Mesa to Endure Seismic
Activity, the desk serves as a “a survival tool and a teaching aid to
initiate ‘active’ disaster preparation,” according to PNU’s Dr. Marie Paz
Morales,research team leader. This was done to help educational
institutions become more prepared for quake-related disasters such as
“The Big One”.
“The Big One”, a cataclysmic event that the Department of Science and
Technology-Philippine Institute of Volcanology and Seismology (DOST-
PHIVOLCS) has been forewarning for years, is expected to reach up to
magnitude 8.5. Such massive force can substantially destroy populated
areas in Metro Manila, including residential areas, businesses, and
schools.
“La mesa” or “mesa” means “table” in Filipino.
The desk—measuring 1.22 m in length, 0.69 m in width and 3.327 cm
in tabletop thickness—uses lightweight but highly strong and elastic
materials to comply with kindergarten standards. Its height of 0.57 m
ensures that up to four kindergarteners, with an average height of .91
m (or three feet), will be able to hide under the table.
The steel table top is coated with epoxy paint to make it durable and
slick, while the steel legs come with rubber footings to minimize sliding
during tremors. Its center legs, meanwhile, support a storage
Life-Saving Automated Mesa to Endure Seismic Activity or the
LAMESA (PHOTO COURTESY OF DOST / MANILA BULLETIN)

13
bin with sliding door for lighting devices plus ample food and water
supplies for up to nine kindergarteners.
Moreover, LAMESA is equipped with an accelerometer, a device that
senses motion, which feeds seismic measurements to a Wi-Fi-enabled
microcontroller. This microcontroller then simultaneously triggers the
actuator which causes the table top to fold 16 degrees upward.
LAMESA likewise has a built-in alarm system that activates when
vibration levels are above-normal. Further, it has a 13-bit liquid crystal
display which shows the intensity level and instructs people to evacuate
when needed.
LAMESA combines technology with capacity building in terms of
knowledge and infrastructure to best address such probable disaster,
particularly in educational institutions.
According to the research team, they developed not only a resilient
study desk for kindergartens but also a warning system when
earthquakes occur, a safety infrastructure for students to use, and a
learning tool to passive disaster preparation of kindergarten.
____________
Source: Dhel Nazario, Impact-proof desk developed for pre-school
students, Manilla Bulletin, April 28, 2019.
Guide Questions
1. What does LAMESA stand for?
2. What type of materials in making this impact-proof desk?
3. What are the features of the desk?
4. At an expected magnitude of 8.5, how will you describe the strength
and damage does the Big One can bring?
5. How important is this invention for young children in school?
6. Why do you think these scientists came up with these inventions?
7. How important is it to be prepared and be resilient?
Activity 1.3. Info-comics
Create a 12-box comic strip which encourages people to appreciate the value
of knowing earthquake hazards and risk reduction. You are certainly allowed
to go beyond 10 boxes if you want. The rubric below will serve as your guide
and your teacher’s basis for rating your output.

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Table 2. Rubric for comic strip making
4 3 2 1
Action Actions make
sense from
one panel to
another
Most actions
make sense
from one
panel to
another
Some actions
make sense
from one
panel to
another
Actions never
make sense
from one
panel to
another
Landscape
and props
Relate to the
action and
characters in
all panels
Relate to the
action and
characters in
most panels
Relate to the
action and
characters in
some panels
Never relate
to the action
and
characters in
all panels
Textboxes
and bubbles
Well-written,
edited for
punctuations
, grammar
and usage in
all panels
Well-written,
edited for
punctuations
, grammar
and usage in
most panels
Well-written,
edited for
punctuations
, grammar
and usage in
some panels
Not well-
written, not
edited for
punctuations
, grammar
and usage in
all panels
Excitement
and interest
Very
interesting
interesting Somewhat
interesting
Not
interesting at
all
What I Have Learned
Fill in the blanks with word/s that will complete the concepts you have
learned in this module.
1. Earthquake refers to the sudden ______________of the ground.
2. Earthquake Hazards can cause either _________ or ____________ effects.
3. Primary effects are permanent features produced by the earthquake
such as ____________, ____________, and _______________.
4. ____________ effects result when ground movement causes other types
of damage landslides, tsunami, liquefaction and fire.
5. There are ways to reduce the risks of an earthquake. These are
__________________, ___________________, and ____________________.

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What I Can Do
Filipinos have been through a lot of disasters- typhoon Yolanda, fire, July
1990-earthquakes, landslides, covid-19 pandemic. Name it and the Filipinos
had been through it! Read the poem below, and then answer the questions
that follow.
We Filipinos Are Disaster-Resilient, Aren’t We?
By Rodgem A. Barairo
To reduce disaster, is an impossibility
Never ever say,
We can prepare
We can think of ways
Because truth is
We’re hopeless, down on bended knees
Never believe
The government and Filipinos are capable
Because reality is
We can’t work hand in hand
Never believe
Our nation can be great again
Because truth is
Filipinos are not resilient
Forget the thought
That we can’t make it
Never ever say
There’s hope after a disaster!
This time, read the poem in reverse, that is, from bottom to top.

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Questions
1. Do you think you are a resilient person? Why do you say so?
_____________________________________________________________________
_____________________________________________________________________
2. Which manner of reading the poem gives a more realistic
characterization of our nation’s ability to respond to disasters, from-
top-to-bottom, or reverse manner? Justify your answer.
_____________________________________________________________________
_____________________________________________________________________
3. As a senior high school student, how can you make yourself disaster-
strong and resilient?
___________________________________________________________________________
___________________________________________________________________________
Assessment
Choose the letter of the best answer. Write the chosen letter on a separate
sheet of paper.
1. Which community will be least affected by an earthquake?
A. A community that is within 1km radius of the epicenter.
B. A community that experiences an earthquake with a depth of
focus of 100km.
C. A densely populated community that has no earthquake
preparedness measures in place.
D. A community that experiences an earthquake with a magnitude
of 7.5.
2. Which of the following is caused by a landslide or explosion under the
oceans?
A. fire C. liquefaction
B. ground rupture D. tsunami

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3. At convergent plate boundaries, _________________
A. Two plates slip past horizontally each other
B. Two plates move in opposite directions away from each other
C. Two plates move in opposite directions toward each other
D. Two plates are moving vertically
4. Which of the following is NOT TRUE about reduction of earthquake
risks?
A. Hazards maps must be made.
B. Accurate data recording of earthquakes.
C. Strong and resilient buildings must be developed.
D. Careful analysis and interpretation of ground shaking
is unnecessary.
5. Which secondary effect of an earthquake is described as collapse of
buildings caused by earthquake vibrating water-saturated fill or
unconsolidated soil?
A. flood C. liquefaction
B. landslide D. tsunami
6. Many divergent plate boundaries coincide with __________.
A. edges of the continents C. transform faults
B. mid-ocean ridge D. volcano
7. What might happen when ground shaking results to breakage of gas,
electrical lines and fuel lines, and overturning of stoves?
A. fire C. liquefaction
B. landslide D. subsidence
8. Which can help reduce the risk of an earthquake?
A. hazard maps
B. building resistant structures
C. Through effective earthquake instrumentation
D. All of the above
9. During large earthquakes, which is responsible for the greatest number
of fatalities?
A. drowning
B. fires
C. people buried alive
D. Large objects (buildings) fall on people

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10.Which is not a cause of earthquake?
A. movement of tectonic plates
B. changing of soil density
C. motion along earth’s faults
D. shifting of bedrocks
11.Accurate data gathering, recording and interpretation of data
pertaining to ground shaking are all components of _______________.
A. hazard mapping
B. earthquake instrumentation
C. structural engineering
D. none of the above
12.Which of the following is a primary hazard caused by an
earthquake?
A. cracks on the ground/ faults
B. landslides
C. liquefaction
D. tsunami
13.When you are inside a building when earthquake begins, you
should _______________.
A. Run outside immediately
B. Duck, cover and hold on
C. Go to an open space.
D. Call your friends and relatives to let them know if you are okay
or not.
14.Which can be prevented by reinforcing slopes and rerouting of water
passages?
A. landslide
B. liquefaction
C. subsidence
D. tsunami
15.If you are at risk from earthquakes, what can you do to prepare for
an earthquake?
A. Choose a safe place in every room of your house like sturdy
tables or desk.
B. Develop a family disaster plan.
C. Educate yourself on earthquake safety measures.
D. All of the above

19
Additional Activities
Accurate information is one of the most powerful weapons in times of
disasters. Your task is to make an informative, concise and attractive tri-fold
brochure that contains information on earthquake risk reduction. Consider
that the readers of the brochure are people from less-privileged areas.
Source: Tri-fold brochure rubric, Retrieved June 2, 2020,
http://mshartman.weebly.com/uploads/2/3/4/3/2343373/tri-
fold_brochure_rubric.pdf.

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Answer Key
Assessment
1.
B
2.
D
3.
C
4.
D
5.
C
6.
B
7.
A
8.
D
9.
D
10.
B
11.
B
12.
A
13.
B
14.
A
15.
D
What's
More
Activity
1.1
1.
Has
a
lot
of
water/moisture
2.
break
3.
go
down
4.
underground
5.
large
waves
What
I
Know
1.
B
2.
C
3.
D
4.
D
5.
B
6.
B
7.
B
8.
D
9.
A
10.
D
11.
A
12.
A
13.
D
14.
C
15.
C
What’s
In
A.
Fault-
is
a
fracture
or
zone
of
fractures
between
two
blocks
due
to
ground
movement.
B.
Epicenter-
is
the
point
on
the
earth’s
surface
directly
above
the
focus
C.
Focus-
is
also
known
as
hypocenter;
it
is
the
origin
of
the
earthquake.
D.
Fault
line
subsurface-
a
fault
below
the
ground.

21
References
E. Krausmann, S. Girgin, and A. Necci, Natural hazard impacts on industry
and critical infrastructure: Natech risk drivers and risk management
performance indicators. In International Journal of Disaster Risk
Reduction (Vol. 40), 2019, https://doi.org/10.1016/j.ijdrr.2019.101163
Posco Newsroom, What It Takes To Build A Natural Disaster Proof House,
Retrieved June 2, 2020,https://newsroom.posco.com/en/takes-build-
natural-disaster-proof-house/
DHel Nazario, Impact-proof desk developed for pre-school students, Manilla
Bulletin, April 28, 2019
S. A. Nelson, Earthquake Vulnerability Reduction for Cities (EVRC-2). Notes,
1, 1–10, 2016, http://www.tulane.edu/~sanelson/Natural_Disasters/
eqhazards%26r. 1–7.

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