This document is the deliverable D3.4 of the CURE (Copernicus for Urban Resilience in Europe) Project. The goal of this deliverable is to fully describe the development process of the 11 CURE Cross-Cutting Applications, including the list of Copernicus and non-Copernicus data used as input, the algorithms and methods adapted for the needs of CURE, example of resulting products for the CURE front-runner and follower cities and the methods evaluation and the dockerization process
Specific climate adaptation and resilience measures can be efficiently designed and implemented at r...
The Covid-19 pandemic and the climate emergency have re-emphasised the need to re-evaluate urban gov...
This report is produced within the Urban Transition Øresund (UT) project (2011–2014), and it is part...
This document aims to describe in more detail the CURE cross-cutting applications and to summarize t...
This document aims to describe the final updated methodology of the CURE Cross-Cutting Applications ...
Sample Products from the CURE project Copernicus cross-cutting applications focusing on climate chan...
The Copernicus for Urban Resilience in Europe (CURE) 2nd Demonstration Workshops (2nd Demos) were he...
This document presents the users’ feedback from the 1st CURE Demonstration Workshop held on Friday 1...
This document presents CURE stakeholder needs and requirements to shape the development of CURE cros...
This document provides a review of current methodologies, which can be of use in the implementation ...
The urban community faces a significant obstacle in effectively utilising Earth Observation (EO) int...
This document accompanies the Deliverable D4.5 – the CURE Portal – a final delivery of activities in...
Deliverable 4.4 is an essential delivery of Task 4.4 Integration of Services in WP4 Cure System Deve...
The aim of this deliverable is to access the CURE services against its real impact for the stakehold...
This document describes the architectural design of the CURE Prototype in detail based on the usage ...
Specific climate adaptation and resilience measures can be efficiently designed and implemented at r...
The Covid-19 pandemic and the climate emergency have re-emphasised the need to re-evaluate urban gov...
This report is produced within the Urban Transition Øresund (UT) project (2011–2014), and it is part...
This document aims to describe in more detail the CURE cross-cutting applications and to summarize t...
This document aims to describe the final updated methodology of the CURE Cross-Cutting Applications ...
Sample Products from the CURE project Copernicus cross-cutting applications focusing on climate chan...
The Copernicus for Urban Resilience in Europe (CURE) 2nd Demonstration Workshops (2nd Demos) were he...
This document presents the users’ feedback from the 1st CURE Demonstration Workshop held on Friday 1...
This document presents CURE stakeholder needs and requirements to shape the development of CURE cros...
This document provides a review of current methodologies, which can be of use in the implementation ...
The urban community faces a significant obstacle in effectively utilising Earth Observation (EO) int...
This document accompanies the Deliverable D4.5 – the CURE Portal – a final delivery of activities in...
Deliverable 4.4 is an essential delivery of Task 4.4 Integration of Services in WP4 Cure System Deve...
The aim of this deliverable is to access the CURE services against its real impact for the stakehold...
This document describes the architectural design of the CURE Prototype in detail based on the usage ...
Specific climate adaptation and resilience measures can be efficiently designed and implemented at r...
The Covid-19 pandemic and the climate emergency have re-emphasised the need to re-evaluate urban gov...
This report is produced within the Urban Transition Øresund (UT) project (2011–2014), and it is part...