Freising Waterscapes Team 1 2022 - Revision history

Agata.zioborowska: /* Collaborative Goal Setting */

2022-06-03T15:46:21Z

Collaborative Goal Setting

Agata.zioborowska: /* Collaborative Goal Setting */

2022-06-03T15:27:44Z

Collaborative Goal Setting

← Older revision		Revision as of 15:27, 3 June 2022
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	*''Link back to your original targets from section one and the [http://www.un.org/sustainabledevelopment/sustainable-development-goals/Sustainable Development Goals]''		*''Link back to your original targets from section one and the [http://www.un.org/sustainabledevelopment/sustainable-development-goals/Sustainable Development Goals]''
	* ''150 words text contribution''		* ''150 words text contribution''
	The scenario elaboration took into consideration the perspective of four different stakeholders: Local citizens, universities, Farmers, and Nature. These collaborative participants were chosen based on the power mapping (illustrated above) created in this specific society. Through these perspectives, it was possible to understand the needs of each participant and sketch different possible scenarios. From each future possibility, some aspects were taken into consideration for the final best tangible scenario.		The scenario elaboration took into consideration the perspective of four different stakeholders: Local citizens, universities, Farmers, and Nature. These collaborative participants were chosen based on the power mapping (illustrated above) created in this specific society. Through these perspectives, it was possible to understand the needs of each participant and sketch different possible scenarios. From each future possibility, some aspects were taken into consideration for the final best tangible scenario.<gallery widths="300" heights="200">
			File:WAVESeminar Team1 27.05.2022.pptx-9.jpg\|Local citizens as a stakeholder and their needs
	The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.		File:WAVESeminar Team1 27.05.2022.pptx-10.jpg\|University (institution, staff and student body) as a stakeholder and their needs
	~~[[File:WAVESeminar Team1 27.05.2022.pptx-16.jpg\|none\|thumb\|426x426px]]~~		File:WAVESeminar Team1 27.05.2022.pptx-11.jpg\|Farmers as a stakeholder and their needs
			File:WAVESeminar Team1 27.05.2022.pptx-12.jpg\|Nature (biotic and abiotic) as a stakeholder and its needs
			</gallery>The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.
	<gallery widths="600" heights="320">		<gallery widths="600" heights="320">
	File:WAVESeminar Team1 27.05.2022.pptx-16.jpg\|Planning goals for our project areas in Freising		File:WAVESeminar Team1 27.05.2022.pptx-16.jpg\|Planning goals for our project areas in Freising

Agata.zioborowska at 14:53, 3 June 2022

2022-06-03T14:53:59Z

← Older revision		Revision as of 14:53, 3 June 2022
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	The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.		The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.
			[[File:WAVESeminar Team1 27.05.2022.pptx-16.jpg\|none\|thumb\|426x426px]]
			<gallery widths="600" heights="320">
			File:WAVESeminar Team1 27.05.2022.pptx-16.jpg\|Planning goals for our project areas in Freising
			File:WAVESeminar Team1 27.05.2022.pptx-17.jpg\|Area 1
			File:WAVESeminar Team1 27.05.2022.pptx-18.jpg\|Area 2
			File:WAVESeminar Team1 27.05.2022.pptx-19.jpg\|Area 3
			</gallery>

	= Spatial Strategy and Transect =		= Spatial Strategy and Transect =

Maria.quintella: /* Possible Futures */

2022-05-23T09:31:29Z

Possible Futures

← Older revision		Revision as of 09:31, 23 May 2022
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	</gallery>		</gallery>

	In the worst-case scenario the conurbation of satellites cities of Munich would increase the pressures over the environment, causing more damage to the landscape and annihilating natural habitats and the original vegetations of the water area. The air and the river would be polluted, not by trash, once it can be prevented by the law, but with toxic gases from more cars and transports in the city. Also, the noises of the urban areas would scare away the birds by embrittling their preserved area. <gallery widths="~~400~~" heights="~~400~~" perrow="1">		In the worst-case scenario the conurbation of satellites cities of Munich would increase the pressures over the environment, causing more damage to the landscape and annihilating natural habitats and the original vegetations of the water area. The air and the river would be polluted, not by trash, once it can be prevented by the law, but with toxic gases from more cars and transports in the city. Also, the noises of the urban areas would scare away the birds by embrittling their preserved area. <gallery widths="300" heights="300" perrow="1">
	File:~~Best case scenario~~.~~png~~\|''~~Best~~ case scenario''		File:WORST CASE SCENATRIO.jpg\|''Worst case scenario''
	</gallery>		</gallery>

	In the best-case scenario, the city would grow healthfully, with a good landscape planning that would allow the common convivially between the new habitants that would eighter way come, with the biodiversity. The diameter of the river would be widened, and the locals would have a better relationship with their water area, increasing their care for the environment. The city would be more sustainable and the impact over the microclimate change would be reduced.		In the best-case scenario, the city would grow healthfully, with a good landscape planning that would allow the common convivially between the new habitants that would eighter way come, with the biodiversity. The diameter of the river would be widened, and the locals would have a better relationship with their water area, increasing their care for the environment. The city would be more sustainable and the impact over the microclimate change would be reduced.

			<gallery widths="400" heights="400" perrow="1">
	<gallery widths="~~300~~" heights="~~300~~" perrow="1">		File:Best case scenario.png\|''Best case scenario''
	File:~~WORST CASE SCENATRIO~~.~~jpg~~\|''~~Worst~~ case scenario''
	</gallery>		</gallery>

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	*''Link back to your original targets from section one and the [http://www.un.org/sustainabledevelopment/sustainable-development-goals/Sustainable Development Goals]''		*''Link back to your original targets from section one and the [http://www.un.org/sustainabledevelopment/sustainable-development-goals/Sustainable Development Goals]''
	* ''150 words text contribution''		* ''150 words text contribution''
			The scenario elaboration took into consideration the perspective of four different stakeholders: Local citizens, universities, Farmers, and Nature. These collaborative participants were chosen based on the power mapping (illustrated above) created in this specific society. Through these perspectives, it was possible to understand the needs of each participant and sketch different possible scenarios. From each future possibility, some aspects were taken into consideration for the final best tangible scenario.

			The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.

	= Spatial Strategy and Transect =		= Spatial Strategy and Transect =

Evelina.saveleva: Replace picture

2022-04-30T15:25:13Z

Replace picture

← Older revision		Revision as of 15:25, 30 April 2022
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	\| '''Author(s)''' \|\| style="background:Lavender"\|''Agata Ziobrowska, Christopher Samuel Lahaye, Evelina Saveleva, Maria Beatriz Guedes Quintella and Sahar Esmaeilian''		\| '''Author(s)''' \|\| style="background:Lavender"\|''Agata Ziobrowska, Christopher Samuel Lahaye, Evelina Saveleva, Maria Beatriz Guedes Quintella and Sahar Esmaeilian''
	\|-		\|-
	\| colspan="3" align="center" style="background:silver"\| [[File:~~Dummy image case study template~~.jpg\|~~400px~~]]		\| colspan="3" align="center" style="background:silver"\| [[File:-1.jpg\|alt=\|400x400px]]
	\|-		\|-
	\| \|\|style="background:Lavender"\|		\| \|\|style="background:Lavender"\|

Evelina.saveleva: /* References */

2022-04-30T15:16:23Z

References

← Older revision		Revision as of 15:16, 30 April 2022
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	== References ==		== References ==
	* ''~~give a full list of the references you have used for your case~~''		*

			====== ''<nowiki>https://www.wwa-m.bayern.de/fluesse_seen/gewaesserportraits/moosach/</nowiki>'' ======

			====== ''<nowiki>https://www.merkur.de/lokales/freising/moosach-ueberflutet-gartenstrasse-umgebung-2937773.html</nowiki>'' ======

			====== ''<nowiki>https://www.hnd.bayern.de/pegel/donau_bis_kelheim/freising-16518502/stammdaten</nowiki>?'' ======

			====== ''<nowiki>https://freising.bund-naturschutz.de/natur-vor-der-tuer/stadtmoosach</nowiki>'' ======

			====== ''<nowiki>https://www.lfu.bayern.de/umweltdaten/geodatendienste/index_detail.htm?id=5b7e31b1-5aac-486e-958d-22e60d1bd76a&profil=WMS</nowiki>'' ======

	= Process Reflection =		= Process Reflection =

Evelina.saveleva: /* Geomorphology, typologies and dynamics of water areas */

2022-04-30T15:14:00Z

Geomorphology, typologies and dynamics of water areas

← Older revision		Revision as of 15:14, 30 April 2022
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	= Water as a natural system =		= Water as a natural system =
	== Geomorphology, typologies and dynamics of water areas ==		== Geomorphology, typologies and dynamics of water areas ==
	*''The Moosach, is a around 32 km long left tributary of the Isar which headwaters are a system of various moor drainage ditches. The main spring ditch is the Massow canal that is located in the east of Riedmoos and the estuary into the Isar is southeast of Oberhummel. The estuary used to be upstream at Marzling but due to the correction to the Isar in 1913 ist position was changed. In the urban area of Freising the Moosach devides into several smaller arms: the Wörthmoosach, Herrenmoosach, Stadtmoosach and Schleifermoosach. Those are partly connected by an underground network of canals. The first three arms join again at the eastern outskirts of Freising, but the Schleifermoosach joins the Moosach just after the village of Marzling. Below Marzling, the Moosach flows next to the Isar along the hillside of the Tertiary Hill Area.'' ''Especialy in the urban area the natural river flow has been completely changed. As it can be seen in the map below even the natural flow before and after the urban area of Freising has been changed.'' ''In the past there were several floods. For example, on the 02.06.2013, where the Schleifermoosach flooded the city of Freising in the shortest time and destroyed a lot of gardens and basements. In the HQ100 flood event, a flood that statisticly happens once a hundret years, it shows that huge parts of Freising will be flooded by the Moosach.''		*''The Moosach, is a around 32 km long left tributary of the Isar which headwaters are a system of various moor drainage ditches. The main spring ditch is the Massow canal that is located in the east of Riedmoos and the estuary into the Isar is southeast of Oberhummel. The estuary used to be upstream at Marzling but due to the correction to the Isar in 1913 ist position was changed. In the urban area of Freising the Moosach devides into several smaller arms: the Wörthmoosach, Herrenmoosach, Stadtmoosach and Schleifermoosach. Those are partly connected by an underground network of canals. The first three arms join again at the eastern outskirts of Freising, but the Schleifermoosach joins the Moosach just after the village of Marzling. Below Marzling, the Moosach flows next to the Isar along the hillside of the Tertiary Hill Area.'' ''Especialy in the urban area the natural river flow has been completely changed. As it can be seen in the map below even the natural flow before and after the urban area of Freising has been changed.'' ''In the past there were several floods. For example, on the 02.06.2013, where the Schleifermoosach flooded the city of Freising in the shortest time and destroyed a lot of gardens and basements. In the HQ100 flood event, a flood that statisticly happens once a hundret years, it shows that huge parts of Freising will be flooded by the Moosach.''<gallery widths="400" heights="300" perrow="1">
			File:WhatsApp Image 2022-04-30 at 12.41.07 PM.jpeg\|MAP „GEWÄSSERSTRUKTUR“; MAP WITH HQ100
			</gallery>

	===Moosach scale===		===Moosach scale===
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	== Blue and Green Infrastructure ==		== Blue and Green Infrastructure ==

	*~~''What are the major~~ potential elements of a green/blue infrastructure network~~? Are these likely to change/disappear? Why is that?''~~		*Major potential elements of a green/blue infrastructure network are floodplain restauration: removal of embankments and afforestation, riparian forest restauration, planting of hedgerows (native species) and of course connecting biotopes.

	* ''You find my background material on green infrastructure in our [[WAVE_Seminar_Reading_List\|reading list]]''

	*''add 1-2 graphical representations to the image gallery, ~~you can add more if you like''~~

	<gallery ~~caption=" "~~ widths="~~200px~~" heights="~~150px~~" perrow="5">		<gallery widths="200" heights="150" perrow="5">
	File:~~your case_green blue infrastructure1~~.~~jpg\|''add a caption''~~		File:WhatsApp Image 2022-04-30 at 12.40.34 PM.jpeg
	~~File:your case_green blue infrastructure2~~.~~jpg\|''add a caption''~~
	</gallery>		</gallery>

Evelina.saveleva: /* Geomorphology, typologies and dynamics of water areas */

2022-04-30T15:02:21Z

Geomorphology, typologies and dynamics of water areas

← Older revision		Revision as of 15:02, 30 April 2022
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	= Water as a natural system =		= Water as a natural system =
	== Geomorphology, typologies and dynamics of water areas ==		== Geomorphology, typologies and dynamics of water areas ==
	*''~~Describe~~ the ~~water areas~~ of ~~your area~~ in the ~~contxt~~ of the ~~wider water system''~~		*''The Moosach, is a around 32 km long left tributary of the Isar which headwaters are a system of various moor drainage ditches. The main spring ditch is the Massow canal that is located in the east of Riedmoos and the estuary into the Isar is southeast of Oberhummel. The estuary used to be upstream at Marzling but due to the correction to the Isar in 1913 ist position was changed. In the urban area of Freising the Moosach devides into several smaller arms: the Wörthmoosach, Herrenmoosach, Stadtmoosach and Schleifermoosach. Those are partly connected by an underground network of canals. The first three arms join again at the eastern outskirts of Freising, but the Schleifermoosach joins the Moosach just after the village of Marzling. Below Marzling, the Moosach flows next to the Isar along the hillside of the Tertiary Hill Area.'' ''Especialy in the urban area the natural river flow has been completely changed. As it can be seen in the map below even the natural flow before and after the urban area of Freising has been changed.'' ''In the past there were several floods. For example, on the 02.06.2013, where the Schleifermoosach flooded the city of Freising in the shortest time and destroyed a lot of gardens and basements. In the HQ100 flood event, a flood that statisticly happens once a hundret years, it shows that huge parts of Freising will be flooded by the Moosach.''
	*''How does water appear in the ~~landscape~~ of ~~your living lab? What types~~ of ~~water areas are common?~~
	*''Please identify the ~~water bodies' catchment areas~~, ~~tributaries and floodplains~~
	*''~~Which dynamics do these water areas have?~~''
	*''Have there been ~~any flood events~~ in the ~~past?~~''
	*''~~add 2-3 graphical representations to~~ the ~~image gallery~~, ~~you can add more if you like''~~
	*''try to use drawings that ~~express~~ the ~~'''system dynamics'''~~''

	===Moosach scale===		===Moosach scale===

Maria.quintella: /* Cultural and spatial typologies of water areas */

2022-04-28T10:41:33Z

Cultural and spatial typologies of water areas

← Older revision		Revision as of 10:41, 28 April 2022
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	<gallery widths="550" heights="300" perrow="2">		<gallery widths="550" heights="300" perrow="2">
	File:River moosach.jpg\|''~~River Moosach crossing rural areas~~''		File:River moosach.jpg\|''Freising 1698 from east on a painting in the princely corridor of the episcopal residence''
	File:SEALLED AREAS.jpg\|''River Moosar in the current urban configuration''		File:SEALLED AREAS.jpg\|''River Moosar in the current urban configuration''
	</gallery>		</gallery>

Maria.quintella: /* Moosach scale */

2022-04-28T10:22:44Z

Moosach scale

← Older revision		Revision as of 10:22, 28 April 2022
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	<gallery widths="800" heights="400" perrow="5">		<gallery widths="800" heights="400" perrow="5">
	File:RIVER EXTENT page-0001-min.jpg\|''River Moosach represented as a tributary of the river Isar in the Freising city''		File:RIVER EXTENT page-0001 (1)-min.jpg\|''River Moosach represented as a tributary of the river Isar in the Freising city''
	</gallery>		</gallery>

← Older revision		Revision as of 15:46, 3 June 2022
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	*''Link back to your original targets from section one and the [http://www.un.org/sustainabledevelopment/sustainable-development-goals/Sustainable Development Goals]''		*''Link back to your original targets from section one and the [http://www.un.org/sustainabledevelopment/sustainable-development-goals/Sustainable Development Goals]''
	* ''150 words text contribution''		* ''150 words text contribution''
	The scenario elaboration took into consideration the perspective of four different stakeholders: ~~Local~~ citizens, universities, ~~Farmers~~, and ~~Nature~~. These collaborative participants were chosen based on the power mapping (illustrated above) created in this specific society. Through these perspectives, it was possible to understand the needs of each participant and sketch different possible scenarios. From each future possibility, some aspects were taken into consideration for the final best tangible scenario.<gallery widths="300" heights="200">		The scenario elaboration took into consideration the perspective of four different stakeholders: local citizens, universities, farmers, and nature. These collaborative participants were chosen based on the power mapping (illustrated above) created in this specific society. Through these perspectives, it was possible to understand the needs of each participant and sketch different possible scenarios. From each future possibility, some aspects were taken into consideration for the final best tangible scenario.<gallery widths="300" heights="200">
	File:WAVESeminar Team1 27.05.2022.pptx-9.jpg\|Local citizens as a stakeholder and their needs		File:WAVESeminar Team1 27.05.2022.pptx-9.jpg\|Local citizens as a stakeholder and their needs
	File:WAVESeminar Team1 27.05.2022.pptx-10.jpg\|University (institution, staff and student body) as a stakeholder and their needs		File:WAVESeminar Team1 27.05.2022.pptx-10.jpg\|University (institution, staff and student body) as a stakeholder and their needs
	File:WAVESeminar Team1 27.05.2022.pptx-11.jpg\|Farmers as a stakeholder and their needs		File:WAVESeminar Team1 27.05.2022.pptx-11.jpg\|Farmers as a stakeholder and their needs
	File:WAVESeminar Team1 27.05.2022.pptx-12.jpg\|Nature (biotic and abiotic) as a stakeholder and its needs		File:WAVESeminar Team1 27.05.2022.pptx-12.jpg\|Nature (biotic and abiotic) as a stakeholder and its needs
			</gallery>Taking into account the needs of our stakeholders, we have created the most possible and favorable scenario for the city, which is our basis for planning.<gallery widths="300" heights="170">
			File:WAVESeminar Team1 27.05.2022.pptx-13.jpg\|Balance of contrasts (visualisations) - favourable scenario connecting the needs of our stakeholders
			File:WAVESeminar Team1 27.05.2022.pptx-14.jpg\|Sponge city concept for Freising
			File:WAVESeminar Team1 27.05.2022.pptx-15.jpg\|SWOT analysis of the Sponge City concept
	</gallery>The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.		</gallery>The resulting scenario helped define the main concept of our intervention which is Sponge city. Therefore, some specific strategies were considered, such as planning green public spaces, multi-functional flooding areas, animal-aided designs, river accessibility, and blue infrastructure. Focusing on flood prevention, rainwater management, evaporation, cool down effect, and biodiversity.
	<gallery widths="600" heights="320">		<gallery widths="600" heights="320">