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Aug 20 -- The United States Department of State (DOS), in cooperation with the United States Global Change Research Program, seeks nominations for U.S. scientists with requisite expertise to serve as Coordinating Lead Authors, Lead Authors, or Review Editors on the Special Report on Climate Change and Cities (SR-Cities) to be undertaken by the Intergovernmental Panel on Climate Change (IPCC) during the Seventh Assessment Report (AR7) cycle.

This is an Open Call. All registered users can nominate U.S. citizens and permanent lawful residents to be considered by the IPCC Scientific Steering Committee (SSC). The call for nominations will close on Monday, September 16, 2024, and a nominations package transmitted on behalf of the U.S. IPCC Focal Point on September 20th. The SSC will complete its work and issue appointment memos in late December 2024.

The United Nations Environment Programme (UNEP) and the World Meteorological Organization (WMO) established the IPCC in 1988. In accordance with its mandate and as reaffirmed in various decisions by the Panel, the major activity of the IPCC is to prepare comprehensive and up-to-date assessments of policy-relevant scientific, technical, and socio-economic information for understanding the scientific basis of climate change, potential impacts, and options for mitigation and adaptation.

The outline approved at the 61st Session of the Panel (P-61 • Sofia, Bulgaria • 27 July - 2 August 2024) consists of the following:

-- Front Matter
-- Summary for Policymakers
-- Technical Summary
-- Chapter 1. Cities in the context of climate change: framing of the report
-- Chapter 2. Cities in a changing climate: trends, challenges and opportunities
-- Chapter 3. Actions and solutions to reduce urban risks and emissions
-- Chapter 4. How to facilitate and accelerate change
-- Chapter 5. Solutions by city types and regions
-- Annex I. Glossary

Time schedule for the production of the Special Report is as follows:

9 August – 20 September 2024                     Call for nominations of authors
23 September – 19 December 2024            Selection of authors
10–15 March 2025                                             First Lead Author Meeting
21–25 July 2025                                                 Second Lead Author Meeting
17 October – 12 December 2025                 Expert Review of the First Order Draft
12–16 January 2026                                         Third Lead Author Meeting
8 May – 3 July 2026                                           Government and Expert Review of the Second Order Draft
3–7 August 2026                                                Fourth Lead Author Meeting
11 December 2026 – 5 February 2027        Final Govt Distribution of Final Draft; Govt Review of
                                                                                 Summary for Policymakers
15–19 March 2027                                             Approval of Summary for Policymakers; Acceptance of
                                                                                 Special Report

Detailed outline:

Chapter 1: Cities in the context of climate change: framing of the report

• Integrated storyline of the report, chapter narrative, sequence, and linkages to other relevant processes and assessments
• Framing and defining urban systems and settlements, and their regional and climatic characteristics (including complex, cascading, compounding, and repeating risks)
• Sustainable development and climate resilience, acknowledging the diversity of development status of cities and countries  
• Cities as hotspots of effects of hazards and emissions, losses and damages, vulnerabilities, exposure, and impacts, while also being key climate actors
• Framing of multi-dimensional urban characteristics, including physical, socioeconomic and environmental features  
• Treatment of urban vulnerabilities, marginalized areas and people, gender, equity, informality and justice
• Psychology, perception, behaviour and attitudes toward climate change and cities
• Interconnection between local context and global context (governance, science, and climate change), and between urban and rural systems
• Assessment methodologies, including following a regional approach, diverse knowledge systems (including Indigenous Knowledge), practitioner expertise, city networks, and considered time frames and spatial scales

Chapter 2: Cities in a changing climate: trends, challenges and opportunities  

• Understanding and learning from the past (global climate, hazards, crises, socioeconomic developments); past, current and future global and city-specific climate (trends, means, extremes)
• Urbanization, urban service, common and different urban development trends (population, demographics, informality and inequity, development stage, land use, geography, minorities and intersectionality, urban extent, form, path dependencies, lock-in, retreat, reconstruction, growth and decline, resource and carbon footprint, health and wellbeing, waste management, ecosystems, economy, finance and insurance, work, artificial intelligence and digitalization)
• Urban emissions trends including consumption-based emissions; the role of cities in emissions and mitigation; future global and city-level scenarios, considering local options, equity, sustainable development, infrastructure, and informal settlements
• City-specific risks and their global and regional climatic impact-drivers (extremes and their attribution, slow-onset events, e.g., sea level rise); compounding and cascading risks; scenarios with and without risk reduction, adaptation, resilience building, changes in vulnerability and exposure across systems and sectors, including eco-systems and biodiversity, food, health and housing, innovative technologies/methods (measurements and models)
• Current mitigation and adaptation, planned and unplanned relocation, losses and damages experienced, and the socio-economic trends that shape them, including policy, governance, colonization
• Understanding the two-way interaction/feedback between cities, regions and countries, science behind the interactions (understanding the biophysical mechanisms); social interactions; climate and air quality, and other environmental changes, multi-hazard components (compounding and cascading hazards)
• Data, information, tools accessibility/availability/usability/transparency  
• Uncertainties, implementation gaps, unprecedented situations
• Complexity and the need to contextualized climate change within broader societal trends (geopolitical, polarizing societal trends) and goals (Sustainable Development Goals), justice, cascading effects on critical infrastructure

Chapter 3: Actions and solutions to reduce urban risks and emissions

• Common and context specific urban mitigation options for spatial planning, energy (heating, cooling, electricity), existing and new buildings and infrastructure, mobility and transport, water, land, food, demand-side measures and behavioral change and cross-sectoral, integrated approaches in urban systems such as circularity  
• Common and context specific urban adaptation and disaster risk reduction options for managing risks in natural, ecological and human systems (including but not limited to physical infrastructure, urban nature-based solutions and ecosystem-based adaptation, and planning and social policies such as relocation, health systems, early warning systems)
• Evaluation of city actions across mitigation and adaptation, and responding to losses and damages such as reconstruction and rehabilitation, including lessons-learned, effectiveness and feasibility, mitigation measures with baseline emissions inventories and targets adopted by cities
• Urban observation and modelling tools for monitoring and evaluation for sectors and unaccounted sources
• Local risk assessments using scientific information, Indigenous Knowledge, and local knowledge of impacts, types and scales of adaptation responses (including positive experiences and outcomes, and aspects of maladaptive practices) and adaptation cycles in various regions and contexts
• Integrating mitigation and adaptation into sustainable development and just transitions, planning approaches under and for uncertainty, synergies and trade-offs, nexus approaches, social innovation, climate resilient development, adaptation targets and the role of cities in net-zero targets
• Metrics for assessing mitigation and adaptation options in the context of sustainable development and the characteristics of and within cities, including service provisioning that delivers health and well-being for all
• Case studies/best practices/stories related to climate resilient development, adaptation, decarbonization and low-carbon development in a diverse range of cities

Chapter 4: How to facilitate and accelerate change

• New ways of planning under and for uncertainty; the likelihood of tipping points  
• Providing climate and information services to enable action, including evaluation of mitigation, adaptation, responses to losses and damages, and the cost and benefits of action and inaction, and sustainable development
• Innovation in governance, urban planning policies, decision-making, technology, urban service provision, energy access and shelter, infrastructure, social systems, and finance, including adoption of innovation, facilitation of societal trends, acknowledging the diverse capacities
• Institutional capacities, competencies, inclusive multi-level governance
• Indigenous Knowledge, local knowledge, diverse knowledge systems and values
• Policies for behavioural and lifestyle changes including demand-side mitigation measures, education for empowerment, community engagement, social movements and communications
• Finance, financial instruments, legal frameworks, economic and policy instruments
• Holistic planning and systems thinking approach towards decarbonized and climate resilient cities
• Structural inequity, gender, colonialism, and justice
• Enabling conditions for poverty eradication, equity in just transitions
• Political will and leadership
• Conflicting goals and trade-offs

Chapter 5: Solutions by city types and regions

This chapter contains a synthesis of solution-relevant information and a collection of case studies by city types in the context of urban sustainable development, distinguished by multi-dimensional characteristics such as:  

• Geographical location (regions)  
• Development stage
• Informality  
• City climate and projections
• Climatic impact-drivers
• Adaptation and mitigation options
• Sectoral contributions to the economy
• Migration, urbanization and demographic trends  
• Fragility and conflict situations
• Losses and damages, vulnerability, impacts and risks
• Early warning systems
• Capacities  
• Inclusiveness, equity and justice  
• Governance  
• Climate finance

FRN: https://www.federalregister.gov/d/2024-18520

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