Data contribution hub

Mauritius

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Title	Author(s)	Year	Tag(s)
Mauritius Image \| Edit		None
Islands at the brink - country brief : Maldives Report \| Edit	Hafiz et al.	2024	Climate adaptationClimate impactsEnergyFoodIslandResilienceWasteWater
Islands at the brink - country brief : Mauritius Report \| Edit	Hafiz et al.	2024	EnergyFoodIslandWater
The role of a low-carbon economy and its impact on health and society: the case for the island of Mauritius and Rodrigues Island as SIDS Book Section \| Edit	Dookhun et al.	2024	CarbonEmissionsEmissions (must be merged with Emissions)Greenhouse Gas (GHG) AccountingIslandResilience
Energy transition to decarbonize the energy system in Mauritius Journal Article \| Edit	Dinesh Surroop	2023	BiomassCoalElectricityEnergyGreenhouse Gas (GHG) AccountingIslandWaste
Small Island Developing States in a post-pandemic world: Challenges and opportunities for climate action Journal Article \| Edit	Foley et al.	2022	Case StudyFoodIslandResilience
Towards a Circular Economy for African Islands: an Analysis of Existing Baselines and Strategies Journal Article \| Edit	Andriamahefazafy and Failler	2022	Case StudyCircular economyCircular EconomyEnergyGlobalIslandIsland Industrial EcologyNationalPaperRegionalWaste
Health and climate change: country profile 2021: Mauritius Report \| Edit	WHO and UNFCC	2021	Island
Impact of climate change on vulnerability of freshwater resources: a case study of Mauritius Journal Article \| Edit	Boojhawon and Surroop	2021	Case StudyIslandWater
Assessment of coastal risk reduction and adaptation-labelled responses in Mauritius Island (Indian Ocean) Journal Article \| Edit	Duvat et al.	2020	IslandNational
Energy recovery from municipal solid waste in Mauritius: Opportunities and challenges Journal Article \| Edit	Neehaul et al.	2020	Case StudyEnergyIndicatorsIslandMunicipal Solid Waste (MSW)Waste
Price and income elasticities of oil demand in Mauritius: An empirical analysis using cointegration method Journal Article \| Edit	Raghoo and Surroop	2020	ElectricityEnergyIsland
Energy landscape in Mauritius Journal Article \| Edit	Surroop and Raghoo	2017	BiomassCoalElectricityEnergyFossil FuelsIslandPaper
Using migration to develop resilience against climate change in Mauritius Report \| Edit	Sobhee and Blocher	2015	Environmental migrationIslandResilience
Evaluation of the vulnerability of coastal communities to climate change in the island economies - A case of the Republic of Mauritius Report \| Edit	Sobhee and et. al.	2013	Island
Overview of non-hazardous solid waste in the small island state of Mauritius Journal Article \| Edit	Foolmaun et al.	2011	IslandPaperWaste
Soil erosion risk mapping with new datasets: An improved identification and prioritisation of high erosion risk areas Journal Article \| Edit	Nigel and Rughooputh	2010	IslandIsland Industrial EcologySoilWater
International Meeting to Review the Implementation of the Programme of Action for the Sustainable Development of Small Island Developing States: Mauritius Declaration Report \| Edit	United Nations	2005	Island

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Layers

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

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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 0

1.2. Economic activity - descriptions 0

1.3. Economic activity - figures 0

1.4. Population 0

1.5. Policy documents 0

1.6. Actors 0

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 0

2.2. Trees 0

2.3. Biodiversity 0

2.4. Bodies of water 0

2.5. Average temperatures 0

2.6. Rainfall 0

2.7. Mineral deposits 0

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 0

3.01. Agriculture 0

3.02. Construction 0

3.03. Electricity generation 0

3.04. Electricity transmission and distribution 0

3.05. Energy storage 0

3.06. Fossil fuel production and distribution 0

3.07. Fishing 0

3.08. Food service 0

3.09. Forestry 0

3.10. Hotels and lodging 0

3.11. Manufacturing: food products 0

3.12. Manufacturing: beverages 0

3.13. Manufacturing: textiles and clothing 0

3.14. Manufacturing: paper 0

3.15. Manufacturing: petroleum products 0

3.16. Manufacturing: chemical products 0

3.17. Manufacturing: plastic products 0

3.18. Manufacturing: wood 0

3.19. Manufacturing: basic metals 0

3.20. Manufacturing: rubber products 0

3.21. Manufacturing: electronics 0

3.22. Manufacturing: machinery, equipment, and other metal products 0

3.23. Manufacturing: non-metallic mineral products 0

3.24. Manufacturing: furniture 0

3.25. Manufacturing: vehicles 0

3.26. Mining 0

3.27. Transport 0

3.28. Storage 0

3.29. Retail and wholesale 0

3.30. Waste 0

3.31. Water and sanitation 0

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 0

4.02. Extraction: Agriculture 0

4.03. Extraction: Forestry 0

4.04. Extraction: Mining 0

4.05. Production Flows: Manufacturing 0

4.06. Flows: Consumption 0

4.07. Household budget surveys 0

4.08. Stocks: Buildings 0

4.09. Stocks: Infrastructure 0

4.10. Stocks: Vehicles 0

4.11. Stocks: Livestock 0

4.12. Flows: Energy 0

4.13. Flows: Water 0

4.14. Flows: Imports and exports 0

4.15. Emission to air 0

4.16. Emissions to water 0

4.17. Dissipative use of products 0

4.18. Waste flows 0

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Photos

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