EUROSTAT Supply, use and Input-output tables (naio_10)

The consolidated supply, use and input-output tables are used for macro-analysis of the European Union (EU) and euro area economies. The tables give an annual snapshot of overall production and the use of the products, distinguishing 64 NACE activities and 64 products from the CPA.

Every year countries transmit the supply and use tables. Every 5 years (for reference years ending with 0 or 5) countries transmit input-output tables (product by product) and detailed use tables at basic prices and valuation tables. Data are presented in million Euro in current prices (basic prices and a transformation into purchaser's prices for the supply side).

Supply, use and input-output tables provide detailed information for a given year on production activities, the supply and demand of goods and services, intermediate consumption, primary inputs and foreign trade.

1) Supply and use tables are matrices by product and industry showing the production processes and transactions for particular products or industries.

2) Symmetric input-output tables are product-by-product or industry-by-industry matrices combining both supply and use into a single table with identical classification of products or industries, applied to both rows and columns.

SUIOT can be combined with environmental accounts (i.e. National Air emission accounts by activity, EUROSTAT) into Environmetally Extended Input Output Tables that enable environmental assessment of national economies.

Metadata description: http://ec.europa.eu/eurostat/cache/metadata/en/naio_10_esms.htm

Website:

http://ec.europa.eu/eurostat/web/esa-supply-use-input-tables/overview

Date (Creation)

Date (Publication)

Date (Revision): 2017-05-17

Edition: naio_10

Citation identifier: https://www.mica-project.eu/ / MICA_B3-66
MICA WP3 2018-11-03T15:16:00 Record extracted from Batch 3 spreadsheet

Other citation details: No other citation details provided

Purpose: The EEIOT (Environmentally Extended Input Output Table) in first instance is an accounting method. The advantage of the EEIOT is the integrated monitoring of environmental and economic data. For this reason the EEIOA framework is an appropriate method to derive indicators for eco-efficiency and resource efficiency. If these data are transformed into factors the EEIO accounting framework is transformed into an EEIO model. The EEIO model may be employed in various ways in order to analyze on a macro level both ex-post and ex-ante environmental effects of changes in demand of goods, technology of processes or structure of the economy.

Status: On going

Point of contact

Organisation name	Individual name	Electronic mail address	Role
Eurostat, the statistical office of the European Union, E2: Environmental statistics and accounts; sustainable development			Resource provider

Maintenance and update frequency: As needed

dataCentre

MICA

MICA ontology (TemporalScheme)

Mixture of historic (up to 2005) and recent (2006 onwards)

MICA ontology (DataScheme)

Statistical data / Electronic (Statistical data) (e.g. web portals)

Keywords

Requirement for data generation: Legal

Keywords

Method of data or information generation: Complete survey (i.e. a survey of all respondents)

GEMET Concepts

Environmental impact assessment

GEMET Concepts

Environmental pollution

GEMET Concepts

Exports

GEMET Concepts

Imports

GEMET Concepts

Minerals

GEMET Concepts

Other economic activities

GEMET Concepts

Prices

GEMET Concepts

Production

GEMET Concepts

Resources

GEMET Concepts

Society

GEMET Concepts

Transportation

GEMET Concepts

Waste flows

INSPIRE commodities

Gold

INSPIRE commodities

Silver

INSPIRE commodities

Platinum

INSPIRE commodities

Palladium

INSPIRE commodities

Other platinum group metals (iridium)

INSPIRE commodities

Other platinum group metals (osmium)

INSPIRE commodities

Other platinum group metals (rhodium)

INSPIRE commodities

Other platinum group metals (ruthenium)

INSPIRE commodities

Aluminium

INSPIRE commodities

Copper

INSPIRE commodities

Lead

INSPIRE commodities

Zinc

INSPIRE commodities

Anthracite

INSPIRE commodities

Bituminous coal

INSPIRE Fossil Fuel

Other hard coal

INSPIRE commodities

Lignite

INSPIRE Fossil Fuel

Crude oil

INSPIRE Fossil Fuel

Oil shale

INSPIRE Fossil Fuel

Natural gas

INSPIRE Geothermal Potential

Geothermal energy

INSPIRE Fossil Fuel

Peat

INSPIRE commodities

Thorium

INSPIRE commodities

Uranium

INSPIRE commodities

Pyrite

INSPIRE commodities

Phosphate rock

INSPIRE commodities

Potash

INSPIRE commodities

Bentonite

INSPIRE commodities

Fuller's earth

INSPIRE commodities

Sepiolite

INSPIRE commodities

Kaolin

INSPIRE commodities

Other kaolinitic clays (ball clays)

INSPIRE commodities

Brick or tile clays

INSPIRE Enduse Potential

Engineering clay (Other clays)

INSPIRE commodities

Halloysite (Other clays)

INSPIRE commodities

Crushed rock aggregates

INSPIRE commodities

Sand and gravel

INSPIRE Enduse Potential

Dimension and building stone

INSPIRE commodities

Limestone for cement

INSPIRE commodities

Limestone for lime

INSPIRE commodities

Dolomite

INSPIRE commodities

Marble

INSPIRE commodities

Calcite for filler

Eurostat Waste categories

Concrete, bricks and gypsum waste