Wave Case Study Template: Difference between revisions

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*''Have there been any flood events in the past?''
*''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''
*''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'''''




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== Water as a living space ==
== Water as a living space ==
*''Which habitats can be found in and along the water areas of your area?''
*''Which habitats can be found in and along the water areas of your area?''
In and around this water area, we see a diversity of plant species and different organis.
• '''Among the available plant species''', the following can be mentioned: Downy birch,horse and sweet chestnut,Juniper,European Larch,Juniper,Black Locust,European Wild Apple, Wild Cherry, Elm, European Beech,Ash, Hazel, Spurce, Alder, Pine tree ,Willow, Mursh Marigold and etc.
• '''Respecting the animals''' in this area, we can mention the diversity of fish ( like European Perch ,common Rudd,Vimba Bream,Blicca Bjoerkna and Trout),waterfowl, frogs, and between trees we can see, squirrels, rabbits, foxes, boars, etc., which are easily visible to visitors and residents.
• '''Waterfowl''' at Tollensesee and adjacent waters:
 Winter visitors:
singing swan, white swan, bean geese, lesser swan, goosander, lesser scoter, common scoter, white-fronted goose.
 Breeding birds:
Great crested grebe, mallard, goldeneye, coot, moorhen, gadwall, cormorant, mute swan, pond warbler, great reed warbler, pochard, tufted duck, pochard, white-tailed eagle, osprey, kingfisher, laughing gull, mew gull, herring gull, Egyptian goose, greylag goose.
*''How is the water quality in your water areas?''
*''How is the water quality in your water areas?''
Tollense river is blessed with factors that nurture the water quality like forest areas, agricultural lands, artificial weirs that controls water balance, suitable temperature, and biodiversity.
•'''Role of agricultural lands and forests '''
From the literature study examining various land maps, it is evident that many parts of the Tollense river have numerous forest and agricultural lands along the river.
The presence of this dense vegetation nearby increases the oxygen content in the river body. Freshwater sediments release phosphorus in a dissolved form that can be readily taken up by aquatic plants which are helpful to generate oxygen quantity in the water. The organic particles released by the farmlands near the river basin are also good resources for freshwater biodiversity. But on the other hand, Germany published its most recent report on nitrate pollution of waters ([https://www.ewa-online.eu/article-1-germany-nitrate-pollution-from-agricultural-sources.html “Nitratbericht 2016”], for the monitoring period up to and including 2014), in line with the obligations under the EU Nitrates Directive.
•'''Role of biodiversity '''
Varieties of aquatic plants present in Tollense river can use nutrients that would otherwise be used by algae, thereby increasing water clarity. They can soak up pollutants from contaminated water. Underwater and emergent plants can also protect shorelines from erosion due to wave action or currents. A diverse healthy native plant community resists invasion by non-native noxious aquatic weeds such as Eurasian watermilfoil which can be a threat to the water quality. Some plant species filter the unnecessary particles from the flowing water hence improving the turbidity. Fecal deposits of fishes and other species in the surroundings like squirrels, boars, frogs and birds can manure the aquatic plants that help to cleanse the water.
•'''Role of temperature '''
According to studies the water temperature that holds a good amount of dissolved oxygen content is considered from 32 to 86 degrees Fahrenheit. Observing the [https://weatherspark.com/y/76009/Average-Weather-in-Neubrandenburg-Germany-Year-Round#:~:text=In%20Neubrandenburg%2C%20the%20summers%20are,or%20above%2086%C2%B0F data of average weather in Neubrandenburg], the temperature reading indicated the satisfactory result from the month March to November as it benefits for the factors for water qualities like; Dissolved oxygen levels(The solubility of oxygen decreases as water temperature increases.) and the Water density and stratification (Water is most dense at 39 degrees Fahrenheit. Differences in water temperature and density between layers of water in a lake leads to stratification and seasonal turnover.)
•'''Role of artificial structures '''
Tollense river is equipped with two weirs named Osten and Tückhude to regulate the river flow. The artificial drainage is applied to lower the GW level for agricultural use, especially in the spring months, and accelerates the flow and transport of nutrients in the catchment. The water balance was performed for the whole calibration period and additionally for each hydrological year (Oct 1st to Sept 30th of the following year in Germany). Overall balance is rated as good. The results indicated that groundwater is the main contributor to the surface flows during low rainfall or partial drought periods and balance sewage discharges in the Tollense river catchment.
•'''Visual study '''
From the visual study near Tollense lake, the water appeared as clear enough to see the underwater fishes along with their aquatic habitats and clean enough for the people to use it for swimming and have other recreational activities. Currently, there is no sign of waste disposal or other water polluting activities near the Tollense lake or its surroundings.
*''Which areas are still natural, which are urbanized/artificial?''
*''Which areas are still natural, which are urbanized/artificial?''
The significant changes in the areas around is the growth of population and depletion of forest and farmland mainly toward the north-western side of the lake. The addition of recreational spaces and landscape activities serve the tourist attraction to the Tollensesee. Among the artificial structures like bridges ,pathways , playgrounds ,cemetery , restaurants and fish ladder, boat club on the Oberbach , and the Fisherman's house are tourist attractions.
'''Fish ladder'''
A fish ladder, also known as a fishway, fish pass or fish steps, is a structure on or around artificial and natural barriers (such as dams,locks and waterfalls) to facilitate diadromous fishes natural migration as well as movement of potamodromous species    .
Most fishways enable fish to pass around the barriers by swimming and leaping up a series of relatively low steps (hence the term ladder) into the waters on the other side. The velocity of water falling over the steps has to be great enough to attract the fish to the ladder, but it cannot be so great that it washes fish back downstream or exhausts them to the point of inability to continue their journey upriver.
''''''Fisherman's house on the fishing island in Lake Tollense''''''
The island in the southern part of Lake Tollense in Mecklenburg-Western Pomerania can already look back on a long history, the listed fisherman's house tells of this only the last section of the dwelling of the fishermen since the 18th century, which is still visible today. In addition to the authentic experience of the historical development of this region, nature conservation also plays an important role. If a long-term conservation perspective is to be developed for the building, which has been vacant for more than 20 years, a compromise must be sought, which will certainly only be found with mutual understanding and constructive dialogue and a responsible owner.
According to the council minutes of the city of Neubrandenburg from 1729, the proposal to build a new house on the fishing island in the southern Tollensesee can be found. The construction is decided and carried out by Zimmermann Tröger.
Fishing on Lake Tollense played a decisive role in the nutrition of the population for a long time, the island served as a shelter and refuge for the fishermen in GDR times. The two-storey and at the core baroque half-timbered building with splet roof has a wide central hallway with a brick stove and allows its structure according to the comparison to the so-called Ernhäuser (Middle German cross-floor houses).
The building is still owned by the city of Neubrandenburg – probably one of the oldest municipally owned residential buildings in the country. After a last backup was carried out in 2006 as part of an AB measure, the stock is now, 14 years later, acutely endangered again by the progressive decline and long vacancy favoured in a remote situation. Currently, the implementation of an emergency security with financial support of the State Office for Culture and Monument Conservation Mecklenburg-Vorpommern is planned.
*''Are the rivers permeable for fish or blocked by artificial elements?(approx 200 signs)''
The presence of different types of fish in lakes and rivers is always one of the beauties of a water area that increases its spatial value. It is necessary to study the obstacles in the movement of fish along rivers, canals and lakes. Therefore, it is very important to pay attention to this issue in Tollensesee(lake) and its canals which branch into Oberbach and Ölmühenbuch creeks. So, in this section, this issue can be considered in the three main sections of Tollensesee(lake), and the Oberbach and Ölmühenbach creeks.
• '''Tollense lake'''
As the largest water basin, has favorable conditions for the movement and life of fish, and there is no artificial barrier that blocks the movement of fish. Even though it is widely used by visitors and used for recreational and sports purposes, the fish can still be clearly seen near the shore.
'''• Ölmühenbach'''
Evaluation of the  Ölmühenbach shows that the number of fish is less than near the shore, which is normal due to the decrease in water volume, but in the middle of the canal, due to the existence of a bridge structure that has changed the height by several meters, Installing a fishway will keep the a proper condition for the movement of fish, which is ecologically necessary. As a result, it can be said that the movement cycle of fish is preserved.
'''• Oberbach'''
In the case of the Oberbach, we see different conditions. And the presence of fish and their movement continues to the intersection of Rostocker Street, and this movement of fish is possible to this point.But from this point toward Tollense river, existence of overpass bridge, structure of it and waterfall changes height by  around 4 meters and lack of a fish-ladder, cause a blockage in the  movement of fish in this point. As a result, it is not possible for fish to proceed along this creek, which has created adverse condition.
*''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 caption=" " widths="200px" heights="150px" perrow="5">
Fischerinsel.jpeg|''The fishermas's island''
File:your case_green blue infrastructure1.jpg|''add a caption''
Boat club.jpeg|''Boat club''
File:your case_green blue infrastructure2.jpg|''add a caption''
Fish ladder.jpeg|''Fish ladder''
</gallery>
</gallery>


<big>'''== Blue and Green Infrastructure =='''</big>
== 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?''
*''What are the major potential elements of a green/blue infrastructure network? Are these likely to change/disappear? Why is that?''
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[[Category:WAVE Case Study 2021]]
[[Category:WAVE Case Study 2022]]
[[Category:WAVE Case Study]]
[[Category:WAVE Case Study]]

Latest revision as of 09:53, 28 March 2022

>>>back to working groups overview

>>>basic editing tutorial

Area please enter the area name here
Place please enter the town/village name
Country please enter the country here
Topics please enter the main topics of your living lab
Author(s) Please enter your name(s)- optional
Dummy image case study template.jpg

Rationale

  • Why do you think this case is relevant? What is your hypothesis considering the landscape challenges?
  • Format: 3-4 sentences

Location and scope

You can edit this map with the map editor

Loading map...

Water as a natural system

Geomorphology, typologies and dynamics of water areas

  • Describe the water areas of your area in the contxt of the wider water system
  • 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


  • Yourcase watersystem1.jpg

    add a caption

  • Yourcase watersystem2.jpg

    add a caption

  • Yourcase watersystem3.jpg

    add a caption

Water as a living space

  • Which habitats can be found in and along the water areas of your area?
  • How is the water quality in your water areas?
  • Which areas are still natural, which are urbanized/artificial?
  • Your case green blue infrastructure1.jpg

    add a caption

  • Your case green blue infrastructure2.jpg

    add a caption

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?
  • You find my background material on green infrastructure in our reading list
  • add 1-2 graphical representations to the image gallery, you can add more if you like
  • Your case green blue infrastructure1.jpg

    add a caption

  • Your case green blue infrastructure2.jpg

    add a caption

Water as a cultural space

Land use and water

  • map the land uses along your water areas: settlements, infrastructure, agriculture, resource extraction, natural areas, energy production...
  • describe in particular the historical evolution of land use pattern, please make use of historical maps
  • description evolution, status quo and driving forces, is the land use likely to change? Why is that? (approx 200 signs)
  • add 1-2 graphical representations to the image gallery, you can add more if you like
  • Yourcase landuse1.jpg

    add a caption

  • Yourcase landuse2.jpg

    add a caption

  • Yourcase landuse3.jpg

    add a caption

Cultural and spatial typologies of water areas

  • Which spatial patterns have evolved in relation to your water areas?
  • What is the role of water areas within the overall urban morphology? (approx 200 signs)
  • add 1-2 graphical representations to the image gallery, you can add more if you like
  • Yourcase water space1.jpg

    add a caption

  • Yourcase water space2.jpg

    add a caption

  • Yourcase water space3.jpg

    add a caption

Sacred spaces and heritage

  • Which places/elements hold cultural value and to whom?
  • You may add a map and some images, please also explain in your caption why these elements are valuable
  • Your case sacredspace1.jpg

    add a caption

  • Your case sacredspace2.jpg

    add a caption

  • Your case sacredspace3.jpg

    add a caption

Visual appearance and landscape narrative

  • Which elements are essential for the landscape character?
  • Has the landscape been painted or otherwise depicted, when and whom? Which elements are essential?
  • Which narratives exist? Who has written about this landscape or depicted it in some way?
  • You can add text and images
  • Your case character1.jpg

    add a caption

  • Your case character2.jpg

    add a caption

  • Your case character3.jpg

    add a caption


Water and People

Accessibility and usability

  • Where are your water areas accessible, and where not? How strong are spatial obstacles preventing access?
  • Who is using the spaces and how?
  • Yourcase youraccessbilitymap.jpg

    add a caption

  • Yourcase usepatterns.jpg

    add a caption

Community Mapping

What is to be mapped here?

  • Social groups from within the community, for example the youth, kids, students, parents, the retired etc. Typically, these groups have specific needs, which you can also make explicit on the map. These people might not be organized in any way, but they are usually present in the context you are observing
  • Local stakeholder groups: these groups are organized in one or the other way. They only exist within the community context you are observing. For example: the local community center, local churches, local interest groups, the landowners, small businesses and retailers
  • External stakeholder groups are not necessarily present in the environment you are observing, but they may have strong stakes and interests. These can be local authorities, politicians, associations, care services etc.
  • For each group, you may identify their needs, objectives, power and capacities
  • You may also identify gaps and power conflicts
  • Please try to redepict these elements in an integrated way and in relation to your water landscape. What is the relationship between these groups? Are they close or distanced from each other? Who is more powerful? Which voices are hardly heard? Do they have any shared concerns?
  • Your case your community map1.jpg

    add a caption

  • Your case your community map2.jpg

    add a caption

  • Your case your community map3.jpg

    add a caption

Possible Futures

  • You can summarize your findings with a SWOT diagram and a DPSI(R) Model
  • Link back to the Sustainable Development Goals: Which goals are at risk?
  • What is your worst case scenario for this landscape?
  • What is your best case scenario for this landscape?
  • Present your scenarios in the form of a collage or sketch
  • Add text and visuals
  • Your case your spider diagram or dpsir model.jpg

    explain your analysis briefly in the caption

  • Your case yourworstcase visual.jpg

    explain your worst case scenario briefly in the caption

  • Your case yourbestcase visual.jpg

    explain your best case scenario briefly in the caption

Collaborative Goal Setting

  • Define strategic planning objectives based on the evaluation findings from your analysis
  • Ideally, involve the community of your living labs into this process
  • Link back to your original targets from section one and the Development Goals
  • 150 words text contribution

Spatial Strategy and Transect

  • translate your strategic goals into a vision
  • develop a spatial translation of your vision
  • exemplify your vision in the form of a transect with concrete interventions
  • add map(s) and visualizations
  • Your case spatial translaton vision.jpg

    add caption here

  • Your case transect.jpg

    add caption here

  • Your case transect detail1.jpg

    add caption here

  • Your case transect detail2.jpg

    add caption here

From Theory of Change to Implementation

  • For implementing your vision: Which partnerships are needed? Which governance model is required?
  • Who needs to act and how? Draw and explain a change/process model/timeline
  • Which resources are needed? On which assets can you build?
  • add 150 words text and visuals
  • add caption here

    add caption here

  • add caption here

    add caption here

References

  • give a full list of the references you have used for your case

Process Reflection

  • Reflect in your intercultural and interdisciplinary team on the outcomes of your study
  • Which limitations were you facing?
  • What have you learnt from each other?
  • What did you learn in the Living Labs?
  • What would you do differently next time?
  • You can also use diagrams/visuals
  • 250 words text


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