Merge outcomes

Outcome All 28,490 prepared 446 algorithm 26,884 created 1,160

Source flow	List	Context	Unit	CAS	Outcome	Basis	Target	Candidates
Anionic Phosphate Esters (detergents) 483945a7-74b2-5550-b765-a6eb75754a2e	agribalyse-3.2	Emissions to water → river	kg	—	created	—	a4148899c9d2236c5d24fc0bb1ccd99366e4ff32	—
Silicate Particles 4b4c2615-f63a-5a58-9ce9-50d57f353070	agribalyse-3.2	Emissions to water → ocean	kg	—	created	—	86265a27635f09facaef28266d1f5596daa5a56a	—
Salts, Unspecified 4bce38c5-d101-5d25-b86a-f59d5ae71c8c	agribalyse-3.2	Emissions to water → groundwater	kg	—	created	—	36eda451a7dc66ba37d0eeb31bab1bea5773ed34	—
Soot 4bd41713-3336-56d2-bd60-a197de000f72	agribalyse-3.2	Emissions to air	kg	—	created	—	3c6793439b4dc8f4ee3ed435bebfb240b239f7e3	—
Metallic Ions, Unspecified 4cae6b10-ba36-52f4-837f-a4e6295e411c	agribalyse-3.2	Emissions to water	kg	—	created	—	ec24f9b743b31886695e9e4ac2a3ad4ffc4afc4a	—
Mercaptans, Unspecified 51d5cf59-6d01-525d-8004-f8f449a1c482	agribalyse-3.2	Emissions to air	kg	—	created	—	d882fd616cb4e470677de952f7046cc2b2c4b2b3	—
Fluorenes, Alkylated, Unspecified 5240696b-c40d-5507-8277-6f326214338b	agribalyse-3.2	Emissions to water	kg	—	created	—	99be67528ad50ccadf30770fe0c557cbac6e61ca	—
Anionic Phosphate Esters (detergents) 58a4107b-987a-54e4-93ee-df3b43d78b66	agribalyse-3.2	Emissions to soil → agricultural	kg	—	created	—	091a0674e0e8cb98979856cba174c1aa56836585	—
Occupation, Sea And Ocean 58cec0b2-317e-5ed3-ab52-03c8087163a4	agribalyse-3.2	Resources → in water	m2.a	—	created	—	53a597847f0109e8f4be09e57396f2d59b94a7af	—
Biological Pest Controls 5ba5e562-e691-5ea8-8cab-405382354988	agribalyse-3.2	Emissions to water → river	kg	—	created	—	9786634c19b94ceb5a471a7a30949b9aacc1fe37	—
Gas, Off-gas, Oil Production 60ae15fa-2666-5cdb-9b6a-01dae94ea313	agribalyse-3.2	Resources → in ground	m3	—	created	—	3b56a0d8fe11a1abdaa9ddcb738837b67162d60f	—
Anionic Phosphate Esters (detergents) 63cb4811-3568-5d50-828c-dc820d73bf15	agribalyse-3.2	Emissions to air → low. pop.	kg	—	created	—	363b8e7b0aca7a85f7be27be38037417b057d0ff	—
Transformation, From Permanent Crop, Fruit 6a9a2c76-bccf-567d-8126-90638875f800	agribalyse-3.2	Resources → land	m2	—	created	—	63d69bd8bd70c10279282a117e8e7e72f1d4c092	—
Phosphate Ore 71ef6e37-248b-5c5b-bd5d-43deaff2705f	agribalyse-3.2	Resources → in ground	kg	—	created	—	aaebf539ebe66c1ca70746ce149c1bb4d56e59b3	—
Organic Chlorine Compounds 742b868d-49c5-5035-8c54-24dcc65e17f3	agribalyse-3.2	Emissions to air	kg	—	created	—	f1b70cd151beb03edbfeaf26c384113afef747da	—
Chromium, Ion 78cc3839-5f20-574d-92e3-c9edfa08ae69	agribalyse-3.2	Emissions to water → river	kg	—	created	—	83df4ee9c923c7f27f087141ed6fda4fc75a70cf	—
Chromium, Ion 7b3e9331-f82b-5646-95e0-28c21f4550ff	agribalyse-3.2	Emissions to soil	kg	—	created	—	62a3667552009ea106c4dcff69bb020f50e53cc7	—
Wood, Dry Matter 7d3247a3-d3c2-5242-850a-9227a0a13fa4	agribalyse-3.2	Resources → biotic	kg	—	created	—	a29b60831401ca1fb2b27f11b889faf2b412a4ae	—
Corn Dust (biomass) 7e6b7983-a116-50af-b249-050f3d960bf1	agribalyse-3.2	Emissions to water	kg	—	created	—	d257dd5de368fdefa30da28bc627bd8b09c7e216	—
Phosphorus Compounds, Unspecified 83ef4565-a5fa-5022-8554-6d01ea77c4e9	agribalyse-3.2	Emissions to water	kg	—	created	—	7c734a1000345e7b66dc88d9bd3d868db59dfa5f	—
Anionic Phosphate Esters (detergents) 8512b759-525d-541e-a57b-54d747e7854a	agribalyse-3.2	Emissions to soil → forestry	kg	—	created	—	67566a34fa53c1d4a445ba5194ad151343ea131a	—
Corn Dust (biomass) 86cd493e-0d2c-52b6-923e-3025a1062dbc	agribalyse-3.2	Emissions to air	kg	—	created	—	85b5de143d4f735782672fed49d4260ce51e9da9	—
Transformation, From Traffic Area, Rail Embankment 91045b1a-10b8-5f2e-a553-e71610403838	agribalyse-3.2	Resources → land	m2	—	created	—	197e33a5b412e6c87cff5fce3eca98b691530296	—
Biological Pest Controls 95f65426-b033-5a5f-8111-088a8dbc789b	agribalyse-3.2	Emissions to soil → forestry	kg	—	created	—	70ca80a120b45418fce55edb6306607b798c4c15	—
Chromium, Ion 99798862-96e8-51ed-9c49-0571c27601b2	agribalyse-3.2	Emissions to air	kg	—	created	—	149dace01df6e7bebe37acb3c768affae0f0f7a5	—
Organic Compounds (unspecified) 9b850f12-79fc-5e44-b54b-416282e0337b	agribalyse-3.2	Emissions to water	kg	—	created	—	0aead92ac56a56172297331ecdf6ff4909e06b2c	—
Transformation, From Permanent Crop, Vine 9d64a2cb-05d6-5f1f-b752-7f9b6f15f39e	agribalyse-3.2	Resources → land	m2	—	created	—	3f21b68a623e13e5fe0e68a70ed485d8bdf36e91	—
Phenanthrenes, Alkylated, Unspecified a5819ff4-4a41-5b3d-8b37-87f174ff4fad	agribalyse-3.2	Emissions to water	kg	—	created	—	df52f6a5bbbf46fc51032fbad7793011de2239c6	—
Occupation, Permanent Crop, Fruit a6c10d54-be63-5dce-864d-4aba3dca27d5	agribalyse-3.2	Resources → land	m2.a	—	created	—	3ae14f74ce91533a1c1d0a743b9df1ad2e742672	—
Zeolite a874ca69-d2d1-5fd4-8bc9-706600beb416	agribalyse-3.2	Resources → in ground	kg	—	created	—	c94421e7bc61ce779381154811e531ab605da45d	—
Sand, Gravel And Stone, Extracted For Use abc3f33e-b3e5-574c-9b6a-a0360ab45800	agribalyse-3.2	Resources → in ground	kg	—	created	—	1a9eb6d5d73f487258729bed6dca009d60cd3dee	—
Dioxins (unspec.) add1d5e2-baff-565b-94ff-a1157ad9c3ba	agribalyse-3.2	Emissions to water	kg	—	created	—	9edb5090d6cfdb82b50ac8c153323aaf7a18d870	—
Biological Pest Controls b01ad8cf-7852-5fd8-b918-4d029b4b0e16	agribalyse-3.2	Emissions to air → low. pop.	kg	—	created	—	fce8227ae57d3d866032652b9e88a5bd374317d8	—
BTEX (Benzene, Toluene, Ethylbenzene, And Xylene), Unspecified Ratio b15cb1d6-9189-5598-8e87-7171aa396de1	agribalyse-3.2	Emissions to air	kg	—	created	—	351d7492eabca7d088594d011331aecbaf036de4	—
Potashsalt, Crude b6538df2-295c-5666-be4d-a90753999ee2	agribalyse-3.2	Resources	kg	—	created	—	9b7a494ea9c2ce35628d4a98835f8b3c03a1338a	—
Benzenes, Alkylated, Unspecified b9deccd2-9a1e-567d-9eba-8bff6e6ec0fc	agribalyse-3.2	Emissions to water	kg	—	created	—	33e91ff14c79e067d593c8647f1134e919fb45d3	—
Detergent, Oil be28119f-0d60-50cb-a0ca-91ae107ce308	agribalyse-3.2	Emissions to water	kg	—	created	—	a807be19aff4df950fa0326ce4a6cf66e746c985	—
Occupation, Permanent Crop, Vine bf3cbaa0-9844-5f8a-8ea0-33a7e0983dcf	agribalyse-3.2	Resources → land	m2.a	—	created	—	90fa5f81232e521864edff32da5966429d7f3518	—
Organic Acids c3284c85-356e-5b47-be3e-69315386f19e	agribalyse-3.2	Emissions to air	kg	—	created	—	18759dcad2820f44cb1cd8eb6475dd69add08f0e	—
Alkenes, C7 c6113217-9599-5221-9eeb-6989bba2ff61	agribalyse-3.2	Emissions to air	kg	—	created	—	08965b597eabbb22e6cf0aaacbeee0b04e37fc75	—
Occupation, Sea And Ocean c76fb018-c8f0-5ea7-8059-de1ef886cb31	agribalyse-3.2	Resources → land	m2.a	—	created	—	53a597847f0109e8f4be09e57396f2d59b94a7af	—
Unspecified Input cc5c6ad5-8355-5a4d-887d-48a5b0a69111	agribalyse-3.2	Resources	kg	—	created	—	216ad0352046ec93910a827f8faad2683457df06	—
Benzo(b,j,k)fluoranthene d2d05ac8-e6af-5fba-b92a-05f5dd2a6703	agribalyse-3.2	Emissions to air	kg	—	created	—	2b664fb033207d26ff603be082b4dbd045299f31	—
Alkyne (unspecified) d4259ffe-4db0-5c82-8681-975747ae990e	agribalyse-3.2	Emissions to air	kg	—	created	—	9fb659acc4d8bd91be062d23fb68aeca85f87416	—
Heavy Metals, Unspecified d50fbcb0-33f1-5931-aee6-18cb52bd259e	agribalyse-3.2	Emissions to air	kg	—	created	—	35ff82c60c270f1eb26e1c736a6340385234eb57	—
Chromium, Ion d6facab2-9ddd-50ae-9d1d-abe7195a052f	agribalyse-3.2	Emissions to soil → agricultural	kg	—	created	—	1f1076c2a7a4cf67da29e91f9e31f250659eec2f	—
Radionuclides (Including Radon) d8b004a4-8520-5423-a006-9f22ecfdb9f4	agribalyse-3.2	Emissions to air	kg	—	created	—	b572ee11a3b1e37c4c0cc420b63a7c5664a81ad1	—
Sulfur Monoxide d921df8b-e10f-5e87-b19b-bfa8cd9d2d88	agribalyse-3.2	Emissions to air	kg	—	created	—	e5e8f1cdf21dcb18b3298bfeab88f51998d64e6d	—
Chromium, Ion dd4213df-b114-5a8f-a4b1-2368dfc5b03c	agribalyse-3.2	Emissions to air → high. pop.	kg	—	created	—	fd057cd5df26dba280647e81defd3a98c3bb06c7	—
Petroleum Oil e215a37f-9dd4-5fea-a593-7de9bbf30399	agribalyse-3.2	Emissions to water	kg	—	created	—	ca02937c53c5dc3eacdcd8243fcbe0b632c1cdb2	—

Outcomes

Keyboard