Climate Adaptation and Resilience Training Course

Participants can interpret climate science outputs for a defined planning question.

• Observed climate trends extracted from authoritative national and regional datasets
• Climate drivers behind heat, rainfall, drought, flooding and sea-level rise
• Time horizons matched to asset life, planning cycles and investment decisions
• Global warming levels compared with emissions scenarios and local projections
• Uncertainty communicated through ranges, confidence language and decision thresholds
• Downscaled projections assessed for resolution, assumptions and suitable application

Participants can position an adaptation initiative within relevant governance and standards requirements.

• ISO 14090 principles applied to organisational adaptation planning arrangements
• ISO 14091 guidance used to structure climate risk and vulnerability assessment
• National adaptation plans translated into organisational duties and programme priorities
• Governance roles defined through accountability, consultation and escalation pathways
• Policy coherence checked across land use, water, health and infrastructure
• Climate justice considerations incorporated into adaptation decision criteria

Participants can map interconnected systems and identify resilience-critical dependencies.

• System boundary defined around services, assets, people and ecosystems
• Causal loop diagrams reveal feedbacks, reinforcing pressures and intervention points
• Critical dependencies mapped between power, water, transport and communications
• Failure modes identified through service disruption and recovery pathways
• Resilience capacities classified as absorptive, adaptive and transformative
• Equity impacts traced across vulnerable groups, locations and service users

Participants can identify vulnerable groups and engage stakeholders in adaptation planning.

• Stakeholder mapping distinguishes affected groups, duty bearers and decision owners
• Social vulnerability profiled using sensitivity, exposure and coping-capacity factors
• Participatory appraisal methods gather local knowledge and lived experience
• Gender, age, disability and income considered within vulnerability analysis
• Power-interest matrices shape engagement methods and communication priorities
• Ethical data practices protect sensitive household and community information

Participants can screen climate hazards relevant to a location, asset or programme.

• Hazard register built from historical events, projections and expert judgement
• Return periods interpreted without confusing probability, frequency and consequence
• Compound events examined: heat and drought, storm surge and rainfall
• Climate thresholds identified for operations, assets, crops and public health
• Screening criteria rank hazards by plausibility, materiality and decision relevance
• Hazard maps reviewed for scale, provenance, date and uncertainty

Participants can assess who and what is exposed to priority climate hazards.

• Asset inventories cleaned by location, function, condition and replacement value
• Exposure maps combine hazard footprints with people, assets and service nodes
• Critical facilities prioritised using service importance and population dependence
• Supply-chain exposure traced through suppliers, logistics routes and utilities
• Land-use change assessed as a driver of future exposure
• Data gaps documented with assumptions, confidence ratings and collection actions

Participants can estimate climate impacts using vulnerability and consequence analysis.

• Vulnerability indicators selected for physical, social, economic and environmental dimensions
• Sensitivity assessed through asset condition, service demand and coping capacity
• Impact chains connect climate hazards with causes, consequences and responses
• Bow-tie analysis separates preventive controls from consequence-reduction measures
• Qualitative risk matrices calibrated with clear likelihood and consequence definitions
• Risk statements written with source, event, impact and affected objective

Participants can produce a prioritised climate risk register for management action.

• Risk scoring combines likelihood, consequence, confidence and urgency ratings
• Inherent risk distinguished from current controls and residual risk
• Risk registers assign owners, treatment actions and review dates
• Materiality thresholds align climate risks with enterprise risk governance
• Sensitivity analysis tests whether rankings change under alternative assumptions
• Priority risks presented through heat maps and decision-focused summaries

Participants can use scenarios to test adaptation choices under uncertain future conditions.

• Scenario narratives developed from plausible climate, social and economic futures
• Decision scaling starts with performance thresholds before selecting climate information
• Adaptation pathways sequence actions against trigger points and future conditions
• No-regret, low-regret and contingent actions compared for different futures
• Real options thinking values flexibility, staging and reversible investments
• Stress testing exposes plan weaknesses under severe but plausible conditions

Participants can develop a balanced longlist of feasible adaptation responses.

• Adaptation options generated across physical, institutional, financial and behavioural measures
• Nature-based solutions assessed alongside engineered and operational interventions
• Ecosystem-based adaptation links ecosystem function with risk reduction benefits
• Demand management options reduce exposure before capital works are considered
• Maladaptation screening identifies displaced risk, lock-in and unequal impacts
• Option descriptions specify target risk, mechanism, beneficiaries and prerequisites

Participants can compare adaptation options using transparent selection criteria.

• Multicriteria analysis weights effectiveness, cost, equity, feasibility and co-benefits
• Cost-benefit analysis estimates avoided losses, costs and timing assumptions
• Cost-effectiveness analysis compares interventions with similar risk-reduction objectives
• Distributional impacts assessed across income groups, genders and geographic areas
• Feasibility screening tests legal authority, skills, land and institutional capacity
• Decision records document criteria, evidence, trade-offs and approval rationale

Participants can assess when ecosystem measures offer credible climate risk reduction.

• Ecosystem services mapped for flood regulation, cooling, erosion control and water
• Natural infrastructure options compared with grey infrastructure performance requirements
• Site suitability assessed through hydrology, ecology, land tenure and maintenance
• Co-benefits measured for biodiversity, livelihoods, health and amenity value
• Performance limits recognised during extreme events and long-term environmental change
• Maintenance responsibilities assigned beyond initial project construction periods

Participants can incorporate climate resilience into infrastructure and asset decisions.

• Asset criticality analysis ranks facilities by service consequence and recovery time
• Climate design parameters reviewed against projected heat, rainfall and wind extremes
• Adaptation measures integrated into renewal cycles and capital investment plans
• Failure mode and effects analysis identifies asset climate vulnerabilities
• Redundancy, safe failure and recovery capacity compared for critical systems
• Asset management plans record adaptation actions, costs and inspection triggers

Participants can apply adaptation methods to interconnected water, food and urban systems.

• Water balance analysis links rainfall, demand, storage, losses and drought risk
• Urban heat assessments identify hotspots, vulnerable populations and cooling measures
• Flood risk management combines drainage, land use, warning and recovery actions
• Climate-smart agriculture options address soil moisture, pests and seasonal shifts
• Water safety planning incorporates climate hazards and source reliability
• Cross-sector trade-offs assessed between irrigation, ecosystems, energy and households

Participants can prepare an investment case for priority adaptation actions.

• Adaptation costs classified as capital, operating, maintenance and contingency expenditure
• Avoided-loss calculations state baseline, assumptions, discount rate and limitations
• Budget phasing matches action sequencing, procurement lead times and fiscal cycles
• Funding sources mapped across public budgets, grants, insurance and private finance
• Climate finance proposals connect risk evidence, benefits and implementation readiness
• Investment cases address affordability, beneficiary distribution and long-term stewardship

Participants can convert selected options into an implementable adaptation programme.

• Theory of change links adaptation activities, outputs, outcomes and intended impacts
• Work breakdown structures define tasks, dependencies, resources and milestones
• RACI matrices assign responsible, accountable, consulted and informed parties
• Procurement specifications include climate performance requirements and maintenance obligations
• Contract risk allocation addresses weather delays, design uncertainty and force majeure
• Implementation risks managed through issue logs, contingencies and escalation rules

Participants can design monitoring and review arrangements for adaptation performance.

• Results frameworks distinguish inputs, outputs, outcomes and long-term resilience impacts
• Indicators combine climate hazards, exposure, vulnerability and response performance
• Baselines established before interventions alter conditions or reporting practices
• SMART indicators specify definitions, sources, frequency, owners and disaggregation
• Adaptive management triggers prompt review when thresholds or assumptions change
• Evaluation questions test effectiveness, equity, efficiency and unintended consequences

Participants can communicate adaptation evidence and choices to different decision audiences.

• Risk communication separates known facts, assumptions, uncertainties and professional judgement
• Executive briefings focus on decisions, consequences, costs and accountable owners
• Maps and charts selected for clarity, accessibility and appropriate scale
• Climate narratives connect technical findings with service, financial and community impacts
• Stakeholder objections anticipated through evidence, trade-off and response preparation
• Facilitation techniques structure difficult conversations about priorities and acceptable risk

Participants can build, review and present a complete climate adaptation and resilience plan for a selected real-world context.

• Problem statement defines decision scope, climate hazards and affected objectives
• Evidence pack consolidates climate data, exposure findings and vulnerability analysis
• Prioritised risk register states ratings, owners, controls and residual risks
• Adaptation portfolio combines selected measures, costs, timing and dependencies
• Implementation roadmap assigns governance, procurement steps, milestones and resources
• Monitoring framework sets indicators, baselines, targets, triggers and review cycles
• Peer review tests evidence quality, feasibility, equity and decision clarity
• Final presentation defends recommendations against stakeholder questions and constraints