Our Activities
Cities are complex systems. The components of urban systems, from food distribution networks and energy grids to transport and greenways, are interconnected and dynamic. Intervening to create change in any one of these components may impact others, creating systemic change. Designing solutions that take these interconnections into account is critical to sustainable development.
The five ICLEI pathways towards low emission, nature-based, equitable, resilient and circular development are designed to create systemic change. When these pathways guide local and regional development, urban systems becomes more sustainable. The pathways provide provide a framework for designing integrated solutions that balance the patterns of human life and the built and natural environments. They encourage holistic thinking. For instance, working together, the local and regional governments and global experts of ICLEI consider how nature-based development contributes to resilience, or how to bring equity into low emission development.
We design our work to integrate as many pathways as possible. Each individual pathway is multidimensional, incorporating numerous strategies for sustainable development. When more pathways are integrated into any given activity, such as a project, partnership or initiative, a greater degree of change can occur. Often, our activities are guided by a predominant pathway or set of pathways. In any given city or region, multiple activities may be implemented along each pathway.
This searchable digital collection of our activities worldwide includes technical resources, including digital platforms, methodologies and tools, as well as networks, projects, programs, partnerships, events and initiatives that guide action along the pathways, spark new partnerships and create city-to-city and city-to-region connections.
Each entry in this digital collection is marked with predominant pathways, keywords and related Sustainable Development Goals.
The goal of this project is to mainstream biodiversity, nature-based solutions and ecosystem management, seek recognition for these as cross-sectoral tasks and integrated them in subnational Biodiversity Strategy and Action Plans and sector plans in three model city-regions. ICLEI launched the four-year INTERACT-Bio project in three Global South countries: Brazil, India and Tanzania. ICLEI is […]
Using empirical research, ICLEI is developing a framework and tools to assess changes in food-water-energy nexus, their related trade-offs and the building of innovative capabilities in cities for developing innovative solutions to the food, water and energy nexus and manage green and blue infrastructure at the urban level. ICLEI is supporting the development of frameworks […]
The project is developed and implemented in three major components: 1) Building evidence and enable the local uptake of public health tools; 2) City implementation of analyses of health benefits from SLCP mitigation strategies, as well as stakeholder engagement, using the local evidence of health benefits to support SLCP reduction measures at the local level […]
UH&SLCP (Urban Health and Short-Lived Climate Pollutant Reduction Project)
ICLEI is developing a Green City Action Plan for the city of Kota Kinabalu following a multi-stakeholder consultative process, as a part of the Asian Development Bank’s (ABD) development of Green City Action Plans in the BIMP-EAGA region (comprised of Brunei, Indonesia, Malaysia, the Philippines and East Timor). The City of Kota Kinabalu is committing […]
KK GCAP (Kota Kinabalu Green City Action Plan)
The Greenhouse Gas Emissions and Removals Estimates (SEEG) is an initiative of the Climate Observatory that includes the production of annual estimates of GHG emissions in Brazil, analytical documents on the evolution of emissions and a web portal to provide simple and clear system methods and data. The SEEG methodology was published in the journal […]
SEEG (GHG Emissions and Removals Estimates in Brazil)
Through the project, ICLEI will support 20 cities, with emission inventories, targets and guidelines for mitigation. It includes preparation of an inventory of GHG emissions and atmospheric pollutants; future emission scenarios for 5, 10, 20 and 40 years, with reduction targets; institutional implementation strategies and inventory review mechanisms; and training of RMC technicians in the […]
Greenhouse Gas Emissions Inventory for Campinas and the Metropolitan Region of Campinas
ICLEI provides capacity building to target cities in implementing low emission development strategies as well as mainstreaming science-based disaster risk reduction and climate change adaptation in local development processes. The project utilizes the Asian Cities Climate Change Resilience Network (ACCCRN) Process toolkit, the Global Protocol for Community-scale Greenhouse Gas Emission Inventories (GPC) in formulating the […]
ICLEI is responsible for project implementation in all four partner cities, including preparation of Climate Resilient City Action Plan for four Indian partner cities – Coimbatore, Rajkot, Siliguri and Udaipur – that addresses both climate change adaptation and climate change mitigation using ClimateResilientCities methodology; strengthening the capacities of cities to identify, plan and implement measures […]
ICLEI works with four Brazilian cities to develop an action plans to achieve emissions neutrality and climate resilience by 2050. This includes emissions inventories, scenario modeling, vulnerability analysis and adaptation actions, and the implementation of already consolidated tools, such as CIRIS (developed by C40).
CAP (Climate Action Planning Framework Development)
ICLEI develops and showcases an integrated and comprehensive approach to address urban transport issues and promote sustainable built environment and urban mobility strategies. The project supports four Indian Smart Cities (Gwalior, Ludhiana , Udaipur and Visakhapatnam) by building the local government’s capacity by providing technical advisory to develop smart built environment action plans that focus […]
Supporting Sustainable Urban Transport and Built Environment in Four Indian Smart Cities