Quinoa, grain - Iran - 2010-2025

Name: Quinoa, grain - Iran - 2010-2025
Creator: HESTIA
Published: 2025-04-30
License: https://creativecommons.org/licenses/by/4.0/

Life cycle assessment data for Quinoa, grain - Iran - 2010-2025: environmental impacts, inputs and productivity — free and open on HESTIA.

Additional notes: the mean endDate of all aggregated Cycles is 2018

Functional unit: 1 ha
Start date: 2010
End date: 2025
Cycles aggregated: 30
Data quality score: 1

Products

Above ground crop residue, removed: 4236.1 kg dry matter
Above ground crop residue, total: 4236.1 kg dry matter
Quinoa, grain: 1590.83 kg
Below ground crop residue: 838.750925188 kg dry matter

Emissions

NH3, to air, excreta: 0 kg NH3
NH3, to air, inorganic fertiliser: 9.403948266741502 kg NH3
1,1-Dichlorotetrafluoroethane, to air, inputs production: 1.1741081746880645e-7 kg C2Cl2F4
CH4, to air, inputs production, non-fossil: 0.012095868402275313 kg CH4
1,1,1,2-Tetrafluoroethane, to air, inputs production: 3.9075731907725024e-8 kg C2H2F4
NH3, to air, inputs production: 0.0021618872070534477 kg NH3
NO3, to groundwater, crop residue decomposition: 8.019759456641006 kg NO3
NH3, to air, inputs production: 0.0014588712831287405 kg NH3
1,1,2-Trichlorotrifluoroethane, to air, inputs production: 2.0196186650202807e-9 kg C2Cl3F3
NOx, to air, inputs production: 0.0339868 kg NOx
CH4, to air, inputs production, non-fossil: 0.0011425315702324125 kg CH4
CH4, to air, aquaculture systems: 0 kg CH4
Bromochlorodifluoromethane, to air, inputs production: 6.234892335648008e-7 kg CBrClF2
CH4, to air, inputs production, non-fossil: 0.0004858234578429488 kg CH4
CH4, to air, natural vegetation burning: 0 kg CH4
SO2, to air, inputs production: 0.07839358290238899 kg SO2
N2O, to air, organic fertiliser, indirect: 0.438025069798508 kg N2O
CO2, to air, above ground biomass stock change, management change: 0 kg CO2
NH3, to air, aquaculture systems: 0 kg NH3
NO3, to groundwater, inorganic fertiliser: 87.72191527093594 kg NO3
N2O, to air, natural vegetation burning, direct: 0 kg N2O
SO2, to air, inputs production: 0.08405013182116017 kg SO2
N2, to air, aquaculture systems: 0 kg N2
NOx, to air, organic fertiliser: 0.39792778022235 kg NOx
Chlorodifluoromethane, to air, inputs production: 0.000011464366933813308 kg CHClF2
NOx, to air, aquaculture systems: 0 kg NOx
CH4, to air, crop residue burning: 0 kg CH4
N2O, to air, crop residue decomposition, direct: 0.05929954669677573 kg N2O
CH4, to air, inputs production, non-fossil: 0.0006652076784136172 kg CH4
Dichlorodifluoromethane, to air, inputs production: 0.000001484478612922816 kg CCl2F2
NH3, to air, inputs production: 0.0018139271979036103 kg NH3
CO, to air, natural vegetation burning: 0 kg CO
Chlorodifluoromethane, to air, inputs production: 1e-7 kg CHClF2
PM10, to air, animal housing: 0 kg PM10
N2O, to air, inputs production: 1.7004587542740828 kg N2O
NH3, to air, organic fertiliser: 7.420315971877581 kg NH3
1,1-Dichlorotetrafluoroethane, to air, inputs production: 0.0000023337946808311314 kg C2Cl2F4
NH3, to air, inputs production: 0.5975659953661432 kg NH3
Chlorodifluoromethane, to air, inputs production: 0.000005184569231529075 kg CHClF2
N2O, to air, inorganic fertiliser, direct: 0.6486316502463053 kg N2O
TSP, to air, animal housing: 0 kg total suspended particulates
CH4, to air, inputs production, fossil: 0.04971707249119914 kg CH4
Bromochlorodifluoromethane, to air, inputs production: 0.000001759250872790633 kg CBrClF2
1,1-Dichlorotetrafluoroethane, to air, inputs production: 0 kg C2Cl2F4
CH4, to air, inputs production, fossil: 1.1359092498564192 kg CH4
NH3, to air, inputs production: 0.091911 kg NH3
NOx, to air, inorganic fertiliser: 0.35067536798999993 kg NOx
CO2, to air, below ground biomass stock change, land use change: 0 kg CO2
NOx, to air, crop residue burning: 0 kg NOx
1,1,2-Trichlorotrifluoroethane, to air, inputs production: 1.04615393203994e-9 kg C2Cl3F3
1,1,1,2-Tetrafluoroethane, to air, inputs production: 2.9629248765669602e-8 kg C2H2F4
NOx, to air, inputs production: 0.04630176504696492 kg NOx
NH3, to air, crop residue burning: 0 kg NH3
CO2, to air, below ground biomass stock change, management change: 0 kg CO2
N2O, to air, waste treatment, direct: 0 kg N2O
SO2, to air, inputs production: 2.2258569965863013 kg SO2
N2O, to air, organic soil cultivation, direct: 0 kg N2O
Dichlorodifluoromethane, to air, inputs production: 5.234532432840742e-10 kg CCl2F2
SO2, to air, fuel combustion: 0.101628375 kg SO2
CO2, to air, inputs production: 479.9961741787574 kg CO2
NOx, to air, excreta: 0 kg NOx
CH4, to air, waste treatment: 0 kg CH4
SO2, to air, inputs production: 0.5439519121576193 kg SO2
CH4, to air, inputs production, fossil: 0.31808089631963987 kg CH4
NOx, to air, inputs production: 1.9546217878933805 kg NOx
1,1,2-Trichlorotrifluoroethane, to air, inputs production: 0 kg C2Cl3F3
Bromochlorodifluoromethane, to air, inputs production: 3.178598628673878e-8 kg CBrClF2
1,1,1,2-Tetrafluoroethane, to air, inputs production: 6.99480402669102e-9 kg C2H2F4
CH4, to air, inputs production, fossil: 0.008433 kg CH4
N2O, to air, aquaculture systems, direct: 0 kg N2O
CO2, to air, inputs production: 11.575787825221898 kg CO2
CH4, to air, inputs production, non-fossil: 0.0000759 kg CH4
H2S, to air, waste treatment: 0 kg H2S
NOx, to air, inputs production: 0.03202831264293869 kg NOx
NOx, to air, fuel combustion: 3.316032247875 kg NOx
N2O, to air, inorganic fertiliser, indirect: 0.40451970804606074 kg N2O
NOx, to air, inputs production: 0.3146068741693558 kg NOx
NH3, to air, crop residue decomposition: 0 kg NH3
1,1-Dichlorotetrafluoroethane, to air, inputs production: 1.5272308246490593e-7 kg C2Cl2F4
CO2, to air, urea hydrolysis: 103.77397599999999 kg CO2
Bromochlorodifluoromethane, to air, inputs production: 3.083788027487413e-8 kg CBrClF2
N2, to air, excreta: 0 kg N2
Bromochlorodifluoromethane, to air, inputs production: 0 kg CBrClF2
CO2, to air, fuel combustion: 322.16194875 kg CO2
SO2, to air, inputs production: 0.0160006 kg SO2
Dichlorodifluoromethane, to air, inputs production: 1.238141646504036e-9 kg CCl2F2
N2O, to air, inputs production: 0.0034146251876887995 kg N2O
N2O, to air, excreta, indirect: 0 kg N2O
1,1-Dichlorotetrafluoroethane, to air, inputs production: 7.892864672180099e-7 kg C2Cl2F4
CO2, to air, inputs production: 155.3026226806347 kg CO2
NO3, to groundwater, excreta: 0 kg NO3
Dichlorodifluoromethane, to air, inputs production: 0 kg CCl2F2
CH4, to air, inputs production, fossil: 0.09527171132976035 kg CH4
CH4, to air, enteric fermentation: 0 kg CH4
CO2, to air, lime hydrolysis: 0 kg CO2
CO2, to air, above ground biomass stock change, land use change: 0 kg CO2
N2O, to air, crop residue burning, direct: 0 kg N2O
N2O, to air, organic fertiliser, direct: 0.7360327423163419 kg N2O
NO3, to groundwater, organic fertiliser: 99.54216978710645 kg NO3
NOx, to air, crop residue decomposition: 0.032059629454769215 kg NOx

and 18 more.

Inputs

Manure, dry (kg mass): 3535.7 kg
Water, source unspecified: 6500 m3
Electricity, grid, market mix: 228.57 kWh
Inorganic Phosphorus fertiliser, unspecified (kg P2O5): 42.25 kg P2O5
Diesel: 101.628375 kg
Seed: 8.39 kg
Machinery infrastructure, depreciated amount per Cycle: 4.4186250000000005 kg/functional unit/Cycle
Inorganic Sulphur fertiliser, unspecified (kg S): 25.5 kg S
Inorganic Nitrogen fertiliser, unspecified (kg N): 82.57 kg N
Inorganic Potassium fertiliser, unspecified (kg K2O): 36.24 kg K2O
Insecticide unspecified (AI): 1.25 kg active ingredient

Practices

Residue left on field: 0 %
Residue incorporated: 0 %
Residue removed: 100 %
Residue incorporated, more than 30 days before cultivation: 0 %
Residue incorporated, less than 30 days before cultivation: 0 %
Residue burnt: 0 %
Irrigated, type unspecified: 100 % area
Full tillage: 100 % area
Long fallow ratio: 1.9104885 ratio
Cropping intensity: 0.7838161 ratio