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IGES Activities on STI for SDGs e Institute for Global Environmental Strategies (IGES) is a non-profit research institute in Japan. As a “Change Agent”, IGES pursues a decarbonised and sustainable society in harmony with nature in the Asia-Pacific region and the world, where planetary boundaries are respected, a green economy is scaled up, and the human well-being is improved. IGES recognises the importance of science, technology and innovation (STI) to achieve the SDGs, and tries to incorporate STI into our research and engagement with target stakeholders. is brochure shows examples of STI-related research activities by IGES which take a needs-based approach. 2108-11 Kamiyamaguchi, Hayama, Kanagawa, 240-0115 Japan Tel: +81-46-855-3700 Fax: +81-46-855-3709 web: hps://www.iges.or.jp/en/index.html
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Page 1: IGES Activities on STI for SDGs - pub.iges.or.jp · IGES Activities on STI for SDGs ˜e Institute for Global Environmental Strategies (IGES) is a non-pro˚t research institute in

IGES Activities on

STI for SDGs�e Institute for Global Environmental Strategies (IGES) is a non-pro�t research institute in Japan.As a “Change Agent”, IGES pursues a decarbonised and sustainable society in harmony with nature in theAsia-Paci�c region and the world, where planetary boundaries are respected, a green economy is scaled up,and the human well-being is improved.IGES recognises the importance of science, technology and innovation (STI) to achieve the SDGs, andtries to incorporate STI into our research and engagement with target stakeholders. �is brochure showsexamples of STI-related research activities by IGES which take a needs-based approach.

2108-11 Kamiyamaguchi, Hayama, Kanagawa, 240-0115 JapanTel: +81-46-855-3700 Fax: +81-46-855-3709web: https://www.iges.or.jp/en/index.html

Page 2: IGES Activities on STI for SDGs - pub.iges.or.jp · IGES Activities on STI for SDGs ˜e Institute for Global Environmental Strategies (IGES) is a non-pro˚t research institute in

SDG Interlinkages Analysis &Visualisation Tool

Taking an integrated approach to sustainabledevelopment through SDG interlinkages

The 2030 Agenda and the Sustainable Development Goals (SDGs) put the world on a new, ambitious developmental path for eradicating poverty everywhere and for providing a better life for all, leaving no one behind. The 17 SDGs and their targets cover a wide range of separate and diverse elements that interact and complement each other in an indivisible way, and in so doing make up a complex network of interlinkages. SDGs implementation therefore calls for an integrated approach to seek and scale up the synergies and minimise the trade-offs for cross-sectoral integration and institutional collaboration.

To facilitate integrated SDG policymaking and implementation, IGES developed an innovative SDG Interlinkages Analysis & Visualisation Tool (V2.0) with the potential for real practical use. The tool currently covers nine Asian countries and can help in identifying synergies and trade-offs among SDG targets, visualising interlinkages charts, and in tracings strategic targets and core indicators for countries.

The tool is designed primarily for use by national policymakers and international organisations, but it can also be beneficial for academics as well as individuals interested in understanding SDG interlinkages. Nine selected Asian countries are covered in the current version of the web tool, with plans to update and expand progressively. By enabling the identification, quantification and analysis of SDG interlinkages between targets, the web tool can contribute to decision-making at various stages of a policy cycle.

Since the SDG implementation challenges are largely country-specific, the web tool provides options for identifying and under-standing SDG integration at the country level. However, the tool is flexible and can be easily customised to serve different levels of policy-making – global, national, regional/cities as well as the business sector.

Within two years since its launching, IGES SDG Interlinkages Tool has received significant attention from policymakers, researchers and academia. IGES presented/demonstrated the tool at several interna-tional conferences and symposiums (including the Expert Group Meeting of the Inter-Agency Task Force on Science, Technology and Innovation 2018). It has been featured in UNESCAP’s SDG Help Desk (https://sdghelpdesk.unescap.org/), and cited in a number reports and articles from international and regional organisations.

Aside from gaining wide recognition, the tool has been used to support practical policymaking. Following consultation with the Governance Innovation Unit of the Prime Minister’s Office of Bangladesh, IGES conducted an initial study on SDG priority setting and institutional arrangement for Bangladesh. IGES provided the preliminary results and policy recommendations to the government of Bangladesh to help validate the existing priority list of the government based on scientific evidence. IGES is also initiating consultations with some other countries to support their SDG planning activities with the application of the IGES SDG Interlinkages Tool.

Innovative aspects

Impacts

For more details: IGES SDG Interlinkages Analysis & Visualisation Tool (https://sdginterlinkages.iges.jp/)Contact: Dr. Xin Zhou/ Dr. Mustafa Moinuddin, Strategic and Quantitative Analysis Centre ([email protected])

Framework for the analysis and visualisation of SDG interlinkages

Source: Zhou and Moinuddin (2018)

Snapshot of IGES SDG Interlinkages Analysis and Visualisation Web Tool (V2.0)

Source: https://sdginterlinkages.iges.jp/visualisationtool.html

Bangladesh

Cambodia

China

India

Indonesia

Japan

Republic of Korea

Philippines

Viet Nam

I. Identification of the causal relations between each pair of the 169 targets, with “1” indicating the existence of causal relations and “0” indicating no apparent causal

relations

IV. Quantification of the linkage between the targets which causal relations identified as “1”

III. Correlation analysis based on the indicator-level

time-series data

II. SDG indicators with trackable data for selected countries

Identification of the indicators for SDG targets

Collection of time-series data for selected countries

UNSD SDG indicator database World BankSDG database Other sources

IAEG-SDGs232 Global SDG Indicators

Comprehensiveliterature review

Proxy indicators fromother sources

SDG Interlinkages Analysis & Visualisation Web Tool

Dashboards on Synergies and Trade-offs

Publications

Major outputs

Institutional arrangement: Review of the existing national institutional arrangement; propose effective institutional arrangements based on SDG interlinkages.

Financial arrangement: Efficient allocation based on the synergies by avoiding duplicating investment; effective allocation to address the trade-offs.

Monitoring and reporting: Help check the quality of indicators; development of headline indicators; monitoring the level of SDG integration.

Planning: Priority setting based on strategic SDG targets in the network of interlinkages; checklists for conducting SEA/SA of national development plans and sectoral programmes based on the synergies and trade-offs.

Page 3: IGES Activities on STI for SDGs - pub.iges.or.jp · IGES Activities on STI for SDGs ˜e Institute for Global Environmental Strategies (IGES) is a non-pro˚t research institute in

Taking a co-benefits approach in five steps: cases from Bandung and Semarang, Indonesia

Co-benefits are the multiple benefits of actions that mitigate climate change while addressing other development priorities. Many cities in Asia have potential to achieve co-benefits. However, urban policymakers often lack concrete demonstrations over which actions can maximize co-benefits. Since 2015, IGES has been collaborating with local governments, researchers and other partners on projects supported by the Ministry of the Environment, Japan (MOEJ) that analyse potential climate and air quality co-benefits in the transport sector in Bandung and Semarang, Indonesia. The analysis then helped arrive at practical recommen-dations that the two cities could implement to reduce greenhouse gases (GHGs) and air pollutants. The research is innovative due to its evidence-based approach that could help other cities address air pollution and climate change, while achieving sustainable development goals (SDGs) .

This evidence-based approach consisted of five main steps: 1) developing an emissions inventory for air pollution and GHGs for the transport sector; 2) prioritising local policies and measures that could reduce air pollution and GHGs based on existing plans; 3) quantifying the impacts of priority policies and estimate reductions in air pollution and GHGs for selected policies; 4) building aconsensus across relevant stakeholders on follow-up actions based on the quantitative analysis; and 5) translating policy recom-mendations into practical actions. These five steps are potentially replicable in other cities and sectors. This is particularly truegiven the growing emphasis on aligning nationally determined contributions (NDC) and other climate actions with other develop-ment priorities.

Policymakers and other stakeholders played a key role in the follow through of planning and/or implementation of activities after the project concluded.

3) Semarang city is improving accessibility of their BRT system based on the recommendations of this project. It has alsoconducted pilots to increase the modal shift among students who are the largest customer base for BRTs in the city.

1) Bandung city is designing pedestrian facilities with an emphasis on the outcomes of this research by making sure pedestriansare assured safety and security, one of the most influential factors affecting the decision to walk in Bandung.2) The results of the eco-driving training designed in collaboration with Bandung city government were presented to the nationalgovernment office which is considering institutionalizing eco-driving into regulations.

Innovative aspects

Impacts

For more details: https://www.iges.or.jp/en/integrated-policy/co-benefits.htmlContact: Dr. Sudarmanto Budi Nugroho, City Taskforce, Sustainability Governance Center ([email protected])

Step 4: Consensus

Step 1: Emissions inventory tool

Fuel quality Environmentalvariables Start patterns Driving behavior

IVE model Emissions inventory Simulation

0

2

4

6

8

10

12

14

CO/10 VOC NOx PM*10 CO2/40

Emis

sion

Rat

e (g

/km

)

Los Angeles Nairobi Santiago Pune Mexico Sao Paulo LimaEmission reduction: 50 - 99% (to initial emission)

0.5 - 1% (total bus 2015)

BRT 2015 (coridor 1)

10,000

CONox/

10 PM

NH₃*100

N₂O*100 OC

Tonn

e/yr

Step 5: Policy recommendation

Step 3: Quantifying co-benefits

Eco-Driving

Pedestrian Facilities

Revitalization of Angkot

0

2

4

6

8

10

12

14

0 2 4 6 8 10 12

PM re

ducti

on p

oten

tial (

%)

CO2 reduction potential (%)

Step 2: Policy prioritization

Taking a Co-benefits Approach in Five Steps

1st Y

ear

2nd

Year

Step

1Emissions Inventory Tool- Quantify Emissions from the Road Transport Sector (especially GHG Emissions) - Tools: IVE Model- Data Gathering: Interview, Onsite Measurement, Secondary Data

Step

2Prioritizing Local Actions - Prioritizing Policies from the Local Transport Masterplan considering:Applicability, Affordability, Feasibility, Short term and Mid term priorty

- Apply Tools: Analytical Hierarchy Process (AHP)- Target: 2-3 Priority Policies

Step

3Quantifying the Impacts of Priority Policies- Developing Future Scenarios based on Priority Policies- Quantifying Multiple Benefits: Mitigating Climate Change and Air Pollution

Step

4Consensus Building on Follow-up Actions- Consensus Building Among Stakeholders on Follow-up Actions- Select 1-2 Follow-up Actions

Step

5Translating Policy Recommendationinto Practical Actions- Reassess the Co-Benefits: Provide feedback to improve the methodology- Provide feedback to the program for improvement of institutionalarrangements

- Evidence Based Approach & Science Policy Dialogue:Strengthening the role of Universities and Research Institutes

0

10

20

30

40

50

60

70

80

0 0.5 1 1.5 2 2.5 3 3.5 4 4.5

WALKING DISTANCE (KM)

User Experience

Non User Perception

Acceptable Walking DistanceUser and Non-user

00

5

10

15

20

25

30

35

0-250 250-500 500-1000 1000-2000 >2000

DISTANCE (meter)

Freq

uenc

y (%

)

Before the program

After the program

Comparison of Walking Behavior– Before and After the

Pedestrianization Program

83.81

79.88

75.96

75.68

73.16

66.99

63.63

62.79

60.93

56.19

54.1

0 10 20 30 40 50 60 70 80 90

Eco Driving

Pedestrian Facilities

Revitalization of Angkot

Car Free Day

Promoting LRT/MRT

BRT System

I/M Program

School Bus

Work Scheduling

School Zoning

ATCS System

Final Scores of Alternative Policies in Bandung CO2 and PM reduction potential

Page 4: IGES Activities on STI for SDGs - pub.iges.or.jp · IGES Activities on STI for SDGs ˜e Institute for Global Environmental Strategies (IGES) is a non-pro˚t research institute in

IGES, Japan, and The Energy and Resource Institute (TERI), India, initiated Japan-India Technology Matchmaking Platform (JITMAP) on July 2016, as part of a project funded by Ministry of the Environment, Japan (MOEJ). JITMAP is a multi-stakeholder platform that promotes the engage-ment and matching (direct and virtual) of Japanese and Indian stakeholders, public and private, to facilitate mutually beneficial transactions in low carbon technologies (LCTs).

IGES and TERI, as core members of JITMAP, select/invite representatives from Business Associa-tions (BA), Financing Agencies (FA) and Government Agencies (GA) in India and Japan to Join the platform as “Core Members” (Collaborators). Core members and Dialogue Members collaborate and support the matching of Japanese manufacturers of low carbon technologies with Indian industries looking for such technologies in terms of: 1) Awareness enhancement, 2) Networking assistance, 3) financial assistance, 4) technical assistance, and 5) policy /regulatory assistance.

Innovative features of JITMAP are as follows;• Bilateral:

- Exclusive platform for stakeholders in Japan and India;- Jointly initiated by two non-for-profit institutions from Japan and India.

• Practical/comprehensive:- “On the ground” interventions coupled with “Online” Information sharing;- Concise information sharing about technologies, policies, and financing options;- Multi-tiered support based on businesses’ needs (from market assessmenttowards technology diffusion);

- Ambits technology matchmaking for Small, Medium, and large industries.

• Complementary:- Complementary to other existing initiatives between Japan and India.

Impacts

For more details: http://jitmap.org/Contact: Dr. Abdessalem RABHI, Kansai Research Centre ([email protected])

JAPAN–INDIATECHNOLOGY MATCHMAKING PLATFORM

(JITMAP)

Schematic diagram of JITMAP as a supporting mechanism to promote business matchmaking

Japanesecompanies

Japanese Stakeholders

BusinessAssociations

SupportingAgencies

GovernmentAgencies

BusinessAssociations

FinancingAgencies

GovernmentAgencies

Indian Stakeholders

Indiancompanies

Business to Business (B2B)

Awareness enhancement of

LCTArrangement of

business meetingsAccess to

financial schemeStudy on LCT’s

application

Arrangement of policy and regulatory

discussion

Core Members

IGES TERI

Dialogue Members

Japan India Technology MatchmakingPlatform (JITMAP)

- Five (5) Japanese companies were matched with twenty (20) Indian end-users. As a result, actual best operating practicesand/or technologies have been implemented at ten (10) sites;

- The capacities of around one hundred (100) Indian energy auditors were enhanced through three (3) training programs;- The awareness of around two hundred (200) end-users were enhanced through five (5) dissemination workshops;- Five (5) among the leading government agencies and/or business associations in Gujarat, Maharashtra and Andhra Pradeshstates in India acknowledged the usefulness of JITMAP and joined it as dialogue members.

Innovative aspects

Support

Selected stakeholders from Japan and India


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