CEST Proceedings are published under the ISSN 2944-9820.
Microbial Concrete: A step towards mitigating the climate change and global warming at micro level
El Morabet R., (Corresponding) Roohul Abad K., Muhannad A.
Topic:
Urban environment and health
The post-industrial revolution anthropogenic activities are mainly responsible for Pollution worldwide. This pollution is recognized globally in terms of Global warming and Climate change as their resultant impacts are felt worldwide. The world-wide effort for mitigation of climate change and...Read more
Keywords:
Industrial revolution, Urban Landscapes, Global Warming, Climate Change, Microbial Concrete
Development of an urban resilience indicator for Athens in the context of climate change
(Corresponding) Polydoros A., Mavrakou T., Cartalis C.
Topic:
Climate change mitigation and adaptation
Urbanization interacts with climate change through the way cities are organized and built (land cover/ land use, urban morphology). Increased energy consumption and consequently CO2 emissions, combined with emissions from city functions (urban metabolism, anthropogenic heat sources) intensify urban...Read more
Application of cutting-edge environmental technologies for the development of resilient and sustainable cities
(Corresponding) Senatore V., Giaquinto D., Zarra T., Oliva G., Buonerba A., Belgiorno V., Naddeo V.
Topic:
Energy technologies and sustainability
The development of resilient and sustainable cities emerged as a solution to tackle the several challenges arising from the exponential growth of urban areas population worldwide. The implementation of environmental technologies represents a solution to minimize negative impacts of crowded cities...Read more
Artificial Neural Network prediction of citizens' climate mitigation perception related to urban green infrastructure: The Case of Drama City in Greece:
(Corresponding) KAZANA V., RAPTIS D., CHRYSANTHIDOU E., KAZAKLIS A., MOUMTZIDOU D., PAPADOPOULOU D.
Topic:
CITIZEN SCIENCE
Social perceptions and attitudes are important dimensions for the successful implementation of Green Infrastructure (GI) projects, as these are typically designed to improve environmental conditions and promote a green economy. This paper attempts to investigate social behavioral patterns of...Read more
Keywords:
Human Thermal Comfort, Artificial Neural Networks, urban green infrastructure, public perception, climate mitigation
