SuPeRBE Wiki - Revision history

Katia-federico1 at 08:41, 22 January 2025

2025-01-22T08:41:43Z

← Older revision		Revision as of 08:41, 22 January 2025
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	\| Austria \|\| Central Institution for Meteorology and Geodynamics (ZAMG)\|\| In order to record temperature, precipitation, wind, sunshine, etc., the ZAMG has been operating a comprehensive national station measuring network since 1851 - the only institution in Austria to do so. The ZAMG's verified measurement data provide the basis for climate-related products and services for private individuals, authorities and commercial customers. In addition, the measurement data is scientifically evaluated in ZAMG's internal climate research.		\| Austria \|\| Central Institution for Meteorology and Geodynamics (ZAMG)\|\| In order to record temperature, precipitation, wind, sunshine, etc., the ZAMG has been operating a comprehensive national station measuring network since 1851 - the only institution in Austria to do so. The ZAMG's verified measurement data provide the basis for climate-related products and services for private individuals, authorities and commercial customers. In addition, the measurement data is scientifically evaluated in ZAMG's internal climate research.
	\|\| https://www.zamg.ac.at/cms/de/klima/informationsportal-klimawandel		\|\| https://www.zamg.ac.at/cms/de/klima/informationsportal-klimawandel
			\|-
			\| Veneto/Italy \|\|Regional Agency for Environmental Protection and Prevention of the Veneto (ARPAV)\|\| ARPAV has developed the Climate Platform Northeast (CliNE), which offers climate projections for the territory of northeastern Italy through thirteen indicators calculated for possible future climate scenarios and adapted to data collected by regional weather stations. These projections are provided in terms of maps and time series, for different time horizons and three emission scenarios, with the possibility of extracting and downloading data for specific points of interest. In addition, the possibility is given to visualize and compare the annual point series provided by the projection with the historical point series measured by the measuring stations of the regional meteo-hydro-nivo network in the immediate vicinity (within 1 km). The information presented in the Platform is of use to policymakers, stakeholders, and citizens to support spatial planning, climate change adaptation measures, and, more generally, increase knowledge and awareness of ongoing climate change. \|\| [https://clima.arpa.veneto.it/ Climate Platform Northeast]
			\|-
	\|}		\|}

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	The simulation results provide a critical foundation for policymakers to design measures to limit global warming and develop targeted adaptation strategies for regional climate changes.		The simulation results provide a critical foundation for policymakers to design measures to limit global warming and develop targeted adaptation strategies for regional climate changes.
	\|\| https://www.zamg.ac.at/cms/de/klima/informationsportal-klimawandel/klimazukunft		\|\| https://www.zamg.ac.at/cms/de/klima/informationsportal-klimawandel/klimazukunft
			\|-
			\| Veneto/Italy\|\|Regional Agency for Environmental Protection and Prevention of the Veneto (ARPAV)\|\| The SECURE App - System for Calculating and Visualizing Return Times of Regionalized Extreme Precipitation over the Veneto Region - was developed by ARPA Veneto in collaboration with the Dino Tonini International Center and the Center for the Study of Climate Change Impacts of the University of Padua - Rovigo Campus. SECURE allows the analysis of precipitation data collected by ARPA Veneto through its monitoring network to estimate extreme precipitation, with assigned return times, between 2 and 300 years, and durations, between 5 minutes and 5 days. The analysis can be carried out for any point or area within the Region's territory. Through SECURE's WebGIS interface, it is possible to easily select the point or area of interest, using geographic or UTM coordinates, identifiable references in regional orthophotos, administrative contours of municipalities, or shapefiles that identify an arbitrary area of interest. The quantile estimates produced by SECURE cover the entire regional territory and can be carried out by various methods, both established and innovative. In particular, the application uses the Gumbel and GEV (Generalized Extreme Value) distributions, estimated by regionalization methods, and the Simplified Metastatistical Extreme Value (SMEV) distribution, whose parameters are estimated considering all the events observed in the ARPAV series. Finally, SECURE allows, for the selected point or area, to generate the corresponding rainfall possibility signal curves according to the power law formulation often referred to as Montana.\|\|[https://rainyapp.arpa.veneto.it/ SECURE App]
			\|-
			\| Veneto/Italy\|\|Veneto Region\|\| WebGIS - Climate Change-Related Risk Indices. Among the studies and analyses carried out to create a solid technical-scientific basis for the regional strategy of adaptation to climate change, indices have been developed to provide a relative risk classification for multiple climate hazards for the Veneto Region. The viewer includes information layers, in raster format, related to the elaboration of 6 indices of climate change-related risk developed based on information inferable from existing databases and cartographies of climate data related to trends measured in the last 30 years (flooding due to intense precipitation phenomena, heat waves, droughts, soil erosion) and related projections based on the five EURO-CORDEX European-scale climate models for the two future periods 2021-2050 (near future) and 2071-2100 (far future), considering the three IPCC RCP2 emission scenarios. 6 “Aggressive Mitigation,” RCP4.5 “Strong Mitigation,” and RCP8.5 “Business as Usual”.\|\|[https://idt2.regione.veneto.it/portfolio/webgis-indici-del-rischio-legato-ai-cambiamenti-climatici/ WebGIS - Climate Change Risk Indices]
			\|-
	\|}		\|}

Ahmed Khoja: Ahmed Khoja moved page SuPeRBE Wiki:INVENTORY OF CLIMATE ADAPTATION AND RISK MITIGATION INSTRUMENTS FOR THE BUILT ENVIRONMENT to SuPeRBE Wiki

2024-11-23T05:50:47Z

Ahmed Khoja moved page SuPeRBE Wiki:INVENTORY OF CLIMATE ADAPTATION AND RISK MITIGATION INSTRUMENTS FOR THE BUILT ENVIRONMENT to SuPeRBE Wiki

← Older revision	Revision as of 05:50, 23 November 2024
(No difference)

Ahmed Khoja: /* Climate Risk Assessment Methods and Tools */

2024-11-19T07:01:45Z

Climate Risk Assessment Methods and Tools

← Older revision		Revision as of 07:01, 19 November 2024
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	\| Natural fire risk indicator methodology \|\| CzechGlobe \|\| Fire \|\| Country \|\| The methodology pfocuses on improving the system for monitoring and forecasting wildfire risk. It introduces two fire weather indices, which, when combined, allow for robust risk estimations. The methodology quantifies the relationship between favorable conditions for wildfires and their actual occurrence over different timeframes. It has been integrated into the [https://www.firerisk.cz/ firerisk.cz portal], which serves as a tool for operational fire risk forecasting and daily monitoring. The methodology also considers the impact of climate change on the frequency of wildfires in the Czech Republic. \|\| [https://www.mzp.cz/C1257458002F0DC7/cz/vestnik_mzp_2022/$FILE/SOTPR-Vestnik_zari_2022_priloha1-20220930.pdf PDF [CZ]]		\| Natural fire risk indicator methodology \|\| CzechGlobe \|\| Fire \|\| Country \|\| The methodology pfocuses on improving the system for monitoring and forecasting wildfire risk. It introduces two fire weather indices, which, when combined, allow for robust risk estimations. The methodology quantifies the relationship between favorable conditions for wildfires and their actual occurrence over different timeframes. It has been integrated into the [https://www.firerisk.cz/ firerisk.cz portal], which serves as a tool for operational fire risk forecasting and daily monitoring. The methodology also considers the impact of climate change on the frequency of wildfires in the Czech Republic. \|\| [https://www.mzp.cz/C1257458002F0DC7/cz/vestnik_mzp_2022/$FILE/SOTPR-Vestnik_zari_2022_priloha1-20220930.pdf PDF [CZ]]
	\|-		\|-
			\|}

			<br>

172.19.0.1: /* Climate Risk Assessment Methods and Tools */

2024-11-19T07:00:59Z

Climate Risk Assessment Methods and Tools

← Older revision		Revision as of 07:00, 19 November 2024
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	== Climate Risk Assessment Methods and Tools ==		== Climate Risk Assessment Methods and Tools ==
	'''INFO:''' ~~Climate~~ risk assessment methods ~~and tools~~ are designed to help assess vulnerabilities and risks to natural hazards such as heatwaves, floods, and heavy rainfall. These tools provide critical insights into how climate hazards may impact populations, assets and infrastructure by ~~analyzing~~ factors like exposure, susceptibility, and coping capacity. They offer a structured approach to understanding and preparing for climate risks..		'''INFO:''' This section of the wiki presents climate risk assessment methods which are designed to help assess vulnerabilities and risks to natural hazards such as heatwaves, floods, and heavy rainfall. These tools provide critical insights into how climate hazards may impact populations, assets and infrastructure by analysing factors like exposure, susceptibility, and coping capacity. They offer a structured approach to understanding and preparing for climate risks
	~~'''Task'''~~		For each method, the following details are provided:
	~~Identify and report on climate risk assessment tools relevant to your region or internationally.~~ For each method, ~~gather~~ details ~~about~~:

	* Method Name: The official name of the assessment method.		* Method Name: The official name of the assessment method.
	* Publisher: The organization or agency responsible for the tool.		* Publisher: The organization or agency responsible for the tool.
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	\| Natural fire risk indicator methodology \|\| CzechGlobe \|\| Fire \|\| Country \|\| The methodology pfocuses on improving the system for monitoring and forecasting wildfire risk. It introduces two fire weather indices, which, when combined, allow for robust risk estimations. The methodology quantifies the relationship between favorable conditions for wildfires and their actual occurrence over different timeframes. It has been integrated into the [https://www.firerisk.cz/ firerisk.cz portal], which serves as a tool for operational fire risk forecasting and daily monitoring. The methodology also considers the impact of climate change on the frequency of wildfires in the Czech Republic. \|\| [https://www.mzp.cz/C1257458002F0DC7/cz/vestnik_mzp_2022/$FILE/SOTPR-Vestnik_zari_2022_priloha1-20220930.pdf PDF [CZ]]		\| Natural fire risk indicator methodology \|\| CzechGlobe \|\| Fire \|\| Country \|\| The methodology pfocuses on improving the system for monitoring and forecasting wildfire risk. It introduces two fire weather indices, which, when combined, allow for robust risk estimations. The methodology quantifies the relationship between favorable conditions for wildfires and their actual occurrence over different timeframes. It has been integrated into the [https://www.firerisk.cz/ firerisk.cz portal], which serves as a tool for operational fire risk forecasting and daily monitoring. The methodology also considers the impact of climate change on the frequency of wildfires in the Czech Republic. \|\| [https://www.mzp.cz/C1257458002F0DC7/cz/vestnik_mzp_2022/$FILE/SOTPR-Vestnik_zari_2022_priloha1-20220930.pdf PDF [CZ]]
	\|-		\|-
	~~\| Example \|\| Example \|\| Example \|\| Example \|\| Example \|\| Example~~

172.19.0.1: /* Climate Adaptation Good Practices Examples */

2024-11-19T06:58:03Z

Climate Adaptation Good Practices Examples

← Older revision		Revision as of 06:58, 19 November 2024
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	== Climate Adaptation Good Practices Examples ==		== Climate Adaptation Good Practices Examples ==
	'''INFO:''' ~~Climate Adaptation Good Practices Examples are~~ real-world case studies or pilot projects that ~~effectively~~ address specific climate hazards such as floods, heatwaves, droughts, and storms. These examples showcase ~~successful~~ strategies ~~for adapting to climate risks and can inspire others to implement similar solutions~~. ~~Look for case studies~~, ~~pilot projects~~, ~~or successful implementations targeting specific climate hazards. These practices offer guidance for enhancing resilience across sectors like~~ energy, water, green infrastructure, and ~~more.~~		'''INFO:''' This section of the wiki presents real-world case studies and pilot projects that address specific climate hazards such as floods, heatwaves, droughts, and storms. These examples are categorized by spatial scale to showcase how climate adaptation strategies are applied at different levels, organized into three spatial categories:
	~~'''Task'''~~		* Building Scale
	~~Identify and report on Good Practices~~ of ~~climate adaptation from your region or international~~ ~~sources. For each~~ example~~, they gather details about:~~		* Neighbourhood Scale
			* City/Community Scale
			For each scale, the following details are provided:
			* Project/Practice Name
			* Location
			* Climate Hazard Addressed (e.g., floods, heatwaves, droughts)
			* Urban Sector Addressed (energy, water and wastewater, structures, urban and spatial environment, blue and green infrastructure, telecommunications, mobility and transport, or organization and wellbeing)
			* Description of the example
			* A URL Link to the example

	* Project/Practice Name: The name of the good practice or project.
	* Location: Where the practice was implemented.
	* Link to More Information: A URL or reference to access additional information about the practice.
	* Climate Hazard Addressed: Specify the climate hazard that the practice was designed to mitigate (e.g., floods, heatwaves, droughts). It can address more than one!
	* Description of the Practice: A brief overview of the climate adaptation measures implemented, the goals of the project, and the outcomes achieved.
	* Urban Sector Addressed: Indicate the urban sector(s) that the practice focuses on, such as energy, water and wastewater, structures, urban and spatial environment, blue and green infrastructure, telecommunications, mobility and transport, or organization and wellbeing

	=== Building Scale ===		=== Building Scale ===
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	Energy renovation projects include elementary schools and cultural institutions. The implementation of the projects results in savings in primary energy consumption as well as greenhouse gas emissions.		Energy renovation projects include elementary schools and cultural institutions. The implementation of the projects results in savings in primary energy consumption as well as greenhouse gas emissions.
	\|\| https://www.sibenik.hr/		\|\| https://www.sibenik.hr/
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	~~\| Example \|\| Example \|\| Example \|\| Example \|\| Example \|\| Example~~
	\|}		\|}

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	Air polution		Air polution
	\|\| Urban and spatial environment \|\| Through the implementation of climate adaptation measures, activities are being undertaken to strengthen green infrastructure, specifically through enhancements to the existing Rasadnik Park. This initiative includes the planting of 70 new trees. By carrying out these activities, the project will contribute to increased carbon dioxide absorption and rainfall regulation, while also mitigating the urban heat island effect. These improvements aim to create more favorable climatic conditions in the area, enhancing overall environmental health and resilience to climate change impacts. \|\| https://www.sibenik.hr/		\|\| Urban and spatial environment \|\| Through the implementation of climate adaptation measures, activities are being undertaken to strengthen green infrastructure, specifically through enhancements to the existing Rasadnik Park. This initiative includes the planting of 70 new trees. By carrying out these activities, the project will contribute to increased carbon dioxide absorption and rainfall regulation, while also mitigating the urban heat island effect. These improvements aim to create more favorable climatic conditions in the area, enhancing overall environmental health and resilience to climate change impacts. \|\| https://www.sibenik.hr/
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	~~\| Example \|\| Example \|\| Example \|\| Example \|\| Example \|\| Example~~
	\|}		\|}

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	\| Corona Verde di Torino \|\| City of Turin and the province \|\| Heat waves, floods, heavy precipitation \|\| Urban green areas, health \|\| Corona Verde is the large belt that embraces Turin with green areas, royal residences, river networks and cultivated fields. It guarantees health and well-being, helps to contrast air and noise pollution, increases resilience to the effects caused by climate change, represents a model of sustainable and long-lasting local development. NBS described in the document are fully transferable in the areas that request those kinds of interventions. NBS applied are catalogued on an e-government platform, available at the following [https://www.coronaverde.it/projects/map LINK] \|\| [https://www.regione.piemonte.it/web/temi/ambiente-territorio/ambiente/corona-verde Corona Verde]		\| Corona Verde di Torino \|\| City of Turin and the province \|\| Heat waves, floods, heavy precipitation \|\| Urban green areas, health \|\| Corona Verde is the large belt that embraces Turin with green areas, royal residences, river networks and cultivated fields. It guarantees health and well-being, helps to contrast air and noise pollution, increases resilience to the effects caused by climate change, represents a model of sustainable and long-lasting local development. NBS described in the document are fully transferable in the areas that request those kinds of interventions. NBS applied are catalogued on an e-government platform, available at the following [https://www.coronaverde.it/projects/map LINK] \|\| [https://www.regione.piemonte.it/web/temi/ambiente-territorio/ambiente/corona-verde Corona Verde]
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	~~\| Example \|\| Example \|\| Example \|\| Example \|\| Example \|\| Example~~
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	~~\| Example \|\| Example \|\| Example \|\| Example \|\| Example \|\| Example~~
	\|}		\|}

Ahmed Khoja: /* Climate Adaptation Solutions Repository */

2024-11-19T06:54:59Z

Climate Adaptation Solutions Repository

Show changes

Ahmed Khoja: /* Storm and wind hazard */

2024-11-19T06:48:01Z

Storm and wind hazard

← Older revision		Revision as of 06:48, 19 November 2024
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	\| Croatia \|\| klimatskepromjene.hr, Sensum d.o.o \|\| Climate Impact - Assessment Platform \|\| The results of the regional climate model RegCM4 are obtained as part of the project "Strengthening the capacity of the Ministry of Environmental Protection and Energy for adaptation to climate change and preparation of the Draft Strategy for Adaptation to Climate Change", and were used in the development of this innovative platform, which is financed by the EU Transition Facility. Until 2005, simulations of measured (historical) values were presented, while from 2005 to 2050, the forecast of the selected climate element was presented. The platform covers two greenhouse gas concentration scenarios (RCP 4.5 and RCP 8.5) and five different climate elements (temperature, precipitation, wind speed, clouds, and solar radiation). \|\| City, County \|\| [https://klimatskepromjene.hr/en/interaktivna-mapa-klimatske-promjene/ Climate Impact - Assessment Platform]		\| Croatia \|\| klimatskepromjene.hr, Sensum d.o.o \|\| Climate Impact - Assessment Platform \|\| The results of the regional climate model RegCM4 are obtained as part of the project "Strengthening the capacity of the Ministry of Environmental Protection and Energy for adaptation to climate change and preparation of the Draft Strategy for Adaptation to Climate Change", and were used in the development of this innovative platform, which is financed by the EU Transition Facility. Until 2005, simulations of measured (historical) values were presented, while from 2005 to 2050, the forecast of the selected climate element was presented. The platform covers two greenhouse gas concentration scenarios (RCP 4.5 and RCP 8.5) and five different climate elements (temperature, precipitation, wind speed, clouds, and solar radiation). \|\| City, County \|\| [https://klimatskepromjene.hr/en/interaktivna-mapa-klimatske-promjene/ Climate Impact - Assessment Platform]
	\|-		\|-
	Austria \|\| Government of Austria \|\| windatlas \|\| Using geostatistical and numerical modelling, a wind atlas will be calculated for the whole of Austria with a resolution of 100 x 100 metres grid areas. The results will then serve as the basis for estimating the theoretically maximum mobilisable wind energy potential, taking into account comprehensive aspects of wind energy. In addition to the newly determined wind maps for various heights above ground, the main result will be a scenario generator for the theoretically maximum mobilisable wind potential, which will enable the user to individually enter individual parameters in order to be able to estimate the feasibility of wind turbines under changed conditions.\|\| Building, Neighborhood, Community/District \|\| https://www.windatlas.at/		\| Austria \|\| Government of Austria \|\| windatlas \|\| Using geostatistical and numerical modelling, a wind atlas will be calculated for the whole of Austria with a resolution of 100 x 100 metres grid areas. The results will then serve as the basis for estimating the theoretically maximum mobilisable wind energy potential, taking into account comprehensive aspects of wind energy. In addition to the newly determined wind maps for various heights above ground, the main result will be a scenario generator for the theoretically maximum mobilisable wind potential, which will enable the user to individually enter individual parameters in order to be able to estimate the feasibility of wind turbines under changed conditions.\|\| Building, Neighborhood, Community/District \|\| https://www.windatlas.at/
	\|}		\|}

Ahmed Khoja: /* Drought and water scarcity */

2024-11-19T06:47:11Z

Drought and water scarcity

← Older revision		Revision as of 06:47, 19 November 2024
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	\|-		\|-
	! Publisher !! Information !! Spatial Coverage !! Link		! Publisher !! Information !! Spatial Coverage !! Link
	\|-
	\| Bavarian State Office for the Environment (LfU) \|\| In the Environmental Atlas Bavaria, flood-related content is categorized under natural hazards and summarized in the "flood hazard" section. Users can select and combine various layers through the content window, with explanations available for each layer. Detailed location-specific information can be accessed by clicking on objects in the map. Flood-related data can be viewed at scales up to 1:1,000, Parcel maps are shown at a scale of around 1:2,000, allowing users to assess the impact on individual properties, though positional inaccuracies of +/-10m are possible \|\| Neighborhood, Community/District \|\| [https://www.umweltatlas.bayern.de/mapapps/resources/apps/umweltatlas/index.html?lang=de&layers=lfu%20domain-naturgefahren,service%20naturgef%204,6;lfu%20domain-naturgefahren,service%20naturgef%204,4;lfu%20domain-naturgefahren,service%20naturgef%204,5;lfu%20domain-naturgefahr Umweltatlas]
	\|-		\|-
	\| Iczm platform \|\| A coastal plan for the Šibenik-Knin County that includes policy and management measures, general measures of building resilience (space, water infrastructure, narrow coastal belt, forest fires, economy, other challenges), specific measures of building resilience for coastal settlements, and measures of introducing a coastal zone measurement system \|\| County \|\| [https://iczmplatform.org/storage/documents/njPooVmOxYugcciOcYOX1FmphgsLYqeH3w9juFCe.pdf Coastal plan for the Šibenik-Knin County]		\| Iczm platform \|\| A coastal plan for the Šibenik-Knin County that includes policy and management measures, general measures of building resilience (space, water infrastructure, narrow coastal belt, forest fires, economy, other challenges), specific measures of building resilience for coastal settlements, and measures of introducing a coastal zone measurement system \|\| County \|\| [https://iczmplatform.org/storage/documents/njPooVmOxYugcciOcYOX1FmphgsLYqeH3w9juFCe.pdf Coastal plan for the Šibenik-Knin County]
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	\| Ministry of Environment [CZ] \|\| The information portal was developed on the T. G. Masaryk Water Research Institute [https://www.vuv.cz/en/ VÚV TGM] platform in collaboration with the Ministry of the Environment and the Ministry of the Interior as part of efforts to address drought issues. This portal aims to gather and share information about drought with the general public, serving as both an educational resource and a tool for raising awareness about this pressing environmental challenge, along with sharing best practices on drought adaptation solution. \|\| Community, Country \|\| [https://www.suchovkrajine.cz/vystupy/katalog-opatreni Sucho v Krajine platform]		\| Ministry of Environment [CZ] \|\| The information portal was developed on the T. G. Masaryk Water Research Institute [https://www.vuv.cz/en/ VÚV TGM] platform in collaboration with the Ministry of the Environment and the Ministry of the Interior as part of efforts to address drought issues. This portal aims to gather and share information about drought with the general public, serving as both an educational resource and a tool for raising awareness about this pressing environmental challenge, along with sharing best practices on drought adaptation solution. \|\| Community, Country \|\| [https://www.suchovkrajine.cz/vystupy/katalog-opatreni Sucho v Krajine platform]
	\|-
	~~\| Example \|\| Example \|\| Example \|\| Example~~
	\|}		\|}

Ahmed Khoja: /* Climate Adaptation Solutions Repository */

2024-11-19T06:46:21Z

Climate Adaptation Solutions Repository

← Older revision		Revision as of 06:46, 19 November 2024
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	\| LIFE Tree Check project \|\| Good practice database\|\| This database collects projects focused on adaptation measures to various climate hazards, specifically related to the revitalization of water elements, urban greenery, and green infrastructure. It includes examples of adaptation strategies for agriculture, administrative buildings, residential areas, and public spaces. The platform offers a comprehensive overview of buildings and neighborhoods adapted to climate change, with a particular focus on Czechia, covering topics such as flood control, green roofs, energy savings, biodiversity, and drought management. \|\| Buildings, Neighborhood, Community/District \|\| [https://www.lifetreecheck.eu/en/Database LIFE Tree Check Database]		\| LIFE Tree Check project \|\| Good practice database\|\| This database collects projects focused on adaptation measures to various climate hazards, specifically related to the revitalization of water elements, urban greenery, and green infrastructure. It includes examples of adaptation strategies for agriculture, administrative buildings, residential areas, and public spaces. The platform offers a comprehensive overview of buildings and neighborhoods adapted to climate change, with a particular focus on Czechia, covering topics such as flood control, green roofs, energy savings, biodiversity, and drought management. \|\| Buildings, Neighborhood, Community/District \|\| [https://www.lifetreecheck.eu/en/Database LIFE Tree Check Database]
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	~~\| Example \|\| Example \|\| Example \|\| Example~~
	\|}		\|}

Ahmed Khoja: /* Heavy precipitation, Hail and Ground water level raise */

2024-11-19T06:45:26Z

Heavy precipitation, Hail and Ground water level raise

← Older revision		Revision as of 06:45, 19 November 2024
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	\|-		\|-
	! Publisher !! Information !! Spatial Coverage !! Link		! Publisher !! Information !! Spatial Coverage !! Link
	\|-
	\| Bavarian State Office for the Environment (LfU) \|\| In the Environmental Atlas Bavaria, flood-related content is categorized under natural hazards and summarized in the "flood hazard" section. Users can select and combine various layers through the content window, with explanations available for each layer. Detailed location-specific information can be accessed by clicking on objects in the map. Flood-related data can be viewed at scales up to 1:1,000, Parcel maps are shown at a scale of around 1:2,000, allowing users to assess the impact on individual properties, though positional inaccuracies of +/-10m are possible \|\| Neighborhood, Community/District \|\| [https://www.umweltatlas.bayern.de/mapapps/resources/apps/umweltatlas/index.html?lang=de&layers=lfu%20domain-naturgefahren,service%20naturgef%204,6;lfu%20domain-naturgefahren,service%20naturgef%204,4;lfu%20domain-naturgefahren,service%20naturgef%204,5;lfu%20domain-naturgefahr Umweltatlas]
	\|-		\|-
	\| Water in the City: Methodology on sustainable management of rainwater in the urban environment \|\| This methodology focuses on developing tools to assist municipalities in managing rainwater using nature-based solutions. These solutions (that are graphically presented in the book), which help address challenges like flooding, drought, and heat islands, are often hindered by limited capacity and information. The project's goal was to create a methodology to support the planning and implementation of rainwater-retaining infrastructure in urban areas. It was funded by the Technology Agency of the Czech Republic and ran from 2019 to 2021. The Coordinator of the project was [https://www.uceeb.cz/en/water-in-the-city/ CTU UCEEB.] \|\| Neighborhood, Community/District \|\| [https://vodavemeste.cz/ Voda ve městě [CZ] [PDF]		\| Water in the City: Methodology on sustainable management of rainwater in the urban environment \|\| This methodology focuses on developing tools to assist municipalities in managing rainwater using nature-based solutions. These solutions (that are graphically presented in the book), which help address challenges like flooding, drought, and heat islands, are often hindered by limited capacity and information. The project's goal was to create a methodology to support the planning and implementation of rainwater-retaining infrastructure in urban areas. It was funded by the Technology Agency of the Czech Republic and ran from 2019 to 2021. The Coordinator of the project was [https://www.uceeb.cz/en/water-in-the-city/ CTU UCEEB.] \|\| Neighborhood, Community/District \|\| [https://vodavemeste.cz/ Voda ve městě [CZ] [PDF]
	\|-		\|-
	\| LIFE DELIVER project \|\| A catalogue of selected adaptation-mitigation measures for urbanized areas was compiled by a team of experts under the framework of the [https://webgate.ec.europa.eu/life/publicWebsite/project/LIFE17-CCA-SK-000126/developing-resilient-low-carbon-and-more-livable-urban-residential-area European LIFE project DELIVER] (Developing resilient, low-carbon and more livable urban residential area 2018-2023). The catalogue offers a clear description of recommended measures for the urban environment, which will contribute to a better understanding of the interrelationships of adaptation, mitigation and biodiversity. This system connection is in line with the requirements of the new EU strategy for adaptation Building a Europe resilient to climate change, which was adopted by the European Commission on 24.2. 2021. The catalogue will also help municipalities in finding the right measures for the right place. \|\| Buildings, Neighborhood, Community/District \|\| [https://odolnesidliska.sk/wp-content/uploads/2021/03/Katalog-AM-opatreni-UK.indd-slabe-rozlisenie_FINAL_FINAL.pdf Link [PDF]		\| LIFE DELIVER project \|\| A catalogue of selected adaptation-mitigation measures for urbanized areas was compiled by a team of experts under the framework of the [https://webgate.ec.europa.eu/life/publicWebsite/project/LIFE17-CCA-SK-000126/developing-resilient-low-carbon-and-more-livable-urban-residential-area European LIFE project DELIVER] (Developing resilient, low-carbon and more livable urban residential area 2018-2023). The catalogue offers a clear description of recommended measures for the urban environment, which will contribute to a better understanding of the interrelationships of adaptation, mitigation and biodiversity. This system connection is in line with the requirements of the new EU strategy for adaptation Building a Europe resilient to climate change, which was adopted by the European Commission on 24.2. 2021. The catalogue will also help municipalities in finding the right measures for the right place. \|\| Buildings, Neighborhood, Community/District \|\| [https://odolnesidliska.sk/wp-content/uploads/2021/03/Katalog-AM-opatreni-UK.indd-slabe-rozlisenie_FINAL_FINAL.pdf Link [PDF]
	\|-
	~~\| Example \|\| Example \|\| Example \|\| Example~~
	\|-
	~~\| Example \|\| Example \|\| Example \|\| Example~~
	\|}		\|}