Outcomes
One row per source flow per list. Needs a decision is an unmatched flow with candidate substances — usually a context or unit mismatch. Needs a substance is one without: a genuinely unknown compound, already enriched before matching, so it wants a ruling rather than another pass.
| Source flow | List | Context | Unit | CAS | Outcome | Basis | Target | Candidates |
|---|---|---|---|---|---|---|---|---|
|
Mandestrobin
d79dc47a-64e5-53b9-b61b-36b1780f34aa
|
ecoinvent-3.12 | soil → forestry | kg | 173662-97-0 | algorithm |
cas
173662-97-0
|
8194aeec2d309c9f480deb0ff2356c2f6111158b |
3 flows, 3 tied at 3
|
|
3-Methyl-1-butanol
4df58e33-3e3e-4ae0-ad3c-36b5cfc7a541
|
ecoinvent-3.12 | water → ocean | kg | 123-51-3 | algorithm |
cas
123-51-3
|
c33b35bf-d5e9-4504-a66b-9bfb048c7005 |
1 flow
|
|
Diflufenican
fd0551af-ef4e-5569-9773-36bb83411e28
|
ecoinvent-3.12 | soil → unspecified | kg | 83164-33-4 | algorithm |
cas
83164-33-4
|
4d9a8790-3ddd-11dd-9030-0050c2490048 |
1 flow
|
|
Dichlofluanid
4ba1a952-0bbd-5e45-aa21-36bec34d76bc
|
ecoinvent-3.12 | water → unspecified | kg | 1085-98-9 | algorithm |
cas
1085-98-9
|
37a1d07c-70e0-431d-af49-1ddce64fcf34 |
1 flow
|
|
Transformation, To Permanent Crop, Irrigated, Extensive
59df4945-6ee2-4ea6-9ef7-36c4f4b478f6
|
ecoinvent-3.12 | natural resource → land | m2 | — | algorithm |
land_class
transformation-to/permanent-cropland/irrigation=irrigated/intensity=extensive
|
19b04efe-3d1e-44d8-963e-e9cbc3c97613 |
1 flow
|
|
Butachlor
d3d4ee00-bfab-5cc3-948e-36c79b9d5d4d
|
ecoinvent-3.12 | air → unspecified | kg | 23184-66-9 | algorithm |
cas
23184-66-9
|
f6733dea-fbc0-4d58-af7b-f28a44feed59 |
1 flow
|
|
Pyrethrin I
4bf8642e-1f2e-5b83-9c04-36cfb69cca65
|
ecoinvent-3.12 | soil → unspecified | kg | 121-21-1 | algorithm |
cas
121-21-1
|
d956d6ae-2bb1-4525-982c-a2480c89e473 |
1 flow
|
|
Cyflufenamid
bc1bff29-cbbc-57e0-8a4a-36d045718bda
|
ecoinvent-3.12 | soil → agricultural | kg | 180409-60-3 | algorithm |
cas
180409-60-3
|
8f335d21-3cb1-40f6-bcf7-285164ab5b30 |
1 flow
|
|
Indeno(1,2,3-cd)pyrene
b5a65bff-51e0-40e4-b50e-36d07a87919a
|
ecoinvent-3.12 | water → ground- | kg | 193-39-5 | algorithm |
cas
193-39-5
|
3c9b783157009153c23050868de56a8ac8ae4b67 |
4 flows, 4 tied at 3
|
|
Ametryn
68942093-7714-5f4a-ba7f-36d20fef338e
|
ecoinvent-3.12 | water → surface water | kg | 834-12-8 | algorithm |
cas
834-12-8
|
08a91e70-3ddc-11dd-9abe-0050c2490048 |
1 flow
|
|
1-Pentanol
9dd01d5b-3677-4822-9cd4-36d21b0e23d1
|
ecoinvent-3.12 | air → low population density, long-term | kg | 71-41-0 | algorithm |
cas
71-41-0
|
476a81ff-60ca-44bf-9485-0185095facbc |
1 flow
|
|
Griseofulvin
b1205d73-10ea-59e7-a728-36d28c5f9421
|
ecoinvent-3.12 | soil → agricultural | kg | 126-07-8 | algorithm |
cas
126-07-8
|
bd8ac8af-e529-41d9-97ca-fb5df791ae47 |
1 flow
|
|
Tricyclazole
f110d9fe-8c1f-528b-8d56-36e5ac0973ae
|
ecoinvent-3.12 | soil → forestry | kg | 41814-78-2 | algorithm |
cas
41814-78-2
|
0642524079ea20d58e420da24eb6f26693f6613e |
3 flows, 3 tied at 3
|
|
Benazolin
e525ffcf-cc5b-588f-b4b6-36f0bfd8ecc8
|
ecoinvent-3.12 | soil → unspecified | kg | 3813-05-6 | algorithm |
cas
3813-05-6
|
21c1f182-2e39-4c80-ad72-46be3bcd29c1 |
1 flow
|
|
PAH, Polycyclic Aromatic Hydrocarbons
3e5d7d91-67d7-4afb-91dd-36fab58e4685
|
ecoinvent-3.12 | air → unspecified | kg | 130498-29-2 | algorithm |
cas
130498-29-2
|
fe0acd60-3ddc-11dd-aadf-0050c2490048 |
1 flow
|
|
Foramsulfuron
d2e75006-81ab-5ee8-b4ec-37030c289c0d
|
ecoinvent-3.12 | water → surface water | kg | 173159-57-4 | algorithm |
cas
173159-57-4
|
d5a167d6-9768-4f6f-a581-624b18bb4249 |
1 flow
|
|
Carfentrazone
5effd34b-2362-55d2-8db1-37161b4b695c
|
ecoinvent-3.12 | air → unspecified | kg | 128621-72-7 | algorithm |
cas
128621-72-7
|
8c660f0c-457b-4323-ab0c-26652d1d51bb |
1 flow
|
|
Ipconazole
f4d4071f-2f37-5b41-9791-37173e25e164
|
ecoinvent-3.12 | water → surface water | kg | 125225-28-7 | algorithm |
cas
125225-28-7
|
32afb570-c5db-4d07-b4db-dcc5b182c32b |
1 flow
|
|
Dithianon
36f78d55-2035-5d0b-8403-371d5fcbf148
|
ecoinvent-3.12 | soil → unspecified | kg | 3347-22-6 | algorithm |
cas
3347-22-6
|
ff6bac1e-bbac-40c0-9b07-fb8fd5d82c67 |
1 flow
|
|
Potassium-40
7a35cc5e-9093-4ef6-bf78-37221ebcb1bb
|
ecoinvent-3.12 | water → surface water | kBq | 13966-00-2 | algorithm |
cas
13966-00-2
|
08a91e70-3ddc-11dd-97cc-0050c2490048 |
1 flow
|
|
Niobium-95
a53100b0-d453-4dad-b885-3728482d5c55
|
ecoinvent-3.12 | water → unspecified | kBq | 13967-76-5 | algorithm |
cas
13967-76-5
|
32cbe905-6556-11dd-ad8b-0800200c9a66 |
1 flow
|
|
Thionazin
332a1baf-c0b6-5782-bea2-37319e4ab31b
|
ecoinvent-3.12 | air → unspecified | kg | 297-97-2 | algorithm |
cas
297-97-2
|
0cfc3eff-445e-4a0f-b953-a1792b441604 |
1 flow
|
|
Lambda-cyhalothrin
cf7738ce-05a3-4fee-af0c-37386e0c28e3
|
ecoinvent-3.12 | water → surface water | kg | 91465-08-6 | algorithm |
cas
91465-08-6
|
4d9a8790-3ddd-11dd-8cd9-0050c2490048 |
1 flow
|
|
Chlorantraniliprole
fd2c2f5d-2954-5b74-9904-373b1795285a
|
ecoinvent-3.12 | soil → unspecified | kg | 500008-45-7 | algorithm |
cas
500008-45-7
|
64b0af34-7af4-4613-9a97-64d71adba426 |
1 flow
|
|
Phenmedipham
f6f088a7-6d63-5aa3-bc2b-374040cb4e49
|
ecoinvent-3.12 | soil → forestry | kg | 13684-63-4 | algorithm |
cas
13684-63-4
|
9b65c454adc3ea1c3f554dabe8c3f9287a4a5fce |
3 flows, 3 tied at 3
|
|
Picoxystrobin
3a4f19d0-38af-5e7f-9ca9-3748ecb64b9b
|
ecoinvent-3.12 | air → non-urban air or from high stacks | kg | 117428-22-5 | algorithm |
cas
117428-22-5
|
f86e20c1-27ba-43a1-af24-16f207dc44ef |
1 flow
|
|
Glyoxal
9e330788-5027-5e0b-8a85-3753a3bc33ff
|
ecoinvent-3.12 | air → unspecified | kg | 107-22-2 | algorithm |
cas
107-22-2
|
fe0acd60-3ddc-11dd-a640-0050c2490048 |
1 flow
|
|
Tellurium-132
e3446a6f-92f1-480f-915d-375a269009c1
|
ecoinvent-3.12 | water → ocean | kBq | 14234-28-7 | algorithm |
cas
14234-28-7
|
32cc3749-6556-11dd-ad8b-0800200c9a66 |
1 flow
|
|
Triallate
07ab802e-dffa-5ce2-8bd1-3773daeedd25
|
ecoinvent-3.12 | water → unspecified | kg | 2303-17-5 | algorithm |
cas
2303-17-5
|
08a91e70-3ddc-11dd-920e-0050c2490048 |
1 flow
|
|
Radon-222
4ac6979b-55f2-42ae-8d7e-37846e92506c
|
ecoinvent-3.12 | air → low population density, long-term | kBq | 14859-67-7 | algorithm |
cas
14859-67-7
|
fe0acd60-3ddc-11dd-abb1-0050c2490048 |
1 flow
|
|
Niobium-95
dec2d31c-00b1-454a-9b2a-37875c0af04a
|
ecoinvent-3.12 | water → surface water | kBq | 13967-76-5 | algorithm |
cas
13967-76-5
|
32cbe900-6556-11dd-ad8b-0800200c9a66 |
1 flow
|
|
Benzo(k)fluoranthene
785e9314-ccf6-4229-98c5-37881d624fc9
|
ecoinvent-3.12 | water → unspecified | kg | 207-08-9 | algorithm |
cas
207-08-9
|
4d9a8790-3ddd-11dd-94a7-0050c2490048 |
1 flow
|
|
Chloride
66f99038-3c27-45fa-9152-378833cdfb4a
|
ecoinvent-3.12 | soil → forestry | kg | 16887-00-6 | algorithm |
cas
16887-00-6
|
45d85003daf03ceb6f058d2f45fcaa66146f1668 |
3 flows, 3 tied at 3
|
|
Acetic Acid
18452b50-8c57-41d2-bbdd-37996c455771
|
ecoinvent-3.12 | water → ocean | kg | 64-19-7 | algorithm |
cas
64-19-7
|
08a91e70-3ddc-11dd-951d-0050c2490048 |
1 flow
|
|
Aldicarb
a847c195-c001-58d3-8df2-379a24d849f4
|
ecoinvent-3.12 | soil → unspecified | kg | 116-06-3 | algorithm |
cas
116-06-3
|
08a91e70-3ddc-11dd-91bd-0050c2490048 |
1 flow
|
|
2,4-D Isopropylamine Salt
a29e40a5-c78a-570f-b9d0-379ae4cd52fe
|
ecoinvent-3.12 | soil → forestry | kg | 5742-17-6 | algorithm |
cas
5742-17-6
|
a19e08a94e055bd1825c8cb58e31e0304439812e |
3 flows, 3 tied at 3
|
|
1,2-Dibromoethane
b0820cd6-3c99-51a9-acfe-37a13cbfd9fb
|
ecoinvent-3.12 | air → unspecified | kg | 106-93-4 | algorithm |
cas
106-93-4
|
08a91e70-3ddc-11dd-930f-0050c2490048 |
1 flow
|
|
Buprofezin
83bd0e30-8937-5ce8-bbc3-37a51fcafceb
|
ecoinvent-3.12 | soil → forestry | kg | 69327-76-0 | algorithm |
cas
69327-76-0
|
0ebd8e5c00aa92fad6e10df5d1b6df636aa9c481 |
3 flows, 3 tied at 3
|
|
o-Xylene
6c0719de-1bd9-4ae5-a0c6-37a58bad4ba1
|
ecoinvent-3.12 | water → ground- | kg | 95-47-6 | algorithm |
cas
95-47-6
|
f314b0b0fe2b13d195bdefc6b5ba1dafb1c9c4a4 |
4 flows, 4 tied at 3
|
|
Metsulfuron-methyl
08e2dc43-788c-5dc2-9d38-37b2d802f60d
|
ecoinvent-3.12 | water → ground- | kg | 74223-64-6 | algorithm |
cas
74223-64-6
|
ce31a2ae67eb3d9c72e144f5b518638c3fb4b0d8 |
4 flows, 4 tied at 3
|
|
Chlorthion
23b96a73-deaa-57c9-b6fc-37b52a4be300
|
ecoinvent-3.12 | water → unspecified | kg | 500-28-7 | algorithm |
cas
500-28-7
|
48deb2ef-ebc2-4cd7-a8db-588be692c518 |
1 flow
|
|
Triflumuron
c7375dec-cc5d-5879-bc6f-37b960e9d339
|
ecoinvent-3.12 | water → surface water | kg | 64628-44-0 | algorithm |
cas
64628-44-0
|
c66d4a17-fd0a-4cde-9ca9-d582c2393b47 |
1 flow
|
|
Diflubenzuron
ba22b677-d768-5881-ad04-37bc7ae720f2
|
ecoinvent-3.12 | water → surface water | kg | 35367-38-5 | algorithm |
cas
35367-38-5
|
08a91e70-3ddc-11dd-9ca0-0050c2490048 |
1 flow
|
|
Lead-210
141ec03e-9ec3-4cfe-853d-37cc66e1c333
|
ecoinvent-3.12 | air → low population density, long-term | kBq | 14255-04-0 | algorithm |
cas
14255-04-0
|
4d9a8790-3ddd-11dd-91e6-0050c2490048 |
1 flow
|
|
Dimethylamine
43398c2a-4ceb-4c7f-8ffc-37d2b78e22a3
|
ecoinvent-3.12 | water → unspecified | kg | 124-40-3 | algorithm |
cas
124-40-3
|
08a91e70-3ddc-11dd-9ea8-0050c2490048 |
1 flow
|
|
Climbazole
b14f0953-3b72-51c9-a043-37dd77205a6e
|
ecoinvent-3.12 | water → surface water | kg | 38083-17-9 | algorithm |
cas
38083-17-9
|
c378e165-0223-4ec5-a9b1-6ae9b292786f |
1 flow
|
|
Transformation, From Urban, Continuously Built
a8e39acd-6e7f-4d43-973b-37e6b7c00037
|
ecoinvent-3.12 | natural resource → land | m2 | — | algorithm |
land_class
transformation-from/urban/built_form=continuous
|
157addff-967a-49a8-b3ee-8393e0ffce5a |
1 flow
|
|
Carbon Monoxide, Fossil
ba2f3f82-c93a-47a5-822a-37ec97495275
|
ecoinvent-3.12 | air → unspecified | kg | 630-08-0 | algorithm |
cas+qualifier
630-08-0
|
08a91e70-3ddc-11dd-924e-0050c2490048 |
1 flow
|
|
Phosmet
b268aafb-2e5a-4bb1-a3ab-37f378ee8090
|
ecoinvent-3.12 | soil → agricultural | kg | 732-11-6 | algorithm |
cas
732-11-6
|
4d9a8790-3ddd-11dd-984a-0050c2490048 |
1 flow
|
|
Fenazaquin
1515e125-3c0b-5f0d-9451-37f3f883bd8f
|
ecoinvent-3.12 | soil → forestry | kg | 120928-09-8 | algorithm |
cas
120928-09-8
|
1c368aa097ea212d1e1d1929d028b4eb224dbd04 |
3 flows, 3 tied at 3
|