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Key figures

This section highlights how the local authority or region is organising themselves to tackle climate risks. It includes data on political commitment, dedicated adaptation strategies, responsible bodies, and how adaptation is integrated into broader policies. Explore how Signatories are building the institutional foundations for effective climate resilience.
42
Area of the jurisdiction boundary (in square km)
31-40%
Jurisdiction’s natural or modified land area range
239,510
Current (or most recent) population size
2022
Population year

Opportunities and benefits of climate action

Direct reduction of energy consumption and greenhouse gas emissions: either by transitioning to renewable or less polluting energy sources and by increasing the energy efficiency of consumption, such as the replacement of the municipal fleet by electric vehicles, of the greater supply of more accessible and zero emissions public transport, energy efficiency measures at the buildings level, among others.
Increasing the energy autonomy of the city: With the use of renewable energy, namely with the production of solar energy within the city borders, the city's resilience and autonomy is expected to increase in face of energy needs, both from the point of view of cost and availability, a transition that is considered essential in the face of the uncertainty of energy costs, and which translate into clear economic benefits, as well as from the point of view of reducing consumption and production costs. This could lead to significant benefits in reducing energy poverty in the city.
Improvement of air quality: through the reduction of GHG emissions and by the implementation of nature-based solutions (mainly trees and green cover, which contribute to air pollutants removal).
Increasing landscape quality and promoting biodiversity: The focus on green and blue infrastructures and nature-based solutions, such as the requalification of streams and water lines, the expansion of green spaces of public access and other forms of green infrastructure increases the quality of the city landscape and, simultaneously, benefits biodiversity and boosts services provided by ecosystems.
Increasing health and well-being: By reducing air pollutants (reducing emissions), increasing the availability of public space appropriate for the use of soft transportation modes, and expanding green and blue infrastructures, the health and well-being of the population can be incremented. Increasing the safety, pleasantness, functionality and availability of soft transportation modes, citizens will be more prone to use this option for (at least) short distance displacements, walking and biking more (daily physical activity).The availability of parks and water sheds significantly help fight the heat island effects during summer and heat waves (which will be more frequent), creating cooler buffers and, consequently, protecting the health of the population, particularly the most vulnerable. Simultaneously, parks appeal to physical activity and walking.
Economic benefits: either by saving energy and/or by local decentralized production of renewable energy, the citizens and organisations will be able to significantly reduce energy costs in the medium and long term, either by saving energy and/or by local decentralized production of renewable energy, the citizens and organisations will be able to significantly reduce energy costs in the medium and long-terms. New green jobs related with, for instance, with renewable energies and energy technologies will increase.
Given the benefits listed, Porto believes that the transition presents a valuable opportunities to enhance the quality of life for its citizens, ultimately benefiting the entire city and region. The empowerment of the community, enabling individuals to make informed energy decisions, will play a crucial role in this process. This shift will also promote a change in societal norms, fostering a culture of sustainability and environmental responsibility. Furthermore, the region will become increasingly attractive for investment in innovative and sustainable projects, further driving economic growth and reinforcing these positive changes.

Further details and evidence

Equitable and inclusive distribution of climate action is being developed under different and complementary projects:
Within the URBiNAT - Healthy Corridors as drivers of social housing neighbourhoods for the co-creation of social, environmental and marketable Nature Based Solutions, the municipality built a new green park in a deprived area of the city, resulting in a 4 ha of new green space, with 1,5 km of pedestrian paths between three social housing neighbourhoods, promoting mobility, access and facilitate the life of several citizens that lives in a more vulnerable social and economic situation. https://www.porto.pt/en/news/population-of-campanha-opens-to-the-city-the-park-they-dreamed-of-and-even-planted
Enhancement of the Municipal Social Housing: The Municipality of Porto is developing actions specifically aimed at mitigating energy poverty in municipal public housing buildings (50 neighbourhoods and more than 13,000 dwellings). Of note is the rehabilitation of buildings to increase their thermal and energy performance. With 85% of these buildings rehabilitated, an emission reduction of 42,560 ton CO2eq is estimated, compared to 2004.
Enhancement of school buildings by placing photovoltaic panels for the production and self-consumption of energy, to increase the energy autonomy of schools, and to promote the improvement of the comfort of students and teachers, thus contributing to the improvement of learning. The panels were installed in twenty-nine schools and municipal buildings that are benefiting a great number of students and citizens and, at the same time, increasing the energy literacy of the students in these schools through a digital gamification tool. https://www.porto.pt/en/news/escola-basica-do-falcao-and-secundaria-alexandre-herculano-gain-a-new-life
Porto launched an initiative to help and empower citizens for energy literacy - Porto Energy Hub. This project is a one-stop-shop that provide financial, technical and legal support to citizens and companies to improve energy efficiency, reduce energy bill costs and reduce GHG emissions. https://www.porto.pt/pt/noticia/porto-energy-hub-apoia-cidadaos-e-empresas-no-caminho-para-a-eficiencia-energetica
The ASCEND project, a Horizon Europe Project, is another example of climate action in areas of the city that are more vulnerable. This project, currently under development, aims to create a Positive Clean Energy District (PCED), namely through the implementation of renewable energy production solutions for self-consumption and through the creation of collective self-consumption or renewable energy communities. The intervention area, located in Lordelo do Ouro neighborhood, has many social housing buildings (seven in total) and several public schools. The aim is to improve the energy literacy of this population and reduce the conditions of energy poverty in this area. This area has an PV production capacity of around 68 kWp (promoted by Porto Solar), and it is expected that PV production will increase in the coming years with the installation of more PV panels on other buildings. https://www.porto.pt/pt/noticia/contrato-da-cidade-com-o-clima-faz-acelerar-todos-os-caminhos-da-descarbonizacao
Porto is committed to double the green spaces for public use throughout the city. Included in the Municipal Master Plan (MMP), the strategy for the expansion of municipal green infrastructure identified a set of places dispersed throughout the city to transform or increase the available green area, supporting a policy of bringing citizens closer to green spaces, where all citizens are expected to have a leisure space a few meters from their homes.
Porto continues the public transport improving, namely through the metro network expansion and the creation of a new metrobus line.
Within the NBRACER project - Nature Based Solutions for Atlantic Regional Climate Resilience, the municipality will create a public green space strengthening its connectivity by improving bioph

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