Project Description

We deliberately concentrate our efforts on the urban environment, rather than far away natural habitats like jungles or rain forests, because citizens, and school students in particular, connect more strongly and emotionally with their immediate local surroundings. Furthermore, green spaces like parks, lawns, gardens, and uncultivated fallow lands are easily accessible for inquiry-based learning activities, excursions, and recreational activities.

The project aims to address the following issues:
– appreciation of the natural landscapes and features in cities (tree cover, parks, bushes, lawns, fallow spaces, fountains,
river sides)
– create competences to support urban environmental behaviours (protecting biodiversity) – including personal surroundings
like gardens
– awareness of citizen participation in avoiding degradation of ecosystems and destructive city planning that exacerbates
UHIs and destroys urban tree canopy (UTC)
– aggregate a variety of climate protecting approaches (fountains, vertical gardens, etc.)
– build knowledge, skills and attitudes around sustainable living (GreenComp framework)
– generate digital competences to collect and interpret urban environmental data (e.g. CO2 air quality, soil moisture deficits)

Work Packages

Monitoring Green Urban Areas with IoT Technology

Open Content, Method and Pedagogic Design

Learning Activities, Training and Pilots

Urban Synergies: Cross-cutting Activities and Exchange

Project Team

The partners of the SUTEE project consortium

OUR OBJECTIVES

The SUTEE project aims to address the following issues

Natural landscape appreciation

appreciation of the natural landscapes and features in cities (tree cover, parks, bushes, lawns, fallow spaces, fountains, river sides)

Citizen Participation

awareness of citizen participation in avoiding degradation of ecosystems and destructive city planning that exacerbates UHIs and destroys urban tree canopy (UTC)

GreenComp

build knowledge, skills and attitudes around sustainable living (GreenComp framework)

Urban environmental behaviors

create competences to support urban environmental behaviours (protecting biodiversity)

Climate protecting approaches

aggregate a variety of climate protecting approaches (fountains, vertical gardens, etc.)

Digital competences

generate digital competences to collect and interpret urban environmental data (e.g. CO2 air quality, soil moisture deficits)

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