UHI - Urban Heat Island

The Launch Event of the project “Implementation of a forecAsting System for urban heaT Island effect for the development of urban adaptation strategies – LIFE ASTI” was held on Friday, November 16th 2018, in Thessaloniki. The project is co-funded by the LIFE 2014-2020 Program, has a total budget of € 1,265,395, with a 36-month implementation period.  
Post date: 14 Dec 2018
Type: News

If you’ve felt uncomfortably hot in a city this summer, chances are it’s not just because of the weather. Look around any urban centre and you’ll see the built environment itself exacerbates summer temperatures. Vehicles stuck in traffic emitting heat. Airconditioners pumping waste heat into the air. Concrete and asphalt across almost every surface, absorbing and radiating the sun’s rays. Urban canyons formed between tall buildings, trapping heat at the street level.
Post date: 23 Aug 2018
Type: Link

by Vasileios Ntouros (NKUA)   Urban Heat Island (UHI) is known to have significant impacts on the environment, giving rise to ambient temperatures in and around rural areas. At the same time, climate change issues are intensifying the UHI effects. To alleviate the UHI consequences and break this vicious circle, the European Union is financially supporting projects and actions which demonstrate and apply relevant mitigation techniques, as shown in this Overview Article.
Post date: 12 Dec 2017
Type: News

The UHI Project is implemented through the CENTRAL EUROPE Programme co-financed by the European Regional Development Fund (ERDF). The main target of this transnational project is the development of mitigation, risk prevention and management strategies to counteract the urban heat island (UHI) phenomenon. Mitigation strategies consist in the adoption of urban and land planning models that prevent the establishment of UHI. On the other hand, adaptation strategies aim at reducing the impact of UHI related phenomena, such as summer bioclimatic discomfort.
Post date: 8 Dec 2017
Type: Publication

Decision Support System (DSS) is a software developed within the context of the UHI (Urban Heat Island) project, implemented through the CENTRAL EUROPE Programme co-financed by the European Regional Development Fund (ERDF). It is a simplified database management tool that can be used by an end user interested in the implementation of mitigation measures for counteracting the urban heat island phenomenon.
Post date: 8 Dec 2017
Type: Tool

This report, released by Arup, explores how the application of green infrastructure to the surfaces of buildings can have a positive impact on cities and inhabitants.   Can retrofitting cityscapes with vegetation (particularly in building façades) improve the health and well-being of urban citizens? Can we use green facades to capture renewable energy and drive sustainability? The authors try to provide answers to these complex questions that demand a multi-disciplinary approach to reach a reasonable view.  
Post date: 6 Dec 2016
Type: Publication

The status of cool roofs in the European context is presented. Various definitions of cool roofing materials are analysed and presented. The promotion and rating of cool roofs in Europe is pinpointed. European legislation as well as the challenges of products for cool roofs in the European context is discussed.  
Post date: 4 Nov 2016
Type: Publication

Urban warming has a very significant impact on human life: it increases energy consumption, reduces comfort levels, increases pollution concentration, threatens human health and affects the urban economy. Mitigation technologies aiming to counter the impact of the phenomenon are rapidly being developed and applied in real projects.   Urban warming and the heat island effect  
Post date: 1 Apr 2015
Type: News