Climate Change Adaptation, Mitigation and Resilience Planning Training Workshop

Course overview

Climate change presents significant risks to ecosystems, infrastructure, agriculture, water resources, public health, livelihoods and economic development. Organizations need the capacity to understand climate hazards, assess exposure and vulnerability, develop adaptation measures, reduce greenhouse gas emissions and strengthen resilience to current and future climate impacts. This practical course equips participants with the knowledge and tools to assess climate-related risks and integrate climate considerations into policies, development programmes, infrastructure investments and organizational strategies. Participants explore climate science fundamentals, climate data interpretation, vulnerability assessments, adaptation planning, emissions reduction, ecosystem-based approaches, disaster risk reduction, climate finance and monitoring frameworks.

The workshop emphasizes applied learning through climate-risk scenarios, adaptation planning exercises, emissions inventories, resilience assessments and climate action plans. It also introduces GIS, remote sensing, data analytics and artificial intelligence applications for climate monitoring, risk mapping and decision support.

Course objectives

• Explain climate change science, greenhouse gas emissions, climate hazards and the implications of climate change for sustainable development.
• Develop a practical climate action plan incorporating priorities, responsibilities, financing options, implementation timelines and measurable performance indicators.
• Apply climate data, GIS, remote sensing and monitoring indicators to support climate risk analysis, adaptation planning and mitigation tracking.
• Identify greenhouse gas emission sources and propose practical mitigation measures, including energy efficiency, renewable energy and nature-based solutions.
• Develop context-specific climate change adaptation and resilience strategies for communities, organizations, ecosystems and infrastructure.
• Conduct preliminary climate risk and vulnerability assessments by analyzing hazards, exposure, sensitivity and adaptive capacity.

Who should attend

Course content

• Module 1: Fundamentals of Climate Change and Climate Science Weather versus climate, the greenhouse effect, natural and human-induced climate change, major greenhouse gases, global warming and observed climate trends, climate system components, extreme we
• Module 2: Climate Hazards, Exposure and Vulnerability Types of climate hazards, floods and droughts, heatwaves and changing rainfall patterns, storms and coastal hazards, slow-onset climate impacts, exposure of people and assets, sensitivity of livelihood
• Module 3: Climate Data, Projections and Scenario Analysis Historical climate observations, rainfall and temperature data, climate variability and long-term trends, climate models and projections, emissions scenarios, interpreting climate datasets, selecti
• Module 4: Climate Risk and Vulnerability Assessment Climate risk assessment methodologies, hazard identification, exposure and vulnerability mapping, qualitative and quantitative risk assessment, risk matrices, vulnerability indices, sectoral risk assessm
• Module 5: Climate Change Adaptation Planning Principles of climate adaptation, incremental and transformational adaptation, identifying adaptation options, evaluating costs and benefits, prioritizing adaptation interventions, short-, medium- and long-term
• Module 6: Climate Resilience and Disaster Risk Reduction Climate resilience concepts, resilience of communities and institutions, disaster risk reduction frameworks, early-warning systems, preparedness and contingency planning, flood and drought risk mana
• Module 7: Climate Change Mitigation and Greenhouse Gas Accounting Climate change mitigation principles, greenhouse gas emission sources, organizational emissions inventories, Scope 1, Scope 2 and Scope 3 emissions, activity data and emission factors, carb
• Module 8: Renewable Energy, Energy Efficiency and Low-Carbon Development Solar, wind and other renewable energy technologies, energy efficiency opportunities, efficient buildings and equipment, clean cooking, sustainable transport, electrification, indust
• Module 9: Nature-Based Solutions and Ecosystem-Based Adaptation Ecosystem services and climate regulation, forest conservation and restoration, wetlands and watershed protection, sustainable land management, mangrove and coastal ecosystem restoration, agr
• Module 10: Climate-Smart Agriculture, Water and Food Security Climate impacts on agricultural productivity, drought-resistant and climate-resilient farming, soil and water conservation, sustainable irrigation, agricultural diversification, early-warning i
• Module 11: GIS, Remote Sensing and Climate Risk Mapping Geospatial data for climate analysis, mapping climate hazards and vulnerable populations, flood and drought mapping, land-cover change assessment, satellite imagery applications, vegetation and droug
• Module 12: Climate Finance, Policy and Institutional Governance International climate finance architecture, adaptation and mitigation funding, climate funds and financing mechanisms, climate budget tagging, project concept development, climate investment
• Module 13: Climate Monitoring, Evaluation and Reporting Climate action indicators, adaptation and mitigation performance measures, monitoring frameworks, baselines and targets, tracking emissions reductions, monitoring adaptation outcomes, resilience indi
• Module 14: AI, Climate Analytics and Early-Warning Applications AI applications in climate analysis, interpreting climate datasets with analytical tools, predictive modelling concepts, forecasting and early-warning systems, remote sensing analytics, ident
• Module 15: Climate Action Plan Development and Capstone Project Conducting a preliminary climate risk assessment, selecting adaptation and mitigation priorities, defining objectives and expected outcomes, developing an intervention matrix, estimating reso

General notes

• 6. Practical workshop activities and outputs Participants will complete applied exercises using climate datasets, organizational scenarios, maps and development-project case studies. Expected outputs include: a climate change hazards and impacts assessment, a climate vulnerability assessment matrix, a climate risk register, a climate risk prioritization matrix, a climate adaptation options assessment, a community or organizational resilience action plan, a greenhouse gas emissions inventory template, a carbon footprint calculation workbook, a low-carbon intervention assessment, a climate risk map, a GIS-based vulnerability analysis, a climate action indicator framework, a climate finance concept note, a climate monitoring and evaluation framework, an AI-assisted climate data analysis with verified findings, a comprehensive climate change adaptation and mitigation action plan.

Schedule & fees