Assignments 2025-2026: Difference between revisions
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'''Self-study phase November 10 - 17:''' | '''Self-study phase November 10 - 17:''' | ||
* Study TELOS material on the commons and/or materials found by your own research | * Study TELOS material on the commons and/or materials found by your own research: | ||
* [https://ilias.hfwu.de/goto.php?target=file_43824_download&client_id=hfwu TELOS Chapter: The Commons] | |||
*[https://ilias.hfwu.de/goto.php?target=cat_42439&client_id=hfwu Session Slides & Recordings] | |||
'''Further readings:''' | |||
* Menatti. L. (2017). [https://www.thecommonsjournal.org/article/10.18352/ijc.738 Landscape: from common good to human right.] In: International Journal of the Commons Vol. 11, no 2 2017, pp. 641–683 Publisher: Upen Journals; http://www.thecommonsjournal.org DOI: 10.18352/ijc.738: pages 649 – 659 (10 pages) | |||
* Urban Commons Research Collective. (2022)., Urban Commons Handbook ([https://books.google.de/books/about/Urban_Commons_Handbook.html?id=6-hvEAAAQBAJ&redir_esc=y partially on google books]) (Barcelona: dpr-barcelona, 2022): pages '''18-29''' and '''32-54''' (34 pages). | |||
* [https://www.nationale-stadtentwicklungspolitik.de/NSPWeb/SharedDocs/Downloads/EN/glossary.html?nn=2930660 Glossary of urban development for the common good] | |||
* Draft a first system model of how the commons work in your landscape | * Draft a first system model of how the commons work in your landscape | ||
* Add the model to our MIRO board before seminar start on November 17 | * Add the model to our MIRO board before seminar start on November 17 | ||
Revision as of 08:04, 10 November 2025
Seminar Pre-Phase
- Add your local landscape economy context to our Padlet Map
Session 1: 13.10.2025 - Introduction
- Introduction to the seminar context, goals, contents and process
- Access session slides and session recording
- Introduction to the self-study phase: Water & Soil in the Landscape
Self-study phase October 13 – 20
- Study recommended reading materials and/or readings from your own research
- Draft a first system model of how water and soil work in your landscape
- Add the model to our MIRO board before seminar start on October 20
Recommended readings water and soil systems
Water:
- Avanzi H (2024). Hydrological Cycle: An Overview of Water Dynamics on Earth. J Geol Geophys. 13:1197
- Dawen Yang et al (2021): Hydrological cycle and water resources in a changing world: A review, Geography and Sustainability, Volume 2, Issue 2, Pages 115-122, ISSN 2666-6839, https://doi.org/10.1016/j.geosus.2021.05.003
- Graphical model of the water cycle, source: usgs.gov
- Distribution of fresh water on earth, source: usgs.gov
Water and Soil:
- C.M. Stephens et al (2021): Landscape changes and their hydrologic effects: Interactions and feedbacks across scales, Earth-Science Reviews, Volume 212, https://doi.org/10.1016/j.earscirev.2020.103466
Soil:
- Banwart et al. (2019): Soil Functions: Connecting Earth's Critical Zone, published in the Annual Review of Earth and Planetary Sciences: https://doi.org/10.1146/annurev-earth-063016-020544
- European Commission: Soil Deal Europe
Session 2: 20.10.2025 - Water & Soil
- Interactive part: Interactive recap on water & soil in the landscape
- Parallel sessions: Peer review and discussion of your water & soil system models
- Introduction to the self-study phase: Agriculture & Food in the Landscape
Self-study phase October 20 – 27
Study TELOS material on agriculture and/or materials found by your own research:
Further readings and resources:
- Deh-Tor, C.M. 2021. Food as an urban question, and the foundations of a reproductive, agroecological, urbanism, Chapter 1 in: Tornaghi, Ch. and Dehaene, M. 2021. Resourcing an Agroecological Urbanism: Political, Transformational and Territorial Dimensions. This chapter explores the foundations of a reproductive, agroecological urbanism, providing theoretical insights into sustainable food planning. It helps participants understand the role of agroecology in urban planning.
- Addresses global challenges and opportunities for transforming food systems towards sustainability. This comprehensive report emphasizes the urgent need to overhaul current food systems to address pressing issues such as climate change, biodiversity loss, inequality, and public health concerns. It outlines a vision for a sustainable food future, where long-term planning and grassroots movements play key roles: IPES-Food, 2021. A long food movement
- Sustainable Food Planning Wiki
Next steps:
- Draft a first system model of how agriculture and food work in your landscape
- Add the model to our MIRO board before seminar start on October 27
Session 3: 27.10.2025 - Agriculture & Food
- Interactive part:
- Parallel sessions: Peer review and discussion of your agriculture & food models, reflecting interactions with the previous model
- Introduction to the self-study phase: Dwelling
Self-study phase October 27 – November 3
- Study TELOS material on dwelling and/or materials found by your own research
- Draft a first system model of how dwelling works in your landscape
- Add the model to our MIRO board before seminar start on November 3
Further readings:
- Kopf K., The Handbook of Urban Morphology, 2018.
- Wratten Steve D., Ecosystem Services in Agricultural and Urban Landscape, 2013.
- Young Xiao, Urban Morphology and Housing Market, 2015.
Session 4: 03.11.2025 - Dwelling
- Interactive part: Interactive recap on dwelling in the landscape
- Parallel sessions: Peer review and discussion of your dwelling models, reflecting interactions with the previous models
- Introduction to the self-study phase: Mobility
Self-study phase November 3 - 10
- Study TELOS material on mobility and/or materials found by your own research:
- TELOS Chapter Mobility
- Session slides & Recordings
Further readings:
- Arthur D. Little (2018), The future of Mobility 3.0
- Arthur D. Little (2024), The future of mobility 5.0: Changing gear in the journey toward sustainable mobility
- International Transport Forum / OECD (2021), The Innovative Mobility Landscape, The Case of Mobility as a Service (https://www.itf-oecd.org/sites/default/files/docs/innovative-mobility-landscape-maas.pdf)
- Video with Martin Smolka, Lincoln Institute of Land Policy, Land value capture as a land based tool to finance urban development
- Case study from Brussels, Piétonnier Ville de Bruxelles (short Video)
Preparation for the session:
- Draft a first system model of how mobility works in your landscape
- Add the model to our MIRO board before seminar start on November 10
Session 5: 10.11.25 - Mobility
- Interactive part: Interactive recap on mobility in the landscape
- Parallel sessions: Peer review and discussion of your mobility models, reflecting interactions with the previous models
- Introduction to the self-study phase: The Commons
Self-study phase November 10 - 17:
- Study TELOS material on the commons and/or materials found by your own research:
- TELOS Chapter: The Commons
- Session Slides & Recordings
Further readings:
- Menatti. L. (2017). Landscape: from common good to human right. In: International Journal of the Commons Vol. 11, no 2 2017, pp. 641–683 Publisher: Upen Journals; http://www.thecommonsjournal.org DOI: 10.18352/ijc.738: pages 649 – 659 (10 pages)
- Urban Commons Research Collective. (2022)., Urban Commons Handbook (partially on google books) (Barcelona: dpr-barcelona, 2022): pages 18-29 and 32-54 (34 pages).
- Glossary of urban development for the common good
- Draft a first system model of how the commons work in your landscape
- Add the model to our MIRO board before seminar start on November 17
Session 6: 17.11.25 - The Commons
- Interactive part: Interactive recap on the commons in the landscape
- Parallel sessions: Peer review and discussion of your commons models, reflecting interactions with the previous models
- Introduction to the self-study phase: Energy
Self-study phase November 17 - 24:
- Study TELOS material on energy and/or materials found by your own research
- Draft a first system model of how energy works in your landscape
- Add the model to our MIRO board before seminar start on November 24
Session 7: 24.11.25 - Energy
- Interactive part: Interactive recap on energy in the landscape
- Parallel sessions: Peer review and discussion of your energy models, reflecting interactions with the previous models
- Introduction to the self-study phase: Global Value-Added Chains
Self-study phase November 24 – December 1:
- Study TELOS material on global value-added chains and/or materials found by your own research
- Draft a first system model of how global value-added chains appear in (visibly and invisible) your landscape
- Add the model to our MIRO board before seminar start on December 1
Session 8: 01.12.25 - Value-Added Chains
- Interactive part: Interactive recap on value-added chains in the landscape
- Parallel sessions: Peer review and discussion of your value-added chain models, reflecting interactions with the previous models
- Introduction to the self-study phase: Health, Recreation & Tourism
Self-study phase December 1 - 8:
- Study TELOS material on global health, recreation & tourism and/or materials found by your own research
- Draft a first system model of how health, recreation and tourism work in your landscape
- Add the model to our MIRO board before seminar start on December 8
Session 9: 08.12.25 - Health, Recreation and Tourism
- Interactive part: Interactive recap on health, recreation and tourism in the landscape
- Parallel sessions: Peer review and discussion of your models, reflecting interactions with the previous models and identifying the key sustainability challenges
Self-study phase December 8 - 15:
- Revise and finalise the material developed so far
- Define and prioritise your key sustainability challenges on the MIRO board
Session 10: 15.12.25 - Ideation Session
- Collective ideation session on the key sustainability challenges
End of the year break
Session 11: 12.01.26 - Transition Pathways 1
- Designing transition pathways 1
Session 12: 19.01.26 - Transition Pathways 2
- Designing transition pathways 2
Session 13: 26.01.26 - Final presentation and reflection
- Final presentation of potential landscape systems & Reflection