Mediterranean Architecture and the Green-Digital Transition

adaptive performance of connecting non-structural components.- Chapter 18. Process Management of Spatial Structures to Address Positive Buildings with the Goals of Sustainable Development.- Chapter 19. Assessing environmental performance and climate change mitigation effects of bio-based materials for building retrofitting.- Chapter 20. Solar Architecture in Rome: The refurbishment of historic buildings with active solar technologies.- Chapter 21. Integration of solar technologies in historical buildings: construction of an evolutionary framework of good practices.- Chapter 22. Blow-up-Sustainable Modular Houses for Slum Dwellers amidst Covid-19.- Part 3: Technologies: Circular and Ecological Materials, Nature-based Solutions for the Built Habitat.- Chapter 23. Low-cost procedure for evaluating the thermal resistance of building materials.- Chapter 24. Global Catastrophe - Climate Change is happening now, Renewable Energy can reduce its impact.- Chapter 25. Use of vegetable materials fortemporary structures and infrastructures: Sustainable design with tensile systems: case study in Guimaraes.- Chapter 26. Green and healthy solutions in post-pandemic housing.- Chapter 27. Integration of Circular and green technologies for the adaptive reuse of public space.- Chapter 28. Transitional spaces as a domain for public-private engagement in urban regeneration.- Chapter 29. Marine Energy Sources for decarbonization of Mediterranean regions through Maritime Spatial Planning.- Part 4: Humans: Environmental Comfort and Well-being, Energy Efficiency and Users' Conscious Behaviour.- Chapter 30. Evaluation of electrical performance for 1.4 kW Photovoltaic system in Oman: a technical and economic study.- Chapter 31. Rethinking the European Green Deal - Accelerating the transformation towards energy independence based on 100% Renewable Energy.- Chapter 32. Prospects for Wind Energy in Southern Morocco and Northern Mauritania.- Chapter 33. Co-design inclusive relations between Humansand environments adopting a citizen science approach.- Chapter 34. The Influence of Individual Comfort in Shaping the Tourism Image of Balige.- Chapter 35. Feasibility of integrating small scale anaerobic digestion in urban areas: Analyzing energy efficiency.- Chapter 36. Dried-fruit shell reuse in green construction and building materials.- Chapter 37. Functional hospitals for humans.- Part 5: Processes: Methods, Policies and Education for Inclusive Co-planning and Co-design.- Chapter 38. Artificial Cellulose Type Catalysts for Depolymerisation of Cellulosic Biomass.- Chapter 39. Learning from collaborative processes to design the urban green transition.- Chapter 40. Influence of optical characteristics of façades on pedestrian thermal comfort within the streets of Manhattan.- Chapter 41. Sustainable real estate development. How to measure the level of introduced sustainability?.- Chapter 42. Strategies for Frugal Smart Oasis:Figuig as prospect.- Chapter 43. A simulation-based approach for defining energy retrofit strategies of built heritage, through the use of H-BIM tools.- Chapter 44. Generative Environmental Design tools to support circular economy at the local scale.- Chapter 45. An integrated approach for energy and environmental improvement of built heritage through Building Information Modelling (BIM).- Chapter 46. Investigation on the chance of applying bioclimatic solutions for ancient architectures' regeneration.- Chapter 47. Satellite imagery and AI techniques in geospatial analysis to enhance environmental sustainability Application on urban green space in the city of Rabat Morocco.- Chapter 48. Living Lab for Technological Retrofit Design on Perceived Quality.- Part 6: Late arrival Papers.- Chapter 49. Retrofitting of an Existing Building to be a Sustainable, Vibrant, and Smart Building.- Chapter 50. Co-design eco-sustainable and innovative retrofit scenarios in the university context: the experience of beXLab.- Chapter 51. Building digital scenarios to predict energy efficient renovations: the experience of beXLab.- Chapter 52. Leachability of spent chromated copper arsenate (CCA) treated wood encapsulated in geopolymer cement.- Chapter 53. Behind a Senseable Green Building The new Sistema Ambiente Headquarter.