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ADAPTING TO IMPACT OF ADAPTING TO IMPACT OF CLIMATE CHANGE ON CLIMATE CHANGE ON DENGUE HEMORRHAGIC FEVER DENGUE HEMORRHAGIC FEVER IN INDONESIA IN INDONESIA Budi Haryanto

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Page 1: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

ADAPTING TO IMPACT OF ADAPTING TO IMPACT OF CLIMATE CHANGE ONCLIMATE CHANGE ON

DENGUE HEMORRHAGIC FEVER DENGUE HEMORRHAGIC FEVER IN INDONESIAIN INDONESIA

Budi Haryanto

Page 2: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

DECISION MAKERSDECISION MAKERS

• Minister of Health• Director of the National Planning and

Development Board

Page 3: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

TEMPERATURE PROJECTION ON TEMPERATURE PROJECTION ON INDONESIAINDONESIA

24.0

25.0

26.0

27.0

28.0

1950 1960 1970 1980 1990 2000

0C 0C

Year

24.0

25.0

26.0

27.0

28.0

2000 2020 2040 2060 2080 2100

Year

Source: NOAA, 2002 Source: Susandi, 2005

Page 4: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

JULY

JANUARY

Jakarta : 1.4°C

Surabaya : 3.29°C

Surabaya : 1.46°C Jakarta : 1.04°C

INCREASING TEMPE- RATURE IN JAKARTA & SURABAYA 1900 - 2000

GLOBAL : 0.7°C/100 years GLOBAL : 0.7°C/100 years

15

Page 5: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

RAINFALL TREND RAINFALL TREND IN INDONESIA 1950IN INDONESIA 1950--20002000

1350140014501500155016001650170017501800

1950 1960 1970 1980 1990 2000Year

mm/Year

Source: NOAA-CIRES (2005)

Page 6: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

Scatter Diagram HH vs CH Rata-2 Area Bulanan Kota Surabaya (1973-2007)

y = 0.4827x2 + 15.973x ; R2 = 0.8971

050

100150200250300350400450500550600650700

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22HH

CH

(mm

)

Page 7: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

Scatter Diagram HH vs CH Propinsi DKI Jakarta tahun 1995-2006

y = 14.005x ; R2 = 0.6859

050

100150200250300350400450500550600650700750800

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29HH

CH (m

m)

Page 8: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

RAINFALL AND DHF CASES RAINFALL AND DHF CASES IN DKI JAKARTA 1993IN DKI JAKARTA 1993--20062006

y = 258.62x ‐ 395.27

R2 = 0.3633

‐1000

0

1000

2000

3000

4000

5000

6000

7000

8000

1993

1994

1995

1996

1997

1998

1999

2000

2001

2002

2003

2004

2005

2006

DBD‐mar

Linear (DBD‐

Page 9: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

Skenario Kasus DBD Kota Surabaya 2007- 2015

y = 360.05x + 894.78R2 = 0.332

y = 1203.6e0.1315x

R2 = 0.2011

0

1000

2000

3000

4000

5000

6000

7000

8000

9000

10000

2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015Tahun

DB

DPREDICTION OF DHF CASES IN SURABAYA 2007PREDICTION OF DHF CASES IN SURABAYA 2007--20152015

Page 10: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

Skenario DBD 1995-2015 Prop DKI Jakarta

y = 1618.4x + 1357.5 ; R2 = 0.593

0

5000

10000

15000

20000

25000

30000

35000

40000

45000

199519961997199819992000200120022003200420052006200720082009201020112012201320142015

Tahun

DB

DPREDICTION OF DHF CASES IN JAKARTA 2007PREDICTION OF DHF CASES IN JAKARTA 2007--

20152015

YEAR

Page 11: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

Figure 3.Scenario DHF Cases Over Indonesia (1968~2100)

y = 2171.7x - 17241R2 = 0.6596

y = 59.281x1.907

R2 = 0.9085

025,00050,00075,000

100,000125,000150,000175,000200,000225,000250,000275,000300,000325,000350,000375,000400,000425,000450,000475,000500,000525,000550,000575,000600,000625,000650,000675,000700,000

68 73 78 83 88 93 98 0320

08 13 18 23 28 33 38 43 4820

53 58 63 68 73 78 83 88 9320

98Year

DH

F El~Nino Year

Using 

data 

cases 

of 

dengue 

fever 

since 

1968‐2007, 

scenario 

that 

cases 

of 

dengue 

fever 

in 

years 

2050 

and 

2100 

in 

Indonesia, 

up 

to

150,000/275.000

and 275,000/675.000

cases.

Page 12: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

0

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0.00

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09

Incidence Rate per 100,000

Year

INCIDENCE RATE & NUMBER OF DISTRICTS/CITIES WITH DHF

IN INDONESIA 1968 - 2008

INSIDENS

KAB/KOTA TERJANGKIT

# Districts/Cities

DHF CASES BY DHF CASES BY CITIES/DISTRICTS IN INDONESIA CITIES/DISTRICTS IN INDONESIA

1968 1968 -- 20082008

Page 13: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

MAIN PROBLEMMAIN PROBLEM

Rising of DHF incidence in Indonesia

Page 14: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

SCOPING PROBLEMSCOPING PROBLEM

EFFECTS

CAUSES

PROBLEM

Risk of spread

Indonesia International

Reduce productivity

Rising incidence of DHF in Indonesia

Increasing rain fall & temperature

Number of mosquito increased

Increasing breeding places

Inability to control DHF

Lack of capacity in MOH

Many infected persons

Climate change

Putting more people at risk worldwide

Threat tourism

Economic loss

Increase absenteeismFear inCommunity

Morbidity Mortality

lack of health promotion

Improper program implementation

lack of community participation

Lack of SOP

Late diagnosis

‘Carrier’ people movement

Inaccurate diagnosis

Difficult to be tackled

Page 15: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAUSES

PROBLEM Rising incidence of DHF in Indonesia

Increasing rain fall & temperature

Number of mosquito increased

Increasing breeding places

Inability to control DHF

Many infected persons

Climate change

S O L U T I O N S

Burying, Covering, and Cleaning the potential mosquito breeding places (community & government)

Intensifying control for Aedes’ adult & pupa (comm & govt)

Early warning system information from BMKG sent to government to activate control of breeding places (govt & univ.)

Mitigation to reduce sources of GHG (govt, univ., NGO & comm)

Page 16: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

BURYING, COVERING, & CLEANING BURYING, COVERING, & CLEANING MOSQUITO BREEDING PLACESMOSQUITO BREEDING PLACES

WHAT SHOULD DO STAKE HOLDERSTo find potential Aedes’s breeding places at the home yard (can, bottle, etc.)

Individual, household, & community

To burry the removable breeding places Individual, household, & community

To cover the non-removable breeding places Individual, household, & community

To clean or drain clean water which is potential for Aedes’s breeding places

Individual, household, & community

Page 17: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

INTENSIFYING CONTROL OF INTENSIFYING CONTROL OF AEDESAEDES’’S ADULT & PUPA S ADULT & PUPA

WHAT SHOULD DO STAKE HOLDERSHealth promotion & education of BCC to community

Local Health Office

Training of eradicating Aedes’s adult (fogging) and pupa surveillance

MOH & Local Health Office

To do fogging properly in the area of new DHF patient living

Local Health Office & Public Health Center

Surveillance of Aedes’s pupa and breeding places Local Health Office & Public Health Center

Community empowerment for combating Aedes’s adult and pupa

Public Health Center & Local Government

Page 18: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

EARLY WARNING SYSTEMEARLY WARNING SYSTEM

WHAT SHOULD DO STAKE HOLDERSTo generate collaboration of Early Warning System between MOH & BMKG

MOHBMKG

BMKG to send warning to Local Health Office of the increasing trend of rainfall & temperature within 24 hours

BMKGLocal Health OfficeMOH

Page 19: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

MITIGATION TO REDUCE SOURCES MITIGATION TO REDUCE SOURCES OF GREEN HOUSE GASESOF GREEN HOUSE GASES

WHAT SHOULD DO STAKE HOLDERSTo take part to reduce all energy uses as a daily life

Individual, community

To take part to generate ‘green’ environment Individual, community

To take part to act ‘environmental friendly’ behavior

Individual, community

To prioritize climate change on the national development

President, MOH, Bappenas

To involve other sectors and stake holders in implementing national mitigation strategy

Central government, Local government, Civil society, NGOs

Page 20: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAUSES

PROBLEM Rising incidence of DHF in Indonesia

Number of mosquito increased Inability to control DHF

Many infected persons

Inaccurate diagnosis

‘Carrier’ people movement

Late diagnosis

S O L U T I O N S

Health promotion on recognizing the symptoms of DHF (govt)

Send the DHF suspect to hospital immediately (comm)

Capacity building for medical, health service providers, and laboratories (govt & univ.)

Health promotion on recognizing the symptoms of DHF (govt) and Delay for travelling (comm)

Page 21: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

HEALTH PROMOTION ON HEALTH PROMOTION ON RECOGNIZING DHFRECOGNIZING DHF’’S SYMPTOMSS SYMPTOMS

WHAT SHOULD DO STAKE HOLDERSTo develop health promotion materials on DHF symptoms and early prompt treatment for community

MOH, Local health office

To conduct health promotion and education on DHF symptoms and early prompt treatment to community

Local health office, Health center, key persons in community

To use media for disseminating health promotion on DHF symptoms and early prompt treatment to community

MOH, local health office, local government

Page 22: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

SEND DHFSEND DHF’’S SUSPECT TO S SUSPECT TO HOSPITAL IMMEDIATELYHOSPITAL IMMEDIATELY

WHAT SHOULD DO STAKE HOLDERSTo identify member of family and neighborhood who having symptoms like DHF

Individual, household, community

To send those who have symptoms like DHF to hospital immediately

Individual, household, community

Page 23: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAPACITY BUILDING FOR MEDICAL CAPACITY BUILDING FOR MEDICAL HEALTH SERVICES & LABORANTSHEALTH SERVICES & LABORANTS

WHAT SHOULD DO STAKE HOLDERSTo conduct frequent workshop on DHF treatment for medical and health service officers

MOH, local health office, hospitals

To conduct training on Laboratory analysis for DHF

MOH, local health office, hospitals

To standardize the DHF treatment management and laboratory analysis

MOH

Page 24: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

HEALTH PROMOTION ON THE SYMPTOMS HEALTH PROMOTION ON THE SYMPTOMS OF DHF & DELAY TRAVELLINGOF DHF & DELAY TRAVELLING

WHAT SHOULD DO STAKE HOLDERSTo conduct health promotion and education on DHF symptoms and early prompt treatment to community

Local health office, health center, local government

To recognize the DHF symptoms and decide to delay for travelling

Individual, community

Page 25: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAUSES

PROBLEM Rising incidence of DHF in Indonesia

Number of mosquito increased Inability to control DHF

Lack of capacity in MOH

Many infected persons

lack of health promotion

Improper program implementation

lack of community participation

Lack of SOP

S O L U T I O N S

Capacity building for health officers and revitalizing current SOP (govt & univ.)

Capacity building for health officers and supervision (govt & univ.)

Capacity building for health officers, revitalizing program and budget allocation (govt & univ.)

Advocacy, capacity building, political awareness (univ. & govt)

Health promotion & community empowerment (govt & univ.)

Page 26: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAPACITY BUILDING FOR HEALTH CAPACITY BUILDING FOR HEALTH OFFICERS AND SUPERVISIONOFFICERS AND SUPERVISION

WHAT SHOULD DO STAKE HOLDERSTo conduct training on DHF control management

MOH, Local health office

To facilitate equipments and materials for DHF control implementation

MOH, Local health office

To provide appropriate funding for DHF control implementation

MOH, Local health office, local government

To supervise regularly on DHF control implementation

Local health office

Page 27: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAPACITY BUILDING FOR HEALTH CAPACITY BUILDING FOR HEALTH OFFICERS & REVITALIZE SOPOFFICERS & REVITALIZE SOP

WHAT SHOULD DO STAKE HOLDERSTo revitalize the current standard operating procedure of DHF program based on empirics, current research, and theories

MOH

To conduct training for the assigned health officers on new SOP of DHF

MOH, Local health office

Page 28: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

HEALTH PROMOTION AND HEALTH PROMOTION AND COMMUNITY EMPOWERMENTCOMMUNITY EMPOWERMENT

WHAT SHOULD DO STAKE HOLDERSTo promote and educate community on DHF awareness and prevention through media or other potential ways on local wisdom

Local health office, health center, local government, key persons in the community

To conduct community capacity building on DHF awareness and prevention

Local health office, health center, local government, key persons in the community

To support community participation on DHF awareness and prevention

Local health office, health center, local government

Page 29: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

CAPACITY BUILDING FOR HEALTH CAPACITY BUILDING FOR HEALTH OFFICERS, REVITALIZING PROGRAM OFFICERS, REVITALIZING PROGRAM

AND BUDGET ALLOCATIONAND BUDGET ALLOCATION

WHAT SHOULD DO STAKE HOLDERSTo conduct training on health promotion & education among health officers

MOH, Univ., Local health office

To conduct training on health community development among health officers

Univ., Local health office

To evaluate & revitalize DHF eradication program

MOH, Local health office

To implement the revised program & supervise frequently

Local health office, MOH

To provide appropriate budget MOH, Local health office, Local government

Page 30: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

ADVOCACY, CAPACITY BUILDING, ADVOCACY, CAPACITY BUILDING, POLITICAL AWARENESSPOLITICAL AWARENESS

WHAT SHOULD DO STAKE HOLDERSTo conduct meeting/workshop on DHF eradication ideas for MOH high level positions

University

To conduct seminar/workshop on DHF current research & prevention for MOH

University

To conduct public hearing/seminar on current status of DHF & its prevention for politicians/parties

University

Page 31: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

EFFECTS

IMPACTS

PROBLEM

Risk of spread

Indonesia International

Reduce productivity

Rising incidence of DHF in Indonesia

Putting more people at risk worldwide

Threat tourism

Economic loss

Increase absenteeismFear inCommunity

Morbidity Mortality

Difficult to be tackled

OUTCOME

Page 32: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

STAKE HOLDERS RELEVANT STAKE HOLDERS RELEVANT TO THE EFFECTSTO THE EFFECTS

• DHF patients• General population• Tourists• Neighborhood countries

Page 33: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

ORGANISATIONAL ORGANISATIONAL STRUCTURESTRUCTURE

MOH & University charts

Page 34: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

ORGANISATIONAL ORGANISATIONAL STRUCTURESTRUCTURE

Provincial & city government with health office charts

Page 35: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

STAKEHOLDER ANALYSISSTAKEHOLDER ANALYSISPOWER

MOHUniversityLocal Govt.Key personLocal HOMCGA

URGENCY

LEGITIMACY

MOHUniversityLocal Govt.Local HOMCGA

UniversityKey personCommunity

MOHUniversityLocal Govt.Local HO

MOHUniversityLocal Govt.Local HOMCGA

UniversityUniversityKey person

Page 36: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

POWER POWER+INTEREST?POWER POWER+INTEREST?HIGH

HIGHLOW

POWER

INTEREST

1. MOH/DG of CDC&EH2. Local government3. Local health office/health

center4. BMKG

1. University2. Key persons in the

community3. Media/Journal

Community

Page 37: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

ACTION PLANACTION PLANGOAL

The policy brief adopted by the Indonesia Ministry of Health

OBJECTIVES:• Adopt an evidence-based solution• Develop innovative or solution-oriented research agenda• Strengthen capacity of public health practitioner and

professional • Strengthen knowledge & awareness of academician &

public

Page 38: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

OBJECTIVE #1OBJECTIVE #1OBJECTIVE ACTION PLAN

TARGETED STAKE HOLDERS INDICATORS TIME

Adopt an evidence-based solution

To discuss the policy brief approach with the decision makers on a personal meeting

Dit of Env. Health MOHDit of Animal Diseases MOHRC for Health Ecology MOHCenter for CC & Air Pollution MCGA

Decision makers adopt & commit to the approach

2010

To share the policy brief approach on the development of national CC health adaptation process

Dit of Env. Health MOH The team accept & utilize the approach

2010

To disseminate the policy brief approach to potential staff working on CC health adaptation

Dit of Env. Health MOHDit of Animal Diseases MOHRC for Health Ecology MOH

The potential staffs understand the policy brief approach

2010

To advocate a specific decision maker to adapt policy brief approach for other animal diseases related to CC

Dit of Animal Diseases MOH The policy brief approach adapted by Dit of Animal Diseases MOH

2010

To advocate decision makers on the important to develop Early Warning System on climate related diseases

Dit of Env. Health MOHMCGALocal Health Office

The MOU of collaboration Early Warning System signed

2010

Page 39: ADAPTING TO IMPACT OF CLIMATE CHANGE ON DENGUE … fileSkenario Kasus DBD Kota Surabaya 2007- 2015 y = 360.05x + 894.78 R 2 = 0.332 y = 1203.6e 0.1315x R 2 = 0.2011 0 1000 2000 3000

OBJECTIVE #2OBJECTIVE #2

OBJECTIVES ACTION PLANTARGETED STAKE

HOLDERS INDICATORS TIME

Develop innovative or solution-oriented research agenda

To suggest potential research for verifying & eradicating DHF causes or other possible CC-related illnesses

RC for Health Ecology MOHCenter for CC & Air Pollution MCGAAcademicians at SPH UI & RCC UI

More research proposals are developed among institutions

2011

To advocate of sharing data support for research on DHF causes and or other possible CC-related illnesses to decision maker

DG of MCGA MCGA shared climate data to MOH & Universities

2010

To share research focus & methods on the development of collaboration research on CC and DHF, Malaria, Diarrhea

Center for CC & Air Pollution MCGA

The team accepted the research focus & methods

2010

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OBJECTIVE #3OBJECTIVE #3

OBJECTIVE ACTION PLANTARGETED STAKE

HOLDERS INDICATORS TIME

Strengthen capacity of public health practitioner and professional

To present modification of policy brief on the ongoing CC health adaptation training of MOH

Dit of Env. Health MOHPublic health practitioner & professional

Public health practitioner & professional accept the approach

2010

To adopt the bridging research- policy divide to train the trainer for capacity building

Decision makersPH professionalsPH practitionersAcademicians

The training of trainer conducted at the University of Indonesia

2011

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OBJECTIVE #4OBJECTIVE #4OBJECTIVE ACTION PLAN

TARGETED STAKE HOLDERS INDICATORS TIME

Strengthen knowledge & awareness of academician & public

To rewrite the policy brief into a scientific article to publish on an international journal

AcademiciansStudents

Published by international journal

2011

To rewrite the policy brief into a popular article and to publish on a media

CommunityDecision makersPoliticians

Published by national media

2010

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POTENTIAL BARRIERSPOTENTIAL BARRIERS• A few number of research available

due to limited number researcher interested in the issue.

• Advocating and influencing policy makers

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HERE IT ISHERE IT IS…….!.!