Where the implementations differ

Every row more than one implementation states, sorted by ratio, widest first. A difference is not an error. Competent teams rendering one method against different flow lists will differ, and most of these are modelling choices; the widest are worth a conversation, not a correction.

Published says what this list did about the row: `agreed` where they stated one number, `sole` where only one did, and nothing at all where the disagreement went to a queue instead.

Band All Incomparable 12 Outside tolerance 244 Within tolerance 450 Identical 36,242

Flow	Category	Place	European Commission — JRC	GreenDelta	ecoinvent Centre	Apart	Published
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	ES	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	FI	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	FR	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	GB	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	GR	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	HR	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	HU	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	IE	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	IT	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	LT	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	LU	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	LV	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	MD	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	MK	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	NL	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	NO	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	PL	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	PT	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	RO	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	RU	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	SE	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	SI	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	SK	0.092	0.092	—	1.0000× identical	sole
Ammonia Environmental → Air → Medium stack, <150 meters → Rural (<1000 people/square mile)	Eutrophication marine EF 3.1	UA	0.092	0.092	—	1.0000× identical	sole
Nitrate Environmental → Air → Unknown	Eutrophication marine EF 3.1	—	0.028	0.028	0.028	1.0000× identical	agreed
Nitrate Environmental → Air → Long-term	Eutrophication marine EF 3.1	—	0.028	0.028	0.028	1.0000× identical	agreed
Nitrite Environmental → Water → Surface water	Eutrophication marine EF 3.1	—	0.304	0.304	0.304	1.0000× identical	agreed
Nitrite Environmental → Water → Long-term	Eutrophication marine EF 3.1	—	0.304	0.304	0.304	1.0000× identical	agreed
Nitrite Environmental → Water → Unknown	Eutrophication marine EF 3.1	—	0.304	0.304	0.304	1.0000× identical	agreed
Nitrite Environmental → Water → Ocean	Eutrophication marine EF 3.1	—	0.304	0.304	0.304	1.0000× identical	agreed
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	—	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	AL	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	AT	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	BA	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	BE	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	BG	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	BY	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	CH	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	CS	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	CZ	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	DE	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	DK	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	EE	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	ES	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	FI	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	FR	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	GB	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	GR	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	HR	0.389	0.389	—	1.0000× identical	sole
Nitrogen Dioxide Environmental → Air → Unknown	Eutrophication marine EF 3.1	HU	0.389	0.389	—	1.0000× identical	sole