Reducing temperature at meso or micro scale

UNaLab - Vestdijk, Eindhoven, the Netherlands

UNaLab Vestdijk

Vestdijk has been transformed from a busy grey street mostly used by cars into an urban boulevard - creating more space for pedestrians and cyclists, targeting urban heat and air quality. The street now features more green areas such as street trees, rain gardens, and green strips with perennials and mixed grasses.

Co-Creation of an URBiNAT Healthy Corridor for Campaña, Porto

URBiNAT intervention areas. In Porto city, Campanhã parish was identified as one of the priority areas for urban regeneration aiming at a more sustainable improvement of local living conditions. This area faces severe socio-economic challenges territorial aggravated by isolation, due to lack of accessibility, safety, feeling of security and poor overall conditions of the urban space.

The outline of a study area was developed by the Local Taskforce of Porto, according to the previously established commitment by the municipality of Porto to develop the project URBiNAT in this area. The first criteria were to ensure the inclusion of Cerco, Falcão, Lagarteiro, and other social housing neighbourhoods nearby.

Given the intention of implementing new healthy corridors, the study area includes the most relevant strategic green spaces (Oriental Park, Corujeira Plaza, Quinta da Bonjóia, municipal nursery), services (schools, industry, health centres, local associations)...

UNaLab - Arctic Green wall, Viinikanlahti, Tampere, Finland

UNaLab Arctic Green wall in winter

The main purpose of the arctic green wall is to manage water flows (storage) and water quality, with particular focus on understanding its performance during cold seasons. Arctic green wall will also produce new knowledge related to suitable plant species for sub-arctic climate with variable freeze-thaw cycle and snow load.

Természetes vízmegtartás civil összefogással a Homokhátságon

Célkitűzés:

Az Alföld egyik leginkább elsivatagosodó és az aszálykároknak leginkább kitett részén, a Homokhátságon helyi gazdálkodók tömörültek egy civil szervezetbe, hogy a belvízelvezető csatornák egyszerű elgátolásával segítsék a víz oldalirányú szivárgását a talajban, ezáltal vizet juttatva a környező szántóföldi területek gyökérzónájába. A természetes vízmegtartást széleskörű monitoring és disszeminációs tevékenység kíséri.

Nature-based solutions in Wroclaw: Renovated courtyards and green streets

  • To demonstrate the potential for nature-based solutions to reduce heat stress and flooding and provide other co-benefits
  • To engage citizens in designing nature-based solutions that meet their needs.
  • To develop an effective strategy for nature-based solutions to contribute to climate change adaptation across the city.

Red de micro espacios publicos

Red de micro espacios.

Presentación de la red de micro espacios en el área metropolitana de Mérida, con el propósito de fomentar la rápida recuperación de espacios infrautilizados y generar un impacto positivo en la comunidad.

Articulación de los espacios verdes públicos del parque Metropolitano Albarregas.

Porción del Parque Metropolitano

Rehabilitar e integrar las áreas del bosque urbano del parque metropolitano Albarregas para la creación de espacios públicos verdes adecuados para la recreación, que sean funcionales y estén interconectados con la ciudad para dar cumplimiento a los Objetivos de Desarrollo Sostenible (ODS), y de esta forma dar valor al capital natural de la ciudad mejorando la sostenibilidad y resiliencia al cambio climático.

SABICAS - Haldenvassdraget

SABICAS (SAfeguard BIodiversity and improve Climate Adaptation in catchment areas under pressure: tools and Solutions) aims to provide tools and knowledge needed to quantify the benefits and co-benefits of nature-based solutions. The goal is to facilitate dialogue and decision making among stakeholders and managers. SABICAS will engage with all key catchment stakeholders through several activities, including workshops and living labs.

Pages

Subscribe to Reducing temperature at meso or micro scale