Indicator: Potential impact of changes in inundation heights of a sea level rise

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Introduction

Author

ESPON project

Contact(s)

None

Territorial information

Spatial Extent	Nomenclature
Spatial Extent	name	version	level
EU28	NUTS	2006	3

Years

2100

Completude

Year	Tunit	Area	GDP	Pop
2071	98	96		79
2100	98	96		79

Structure

CLIM_IMP
- CLIM_IMP_ECON
- CLIM_IMP_PHYS
- CLIM_IMP_SOC
  - CLIM_IMP_SOC_POP-HEAT
  - CLIM_IMP_SOC_POP-CF
  - CLIM_IMP_SOC_POP-RF
  - CLIM_IMP_SOC_POP-FF
- CLIM_IMP_CULT
  - CLIM_IMP_CULT_MUS
  - CLIM_IMP_CULT_WHS
- CLIM_IMP_ENV

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Right

Constraints - Access classification: unclassified (default)
Constraints - Access condition: unclassified
Constraints - Use constraint: copyright (default)
Constraints - Other constraints: no limitations

Methodology

Impact calculated as combination of regional exposure to climatic changes and recent data on regional sensitivity. Climatic changes derived from comparison of 1961-1990 and 2071-2100 climate projections from CCLM model for the IPCC SRES A1B scenario.

Other attributes

Id: 597
Status: Key indicator
Name: Potential impact of changes in inundation heights of a sea level rise
Code: CLIM_IMP_SOC_POP-CF
Is standard?: True
Is base indicator?: False
Type: Class
Data type: Float
Unit of measure - Numerator / Denominator Name: index
Unit of measure - Numerator / Denominator Scale: 1
Is a ranking?: False
Main Theme: Environment and Energy - Society - weather modification - impact assessment - climate - Environment, Climate and Energy
Nature type: Rank
Labels: None