Presentation by Ninil Jannah Lingkar Association: Disaster Risk Mitigation and Prevention for Science Teacher or Education, an Indonesia Experiences - NOSTRE Phillippine 2014, Iloilo City
Ninil Jannah Lingkar Association: Disaster Risk Mitigation and Prevention for Science Teacher - NOSTRE Phillippine 2014
1. Disaster Mitigation & Preparednes
for Science Teacher/ Educator
Indonesia Experiences
Presented by Ninil Jannah
1
2. LINGKAR ASSOCIATION
• Perkumpulan Lingkar or Lingkar Association as a
non-profit organization based in Yogyakarta
focused on community development especially
issues such as community-based disaster risk
management, climate change adaptation, and
sustainable development.
• Lingkar’s scope of working area is in Indonesia
and is currently developing Yogyakarta and
Central Java.
2
4. Disaster
• A serious disruption of the functioning of a
community or a society involving widespread
human, material, economic or environmental losses
and impacts, which exceeds the ability of the
affected community or society to cope using its own
resources.
• Comment: Disasters are often described as a result of the combination of:
the exposure to a hazard; the conditions of vulnerability that are present;
and insufficient capacity or measures to reduce or cope with the potential
negative consequences. Disaster impacts may include loss of life, injury,
disease and other negative effects on human physical, mental and social
well-being, together with damage to property, destruction of assets, loss of
services, social and economic disruption and environmental degradation.
(UNISDR, 2009)
4
5. Disaster risk
• The potential disaster losses, in lives, health
status, livelihoods, assets and services, which
could occur to a particular community or a
society over some specified future time period.
• Comment: The definition of disaster risk reflects the
concept of disasters as the outcome of continuously
present conditions of risk. Disaster risk comprises
different types of potential losses which are often difficult
to quantify. Nevertheless, with knowledge of the
prevailing hazards and the patterns of population and
socio-economic development, disaster risks can be
assessed and mapped, in broad terms at least.
5
6. Disaster Risk Management
• The systematic process of using
administrative directives, organizations, and
operational skills and capacities to
implement strategies, policies and improved
coping capacities in to lessen the adverse
impacts of hazards and the possibility of
disaster order.
• Comment: This term is an extension of the more general term “risk
management” to address the specific issue of disaster risks. Disaster
risk management aims to avoid, lessen or transfer the adverse effects
of hazards through activities and measures for prevention, mitigation
and preparedness.
6
7. Disaster Risk Reduction
• The concept and practice of reducing disaster risks
through systematic efforts to analyse and manage
the causal factors of disasters, including through
reduced exposure to hazards, lessened
vulnerability of people and property, wise
management of land and the environment, and
improved preparedness for adverse events.
• Comment: A comprehensive approach to reduce disaster risks is set out in the United Nations-endorsed Hyogo
Framework for Action, adopted in 2005, whose expected outcome is “The substantial reduction of disaster losses,
in lives and the social, economic and environmental assets of communities and countries.” The International
Strategy for Disaster Reduction (ISDR) system provides a vehicle for cooperation among Governments,
organisations and civil society actors to assist in the implementation of the Framework. Note that while the term
“disaster reduction” is sometimes used, the term “disaster risk reduction” provides a better recognition of the
ongoing nature of disaster risks and the ongoing potential to reduce these risks.
7
9. Prevention
• The outright avoidance of adverse impacts of
hazards and related disasters.
• Comment: Prevention (i.e. disaster prevention) expresses
the concept and intention to completely avoid potential
adverse impacts through action taken in advance. Examples
include dams or embankments that eliminate flood risks,
land-use regulations that do not permit any settlement in
high risk zones, and seismic engineering designs that ensure
the survival and function of a critical building in any likely
earthquake. Very often the complete avoidance of losses is
not feasible and the task transforms to that of mitigation.
Partly for this reason, the terms prevention and mitigation
are sometimes used interchangeably in casual use.
9
10. Mitigation
• The lessening or limitation of the adverse
impacts of hazards and related disasters.
• Comment: The adverse impacts of hazards oftencannot be
prevented fully, but their scale or severity can be substantially
lessened by various strategies andactions. Mitigation
measures encompass engineering techniques and hazard-resistant
construction as well as improved environmental
policies and public awareness. It should be noted that in
climate change policy, “mitigation” is defined differently,
being the term used for the reduction of greenhouse gas
emissions that are the source of climate change.
10
11. 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.
• Comment: Preparedness action is carried out within the context of disaster risk
management and aims to build the capacities needed to efficiently manage all types of
emergencies and achieve orderly transitions from response through to sustained
recovery. Preparedness is based on a sound analysis of disaster risks 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 supportedby formal institutional, legal and budgetary
capacities. The related term “readiness” describes the ability to quickly and appropriately
respond when required.
11
12. Structural and non-structural
measures
Structural measures
• Any physical construction
to reduce or avoid possible
impacts of hazards, or
application of engineering
techniques to achieve
hazardresistance and
resilience in structures or
systems;
Non-structural measures
• Any measure not involving
physical construction that
uses knowledge, practice
or agreement to reduce
risks and impacts, in
particular through policies
and laws, public awareness
raising, training and
education.
12
14. • Hyogo Framework for Action 2005-2015
• Building the resilience of nations and communities
to disasters
• Adopted by 168 Governments at the World Conference on Disaster
Reduction, held in Kobe, Hyogo Prefecture, Japan, 18-22 January 2005
14
15. Action Priority # 3 Use knowledge,
innovation and education to build a
culture of safety and resilience at all
levels.
Disasters can be substantially reduced if people are
well informed and motivated towards a culture of
disaster prevention and resilience, which in turn
requires the collection, compilation and dissemination
of relevant knowledge and information on hazards,
vulnerabilities and capacities.
15
16. Key Activities (1)
• Promote the inclusion of disaster risk reduction
knowledge in relevant sections of school curricula at
all levels and the use of other formal and informal
channels to reach youth and children with
information; promote the integration of disaster risk
reduction as an intrinsic element of the United Nations
Decade of Education for Sustainable Development
(2005–2015).
16
17. Key Activities (2)
• Promote the implementation of local risk assessment
and disaster preparedness programmes in schools and
institutions of higher education.
• Promote the implementation of programmes and
activities in schools for learning how to minimize the
effects of hazards.
17
18. Disaster Management Law
Law No.24 (Year 2007) concerning Disaster
management
Article 8 - The responsibility of regional governments
for disaster management shall include:
a. guarantee of disaster-affected community members
and refugees rights in a fair manner and in accordance
with minimum service standard
b. protection for community against disaster impact
c. disaster risk reduction and integration there of into the
development program
d. allocation of sufficient disaster management budget in
government budget
18
19. National Education System
• Section 32 (2) of Law Number 20 (Year 2003) on
National Education System also has
accommodated the needs for disaster education
in terms of special service education
– education for students in remote or disadvantaged
areas
– remote indigenous communities,
– and/or those affected by natural disaster and social
– Disaster
– the economically isadvantaged.
19
20. Child Rights
Law No. 20 (2003) on National Education System
Law No. 23 (2002) on Child Protection
Law No. 24 (2007) on Disaster Management
the foundation for government and civil societies to
ensure that children always have access to their rights to
education and protection by conducting education
services in times of emergency and crisis.
20
21. Disaster Impact on Education
• Due to the severity of certain hazards and resulting
disasters, schools are often closed for a significant
amount of time. At times of reduced hazard and post-disaster,
schools may remain open but classes are not
able to operate effectively for the following reasons
– Students/teachers taking refuge with their family
– Unsafe conditions for travelling to school
– School buildings are damaged and not safe to be used for
classes
– Students/teachers may be victims
– Many schools are used as evacuation points
– Local governments may have collapsed
21
22. Psycho-social Impact of Disasters
• Children are disproportionately affected by traumatic events /
Disaster (e.g. witnessing deaths, separation from parents,
becoming orphaned).
• Secondary Impacts on children can include:
Children and teenagers may be abandoned and become vulnerable
to exploitation;
Psychosocial impact/effects, such as child stress;
Cognitive needs and growth of the child become neglected;
More likely to engage in dangerous activity;
More likely to drop out of school; and (f) Children and teenagers
become vulnerable to recruitment by armed groups.
• Disaster Traumatized parents become less capable of
supporting and protecting their children emotionally. Normally,
they deny and abandon their children’s feelings. Children tend
do find difficulties describing what they feel. Severe
disturbance experienced by parents, such as the violence, may
also be traumatic for the children.
22
24. Disaster Management Agency
• The functions of BNPB (or BPBD in Province or City/District) are
to coordinate disaster management efforts at the national and
local level
– to encourage community involvement in efforts to increase
preparedness against disasters
– to build public awareness on mainstreaming DRR in all aspects of life
– to optimise land use control instruments for DRR,
– to increase resources for emergency responses and humanitarian aid
and - together with other government institutions
– to accelerate the recovery processes for disaster affected areas
24
25. Indonesia’s Experience –
Consortium for Disaster Education
• The CDE was established in October 2006.
• Network that consists of representatives from
universities, government institutions, scout
organisations, teacher associations/organisations, the
Red Cross and Red Crescent Movement, NGOs and UN
agencies.
• Aim to
– support development of sustainable policy
– DRR education practices at national and local levels through
formal, non-formal, and informal approaches
– Improving capacity, coordination, and synergy among parties
– drive DRR education.
• Activities across the network include: i) Advocacy and ii)
Capacity Building.
25
26. Indonesia’s Experience –
Indonesia Education Cluster
• The Indonesian Education Cluster provides a formal framework
• Consists of organizations working on education response in
emergencies and early recovery.
• UNICEF and Save The Children (co-leads) work to strengthen system-wide
preparedness and technical capacity to respond to humanitarian
emergencies including the early recovery phase, and to ensure greater
predictability and more effective inter-agency responses in education
in the main areas of standards and policy setting, building response
capacity, and operational support.
• NGOs that work in the disaster management education sector are
obligated to coordinate efforts in this cluster when the system is
activated.
• The Education Cluster actively runs a coordination mechanism for
school safety and education in emergencies in Indonesia, either when
there is no disaster event or during the emergency response, and
when education cluster is activated.
26
27. Indonesia’s Experience –
Consortium for Disaster Education
• CDE and The Indonesian Education Cluster (Education Cluster) run a
joint advocacy program to ensure that the existing umbrella policies
for school safety initiatives and education in Emergencies affairs are
considered and implemented by local governments in Indonesia (33
provinces and more than 360 cities/districts).
• As a networked organization it allows members to share and
disseminate teaching-learning materials and attend and jointly conduct
learning sessions and information exchange forums. As of 2012, the
CDE had 62 member organizations. The CDE has become the primary
advocating body for DRR education in Indonesia.
27
28. Multy Stakeholders Forum
Forum that is uniting organizations of multi-stakeholders
working to supporting efforts of disaster
risk reduction
A DRR local platform at provincial level that is providing
coordination mechanism in order to advance
collaboration among various stakeholders for
sustaining DRR activities through consultative as well as
participatory processes to successfully performing the
Hyogo Framework for Action on Disaster Risk
Reduction (2006-2015).
28
29. MoEC Policy
Mainstreaming DRR into school
• MoEC have encouraged DRR integration and DRR education
mainstreaming through a ministrial decree.
• Decree provides founding building blocks for national advocacy
of “safe school” program implementation in Indonesia
• Decree is Guideline for decision makers and school managers at
the education unit level (headmasters, teachers and school
committees) to prepare DRR programs in their schools.
• Mainstreaming DRR into the education system incorporates
– Planning,
– Development,
– Implementation of activities across institutions addressing both
structural (phisical) and non stuctural (non phisical) needs.
29
30. DRR Integration Modules
• In 2009 MoEC published a series of DRR
Integration Modules
• flood, building-fire, earthquake, tsunami,
landslide
• Elementary School, Junior High School,
and High School.
• Total 15 modules and intended for teachers
or curriculum development teams, provide
a step-by-step guidance on how to
integrate DRR content into school subject
(Indonesian language lesson, science,
social science, civics, and extracurricular
programs)
• And how to develop a special ‘local
content’ (school subject) curriculum on
DRR
• Provide enriching materials for each hazard
and possible DRR efforts.
31. DRR Contents Integration
• Samples of Lesson Plans on
Integrating Disaster
Preparedness into Elementary
School Subjects
• The lesson plans were
distinctive by grade level and
were fully integrated into the
curriculum providing a model
that can be used across a
number of subject areas.
32. Training module - DRR
integration into the
education system
• For Facilitators/Trainers
• Guidance to train
teacher/school staff/
principal and school
stakeholders – how to
integrateting/mainstreami
ng DRR into
school/education system
33.
34. Extra Curricular Program
• The Indonesian Red Cross published the
Disaster Preparedness Module for Junior
Red Cross. The modules were provided for
each level in Junior Red Cross, and for
volunteer/elders.
• Each book explains various disaster types in
Indonesia and necessary actions
before/during/after each disaster.
34
35. Elementary School: 1-6 grade
• Muhammadiyah Disaster Management
Centre (MDMC) published modules, aimed
at elementary school students
• Modules are divided into six books-one for
each level (1-6 grade), for use by students.
• Explains various disaster types in Indonesia
and necessary actions before/during/after
each disaster.
35
36. • Several provinces in develop their own modules for teachers and
modules for students
• Advantages of their products:
• highly contextual with the phenomenon of hazard,
vulnerability, and local disaster management capacity
• multi-hazard (in accordance with local disaster risk priorities)
36
39. Aims of
comprehensive safe
school program
(1) To protect children and workers
in the education sector of deaths
and injuries in school
(2) To plan for sustainability
education in the face of danger
that is predictable
(3) To protect the investment in the
education sector; and
(4) To strengthen community
resilience to disasters through
education.
39
40. Establishing
Safe School Facilities
• Select safe school sites and implement
disaster-resilient design and construction to
make every new school a safe school.
• Implement prioritization schema for retrofit
and replacement (including relocation) of
unsafe schools.
• Minimize building and facilities non-structural and infrastructural risks from all
sources, including design and interior layout and furnishings safe for survival and
evacuation. Include disability access in these considerations.
• If schools are planned as temporary community shelters, design to meet these
needs.
• Ensure that children’s access to schools is free from physical risks (pedestrian
paths, road and river crossings)
• Water and sanitation facilities adapted to potential risks (rain-fed and lined
latrines)
• Implement climate-smart interventions such as rainwater harvesting, solar panels,
renewable energy, school gardens
• Plan for financing and oversight for ongoing facilities maintenance.
40
41. Indonesia - School Facilities
must conform to the Regulation of National Education on School
Facilities and Infrastructure Standards
• Building standards (Public Works,
regional government regulation etc.)
• Safety requirements - ability to
withstand earthquake and other
hazards (area dependent), and
prevent and manage fire and
lightning hazard
• Health requirements, for example,
ventilation, lighting, sanitation, and
preference for healthy building
materials
• Ease of access, safe and comfortable
buildings – including for the disabled;
vibration and noise reduction,
temperature and humidity control,
and must not exceed three floors
• Security systems - hazard warning,
emergency exits, highly accessible
and clearly signed evacuation paths
for fire and/or other disaster.
• School sites locations - far from
potential hazard (e.g rivers); have
emergency evacuation access;
terrain <15% slope, on land allocated
for development and obtain land use
permit.
• Routine maintenance.
– Minor maintenance should be carried
out at least once every five years.
– Major maintenance, including roof
replacement (roof truss, ceiling,
ceiling frames, and other parts),
should be carried out at least once
every 20 years.
41
42. School Disaster
Management
• Develop, roll-out, institutionalize, monitor and evaluate the establishment
or empowerment of school-site disaster risk management committee
involving staff, students, parents and community stakeholders.
• Adapt standard operating procedures as needed, for hazards with and without
warnings, including: drop cover and hold, building evacuation, evacuation to safe
haven, shelter-in-place and lockdown, and safe family reunification.
• Practice and improve on response preparedness with regular school-wide and
community-linked simulation drills.
• Establish national and sub-national contingency plans to support educational
continuity, including plans and criteria to limit the use of schools as temporary
shelters.
• Incorporate the needs of pre-school and out-of-school children, children with
disabilities, and both girls and boys.
• Provide policies, guidance at provincial and
school-site levels for ongoing site-based
assessment and planning, risk reduction, and
response preparedness as part of normal
school management and improvement.
42
43. Education for
Disaster Risk Reduction
• Develop consensus-based key messages for reducing
household and community vulnerabilities, and for
preparing for and responding to hazard impacts as a
foundation for formal and non-formal education.
• Develop scope and sequence for teaching about
hazards, disasters, and problem-solving for risk
reduction.
• Infuse risk reduction throughout the curriculum and
provide guidelines for integration of DRR into carrier
subjects.
• Provide teacher training for both teachers and teacher
trainees on risk reduction curriculum materials.
• Develop strategies to scale-up teacher involvement
for effective integration of these topics into formal
curriculum as well as non-formal and extra-curricular
approaches with local communities.
43
44. LINGKAR -School-Based for Disaster
Risk Reduction Program
• Lingkar implement a School-Based for Disaster Risk
Reduction with the interest of developing disaster
preparedness in school communities through
initiating “Safe and Prepared Schools” Program.
• Besides using a participatory approach, this
program also applies the whole school management
approach in order to achieve the goal of developing
schools as disaster risk reduction centers, that
motivate communities around the school to be
engaged and provide supports (enabling
environment), and engage stakeholders in DRR
activities (children and adults).
44
45. • Lingkar has implemented Safe & Prepared School (SASB) or School-based
Disaster Risk Reduction program in elementary schools as well as junior
and high school.
• One of Lingkar’s school partner win the third prize of SEAMEO Award,
2012 (Madrasah Ibtidaiyah Negeri – Jejeran, Bantul District)
• Lingkar develop teaching materials (book) for Student in Elementary
School, Junior High School, and High School; and teacher guidance
(book) about how integrating disaster risk reduction into school
curriculum (for Early Childhood Education, Special Need Education).
These material later used in the Teacher Training on Integration of DRR
into School Curriculum - in collaboration with Department of Education
of Yogyakarta.
45
47. Indonesia’s
Objective of Education for DRR
1. Develop values and attitudes of humanity
2. Develop attitude and awareness of disaster risks (including safety
culture )
3. Develop understanding of disaster risk (i.e understanding of social
vulnerability, physical vulnerability, and motivational vulnerability)
4. Improving knowledge and skills for prevention/mitigation and
disaster risk reduction (including natural resource management,
land use, and adaptation to disaster risk)
5. Improving the knowledge and skills of disaster preparedness
6. Improve the ability of emergency response
7. Improving the ability to cope/adapt to a great and sudden changes
8. Develop readiness to support rebuilding of their communities after
disasters occur and reduce the impact caused by disaster
9. Develop disaster risk reduction - both individually and collectively
47
48. Integration in School Curriculum
• It depends on the school - model of DRR
integrated curriculum using all approach
opportunities
– DRR learning integrated into school subjects
approach – subjects, extracurricular (even local
content subject)
– Material that may not be taught in the subjects
will be taught or conducted in extracurricular
activities so that it can complement each other
– DRR (special) local content subject
48
50. Disaster risk
• The potential disaster losses, in lives, health
status, livelihoods, assets and services, which
could occur to a particular community or a
society over some specified future time period.
• Comment: The definition of disaster risk reflects the
concept of disasters as the outcome of continuously
present conditions of risk. Disaster risk comprises
different types of potential losses which are often difficult
to quantify. Nevertheless, with knowledge of the
prevailing hazards and the patterns of population and
socio-economic development, disaster risks can be
assessed and mapped, in broad terms at least.
50
51. Disaster Risk Equation
Disaster Risk = Natural Hazard x Vulnerability
Capacity of Societal System
51
52. Hazard
• A dangerous phenomenon, substance, human
activity or condition that may cause loss of life,
injury or other health impacts, property damage,
loss of livelihoods and services, social and
economic disruption, or environmental damage
• Comment: Such hazards arise from a variety of geological, meteorological,
hydrological, oceanic, biological, and technological sources, sometimes acting in
combination. In technical settings, hazards are described quantitatively by the
likely frequency of occurrence of different intensities for different areas, as
determined from historical data or scientific analysis.
• Natural Hazard: Natural process or phenomenon that may cause loss of life, injury
or other health impacts, property damage, loss of livelihoods and services, social
and economic disruption, or environmental damage.
52
53. Vulnerability
• The characteristics and circumstances of a
community, system or asset that make it
susceptible to the damaging effects of a hazard.
• Comment: There are many aspects of vulnerability, arising from
various physical, social, economic, and environmental factors.
Examples may include poor design and construction of buildings,
inadequate protection of assets, lack of public information and
awareness, limited official recognition of risks and preparedness
measures, and disregard for wise environmental management.
Vulnerability varies significantly within a community and over time.
This definition identifies vulnerability as a characteristic of the element
of interest (community, system or asset) which is independent of its
exposure. However, in common use the word is often used more
broadly to include the element’s exposure.
53
54. Capacity
• The combination of all the strengths, attributes
and resources available within a community,
society or organization that can be used to achieve
agreed goals.
• Comment: Capacity may include infrastructure and physical
means, institutions, societal coping abilities, as well as human
knowledge, skills and collective attributes such as social
relationships, leadership and management. Capacity also may
be described as capability. Capacity assessment is a term for the
process by which the capacity of a group is reviewed against
desired goals, and the capacity gaps are identified for further
action.
54
55. Lessons Learned
• a great deal of DRR curriculum is limited to exploring the basic
science of environmental hazards before moving on to
instruction in safety measures.
• Often missing is systematic coverage of the hazard, its
prevention, mitigation, and, finally, preparedness to confront it.
• Moreover, addressing the coverage of and preparedness for
the hazard without considering its prevention and mitigation is
insufficient.
• Understanding the science of a hazard alone does not develop
the propensity for pro-action – focusing exclusively on safety
without examining prevention and mitigation implies the
inevitability of what is to happen. Attention is therefore
diverted from the social, economic and political dimensions of
disasters, and also from addressing vulnerabilities and building
resilience.
55
56. A Systematic Way Forward
• A basic disaster risk equation is not generally
being followed through on in any systematic
way in the development of curriculum and
lesson materials.
Disaster Risk = Natural Hazard x Vulnerability
Capacity of Societal System
• A curriculum that aims to build 'proactivity' in
those facing risks must explore locality
(hazards), community (Vulnerability) as well as
wider societal, economic and political
structures and dynamics (Capacity of System)
56
57. Indigenous knowledge or wisdom
• capitalize on local and indigenous
knowledge and wisdom concerning hazard
and disaster prevention as well as long-proven
local coping skills
57
58. e.g. Indigenous knowledge
• Tsunami “early warning system” - Known as
smong, a lyric chants in the local language
among the people of Simeulue Island. From
generation to generation used as a bedtime
song for the children so that it becomes a
collective memory that kept waking up to
date.
58
60. KAP Survey
DRR Action Research by Lingkar in 3 village of Bantul District (2008)
Recapitulation (%) Respondents answer on Cause of Disasters
Cause of Disaster Answer
1. Development that does not pay attention to the environmental impact. 14,2%
2. Fate Almighty God that cannot be avoided. 38,2%
3. Natural conditions that cause disasters (volcanoes, fault areas, etc..) 15%
4. Supernatural powers other than God Almighty. 1,5%
5. Failure of technology. 0,3%
6. Climate change (global warming). 3,7%
7. Other (more than one answer choice). 27,1%
60
61. Teacher/ Educator in
Disaster Mitigation & Preparednes
• Conveying the information (important)
• Facilitating learning (learning experience)
• Role Model (an example)
• Giving protection (the right of children to
protection from disaster)
61
62. forms of activity
• Participatory Workshop
• Training
• Focus group discussions
(FGD)
• Facilitation / mentoring
• Development of school
networking and advocacy.
62
64. Children (Student) Activity
School Risk Analysis
Identify hazard, vulnerability,
capacity, and it disaster risk
Identify measures (action) to
disaster risk reduction
64
65. Disaster Risk Assessment
Core Competency Competencies / Indicators
• Implement disaster risk analysis on
the neighborhood or school
• Identify natural hazard
• Identify vulnerabilities
• Identify capacities
• Evaluation (Analysis) disaster risk - of
the neighborhood or school
Activities & Media
• Brainstorming ‘perception on disaster’
• Play ‘definition card’
• Interview parents or neighbor – disaster history
• discusion to list all natural hazard of the neighborhood or school
• Buzz group, discusion to Identify characteristics of hazard, local vulerability
and capacity toward disaster
• Analysis disasteri risk using a table that compare ‘vulnerability’ and ‘capacity’
• Etc.
65
66. eg. Table of hazard ‘volcanic eruptiption’analysis
Hazard Effected what/who
Phiroplastic and Lava Death of people
Damage to the ecosystem (environment)
Wildfires
Damage to property and houses
threats soul
Loss of livelihood (death of livestock and agricultural crops)
Lahar damage to the environment
Damage asset population
Threats inhabitants
Damage to infrastructure
Eruption Rain material (dust, sand, gravel)
Damage to residential facilities
Damage to crops folk
Volcanic Dust Interfere breathing
Interfere visibility
Cause respiratory disease, skin
Volcanic Earthquake Fears in children and elderly parents
Damage to houses especially glass
Landslide damage settlement
Damage to agriculture, livestock, forest)
Petir akibat awan panas Death of people 66
67. e.g Vulnerability and Capacity Analysis
Vulnerability Capacity
Demographic:
The number of elderly / toddler
pregnant women
Lack of knowledge about disaster
Persons with disability
provided transportation
prepared evacuation point in strategic place
Information and EWS guidance easily
understood by seniors
Coordination of government and related
agencies
Geographic
• Located in around danger-zone
• Flanked by two rivers (Opak and
Gendol)
• Access roads damaged/not feasible
Prohibition policies lived in the danger zone
Siren/alarm easily available and understood
Created connecting road for emergency
access
Roads Improved with better quality and
expanded (widened) for evacuation route
Myth
• Mount Merapi is friendly
Guardian of Mount Merapi
Mount Merapi have the desire
Scientific Outreach about volcanology
religious services
67
68. Children Action for DRR and Climate Change
• Children's Action Team, preparing maps/school evacuation route, DRR
and climate change campaigns through posters, emergency bag, and a
puppet performance)
68
71. Activities of teacher/staff, school committee,
parent and community members
School Disaster Risk Analysis and Development of
School Disaster Risk Profile
71
72. Activities of teacher and school committee
Integrating DRR curriculum development
Training Workshop
72
73. Activities of teacher/staff and
school committee
Integration of DRR in Schools Policy
Workshop for drafting school policy
73
74. Activities of teacher/staff and school
committee
School Emergency (contingenty) Planning (1)
Training on Safe and Preparedness
School
Review of Draft Contingenty Plan
74
75. School Policy Development
School Emergency (contingenty) Planning (2)
First Aid Training Table top simulation
75
76. Activity of teacher/staff, children, and
local stakeholders
School Emergency (contingenty) Planning (3)
Simulation and Evaluation
76
77. Key Stakeholder engagement
(Head and staff from Education office at District/Sub-District level)
• Enabling environment
• Participate to encourage the
school's commitmen for
integration of DRR in the
curriculum, and school plan
• Commitment to continue to
ensure the implementation of the
Safe and Preparedness Schools
(sustainability)
77
78. Engagement of Stakeholders in Village
The village government, village DRR Forum, and surrounding
communities
• establish enabling environment
and participation in activities/
practices of DRR at school
78
80. Thank You - Terimakasih
• Name of Organization: Perkumpulan Lingkar
• Office Address: Jl. Banteng Perkasa 40,
Sinduharjo, Ngaglik, Sleman, D.I.Yogyakarta,
Indonesia – 55581
• Telephone/Fax: +62 274 886 320
• Email: lingkar06@yahoo.co.id
• Website: http://www.lingkar.or.id/
• Contact Person: Ninil R. Miftahul Jannah
(Executive Director) Email:
ecologidiot@gmail.com
80
Editor's Notes
Good afternoon to you all, the conference participants. I would like to say thank you to NOSTE for the opportunity given to me to attend NOSTE Annual seminar workshop - and learn from the Philippine and you all. And I apologize if my english is not good, I know the Philippines speaks English better than ardinary Indonesian people like me. So, please interrupt me if there is a need to be clarified.
(I introduce myself, I am Ninil Jannah - an NGO worker from Indonesia. NGO named LINGKAR ASSOCIATION.)
As has been introduced by Moderator
Perkumpulan Lingkar implement School-Based for Disaster Risk Reduction Program with the interest of developing disaster preparedness in school communities by initiating Safe and Prepared Schools (Sekolah Aman dan Siaga Bencana/SASB). Besides using participatory approach, this program also applies school approach in order to achieve this goal; school as a development of disaster risk reduction center motivates communities around the school area to be engage and give their supports (enabling environment), and that activities involving the related stakeholders in school (children and adults) is always focus on student interest.
Safe & Prepared School (SASB) or School-based Disaster Risk Reduction is a framework to develop the capacities of overall school components in managing and reducing disaster risks within the school area, to build preparedness by strengthening the knowledge and attitude, implementation of emergency response plan, school preparedness policies and early warning system, and the ability to mobilize school resources before, during, and after disaster event.
The integration of EE, ESD, dan DRR education are done through the integration of DRR into school curricula, (into school subjects as well as extracurricular activities), internal resources mobilization, including village community involvement to support school program, and also mainstream EE, ESD, DRR education into school policies. EE, ESD, and DRR education are set out in School Strategic Planning/School Development Planning and KTSP.
Perkumpulan Lingkar has implemented Safe & Prepared School (SASB) or School-based Disaster Risk Reduction program in 6 (six) elementary schools (Sekolah Dasar/SD) in Bantul: 1) SD Brajan; 2) SD Cepokojajar 1; 3) SD Payak; 4) SD Muhammadiyah Pandes; 5) Islamic Elementary School/MIN Jejeran and; 6) SD Putren. The implementation is held in 2 (two) stages, first in September 2009 to July 2010 supported by PLAN Indonesia, second in May to October 2011 as collaboration between Perkumpulan Lingkar with the six schools listed above. In 2012-2013, through collaboration with BPBDs DIY, Lingkar assists three schools in Sleman: 1) SMK Muhammadiyah Cangkringan; 2) SMP 2 Cangkringan; and 3) SDN Umbulharjo 2 Cangkringan.
Lingkar also develop teaching material “Integrating Disaster Risk Reduction into Curriculum of: Early Childhood Education, Special Education, Elementary School, Junior High School, and High School” (Bahan Ajar Pengintegrasian Materi PRB dalam Kurikulum: Paud, SD, SLB, SMP, dan SMA). These material later used in the Training on Integration of DRR into School Curriculum at the Level of Junior High School, Elementary School, Kindergarten, in collaboration with Department of Education of Yogyakarta.
Comment: Prevention (i.e. disaster prevention)
expresses the concept and intention to completely
avoid potential adverse impacts through action taken
in advance. Examples include dams or embankments
that eliminate flood risks, land-use regulations that
do not permit any settlement in high risk zones,
and seismic engineering designs that ensure the
survival and function of a critical building in any likely
earthquake. Very often the complete avoidance of
losses is not feasible and the task transforms to that of
mitigation. Partly for this reason, the terms prevention
and mitigation are sometimes used interchangeably in
casual use.
RISIKO BENCANA – Kerugian-kerugian yang mungkin timbul, dalam bentuk hilangnya nyawa, status kesehatan, penghidupan, aset, dan pelayanan, yang dapat timbul pada sebuah komunitas atau sebuah masyarakat tertentu pada suatu periode waktu masa depan yang khusus.
Penjelasan: Definisi risiko bencana ini mencerminkan konsep tentang bencana sebagai hasil dari kondisi-kondisi risiko sekarang yang akan terus berlanjut kelak. Risiko bencana terdiri atas jenis-jenis kerugian yang berbeda-beda, yang kerapkali sulit untuk dikuantifikasi. Walaupun demikian, sekarang, dengan bekal pengetahuan tentang bahaya/ancaman yang lazim berikut pola-pola perkembangan penduduk dan sosio-ekonomis, risiko bencana bisa dikaji dan dipetakan, sekurang-kurangnya dalam maknanya yang luas.
Comment: The adverse impacts of hazards oftencannot be prevented fully, but their scale or severity
can be substantially lessened by various strategies andactions. Mitigation measures encompass engineering
techniques and hazard-resistant construction as well as improved environmental policies and public
awareness. It should be noted that in climate change policy, “mitigation” is defined differently, being the
term used for the reduction of greenhouse gas emissions that are the source of climate change.
Comment: Preparedness action is carried out within the context of disaster risk management and aims
to build the capacities needed to efficiently manage all types of emergencies and achieve orderly
transitions from response through to sustained recovery. Preparedness is based on a sound analysis
of disaster risks 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 supportedby formal institutional, legal and budgetary capacities.
The related term “readiness” describes the ability to quickly and appropriately respond when required.
Comment: Common structural measures for disaster risk reduction include dams, flood levies, ocean wave barriers, earthquake-resistant construction, and evacuation shelters. Common non-structural measures include building codes, land use planning laws and their enforcement, research and assessment, information resources, and public awareness programmes. Note that in civil and structural engineering, the term “structural” is used in a more restricted sense to mean just the load-bearing structure, with other parts such as wall cladding and interior fittings being termed non-structural.
Kerangka Hyogo Framework for Action (2005-2015)
18-22 Januari 2005 diadakan sebuah Konferensi sedunia di Hyogo, (Kobe, Jepang) yang kemudian menyepakati sebuah kerangka kerja aksi untuk pengurangan risiko bencana dengan tema ‘Membangun Ketahanan Bangsa dan Komunitas Terhadap Bencana’ yang merekomendasikan 5 prioritas tindakan.
To help attain the expected outcome, the HFA identifies five specific Priorities for Action:
1. Making disaster risk reduction a priority.
2. Improving risk information and early warning.
3. Building a culture of safety and resilience.
4. Reducing the risks in key sectors.
5. Strengthening preparedness for response.
Disasters can be substantially reduced if people are well informed and motivated
towards a culture of disaster prevention and resilience, which in turn requires the collection,
compilation and dissemination of relevant knowledge and information on hazards,
vulnerabilities and capacities.
Disasters can be substantially reduced if people are well informed and motivated
towards a culture of disaster prevention and resilience, which in turn requires the collection,
compilation and dissemination of relevant knowledge and information on hazards,
vulnerabilities and capacities.
Hyogo Framework for Action pada Prioritas Aksi-3, menetapkan rekomendasi agar PRB dimasukkan dalam kurikulum sekolah, pendidikan formal dan informal: "Menggalakkan dimasukkannya pengetahuan pengurangan risiko bencana dalam bagian yang relevan dalam kurikulum sekolah di semua tingkat dan menggunakan jalur formal dan informal lainnya untuk menjangkau pemuda dan anak-anak; menggalakkan integrasi pengurangan risiko bencana sebagai suatu elemen intrinsik Dekade Pendidikan untuk Pembangunan Berkelanjutan (2005-2015) dari PBB ".
Pada bulan Desember Tahun 2003, Majelis Umum Perserikan Bangsa-Bangsa telah mengadopsi resolusi 57/254 untuk menempatkan Dekade Pendidikan bagi Pembangunan Berkelanjutan mulai Tahun 2005-2014, dibawah kordinasi UNESCO. Pendidikan untuk pengurangan risiko bencana telah diidentifikasi sebagai masalah inti.
Di sisi lain, anak-anak memiliki hak yang tidak terpisahkan dari dirinya berdasaran Konvensi Hak Anak (KHA atau United Nations Convention on the Rights of Children - CRC), bahwa anak-anak dibawah umur 18 tahun memiliki hak untuk hidup dan juga jaminan dari negara untuk mendapatkan akses terhadap layanan kesehatan, pendidikan, dan perlindungan dari bahaya dimana seluruhnya diupayakan untuk yang terbaik bagi anak. Sebagai komitmen global dari Millenium Development Goals (MDGs), yang didalamnya termasuk target Pendidikan Untuk Semua pada tahun 2015 dapat dicapai hanya apabila setiap sekolah merupakan sekolah yang aman dari ancaman bencana, dan setiap anak mengetahui apa yang harus dilakukan agar mereka aman dari ancaman bencana.
Kerangka Kerja Global dalam upaya mengurangi risiko bencana dan membangun ketangguhan 2006-2015, terdiri dari 5 prioritas Aksi.
Disasters can be substantially reduced if people are well informed and motivated
towards a culture of disaster prevention and resilience, which in turn requires the collection,
compilation and dissemination of relevant knowledge and information on hazards,
vulnerabilities and capacities.
Hyogo Framework for Action pada Prioritas Aksi-3, menetapkan rekomendasi agar PRB dimasukkan dalam kurikulum sekolah, pendidikan formal dan informal: "Menggalakkan dimasukkannya pengetahuan pengurangan risiko bencana dalam bagian yang relevan dalam kurikulum sekolah di semua tingkat dan menggunakan jalur formal dan informal lainnya untuk menjangkau pemuda dan anak-anak; menggalakkan integrasi pengurangan risiko bencana sebagai suatu elemen intrinsik Dekade Pendidikan untuk Pembangunan Berkelanjutan (2005-2015) dari PBB ".
Pada bulan Desember Tahun 2003, Majelis Umum Perserikan Bangsa-Bangsa telah mengadopsi resolusi 57/254 untuk menempatkan Dekade Pendidikan bagi Pembangunan Berkelanjutan mulai Tahun 2005-2014, dibawah kordinasi UNESCO. Pendidikan untuk pengurangan risiko bencana telah diidentifikasi sebagai masalah inti.
Di sisi lain, anak-anak memiliki hak yang tidak terpisahkan dari dirinya berdasaran Konvensi Hak Anak (KHA atau United Nations Convention on the Rights of Children - CRC), bahwa anak-anak dibawah umur 18 tahun memiliki hak untuk hidup dan juga jaminan dari negara untuk mendapatkan akses terhadap layanan kesehatan, pendidikan, dan perlindungan dari bahaya dimana seluruhnya diupayakan untuk yang terbaik bagi anak. Sebagai komitmen global dari Millenium Development Goals (MDGs), yang didalamnya termasuk target Pendidikan Untuk Semua pada tahun 2015 dapat dicapai hanya apabila setiap sekolah merupakan sekolah yang aman dari ancaman bencana, dan setiap anak mengetahui apa yang harus dilakukan agar mereka aman dari ancaman bencana.
Kerangka Kerja Global dalam upaya mengurangi risiko bencana dan membangun ketangguhan 2006-2015, terdiri dari 5 prioritas Aksi.
Law No. 20 (2003) on National Education System; Law No. 23 (2002) on Child Protection, and Law No. 24 (2007) on Disaster Management are the foundation for government and civil societies to ensure that children always have access to their rights to education and protection by conducting education services in times of emergency and crisis.
Jakarta Flood 2007 & 2013
Schools were closed for a few days after the disaster, ranged from 1 day to 2 weeks.
Some schools were closed because their facilities were used as survivor center for local people.
Some others have to close temporarily to repair damages and wait for the education staffs to return to school from survivor shelter.
Save the Children reports have observed that psycho-social impacts of disasters on children tend to be more severe than on adults. This observation comes from a multitude of reviews, monitoring and evaluation exercises and interviews of families from a across a number of regions. Children are greatly affected by traumatic events (e.g. witnessing deaths, separation from parents, becoming orphaned). Impacts on children can include: (a) Children and teenagers may be abandoned and become vulnerable to exploitation; (b) Psychosocial impact/effects, such as child stress; (c) Cognitive needs and growth of the child become neglected; (d) More likely to engage in dangerous activity; (e) More likely to drop out of school; and (f) Children and teenagers become vulnerable to recruitment by armed groups.
Traumatized parents become less capable of supporting and protecting their children emotionally. Normally, they deny and abandon their children’s feelings. Children tend do find difficulties describing what they feel. Severe disturbance experienced by parents, such as the violence, may also be traumatic for the children.
Dicky Palupessi, Crisis Center Faculty of Psychology University of Indonesia, lecture on CDE Learning Session: Basic Psychosocial, 2012.
ibid
Risk Reduction Education should be designed to develop a culture of safety and resilient communities. Key responsibilities are to:
Develop consensus-based key messages for reducing household and community vulnerabilities, and for preparing for and responding to hazard impacts as a foundation for formal and non-formal education.
Develop scope and sequence for teaching about hazards, disasters, and problem-solving for risk reduction.
Infuse risk reduction throughout the curriculum and provide guidelines for integration of DRR into carrier subjects.
Provide teacher training for both teachers and teacher trainees on risk reduction curriculum materials.
Develop strategies to scale-up teacher involvement for effective integration of these topics into formal curriculum as well as non-formal and extra-curricular approaches with local communities.
The circular (Decree) of the Minister of National Education on Mainstreaming of Disaster Risk Reduction at School (circular of Minister of National Education No 70a/MPN/Se/2010 on National Strategy on Mainstreaming of Disaster Risk Reduction at School) is the foundation for national advocacy of Safe School implementation in Indonesia.
In 2009, MoEC, through the Curriculum Development Centre, published a series of DRR Integration Modules (flood, urban fire, earthquake, tsunami, landslide) for SD/SMP/SMA/SMK. The series consists of a total of 15 modules and is aimed at teachers or curriculum development teams. The modules provide a step-by-step guidance on how to integrate DRR content into Indonesian language lesson, science, social science, civics, and extracurricular programs, including how to develop a special local curriculum on DRR. These modules provide enriching materials for each hazard and possible DRR efforts.
In 2009, MoEC, through the Curriculum Development Centre, published a series of DRR Integration Modules (flood, urban fire, earthquake, tsunami, landslide) for SD/SMP/SMA/SMK. The series consists of a total of 15 modules and is aimed at teachers or curriculum development teams. The modules provide a step-by-step guidance on how to integrate DRR content into Indonesian language lesson, science, social science, civics, and extracurricular programs, including how to develop a special local curriculum on DRR. These modules provide enriching materials for each hazard and possible DRR efforts.
Once the products from this MoEC. Several provinces in Indonesia to develop their own modules for teachers and modules for students. There are several advantages of their products: highly contextual with the phenomenon of danger, kerentantan, and local disaster management capacity; and themed multi-hazard (in accordance with the priorities ridiko.
The goal of a comprehensive safe schools are: (1) To protect children and workers in the education sector of deaths and injuries in school; (2) To plan for sustainability education in the face of danger that is predictable; (3) To protect the investment in the education sector; and (4) To strengthen community resilience to disasters through education.
School facilities must conform to the Regulation of National Education Minister No. 24 Year 2007 on School Facilities and Infrastructure Standards. Some of the requirements are:
Conformity to building standards issued by the Ministry of Public Works, regional government regulation, and other standards;
Conformity to safety requirements, such as stable and robust building, ability to withstand earthquake and other hazard (in some areas), and passive and/or active protection system to prevent and manage fire and lightning hazard;
Health requirements, for example, adequate facilities for ventilation and lighting, sanitation, and preference for healthy building materials;
Schools must provide ease of access, safe and comfortable buildings – including for the disabled; vibration and noise reduction, temperature and humidity control, and must not exceed three floors;
Security systems, including hazard warning, emergency exits, and evacuation paths for fire and/or other disaster, which must be highly accessible and equipped with clear signs;
School sites must be far from potential hazard (including rivers and railway lines) and have emergency evacuation access, terrain slope must be less than 15%, schools must be built in allocated site and comply with Regional Land Use Plans, or other detailed and binding regulations, and schools must obtain land use permit from the local government;
Schools should arrange for routine maintenance. Minor maintenance should be carried out at least once every five years. Major maintenance, including roof replacement (roof truss, ceiling, ceiling frames, and other parts), should be carried out at least once every 20 years.
The key responsibilities are to:
Provide policies, guidance at sub-national and school-site levels for ongoing site-based assessment and planning, risk reduction, and response preparedness as part of normal school management and improvement.
Develop, roll-out, institutionalize, monitor and evaluate the establishment or empowerment of school-site disaster risk management committee involving staff, students, parents and community stakeholders.
Adapt standard operating procedures as needed, for hazards with and without warnings, including: drop cover and hold, building evacuation, evacuation to safe haven, shelter-in-place and lockdown, and safe family reunification.
Practice and improve on response preparedness with regular school-wide and community-linked simulation drills.
Establish national and sub-national contingency plans to support educational continuity, including plans and criteria to limit the use of schools as temporary shelters.
Incorporate the needs of pre-school and out-of-school children, children with disabilities, and both girls and boys.
Risk Reduction Education should be designed to develop a culture of safety and resilient communities. Key responsibilities are to:
Develop consensus-based key messages for reducing household and community vulnerabilities, and for preparing for and responding to hazard impacts as a foundation for formal and non-formal education.
Develop scope and sequence for teaching about hazards, disasters, and problem-solving for risk reduction.
Infuse risk reduction throughout the curriculum and provide guidelines for integration of DRR into carrier subjects.
Provide teacher training for both teachers and teacher trainees on risk reduction curriculum materials.
Develop strategies to scale-up teacher involvement for effective integration of these topics into formal curriculum as well as non-formal and extra-curricular approaches with local communities.
Perkumpulan Lingkar implement School-Based for Disaster Risk Reduction Program with the interest of developing disaster preparedness in school communities by initiating Safe and Prepared Schools (Sekolah Aman dan Siaga Bencana/SASB). Besides using participatory approach, this program also applies school approach in order to achieve this goal; school as a development of disaster risk reduction center motivates communities around the school area to be engage and give their supports (enabling environment), and that activities involving the related stakeholders in school (children and adults) is always focus on student interest.
Safe & Prepared School (SASB) or School-based Disaster Risk Reduction is a framework to develop the capacities of overall school components in managing and reducing disaster risks within the school area, to build preparedness by strengthening the knowledge and attitude, implementation of emergency response plan, school preparedness policies and early warning system, and the ability to mobilize school resources before, during, and after disaster event.
The integration of EE, ESD, dan DRR education are done through the integration of DRR into school curricula, (into school subjects as well as extracurricular activities), internal resources mobilization, including village community involvement to support school program, and also mainstream EE, ESD, DRR education into school policies. EE, ESD, and DRR education are set out in School Strategic Planning/School Development Planning and KTSP.
Perkumpulan Lingkar has implemented Safe & Prepared School (SASB) or School-based Disaster Risk Reduction program in 6 (six) elementary schools (Sekolah Dasar/SD) in Bantul: 1) SD Brajan; 2) SD Cepokojajar 1; 3) SD Payak; 4) SD Muhammadiyah Pandes; 5) Islamic Elementary School/MIN Jejeran and; 6) SD Putren. The implementation is held in 2 (two) stages, first in September 2009 to July 2010 supported by PLAN Indonesia, second in May to October 2011 as collaboration between Perkumpulan Lingkar with the six schools listed above. In 2012-2013, through collaboration with BPBDs DIY, Lingkar assists three schools in Sleman: 1) SMK Muhammadiyah Cangkringan; 2) SMP 2 Cangkringan; and 3) SDN Umbulharjo 2 Cangkringan.
Lingkar also develop teaching material “Integrating Disaster Risk Reduction into Curriculum of: Early Childhood Education, Special Education, Elementary School, Junior High School, and High School” (Bahan Ajar Pengintegrasian Materi PRB dalam Kurikulum: Paud, SD, SLB, SMP, dan SMA). These material later used in the Training on Integration of DRR into School Curriculum at the Level of Junior High School, Elementary School, Kindergarten, in collaboration with Department of Education of Yogyakarta.
Perkumpulan Lingkar implement School-Based for Disaster Risk Reduction Program with the interest of developing disaster preparedness in school communities by initiating Safe and Prepared Schools (Sekolah Aman dan Siaga Bencana/SASB). Besides using participatory approach, this program also applies school approach in order to achieve this goal; school as a development of disaster risk reduction center motivates communities around the school area to be engage and give their supports (enabling environment), and that activities involving the related stakeholders in school (children and adults) is always focus on student interest.
Safe & Prepared School (SASB) or School-based Disaster Risk Reduction is a framework to develop the capacities of overall school components in managing and reducing disaster risks within the school area, to build preparedness by strengthening the knowledge and attitude, implementation of emergency response plan, school preparedness policies and early warning system, and the ability to mobilize school resources before, during, and after disaster event.
The integration of EE, ESD, dan DRR education are done through the integration of DRR into school curricula, (into school subjects as well as extracurricular activities), internal resources mobilization, including village community involvement to support school program, and also mainstream EE, ESD, DRR education into school policies. EE, ESD, and DRR education are set out in School Strategic Planning/School Development Planning and KTSP.
Perkumpulan Lingkar has implemented Safe & Prepared School (SASB) or School-based Disaster Risk Reduction program in 6 (six) elementary schools (Sekolah Dasar/SD) in Bantul: 1) SD Brajan; 2) SD Cepokojajar 1; 3) SD Payak; 4) SD Muhammadiyah Pandes; 5) Islamic Elementary School/MIN Jejeran and; 6) SD Putren. The implementation is held in 2 (two) stages, first in September 2009 to July 2010 supported by PLAN Indonesia, second in May to October 2011 as collaboration between Perkumpulan Lingkar with the six schools listed above. In 2012-2013, through collaboration with BPBDs DIY, Lingkar assists three schools in Sleman: 1) SMK Muhammadiyah Cangkringan; 2) SMP 2 Cangkringan; and 3) SDN Umbulharjo 2 Cangkringan.
Lingkar also develop teaching material “Integrating Disaster Risk Reduction into Curriculum of: Early Childhood Education, Special Education, Elementary School, Junior High School, and High School” (Bahan Ajar Pengintegrasian Materi PRB dalam Kurikulum: Paud, SD, SLB, SMP, dan SMA). These material later used in the Training on Integration of DRR into School Curriculum at the Level of Junior High School, Elementary School, Kindergarten, in collaboration with Department of Education of Yogyakarta.
Good afternoon to you all, the conference participants. Previously I apologize if my english is not good, I know the Philippines speaks English better than many Indonesian people like me. So, please interrupt me if there is a need to be clarified.
I introduce myself, I am Ninil Jannah - an NGO worker from Indonesia. NGO named LINGKAR ASSOCIATION.
Comment: Natural hazards are a sub-set of all hazards. The term is used to describe actual hazard events as well as the latent hazard conditions that may give rise to future events. Natural hazard events can be characterized by their magnitude or intensity, speed of onset, duration, and area of extent. For example, earthquakes have short durations and usually affect a relatively small region, whereas droughts are slow to develop and fade away and often affect large regions. In some cases hazards may be coupled, as in the flood caused by a hurricane or the tsunami that is created by an earthquake.
to capitalize on local and indigenous knowledge and wisdom concerning hazard and disaster prevention as well as long-proven local coping skills.
Asumsi peran pengajar/guru science dalam hal ini adalah:
Menyampaikan informasi (penting)
Memfasilitasi pembelajaran (memberikan pengalaman belajar)
Panutan (menjadi contoh)
Memberikan perlindungan (hak anak untuk mendapatkan perlindungan dari bencana)
Teacher of science understand and can articulate the knowledge and practice of contemporary science. They can interrelate and interpret important concept, ideas, and applications in their fields of licensure, and can conduct scientific investigations.
- Understand and can successfully convery to students the major concept, principles, theories, laws, and interrelationships of their field of licensure and supporting fields as recommended by the Nasional Science teacher Association.
Thank You, Terima Kasih.
If there are questions, maybe I need to be moderated - to make sure I can understand from your question correctly. Moderators can paraphrase it for me.