Sulfur Oxides
fe0acd60-3ddc-11dd-a209-0050c2490048
Identity
- Substance
- fo-4f8a2868266d1886 Molecule grouping class
- Source
- EF 3.1
- Unit
- kg
- Context
- Environmental → Air → Ground level → Urban (>1000 people/square mile)
- CAS
- —
- EC
- —
Context
- Dimension
- Environmental
- Media
- Air
- Population density
- Urban (>1000 people/square mile)
- Strata
- Ground level
Source lists
1| List | Version | Source flow | Name there | Why this flow |
|---|---|---|---|---|
| EF | 3.1 | fe0acd60-3ddc-11dd-a209-0050c2490048 | sulfur oxides | The consensus list is built from this one, so this row is the flow itself rather than something matched to it. |
Concept associations
1| Source list | Source flow | Name there | Compartment there | Match | Conversion |
|---|---|---|---|---|---|
| EF 3.1 | fe0acd60-3ddc-11dd-a209-0050c2490048 | sulfur oxides | Emissions/Emissions to air/Emissions to urban air close to ground | exactMatch | — |
Characterisation factors
224- consensus-flow-list 113
- European Commission — JRC 111
Every implementation that says anything about this flow. Published as is what this list did with the row: where more than one implementation states a number and they agree it publishes it as agreed; where only one speaks, as sole; where they disagree it publishes nothing and asks.
| Method | Implementation | Category | Place | Factor | Published as |
|---|---|---|---|---|---|
| EF 3.1 | European Commission — JRC | Acidification | — | 1.31 | — |
| EF 3.1 | consensus-flow-list | Acidification | — | 1.31 | sole |
| EF 3.1 | European Commission — JRC | Acidification | AL | 0.032 | — |
| EF 3.1 | consensus-flow-list | Acidification | AL | 0.032 | sole |
| EF 3.1 | European Commission — JRC | Acidification | AT | 0.711 | — |
| EF 3.1 | consensus-flow-list | Acidification | AT | 0.711 | sole |
| EF 3.1 | European Commission — JRC | Acidification | BA | 0.101 | — |
| EF 3.1 | consensus-flow-list | Acidification | BA | 0.101 | sole |
| EF 3.1 | European Commission — JRC | Acidification | BE | 1.579 | — |
| EF 3.1 | consensus-flow-list | Acidification | BE | 1.579 | sole |
| EF 3.1 | European Commission — JRC | Acidification | BG | 0.041 | — |
| EF 3.1 | consensus-flow-list | Acidification | BG | 0.041 | sole |
| EF 3.1 | European Commission — JRC | Acidification | BY | 0.688 | — |
| EF 3.1 | consensus-flow-list | Acidification | BY | 0.688 | sole |
| EF 3.1 | European Commission — JRC | Acidification | CH | 0.494 | — |
| EF 3.1 | consensus-flow-list | Acidification | CH | 0.494 | sole |
| EF 3.1 | European Commission — JRC | Acidification | CS | 0.146 | — |
| EF 3.1 | consensus-flow-list | Acidification | CS | 0.146 | sole |
| EF 3.1 | European Commission — JRC | Acidification | CZ | 2.12 | — |
| EF 3.1 | consensus-flow-list | Acidification | CZ | 2.12 | sole |
| EF 3.1 | European Commission — JRC | Acidification | DE | 2.281 | — |
| EF 3.1 | consensus-flow-list | Acidification | DE | 2.281 | sole |
| EF 3.1 | European Commission — JRC | Acidification | DK | 2.043 | — |
| EF 3.1 | consensus-flow-list | Acidification | DK | 2.043 | sole |
| EF 3.1 | European Commission — JRC | Acidification | EE | 0.369 | — |
| EF 3.1 | consensus-flow-list | Acidification | EE | 0.369 | sole |
| EF 3.1 | European Commission — JRC | Acidification | ES | 0.108 | — |
| EF 3.1 | consensus-flow-list | Acidification | ES | 0.108 | sole |
| EF 3.1 | European Commission — JRC | Acidification | FI | 0.463 | — |
| EF 3.1 | consensus-flow-list | Acidification | FI | 0.463 | sole |
| EF 3.1 | European Commission — JRC | Acidification | FR | 0.715 | — |
| EF 3.1 | consensus-flow-list | Acidification | FR | 0.715 | sole |
| EF 3.1 | European Commission — JRC | Acidification | GB | 1.187 | — |
| EF 3.1 | consensus-flow-list | Acidification | GB | 1.187 | sole |
| EF 3.1 | European Commission — JRC | Acidification | GR | 0.012 | — |
| EF 3.1 | consensus-flow-list | Acidification | GR | 0.012 | sole |
| EF 3.1 | European Commission — JRC | Acidification | HR | 0.187 | — |
| EF 3.1 | consensus-flow-list | Acidification | HR | 0.187 | sole |
| EF 3.1 | European Commission — JRC | Acidification | HU | 0.542 | — |
| EF 3.1 | consensus-flow-list | Acidification | HU | 0.542 | sole |
| EF 3.1 | European Commission — JRC | Acidification | IE | 0.558 | — |
| EF 3.1 | consensus-flow-list | Acidification | IE | 0.558 | sole |
| EF 3.1 | European Commission — JRC | Acidification | IT | 0.11 | — |
| EF 3.1 | consensus-flow-list | Acidification | IT | 0.11 | sole |
| EF 3.1 | European Commission — JRC | Acidification | LT | 0.569 | — |
| EF 3.1 | consensus-flow-list | Acidification | LT | 0.569 | sole |
| EF 3.1 | European Commission — JRC | Acidification | LU | 1.259 | — |
| EF 3.1 | consensus-flow-list | Acidification | LU | 1.259 | sole |
| EF 3.1 | European Commission — JRC | Acidification | LV | 0.431 | — |
| EF 3.1 | consensus-flow-list | Acidification | LV | 0.431 | sole |
| EF 3.1 | European Commission — JRC | Acidification | MD | 0.176 | — |
| EF 3.1 | consensus-flow-list | Acidification | MD | 0.176 | sole |
| EF 3.1 | European Commission — JRC | Acidification | MK | 0.035 | — |
| EF 3.1 | consensus-flow-list | Acidification | MK | 0.035 | sole |
| EF 3.1 | European Commission — JRC | Acidification | NL | 1.554 | — |
| EF 3.1 | consensus-flow-list | Acidification | NL | 1.554 | sole |
| EF 3.1 | European Commission — JRC | Acidification | NO | 4.524 | — |
| EF 3.1 | consensus-flow-list | Acidification | NO | 4.524 | sole |
| EF 3.1 | European Commission — JRC | Acidification | PL | 1.742 | — |
| EF 3.1 | consensus-flow-list | Acidification | PL | 1.742 | sole |
| EF 3.1 | European Commission — JRC | Acidification | PT | 0.037 | — |
| EF 3.1 | consensus-flow-list | Acidification | PT | 0.037 | sole |
| EF 3.1 | European Commission — JRC | Acidification | RO | 0.201 | — |
| EF 3.1 | consensus-flow-list | Acidification | RO | 0.201 | sole |
| EF 3.1 | European Commission — JRC | Acidification | RU | 0.037 | — |
| EF 3.1 | consensus-flow-list | Acidification | RU | 0.037 | sole |
| EF 3.1 | European Commission — JRC | Acidification | SE | 1.993 | — |
| EF 3.1 | consensus-flow-list | Acidification | SE | 1.993 | sole |
| EF 3.1 | European Commission — JRC | Acidification | SI | 0.237 | — |
| EF 3.1 | consensus-flow-list | Acidification | SI | 0.237 | sole |
| EF 3.1 | European Commission — JRC | Acidification | SK | 0.786 | — |
| EF 3.1 | consensus-flow-list | Acidification | SK | 0.786 | sole |
| EF 3.1 | European Commission — JRC | Acidification | UA | 0.153 | — |
| EF 3.1 | consensus-flow-list | Acidification | UA | 0.153 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | — | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | — | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | AL | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | AL | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | AT | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | AT | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | BA | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | BA | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | BE | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | BE | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | BG | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | BG | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | BY | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | BY | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | CH | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | CH | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | CS | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | CS | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | CZ | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | CZ | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | DE | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | DE | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | DK | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | DK | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | EE | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | EE | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | ES | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | ES | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | FI | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | FI | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | FR | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | FR | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | GB | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | GB | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | GR | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | GR | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | HR | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | HR | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | HU | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | HU | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | IE | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | IE | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | IT | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | IT | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | LT | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | LT | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | LU | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | LU | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | LV | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | LV | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | MD | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | MD | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | MK | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | MK | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | NL | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | NL | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | NO | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | NO | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | PL | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | PL | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | PT | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | PT | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | RO | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | RO | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | RU | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | RU | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | SE | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | SE | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | SI | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | SI | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | SK | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | SK | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | EF-particulate Matter | UA | 8.0000e-06 | — |
| EF 3.1 | consensus-flow-list | EF-particulate Matter | UA | 8.0000e-06 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | — | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | — | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | AL | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | AL | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | AT | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | AT | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | BA | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | BA | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | BE | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | BE | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | BG | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | BG | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | BY | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | BY | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | CH | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | CH | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | CS | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | CS | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | CZ | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | CZ | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | DE | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | DE | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | DK | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | DK | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | EE | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | EE | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | ES | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | ES | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | FI | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | FI | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | FR | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | FR | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | GB | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | GB | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | GR | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | GR | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | HR | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | HR | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | HU | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | HU | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | IE | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | IE | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | IT | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | IT | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | LT | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | LT | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | LU | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | LU | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | LV | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | LV | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | MD | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | MD | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | MK | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | MK | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | NL | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | NL | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | NO | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | NO | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | PL | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | PL | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | PT | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | PT | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | RO | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | RO | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | RU | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | RU | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | SE | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | SE | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | SI | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | SI | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | SK | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | SK | 0.0811 | sole |
| EF 3.1 | European Commission — JRC | Photochemical ozone formation - human health | UA | 0.0811 | — |
| EF 3.1 | consensus-flow-list | Photochemical ozone formation - human health | UA | 0.0811 | sole |
| Stepwise 2006 | consensus-flow-list | Acidification | — | 19 | carried |
| Stepwise 2006 | consensus-flow-list | Respiratory inorganics | — | 0.078 | carried |
History
The change log and the PROV-O trail (0 consensus changes)
These are the heaviest sections of this page and the least often read, so the page does not pay for them until you ask.
Full record
Flow JSON
{
"altLabel": [],
"properties": {},
"references": [],
"prefLabel": [
{
"@value": "Sulfur Oxides",
"@language": "en",
"source": {
"prov:wasGeneratedBy": "bootstrap_labels",
"prov:wasAttributedTo": "consensus-flow-list",
"prov:hadPrimarySource": [
"EF 3.1"
],
"prov:wasDerivedFrom": "legacy name field"
}
}
],
"@type": [
"https://w3id.org/chemrof/MoleculeGroupingClass"
],
"uuid": "fe0acd60-3ddc-11dd-a209-0050c2490048",
"identifier": "fe0acd60-3ddc-11dd-a209-0050c2490048",
"source": "EF 3.1",
"cas_numbers": [],
"ec_numbers": [],
"context": {
"dimension": "Environmental",
"media": "Air",
"strata": "Ground level",
"population_density": "Urban (>1000 people/square mile)"
},
"synonyms": [],
"lcia_methods": [
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "DE"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "NO"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "BE"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "FI"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "RU"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "PT"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "BG"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "DK"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "LT"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "LU"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "HR"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "LV"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "FR"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "UA"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "HU"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "SE"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "SI"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "BY"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "MD"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "SK"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "GB"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "IE"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "MK"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "EE"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "CH"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "AL"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "GR"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "IT"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "ES"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "CS"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "AT"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "CZ"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "PL"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "RO"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "NL"
},
{
"method_uuid": "b5c602c6-def3-11e6-bf01-fe55135034f3",
"name": "EF-particulate Matter",
"methodology": "Environmental Footprint",
"impact_category": "Respiratory inorganics",
"impact_indicator": "Impact on human health",
"characterization_factor": 8e-6,
"geography": "BA"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "UA"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "SK"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "SI"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "SE"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "MD"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "MK"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "NO"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "NL"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "LU"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "LV"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "LT"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "RU"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "RO"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "PT"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "PL"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "EE"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "ES"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "FI"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "BY"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "CH"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "CZ"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "CS"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "DK"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "DE"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "HU"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "IE"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "IT"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "FR"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "GB"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "GR"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "HR"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "AT"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "AL"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "BG"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "BE"
},
{
"method_uuid": "b5c610fe-def3-11e6-bf01-fe55135034f3",
"name": "Photochemical ozone formation - human health",
"methodology": "Environmental Footprint",
"impact_category": "Photochemical ozone creation",
"impact_indicator": "Tropospheric ozone concentration increase",
"characterization_factor": 0.0811,
"geography": "BA"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.153,
"geography": "UA"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.201,
"geography": "RO"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.037,
"geography": "RU"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.993,
"geography": "SE"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.786,
"geography": "SK"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.237,
"geography": "SI"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.569,
"geography": "LT"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.259,
"geography": "LU"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.431,
"geography": "LV"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.176,
"geography": "MD"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.035,
"geography": "MK"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.11,
"geography": "IT"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.742,
"geography": "PL"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.037,
"geography": "PT"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.554,
"geography": "NL"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 4.524,
"geography": "NO"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.494,
"geography": "CH"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.146,
"geography": "CS"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 2.12,
"geography": "CZ"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 2.281,
"geography": "DE"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 2.043,
"geography": "DK"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.369,
"geography": "EE"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.31
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.032,
"geography": "AL"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.711,
"geography": "AT"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.101,
"geography": "BA"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.579,
"geography": "BE"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.041,
"geography": "BG"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.688,
"geography": "BY"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.012,
"geography": "GR"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.187,
"geography": "HR"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.542,
"geography": "HU"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.558,
"geography": "IE"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.108,
"geography": "ES"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.463,
"geography": "FI"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 0.715,
"geography": "FR"
},
{
"method_uuid": "b5c611c6-def3-11e6-bf01-fe55135034f3",
"name": "Acidification",
"methodology": "Environmental Footprint",
"impact_category": "Acidification",
"impact_indicator": "Accumulated Exceedance (AE)",
"characterization_factor": 1.187,
"geography": "GB"
}
],
"unit": "kg",
"input_datasets": [
"EF 3.1"
],
"context_iri": "https://vocab.brightway.one/flow-contexts/envi-air-grle-ur10pesq",
"unit_iri": "https://vocab.brightway.one/units/unit/KiloGM",
"flow_object_id": "fo-4f8a2868266d1886",
"concept_associations": [
{
"@type": "xkos:ConceptAssociation",
"xkos:sourceConcept": {
"@id": "https://vocab.brightway.one/ef/3.1/flow/fe0acd60-3ddc-11dd-a209-0050c2490048",
"skos:prefLabel": "sulfur oxides",
"context": "Emissions/Emissions to air/Emissions to urban air close to ground",
"qudt:hasUnit": {
"@id": "https://vocab.brightway.one/units/unit/KiloGM"
},
"skos:exactMatch": {
"@id": "https://vocab.brightway.dev/elementary-flows/fe0acd60-3ddc-11dd-a209-0050c2490048"
}
},
"xkos:targetConcept": {
"@id": "https://vocab.brightway.dev/elementary-flows/fe0acd60-3ddc-11dd-a209-0050c2490048"
},
"provenance": {
"prov:wasGeneratedBy": "build_concept_associations",
"prov:wasAttributedTo": "consensus-flow-list",
"prov:hadPrimarySource": [
"https://eplca.jrc.ec.europa.eu/permalink/EF3_1/EF-v3.1.zip"
]
}
}
],
"_sources": {
"prefLabel": "normalize_name_case",
"name": "bootstrap_labels",
"synonyms": "bootstrap_labels",
"context": "default_context_mapping",
"context_iri": "default_context_mapping",
"unit_iri": "unit_normalization",
"concept_associations": "carry_associations_onto_flows",
"types": "link_flows_to_their_substance"
},
"general_comment": "CAS NO removed. And: Use of individual substances to be preferred. Reference elementary flow of the International Reference Life Cycle Data System (ILCD).",
"_transformed": true,
"_provided": {
"name": "sulfur oxides",
"synonyms": [
"AC1L1ARN",
"Anhydride, Sulfurous",
"Dioxide, Sulfur",
"Fermenicide liquid",
"Fermenicide powder",
"Oxosulfane oxide",
"RAHZWNYVWXNFOC-UHFFFAOYSA-",
"SO2",
"SULFUR-DIOXIDE",
"Schwefel(IV)-oxid",
"Schwefeldioxid",
"Schwefeldioxyd",
"Siarki dwutlenek",
"Sulfur dioxide (NF)",
"Sulfur dioxide (SO2)",
"Sulfur oxide (SO2)",
"Sulfur superoxide",
"Sulfurous acid anhydride",
"Sulfurous anhydride",
"Sulfurous oxide",
"Surfur dioxide (anhydrous)",
"dioxidosulfur",
"sulfur dioxide",
"sulphur dioxide"
],
"context": [
"Emissions",
"Emissions to air",
"Emissions to urban air close to ground"
],
"cas_numbers": [],
"ec_numbers": [],
"unit": "kg"
}
}
Something wrong here?
A flow can be wrong in three ways, and they are decided differently. Pick the one that matches what you are looking at.
- A row from my list should not reach this flow
- This flow is not that chemical
- The compartment or the unit is wrong
- One of these characterisation factors cannot be this substance's
You do not need to run a build or clone anything. Name the row and say what your evidence is; the measurement is done for you. How contributing works