Country page - Indonesia

Updated on 30 January 2024

HAZARD

TECHNICAL ASSISTANCE NEEDS

Rapid-onset and Slow-onset events (e.g., Sea-level rise)

Improved early warning systems and end-user/last-mile information delivery
Arrange warning and information delivery system to reach individuals in impacted areas. Meteorological agency capacity to predict and release warnings through television, radio, social media is not sufficient to reach impacted areas.

Capacity building and awareness campaigns for local governments and communities
Assist with development of climate literacy and awareness campaign to ensure local governments and communities are aware and able to perceive the consequences of rapid-onset events.

Dispersing understanding of loss and damage and responses
Assist with and invest in ensuring scientific knowledge, early warning systems, etc. are shared down to the community level, and that local knowledge and experience informs responses and resilience activities. This includes greater collaboration between the scientific community, national, local governments, and populations, translation of systems into local languages, end-to-end communication, etc. Terminology such as Anticipatory Action, DRR, Loss and Damage, etc. must move forward with clear understanding of different terms and how they connect.

Non-economic loss assessments
Technically assist with developing methodologies, tools, and other resources for assessing non-economic losses and integrating them into the planning process.

Risk transfer mechanisms
Develop risk transfer mechanisms, such as agriculture crop insurance for farmers as rapid onset events could suddenly damage assets (e.g., crops). Conduct research to determine thresholds and climate risk indices. Build capacity for farmers and relevant financial institutions to provide access to insurance and other financing schemes.

Capacity to identify emerging hazards
Develop capacity to identify potential/emerging hazards, understanding the risk profile and potential impact, developing a comprehensive risk management framework, including in identifying potential residual risks and coping mechanisms. Initiate/facilitate regional cooperation, as necessary.

Loss of livelihoods
Support capacity building for livelihood diversification and transition process towards just and resilient recovery to alleviate and rehabilitate traumatic condition of victims.

Mobilization of alternative funds
Facilitate alternative funds for recovery and rehabilitation, such as debt relief and debt for nature, due to increased frequency of disasters and burdening of national and sub-national budgets.

Synchronize adaptation, arrangements, and disaster risk reduction
Support the synchronization of climate adaptation and disaster risk reduction due to their convergence, identifying gaps and opportunities, which can be the initial basis for formulating loss and damage governance. Technically assist with institutional arrangements, policy development, and action to include disasters caused by slow onset events into comprehensive disaster risk management at national and local levels.

Develop empirical data, analysis, and evidence for slow onset events
Assess the economic and non-economic losses due to slow onset events, especially those with irreversible impacts. Improve monitoring instruments/systems, including technology and methodology. Identify slow onset events at an early stage; this technical assistance should be made available to local communities, the government, and relevant financial institutions, particularly on how to finance the impacts (when the events occur, recovery, rehabilitation, and reconstruction). Additional context: Indonesia is currently facing significant challenges with its SOE, including sea-level rise and permanent inundation which lead to territorial loss and subsequent economic and non-economic impacts (such as social-cultural, livelihood, infrastructure, and sovereignty); permanent ecosystem degradation (such as coral bleaching leading to changing fish breeding patterns and affecting the coastal community’s economy, and peatland wildfires).

Spatial planning, relocation, land recovery considerations
Improve assessments for projected areas that will be severely impacted by coastal inundation and other similar phenomena, including developing sea-level rise projections under different scenarios to prepare for relocation. Develop a national policy framework, guidance, and code of conduct for planned internal relocation (managed retreat), including financing mechanisms. Mobilize investment and support to address land recovery issues. Provide access to financial support and facilitate resource mobilization to support the implementation of such schemes. Additional context: Spatial plans that account for climate change are challenging to produce without climate projections for districts and cities, especially sea-level rise projections for districts and cities in coastal areas. Some communities facing repeated and prolonged coastal inundation, such as those on the north coast of Central Java, hope to be relocated to safer settlements not far from the coast. However, relocation is often delayed and hampered by the absence of a medium and long-term perspective in addressing this coastal inundation phenomenon, the difficulty in providing suitable land, and the inability to apply a disaster relocation scheme in this context. Additionally, aspects of social and economic rehabilitation also pose an inseparable challenge that needs to be addressed in the relocation process.

Innovative schemes and disaster management compatible with SOEs
Develop capacity and technically assist to explore innovative schemes that can facilitate timely disbursement, especially for post-needs (addressing the mechanism). Address the continuum needs from response toward resilient recovery, as well as ongoing needs for the slow onset event characteristic (the permanent and irreversible characteristic of SOE). Review existing financial tools and mechanisms across climate, DRR, at global and regional levels to understand opportunities to fund loss and damage, as well as gaps and avoid duplication. Develop a programmatic approach to addressing the slow onset event. Develop innovative financing schemes that are fit-for-purpose with the specific nature of SOE and will noy put additional burden on affected developing countries, including improving adaptive social protection schemes, which should be strengthened to be more shock-responsive and could focus on specific areas, budgetary support, fiscal space through debt relief, etc. Develop a mechanism that deals with potential uninsurable impacts of climate change in the context of addressing loss & damage. Provide access to financial support and facilitate resource mobilization to support the implementation of such schemes. Additional context: The existing disaster financing scheme is not compatible with the characteristics of a slow onset event, where there is no specific trigger to activate the disaster management cycle, and there are long-term needs resulting from the impact.

Natural resources and ecosystem degradation
Assist with analyzing and profiling the climate impact on natural resources, as well as the loss and damage. Improve environmental management policies, including conservation, implementation of gene banks, and natural resource moratoriums. Develop a framework for a nature-based/ecosystem-based adaptation approach. Additional context: Indonesia is known for its forests and archipelago. However, permanent ecosystem degradation, such as coral bleaching and peatland wildfires, has caused significant impact and loss.

  • Reconstruction of historical climate databases including data rescue from old paper records to support climate information services.
  • Use of space technologies in systematic observations and geospatial analyses.
  • Establishment of a baseline on non-economic and social loss and damage, as well as regarding culture, territory, indigenous knowledge systems, ecosystem services.
  • Development of databases and information services to support risk profiling and risk assessment of a variety of timeframes by different actors and stakeholders in their decision-processes.
  • Setting up a registry/Mapping of at-risk populations to assess sea level rise induced relocation costs for coastal communities.

Analyses of data and information (including climate change projections, impact analyses, hazard mapping, etc):

  • Development of local to national climate change scenarios and production of projections of climate risk.
  • Conduct of pilot loss and damage assessments for certain key agricultural commodities which are vulnerable to climate change, such as rice, aquaculture, and fruits.
  • Construction of multivariate impacts and loss databases to support assessments and reporting including through the use of bigdata methods.
  • Design of shared database systems to support different ministries and other stakeholders in the country including data collection, storage and sharing protocols and policies.
  • Quantitative assessment of risk for important systems to inform decision-making, in particular, selection of risk management approaches.
  • Costing of impacts in the present as well as for projected impacts for use in costs-benefit analyses to appraise options.
  • Methods for automated and semi-automated inventorying of infrastructure and assets such as involving geospatial technologies and artificial intelligence.
  • Estimation and outreach on future climate change risks to inform investor decisions.
  • Development of standardized set of risk assessment guidelines for community/subnational level to prepare and maintain inventories of at-risk assets.
  • National-scale site characterization to support hazard mapping, zoning and other land use planning.

Design and implementation of projects on Loss and Damage:

  • Setting up cross-ministerial/sectoral coordination mechanism for the dissemination and linking warnings with early action, and the deployment of emergency assistance for communities.
  • Linking national systematic observations and monitoring to regional and global efforts (for relevant variables, hazards and systems).
  • Development of protocols (legal, social, financial, institutional) for relocation to ensure effective buy-in of all stakeholders.
  • Development of alternative livelihood programs, livelihood transformation programs, and vocational training for coastal communities and other at-risk population groups.
  • Development of infrastructure and plans for relocation/resettlement of households and communities from frequently affected areas.
  • Design of proposals and access to financing for climate information services and early warning systems under the GCF and other funding channels.
  • Development of funding proposals related to the strategic workstreams of the five-year rolling workplan of the Executive Committee.
  • Optimal design of sustainable public works (drainage, transportation and other critical and protective infrastructure).
  • Optimizing land use based on available resources (e.g. water resources, energy, etc).
  • Optimizing financing between different measures to address risk comprehensively/trade-off analyses in deciding on balance between investment in preemptive measures and measures to address residual risk.
  • Protection of cultural heritage and traditional knowledge.
  • Sustainable landscape management including nature-based solutions.  

Financial instruments (such as insurance, risk pooling, contingency funds, etc):

  • Design of combinations of appropriate risk finance tools and instruments applicable to a specific country context and vulnerable groups.
  • Development and deployment of forecast-based finance instruments to minimize potential losses to productive systems.
  • Design and financing of social protection measures.
  • Development of different insurance mechanisms.
  • Design of national trust/contingency/recovery funds.
  • Development of national finance instruments (bonds, etc).
  • Development of regional finance instruments (regional risk facilities, etc).
  • Development of legal instruments to manage planned migration.
  • Development of curriculum on various relevant aspects of climate change and loss and damage.

Other activities not covered by the above entries:

  • Capacity building for Disaster Risk Reduction
  • Data collection and research on zoonotic diseases
  • Data collection and research on invasive species (IPBES – NFP: LIPI)
  • Trust fund for biodiversity
  • Assessment of trust fund in Wallacea Area
  • Assessment of potential loss due to climate change under the development of NDC roadmap
  • Losses and Damages caused by Cempaka Cyclone at effected districts (Rehabilitation and Reconstruction Planning Document)
  • Losses and Damages caused by Land and Forest Fire in Riau Province (Riau University)
  • The Vulnerability of Climate Change in Indonesia to Renewable Energy
  • Simulation and prediction the impact of climate change into water resources in Bengawan Solo watershed based on CCAM (Conformal Cubic Atmospheric Model) data
  • Analysis of climate change impact on rainfall pattern of Sambas district, West Kalimantan
  • Analysis of Drought Potential in Sumba Island until 2040 Caused by Climate Change
  • Implications of Extreme Events on the Water Balance in Java Rainfall Scenario of West Nusa Tenggara in 2040 Based on CCAM RCP 4.5
  • Water Balance Projection in West Nusa Tenggara using Conformal Cubic Atmospheric Model (CCAM)
  • Analysis of drought events with TRMM 3B43 satellite.
  • Development and Implementation of Post-Disaster Needs Measurement Tools: Identifying the Role of BAZNAS in the Disaster Management Process in Lombok (BAZNAS & IPB University, 2018)
  • Rapid Response to The Sunda Strait Tsunami (Caritas & IPB University, 2019)
  • Identification of rainfall area in Indonesia using infrared channels of Himawari-8 Advance Himawari Imager (AHI)
  • Analysis of the Potential of Mini Hydro Power Plants in the Catchment Area of Jatigede Reservoir
  • The prediction of rainfall events using WRF (weather research and forecasting) model with ensemble technique
  • Rainfall Scenario of West Nusa Tenggara in 2040 Based on CCAM RCP 4.5
  • Analysis of Rainfall Conditions Over Nusa Tenggara Barat During Enso Events Based On TRMM Data
  • Drought potential in Cilacap based on CCAM RCP 4.5 rainfall data as input
  • Publications connecting climate change and several diseases: Dengue fever, Malaria, Penumonia, and Diarrhea

Preemptive adaptation:

  • Integrating climate risk into development and spatial planning would be essential for pre-emptive adaptation. This effort could be done through strengthening knowledge management and decision support system (climate impact, risk, and vulnerability assessment, etc.), projected risk-based zoning regulation, incorporating climate information into infrastructural design and lifetime analysis
  • Development of climate related disaster early warning system
  • Protection and rehabilitation of critical and upstream area
  • De-concentration fund from central government to sub-national government

Contingency measures, e.g. through risk financing with regional risk pooling, insurance facilities and bonds, and through social protection measures, etc.:

  • Development of insurance scheme for climate sensitive sectors, such as agriculture and fisheries. This can be done through blended service, for instance technical advisory services, loan and insurance scheme for agricultural improvement
  • Development of Disaster insurance scheme
  • Green bond for climate related infrastructural project
  • Public and private fund for climate resilience program
  • Disaster insurance scheme/policy.

Addressing losses through disaster relief funds, credit facilities etc.:

  • Provision of stimulant assistance funds for rehabilitation or reconstruction of damaged houses
  • Assistance of rice seeds, livestock, fish along with the equipment such as tractor, boat and it’s machines, etc.
  • Disaster cash transfer program
  • Adaptive social protection program
  • Cash for work (labour intensive) program
  • Buffer stock (when a disaster occurs, it is given in the form of hygiene kits, chlorine, and treatment for trauma healing, etc.)

Disaster risk reduction focused strategies and measures through activities under the Sendai Framework for Disaster Risk Reduction, contingency and trust funds, disaster legislation, etc.:

  • Outreach, dissemination, and Capacity building for communities living in disaster prone areas. This can be done through regular disaster drill and simulation, development of outreach product such as short video, etc.
  • Development of curriculum and module contain disaster and climate change for basic and intermediate level school
  • Encouraged research and development, including local wisdom related to disaster
  • Installation of Early Warning Systems in prone area
  • 5 years period Disaster Management Plan (RPB)
  • Coordination at national and local level (Development of WASH Forum: water, sanitary, & hygiene)

Transformative actions (which could include any such actions already mentioned above):

  • Combining physical infrastructure with vegetative plantation e.g combining retaining wall with vertiver as land barrier
  • Projected risk-based zoning regulation
  • Improve monitoring and evaluation for districts/cities regarding development of contingency plans of environmental health emergencies
  • Implementation of Community Based Total Sanitation (STBM) in situations of disaster and extraordinary events
  • Dispatch of buffers stock / logistics for emergency to disaster / outbreaks in need
  • Pooling Fund for DRFI (Disaster Risk Financing and Insurance)
  • Assessment of coral reef insurance Economic and Non-Economic Loss of Flood Risk in Pekalongan
  • Desa Sehat Iklim (Climate Healthy Village)
  • Climate Change Impact Assessment on Climate Sensitive Diseases (vector-borne diseases, waterborne, airborne, malnutrition, etc.)
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