Community Portal

Progress

View documents (8)

View untagged documents (17)

Title	Type	Author(s)	Year
Caught in a Deadlock: Small Ruminant Farming on the Greek Island of Samothrace. The Importance of Regional Contexts for Effective EU Agricultural Policies	Journal Article	Noll et al.	2020
Samothraki population	Dataset	Dominik Noll	2020
Samothraki Buildings	Dataset	Dominik Noll	2019
Samothraki Infrastructure	Dataset	Dominik Noll	2019
Samothraki Infrastructure	Dataset	Dominik Noll	2019
Samothraki Livestock	Dataset	Dominik Noll	2019
The expansion of the built environment, waste generation and EU recycling targets on Samothraki, Greece: An island’s dilemma	Journal Article	Noll et al.	2019
Samothraki economic active population	Dataset	Dominik Noll	2018

Untagged items

These items were uploaded but not (yet) linked to a specific layer.

Title	Author(s)	Year	Tag(s)
Infrastructure expansion, waste generation and EU policies on Circular Economy in Samothraki, Greece: An island's dilemma Document	Noll et al.	2019	Circular EconomyIslandSub-nationalTime series
The expansion of the built environment, waste generation and EU recycling targets on Samothraki, Greece: An island’s dilemma Journal Article	Noll et al.	2019	Circular EconomyConstruction and Demolition Waste (CDW)IslandLeadMaterial Stock Analysis (MSA)Sub-nationalTime seriesWaste
Vulnerability of a Northeast Mediterranean Island to Soil Loss. Can Grazing Management Mitigate Erosion? Journal Article	Panagopoulos et al.	2019	Food and agricultureIslandTime series
A Socio-metabolic Transition of Diets on a Greek Island: Evidence of “Quiet Sustainability” Book Section	Petridis and Huber	2018	Food and agricultureIsland
Reaching a socio-ecological tipping point: Overgrazing on the Greek island of Samothraki and the role of European agricultural policies Journal Article	Fetzel et al.	2018	IslandRuralTime series
Achieving sustainable small ruminant farming on Samothraki Document	Dominik et al.	2017	Food and agricultureIsland
Spatial Patterns of Land Cover Dynamics on Samothraki Island, Applying Remote Sensing on complex Mediterranean Pastures Thesis	Löw and Markus	2017	IslandSingle point in timeSub-national
The role of science in sustainability transitions: citizen science, transformative research, and experiences from Samothraki island, Greece Journal Article	Petridis et al.	2017	IslandRuralSub-national
Establishing a Biosphere Reserve on the island of Samothraki, Greece: A transdisciplinary journey Newspaper Article	Petridis and Panos	2016	Island
Island Sustainability: The Case of Samothraki Book Section	Petridis and Fischer-Kowalski	2016	Island
Sustainable Mediterranean, Integrated Management Approaches for Biosphere Reserves and other Designated Areas Document	Summer University of Samothraki	2016	Island
Social-Ecological Effects of EU Agricultural Subsidies: A Case Study of the Ecological and Economic Sustainability of Sheep and Goat Breeding in Greece. Book	Fuchs and Aniela	2015	Island
The story of an island that set out to become a UNESCO biosphere reserve Book Section	Fischer-Kowalski et al.	2014	Island
Exploring local opportunities and barriers for a sustainability transition on a Greek island Manuscript	Petridis P. and Fischer-Kowalski	2013	Island
Focus Groups – A Vision for Samothraki in 2030 Report	Rau et al.	2013	Island
Perceptions, attitudes and involvement of local residents in the establishment of a Samothraki Biosphere Reserve, Greece Journal Article	Petridis and Panos	2012	Island
Transforming the Greek Island of Samothraki into a UNESCO Biosphere Reserve: An Experience in Transdisciplinarity Journal Article	Fischer-Kowalski et al.	2011	IslandSub-nationalTourism

Layers

Layer 1: Context Layer 2: Biophysical characteristics Layer 3: Infrastructure Layer 4: Stocks and flows Extra: General photos

View entire worksheet

This layer is about providing context around the city: placement in the region, geodata, spatial boundaries, population numbers over several years, GDP, economic activities, etc.

Data and information to obtain

1.1. Administrative boundaries

1.2. Economic activity - descriptions

1.3. Economic activity - figures

1.4. Population

1.5. Policy documents

1.6. Actors

This layer looks at the biophysical properties of the city, including soil, land, ecosystems, climatological characteristics, geology, and more.

Data and information to obtain

2.1. Soil type and composition

2.2. Trees

2.3. Biodiversity

2.4. Bodies of water

2.5. Average temperatures

2.6. Rainfall

2.7. Mineral deposits

This layer looks at the physical infrastructure that is present in the city. From roads and transportation infrastructure to gas mains, and from bread mills to petrol stations.

Data and information to obtain

3.00. Land Use

3.01. Agriculture

3.02. Construction

3.03. Electricity generation

3.04. Electricity transmission and distribution

3.05. Energy storage

3.06. Fossil fuel production and distribution

3.07. Fishing

3.08. Food service

3.09. Forestry

3.10. Hotels and lodging

3.11. Manufacturing: food products

3.12. Manufacturing: beverages

3.13. Manufacturing: textiles and clothing

3.14. Manufacturing: paper

3.15. Manufacturing: petroleum products

3.16. Manufacturing: chemical products

3.17. Manufacturing: plastic products

3.18. Manufacturing: wood

3.19. Manufacturing: basic metals

3.20. Manufacturing: rubber products

3.21. Manufacturing: electronics

3.22. Manufacturing: machinery, equipment, and other metal products

3.23. Manufacturing: non-metallic mineral products

3.24. Manufacturing: furniture

3.25. Manufacturing: vehicles

3.26. Mining

3.27. Transport

3.28. Storage

3.29. Retail and wholesale

3.30. Waste

3.31. Water and sanitation

This layer is all about extraction flows, consumption flows, emissions to nature, composition and addition to (artificial) stocks (e.g. Building stocks).

Data and information to obtain

4.01. Extraction: Fishing

4.02. Extraction: Agriculture

4.03. Extraction: Forestry

4.04. Extraction: Mining

4.05. Production Flows: Manufacturing

4.06. Flows: Consumption

4.07. Household budget surveys

4.08. Stocks: Buildings

4.09. Stocks: Infrastructure

4.10. Stocks: Vehicles

4.11. Stocks: Livestock

4.12. Flows: Energy

4.13. Flows: Water

4.14. Flows: Imports and exports

4.15. Emission to air

4.16. Emissions to water

4.17. Dissipative use of products

4.18. Waste flows

Is a complete Material Flow Analysis dataset available? Upload it here.

Photos

There are no general photos available yet.

Add photos

Discussion and questions

Dominik Noll

4 months, 1 week ago

There should be a possibility to delete datasets. Especially now at the beginning as some things are not so clear yet.

Paul Hoekman

2 months, 3 weeks ago

Hi Dominik,

It's taken some time but the DELETE option is now available! If you open any record, you will see a DELETE button in the left column, below the general characteristics.

You are not logged in.