ADEME territorial emission statistics

Browse ADEME territorial greenhouse gas statistics, including agricultural emission indicators.

Beet - industrial - upstream and combustion

441kgCO2e/ha

Beet - industrial - machinery manufacturing

128kgCO2e/ha

Wheat - durum - upstream and combustion

294kgCO2e/ha

Wheat - soft - upstream and combustion

294kgCO2e/ha

Wheat - durum - machinery manufacturing

112kgCO2e/ha

Wheat - soft - machinery manufacturing

112kgCO2e/ha

Rapeseed - upstream and combustion

294kgCO2e/ha

Rapeseed - machinery manufacturing

112kgCO2e/ha

Strawberries, average - upstream and combustion

7.02kgCO2e/m²

Forage maize - upstream and combustion

294kgCO2e/ha

Forage maize - machinery manufacturing

112kgCO2e/ha

Grain maize, organic, system number 1, at farm gate/FR U - upstream and combustion

294kgCO2e/ha

Grain maize, organic, system number 1, at farm gate/FR U - machinery manufacturing

112kgCO2e/ha

Barley - upstream and combustion

294kgCO2e/ha

Barley - machinery manufacturing

112kgCO2e/ha

Winter pea, conventional, 15% moisture, at farm gate/FR U - upstream and combustion

294kgCO2e/ha

Winter pea, conventional, 15% moisture, at farm gate/FR U - machinery manufacturing

112kgCO2e/ha

Ware potato, conventional, variety mix, national average, at farm gate/FR U - upstream and combustion

441kgCO2e/ha

Ware potato, conventional, variety mix, national average, at farm gate/FR U - machinery manufacturing

128kgCO2e/ha

Grasslands - permanent, productive - upstream and combustion

191kgCO2e/ha

Grasslands - temporary - upstream and combustion

191kgCO2e/ha

Grasslands - permanent, productive - machinery manufacturing

25.6kgCO2e/ha

Grasslands - temporary - machinery manufacturing

25.6kgCO2e/ha

Heated greenhouses - upstream and combustion

93.3kgCO2e/m²

Heated greenhouses - upstream and combustion

82.2kgCO2e/m²

Heated greenhouses - upstream and combustion

99.1kgCO2e/m²

Heated greenhouses - upstream and combustion

61.2kgCO2e/m²

Heated greenhouses - upstream and combustion

59.3kgCO2e/m²

Heated greenhouses - upstream and combustion

78.7kgCO2e/m²

Horticultural greenhouses - upstream and combustion

44.5kgCO2e/m²

Horticultural greenhouses - upstream and combustion

54kgCO2e/m²

Horticultural greenhouses - upstream and combustion

29.7kgCO2e/m²

Horticultural greenhouses - upstream and combustion

25.3kgCO2e/m²

Horticultural greenhouses - upstream and combustion

39.4kgCO2e/m²

Sorghum grain, conventional, national average, animal feed, at farm gate/FR U - upstream and combustion

294kgCO2e/ha

Sorghum grain, conventional, national average, animal feed, at farm gate/FR U - machinery manufacturing

112kgCO2e/ha

Sunflower grain, organic, system number 1, at farm gate/FR U - upstream and combustion

294kgCO2e/ha

Sunflower grain, organic, system number 1, at farm gate/FR U - machinery manufacturing

112kgCO2e/ha

Vineyards - upstream and combustion

559kgCO2e/ha

Vineyards - machinery manufacturing

168kgCO2e/ha
Understand the category

What do territorial emission statistics represent?

Territorial statistics provide greenhouse-gas inventories and sector indicators for defined geographical areas. They support territorial diagnosis and comparison but are not always suitable as activity emission factors for an organisation.

Choose the right factor

How should a territorial statistic be used?

  1. Check the territory, inventory year, sector and greenhouse gases covered.
  2. Distinguish an absolute inventory, an intensity indicator and an activity emission factor.
  3. Use organisational data for a corporate footprint unless the territorial indicator explicitly matches the need.
Frequently asked questions

Questions about territorial emission statistics

Can a territorial inventory be used for a corporate footprint?

Not directly in most cases, because geographical inventories and organisational accounts use different boundaries.

Why is the reference year important?

Energy systems, activities and inventory methods evolve, so comparisons should use consistent years and methods.

What should be checked before comparing territories?

Verify population, area, sector coverage, included gases and whether the values are absolute or normalised.

Data source : ADEME — Base Carbone® v23.6, updated on 3 July 2025. Data reused under Licence Ouverte / Open Licence 2.0.Independent tool developed by IFC.D, without validation or endorsement by ADEME.

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