Process Data set: mango production (en)

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Process Data set: mango production (en) en

Process information

Key Data Set Information

Location

Geographical representativeness description

The inventory is modelled for the San Francisco valley, states of Pernambuco and Bahia, Brazil.

Reference year

2010

Name

mango production

Technical purpose of product or process

Cultivation of mango

Synonyms

mango production

Classification

Class name : Hierarchy level

ILCD: A.Agriculture, forestry and fishing / 01:Crop and animal production, hunting and related service activities / 012:Growing of perennial crops / 0122:Growing of tropical and subtropical fruits

General comment on data set

Type of process: ordinary transforming activity Parent relation Ecospold2: none Tags: Macroeconomic Scenario: Business-as-Usual Cunha, T. J. F., Silva, F. H. B. B., Silva, M. S. L., Giongo, V., Sá, I. B., Oliveira Neto, M. B., Cavalcanti, A. C. Solos do Submédio do Vale do São Francisco: Potencialidades e Limitações para uso agrÌcola. Série Documentos, 2011. ISSN 1808-9992, 2008. Giongo, V., Salviano, A. M., Santana, M., OlszevKy, N., Silva, D.J., Gava, C.A.T., Cunha, T.J.F. PLA.NT COCKTAIL AS GREEN MANURE IN SEMI-ARID REGIONS TO IMPROVE SOIL CARBON AND NITROGEN STOCKS. Submitted in 2017. Emmenegger, M., Reinhard, J., Zah, R. Sustainability quick check for biofuels - intermediate background report. Dubendorf, 2009. Oliveira, A. R., et al. Cultivo da Mangueira. Sistemas de Produção, 2 - 2ª edição. ISSN 1807-0027. 2010. CARVALHO, C. R. L., ROSSETTO, C. J., MANTOVANI, D. M. B., MORGANO, M. A., CASTRO., J. D., BORTOLETTO, N. Avaliação de cultivares de mangueira selecionadas pelo Instituto Agronômico de Campinas comparadas a outras de importância comercial. Rev. Bras. Frutic., 26 (2): 264-271, 2004. Novaes, et al. (2017) Estimating 20-year land use change and derived CO2 emissions associated to crops, pasture and forestry in Brazil and each of its 27 states. Global Change Biology. 2017;00:1-13. https://doi.org/10.1111/gcb.13708. Corrêa, F. L. O., Ramos, J. D. R., Gama-Rodrigues, A. C., Müller, M. W. Produção de serapilheira em sistema agroflorestal multiestratificado no estado de Rondônia, Brasil. Tese de Doutorado, apresentada à Universidade Federal de Lavras/UFLA, 2005. IPCC. Guidelines for National Greenhouse Gas Inventories. 2006 Mouco, M.A.C., Silva, D.J. , Giongo, V., Mendes, A.M.S. Green Manures in ‘Kent’ Mango Orchard. Acta Hort. 1075, ISHS, 2015. The mango (Mangifera indica) is the most produced tropical fruit worldwide (FAO, 2017) and Brazil is one of its biggest exporters.This dataset represents the production of 1 kg of raw mango, produced in the agricultural region of San Francisco Valley and consumed in the national market as well as exported to several countries.The varieties (cultivars) considered were Tommy atkins, Palmer, Keitt, Kent and Palmer. The yield is 34667 kg/ha on average, production starting in the 4th year with 20000kg/ha.year and in the 6th year it is stabilized with 40000kg/ha.year. Mango trees are disposed in the field at a density of 376 plants per hectare on average, but the density varies widely between farms plots, with a minimum of 160plants/ha and a maximum of 833 plants/ha. The mango trees in this region are irrigated by micro sprinklers and the nutrition is provided by the use of mineral fertilizers, with the following average amounts: 98kg N/ha.year, 70kg P2O5, 205kg K2O/ha.year, plus micronutrient inputs. As for pesticides, an average of 7.66kg/ha.year of various active ingredients were applied. Bibliography is listed in the text box below. NEMECEK, T.; SCHNETZER, J. Methods of assessment of direct field emissions for LCIs of agricultural production systems. Zurich, Data v3.0, 2011. Nemecek T., Bengoa X., Lansche J., Mouron, P., Riedener E., Rossi V. & Humbert S. (2015) Methodological Guidelines for the Life Cycle Inventory of Agricultural Products. Version 3.0, July 2015. World Food LCA Database (WFLDB). Quantis and Agroscope, Lausanne and Zurich, Switzerland. Silva, D.J., Pereira, J.R., Mouco, M.A.C., Albuquerque, J.A.S., Raij, B., Silva , C.A. Nutrição Mineral e Adubação da Mangueira em Condições Irrigadas. Circular Técnica. Embrapa, 2004.

Yes

Data set LCA report, background info

Data set finalised; entirely published

Quantitative reference

Reference flow(s)

mango
- 1.0 * 1.0 kg (Mass)

Time representativeness

Data set valid until

2017

Time representativeness description

Data is valid for the entire period. Time period of the most of the data collected for this dataset.

Technological representativeness

Technology description including background system

The technology level of this process is: Current/n/n Cultivation of mango Included activities start: This activity starts at land clearing and preparation. Included activities end: The dataset includes the inputs of seedlings, mineral fertilisers, pesticides and water from irrigation. It is assumed that no organic fertilisers are applied. The dataset also includes all machine operations and corresponding machine infrastructure and sheds. Machine operations are: Land clearing, planting, distribution of fertilisers at planting, pulverising, pruning and harvest transport by tractor. Further, direct field emissions are included, with important regionalizations added. The activity ends after harvest at the farm gate.

Mathematical model

Variable / parameter	Formula	Mean value	Minimum value	Maximum value	Uncertainty distribution type	Relative StdDev in %	General comment
seedling_mango		3.62E-4	3.440042516311306E-4	3.809371523132105E-4	LOG_NORMAL	1.0523125754508578 %
seedling_mango_WWM		0.421965				%	wet mass - dry mass
seedling_mango_C_content_fossil		0.0				%	fossil carbon content on a dry matter basis
seedling_mango_water_content		0.73				%	water mass/dry mass
seedling_mango_WM		1.0				%	total mass for 1 seedling
seedling_mango_DM		0.578035				%
seedling_mango_C_content_non_fossil		0.439481				%	biogene carbon content on a dry matter basis
application_pesticides		3.46	0.014127381325823635	847.4040392834125	LOG_NORMAL	244.91446222063945 %
Math_Rel_for_b90634dc_b7d5_4c1c_98dc_7cb18fccaa1f	10/30/ yield_kg_ha	4.006410256025025E-7	3.122986517053982E-7	5.139735010679539E-7	LOG_NORMAL	1.2828778587889664 %
Math_Rel_for_f372d4c2_7310_4fb9_8bb6_bee214fd08d1	1.73076923060281E-06LUC_crop_specific+(4.78376375172126E-06(1-LUC_crop_specific))	0.0173076923060281				%
water_dilution	0.2* application_pesticides	6.92E-5	5.6281229572705795E-5	8.508413970973911E-5	LOG_NORMAL	1.229539591181201 %
waste_wood	113.5*376/30/ yield_kg_ha	0.0410346153806697	0.03338204944271936	0.05044147041747135	LOG_NORMAL	1.2292419448686478 %
Math_Rel_[product volume]_for_6f2eb438_cde2_4d07_a770_d023a988a9c4	PV_mango_BR * waste_wood/ REF_PROD	4.82458335145917E7				%	Calculated from production volume of reference product using the relative outputs.
waste_wood_price_EUR2005		0.0				%	Waste products are assigned a price of zero as they are assumed to require further treatment.
irrigation		0.368	0.3497059795587184	0.38725102776591563	LOG_NORMAL	1.0523125754508578 %
REF_PROD		1.0	0.9450017095003759	1.0581991439239848	LOG_NORMAL	1.0581991439239848 %
PV_mango_BR		1.175735E9				%	Annual production (in kg) for Brazil in 2012.
REF_PROD_C_content_fossil		0.0				%	fossil carbon content on a dry matter basis
REF_PROD_WM		1.0				%
REF_PROD_water_content	REF_PROD_WWM/ REF_PROD_DM	4.0				%	water content on a dry matter basis
REF_PROD_C_content_non_fossil		0.42				%	biogene carbon content on a dry matter basis
REF_PROD_WWM		0.8				%	water content on a wet matter basis
REF_PROD_DM		0.2				%
REF_PROD_price_EUR2005		0.616429506865671				%	Estimated value. The price is assumed to be 80% of the price of the product "mango, conditioned" which has a price of 1.13 euros and a comment: "Literature value. Price from FAOSTAT data Producer Prices - Annual (retrieved from: http://www.fao.org/faostat/en/#data/PP, accessed 15Feb2018). Data from 2005."
lime		2.01E-5	1.910078855741913E-5	2.1151482766562242E-5	LOG_NORMAL	1.0523125754508578 %
gypsium		0.0169	0.01605986699603897	0.017784082525119496	LOG_NORMAL	1.0523125754508578 %
dolomite		4.02E-4	3.8201577114838265E-4	4.2302965533124484E-4	LOG_NORMAL	1.0523125754508578 %
P2O5		0.00203	0.0019290846155005392	0.0021361945281652413	LOG_NORMAL	1.0523125754508578 %
N		0.00284	0.0026988178857248924	0.002988567714280436	LOG_NORMAL	1.0523125754508578 %
K2O		0.00592	0.0056257048885532965	0.006229690446669078	LOG_NORMAL	1.0523125754508578 %
MoO3		4.88E-6	4.637405381104744E-6	5.135285368200186E-6	LOG_NORMAL	1.0523125754508578 %
MoO3_mol_weight		143.9				%
MoO3_Fe_content		0.0044				%	iron content on a dry matter basis
MoO3_O_content		0.29				%	oxygen content on a dry matter basis
MoO3_Cu_content		6.0E-4				%	copper content on a dry matter basis
MoO3_S_content		3.0E-4				%	sulfur content on a dry matter basis
MoO3_Pb_content		1.5E-4				%	lead content on a dry matter basis
MoO3_Bi_content		8.0E-5				%	bismuth content on a dry matter basis
MoO3_Mo_content		0.62				%	molybdenum content on a dry matter basis
emission_ammonia	(NH4NO3_as_N* EF_amm_ammonia+ urea_as_N * EF_urea_ammonia + N_generic EF_N_ammonia)17/14/ yield_kg_ha	2.82466792555257E-4	2.531586794682338E-4	3.151678981105851E-4	LOG_NORMAL	1.1157697344155277 %
Math_Rel_for_b2631209_8374_431e_b7d5_56c96c6b6d79	( soil_loss1000 Phosphorus_Pcr* factor_Fr* fraction_soil_Ferw)*(1/ yield_kg_ha)	1.27986229192233E-6	1.0376833890932304E-6	1.5785619231277004E-6	LOG_NORMAL	1.2333841953861528 %
evapotranspiration	(irrigation+ water_dilution)* fraction_irrigation_to_air	0.23924498	0.1936843770836211	0.29552285691317504	LOG_NORMAL	1.235231171467736 %
emission_nitrate	(62/14)(21.37+(precipitation_irrigation/(Clay_content L))((0.0037 N_from_fertilizers)+(0.0000601Norg_soil)-(0.00362Nuptake_plant)))*(1/ yield_kg_ha)	0.00522460049826731	0.004235987876130982	0.0064439396817695185	LOG_NORMAL	1.2333841953861528 %
Math_Rel_for_20185046_64bb_4c09_a8e7_e8a9e144ca98	44/28((0.01( N_from_fertilizers+ nitrogen_Ncr)(1/ yield_kg_ha)+(0.0114/17* emission_ammonia)+0.007514/62 emission_nitrate))	6.86990305306421E-5	5.7130846993436064E-5	8.260960661746078E-5	LOG_NORMAL	1.2024857698772633 %
Math_Rel_for_c1b91234_6f24_417b_8309_46111d09c457	0.012* N*46/14	1.11977142857143E-4	9.312138709847054E-5	1.346509208372279E-4	LOG_NORMAL	1.2024857698772633 %
Math_Rel_for_73cba245_5969_4076_8490_75a236073196	(10000/ yield_kg_ha)/20	0.0144230769216901	0.012891649371972912	0.01613642613808956	LOG_NORMAL	1.1187922123484515 %
Math_Rel_for_1896b498_8d13_4f58_8c17_21fe57740158	10000/ yield_kg_ha	0.288461538433802	0.26954583809329147	0.30870467058295414	LOG_NORMAL	1.0701761914571417 %
Math_Rel_for_db4566b1_bd88_427d_92da_2d25879063b9	(irrigation+ water_dilution)(1- fraction_irrigation_to_air) fraction_irrigation_to_river	0.025764844	0.020858317532082272	0.03182553843680347	LOG_NORMAL	1.235231171467736 %
Math_Rel_for_51254820_3456_4373_b7b4_056cf7b16e01	(irrigation+ water_dilution)(1- fraction_irrigation_to_air) fraction_irrigation_to_ground	0.103059376	0.08343327012832909	0.12730215374721388	LOG_NORMAL	1.235231171467736 %
Math_Rel_for_a487b7db_318a_46ff_8e52_2837fab777ad	(10000/ yield_kg_ha)/20	0.0144230769216901	0.012891649371972912	0.01613642613808956	LOG_NORMAL	1.1187922123484515 %
Math_Rel_for_349b29d1_3e58_4c66_98b9_9d1a076efd2e	urea_as_N1.570(1/ yield_kg_ha)+ dolomite0.13+ lime0.12	0.00195610805750948	0.0018278373908188537	0.0020933802710641227	LOG_NORMAL	1.0701761914571417 %
Math_Rel_for_cc6a1abb_b123_4ca6_8f16_38209df609be	(REF_PROD_DM* REF_PROD_C_content_non_fossil* REF_PROD- seedling_mango_C_content_non_fossil* seedling_mango_DM* seedling_mango)*44/12	0.3079765348704	0.2877811498039982	0.32958915514577225	LOG_NORMAL	1.0701761914571417 %
factor_Fr		1.86				%	Enrichment factor for phosphorus, used for estimation of phosphorus emissions to surface water through erosion mechanisms, according to Nemecek & Schnetzer (2011).
fraction_soil_Ferw		0.2				%	Represents the fraction of eroded soil that reaches the river, used for calculation of phosphorus emissions through water erosion to surface water, according to Nemecek & Schnetzer (2011).
slope_factor_LS		0.834186				%	Calculated for slope lenght = 100m and slope of 5%, according to Emmenegger et al.(2009)
EF_urea_ammonia		0.15				%	Emission factor for ammonia emissions (NH3) from urea application, according to Nemecek & Schnetzer (2011), p.18
erodibility_factor_k	(0.026+0.026+0.04+0.046)/4	0.0345				%	Erodibility factor: mean value for soils in the region: Entisols: k = 0.026; Ulltisol: k=0,026; Vertisol: k=0,046 and Oxisols: k=0.040. (Table 7.2 Emmenegger et al.,2009)
Phosphorus_Pcr		9.5E-4				%	Phosphorous content in the top soil, according to Nemecek & Schnetzer, p.17.
soil_loss	erodibility_factor_k* erosivity_factor_R* practice_factor_erosion* slope_factor_LS* crop_factor_c1* Ft	0.125547706444747				%
Clay_content	(6+20+15)/3	13.6666666666667				%	Fraction of clay content into soil; Soil types in the São Francisco Valley where mangos are cultivated are: Neossolos Quartzarênicos (6%), Argissolos (20%) , Latossolos (15%) e Vertissolos (74%), acoording to Cunha et al (2008) and Oliveira et al (2010). Bust according to producers and reserachers of Embrapa Semiarid, most of the mango orchards are cultivated in Quartzarênicos (6%), Argissolos (20%) , Latossolos (15%). Thus, the clay avarage content (%) obtained considering these three soil types is applied ((6+20+15)/3=~14).
Nuptake_plant	(120/30)+((1.2740(25/30))+(1.2720(2/30)))+(14.3)+((1(3/30))+(0.8(4/30)))	62.5333333333333				%	N in the tree is 120 kg N/ha from 6th year onward (until 30 years) (data from lab analysis). =120/30 that is divided by 30 years. Leaf litter is 1120 kg dry matter/ha.year (Correa et al, 2006). Mango fruit: N (kg N/t of fresh mango.year) =1,27 kg/t.year (Silva et al, 2004). Productivity in the years 4 and 5 is 20t/ha.year and from the 6o year onward, 40t/ha.year (according to producers). N content in mango leaf is 12.77 g N/kg of dry matter (Assis et al, 2004). Acording to Correa et al (2006), the ammount of fallen leaf for mango tree is 1.12 t/ha. In one average year leaf uptake = 112012,77/1000 = 14,30 kg N/year. Prunning: According to Mouco et al (2015), There are 4 formation prunnings in the first 3 years (1 kg N/ha.year, =14,92500,20,004/3). From the 4th year onward, 1 prroduction pruning (0,8 kgN/ha.year) . kg N/ha.30 years = (((1(3/30)+(0,8(4/30))) Estimated uptake (tree+fruits+leafs+prunning) for one average year is the sum of each one of the above.
practice_factor_erosion		1.0				%	Practice factor for anti-erosion factor, equivalent to 1(one) for 'no practice' or 'up and down slope', according to table 7.5 Emmenegger et al. (2009).
EF_amm_ammonia		0.02				%	Emission factor for ammonia emissions (NH3) from the application of Ammonium nitrate and Calcium ammonium nitrate, according to Nemecek & Schnetzer (2011), p.18
crop_factor_c1		0.1				%	According to Ontario Ministry of Agriculture (http://www.omafra.gov.on.ca/english/engineer/facts/12-051.htm): - Fruit trees = 0.1
Norg_soil	(0.28+0.22+0.4+(0.9/2))*1000	1350.0				%	Norg is the mass of organic nitrogen contained in the upper 50 cm of soil per ha. Naturally only a fraction of this mass is mineralised and, hence, available for uptake by plants and leaching to the ground water. Values for the San Francisco valley region were taken from Giongo et al. (2017)
NH4NO3_as_N		2.32				%	Nitrogen from Ammonium nitrate and Calcium ammonium nitrate
LUC_crop_specific		1.0				%	This parameter allows to switch between a "crop specific" and a "country specific" approach when calculating the LUC of a crop. By default, the chosen approach is "crop specific", so the value of the parameter is 1. If you want to apply a "country specific" approach, turn the parameter to 0.
Ft		0.25				%	According to Table 7-4, Emmenergger et al. (2009), for 'no tillage'.
nitrogen_Ncr		14.3024				%	Nitrogen containing in crop residues, for mango: Leaf litter is 1120 kg dry matter/há.year (Correa et al, 2006). N content in mango leaf is 12.77 g N/kg of dry matter (Assis et al, 2004). Ncr = 1.85 kg N/ha. In one average year = 1120*12,77/1000 = 14,30 kg N.
fraction_irrigation_to_air		0.65				%	Literature value (Siebert, 2010) (Vionnet, S., Quantis Water Database - Technical Report, 2012).
N_from_fertilizers		98.51421395				%	Total nitrogen input from fertilizers in kg N per hectare.
urea_as_N	9.33E+01*0.45	41.985				%	Input of urea (45%N) as nitrogen
erosivity_factor_R	(0.0483* precipitation^1.61)*0.1	174.496524991798				%	Erositivy factor used in the SQCB model for soil erosion calculations (Emmenegger et al.,2009) for precipitation inferior to 850mm/year: R = 0.0483P^1.61. This value is for regions where there is uniform annual precipitation, which is not the case in the San francisco valley region, (since there is a month with more than 15% of average annual precipitation) so in this case the erosivity factor is multiplied by 10%. R' = 0,1R.
fraction_irrigation_to_river		0.2				%	Literature value (Siebert, 2010) (Vionnet, S., Quantis Water Database - Technical Report, 2012).
yield_kg_ha		34666.66667				%	Average productivity per year, in kg of mango per hectare.
N_generic		43.0				%	Amount of nitrogen from different sources of fertilisers, except those which have specific emission factor. e.g. for ammonia emissions to air, fertilisers as 'urea', 'ammonium nitrate', between others have specific emission factors, yet others do not and are classified as 'generic N fertilisers' which have a "generic" mean emission factor (see table on p. 8 - Nemecek & Schnetzer, 2011).
precipitation_irrigation	550+ irrigation0.1 yield_kg_ha	1825.733333456				%	Average precipitation in the region is 550 mm/year (Oliveira et al., 2010); According to The SQCB-NO3 model - Emmeneger et al. (2009) -, in order to calculate NO3- emissions, the "precipitation" used is the sum of annual precipitation and irrigation (mm/ha.year).
precipitation	550+0.1* irrigation* yield_kg_ha/10	0.6775733333456				%	Precipitation considered in the SQCB tool (Emmenegger et al, 2009) for soil erosion calculations is the annual precipitation of the region (mm/year) plus 10% of the anual irrigation: P+0,1*irrigation.
EF_N_ammonia		0.04				%	Emission factor for ammonia emissions (NH3) from the application of generic nitrogen fertilisers, according to Nemecek & Schnetzer (2011), p.18
L		1.5				%	Plant rooting depth, value from mango tree is taken from Oliveira et al.(2010)
fraction_irrigation_to_ground		0.8				%	Literature value (Siebert, 2010) (Vionnet, S., Quantis Water Database - Technical Report, 2012).

Modelling and validation

LCI method and allocation

Type of data set

Unit process, black box

LCI Method Principle

Not applicable

LCI method approaches

Not applicable

Data sources, treatment and representativeness

Data cut-off and completeness principles

None

Data selection and combination principles

None

Percentage supply or production covered

100 %

Annual supply or production volume

Annual Production of waste wood, untreated is 48245833.5145917 kg

Sampling procedure

Most of data for agricultural inputs and operations was provided by local producers; Relevant experts were also consulted. Some data regarding soil in the region and seedlings was provided by Embrapa Semiarido (CNPTSA). Emissions from the agricultural process are estimated according to Nemecek and Schnetzer (2011) and Emmeneger et al. (2009)

Uncertainty adjustments

Uncertainties calculated using a basic uncertainty (or informed) and a Pedigree Matrix additional uncertainty (log-normal) as it is in the standard procedure on Ecospold2 datasets (ecoinvent association)

Completeness

Completeness of product model

All relevant flows quantified

Validation

Review details

Date of last review: 2018-05-04; Major version: 3.2; Minor version: 0.6

Subsequent review comments

Reviewer name and institution
Emilia Moreno Ruiz

Review details

Date of last review: 2018-08-13; Major version: 3.3; Minor version: 0.5

Subsequent review comments

Reviewer name and institution
Emilia Moreno Ruiz

Review details

Date of last review: 2017-11-12; Major version: 3.0; Minor version: 0.33

Subsequent review comments

Reviewer name and institution
Emilia Moreno Ruiz

Review details

Date of last review: 2018-08-14; Major version: 3.3; Minor version: 0.5

Subsequent review comments

Validation warnings: - Mass and/or economic deficit in activity dataset exceeds either 0.1% of input or output sum: Property 'wet mass': - Input='370,88054041383', Output='369,118103942026' - Input > output by 1,76243647180462 kg (0,48% of output) Property 'water in wet mass': - Input='367,959589176647', Output='368,877406923076' - Input < output by 0,917817746429478 kg (0,25% of output) Property 'carbon content, non-fossil': - Input='0,0840582734890743', Output='0,099717981732431' - Input < output by 0,0156597082433567 kg (15,7% of output) Property 'dry mass': - Input='2,92095123718376', Output='0,240697018949732' - Input > output by 2,68025421823402 kg (1113,54% of output) Property 'carbon content, fossil': - Input='0,0362116125846373', Output='0,000629981029025028' - Input > output by 0,0355816315556122 kg (5648,05% of output) - Amount of property 'carbon content, non-fossil=0,42' of exchange 'mango' deviates from the default amount in the master file. Property 'net heating value=0' of master data exchange was removed from exchange 'waste wood, untreated'. Amount of property 'carbon content, non-fossil=0,4788' of exchange 'waste wood, untreated' deviates from the default amount in the master file. Amount of property 'water in wet mass=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'wet mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'dry mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'water content=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'carbon content, non-fossil=0,48' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'wet mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. Amount of property 'dry mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. - Due to the use of the reference product property(s) 'carbon content, non-fossil', 'dry mass' by other exchanges this dataset will be subdivided by linking rule 3 (see Data Quality Guidelines for details) prior to the calculation of the database. If this is not intended, do not use the properties in question in mathematical relations of other exchanges. - The total water in wet mass of all input exchanges (367,959589176647) and output exchanges (368,877406923076) is unbalanced. - Uncertainty shall always be provided for all primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): land use change, perennial crop, Phosphate, Phosphate, Nickel -- Property(ies): wet mass=1, water content=0,25, water in wet mass=0,2, dry mass=0,8, carbon content, fossil=0, carbon content, non-fossil=0,4788, wet mass=1, water content=0, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, non-fossil=0, wet mass=1, water content=0, carbon content, fossil=0, water in wet mass=0, dry mass=1, wet mass=1000, water in wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, dry mass=1, carbon content, fossil=0, water content=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, water content=0, carbon content, non-fossil=0, wet mass=1, water content=0, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, water content=0, water in wet mass=0, carbon content, fossil=0,420946605914281, carbon content, non-fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, wet mass=1, water in wet mass=0, water in wet mass=0, carbon content, fossil=0,177590069416448, dry mass=1, carbon content, non-fossil=0, wet mass=1, water content=0, wet mass=1, carbon content, fossil=0,588436811443917, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0,624306825675794, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, carbon content, fossil=0,166248770141815, carbon content, fossil=0,446770017785933, carbon content, non-fossil=0, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0,673294397890932, wet mass=1, dry mass=1, water in wet mass=0, dry mass=1, water content=0, wet mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0,50060917066895, water in wet mass=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0,561720618764273, water content=0, water in wet mass=0, carbon content, fossil=0,655046602058235, dry mass=1, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, water content=0, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, water content=0, carbon content, non-fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, water content=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0,659689668148146, dry mass=1, carbon content, fossil=0, wet mass=1, water content=0, water in wet mass=0, water content=0, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, dry mass=1, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water content=0, dry mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, wet mass=1, dry mass=1, water in wet mass=0, wet mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, carbon content, non-fossil=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0,272916486782489, dry mass=1, water content=0, wet mass=1, carbon content, fossil=0, water in wet mass=0, water in wet mass=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, carbon content, fossil=0, wet mass=1, water in wet mass=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0,272916486782489, water content=0, carbon content, non-fossil=0, wet mass=1000, carbon content, fossil=0, water in wet mass=1000, dry mass=0, wet mass=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=0, dry mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=1000, wet mass=1000, water content=0, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0 -- Parameter(s): fraction, irrigation water, to ground water, precipitation, annual, amount of N from urea, nitrogen crop residues, fraction, irrigation water, to air, nitrogen availability for plants, erosivity factor, emission factor Nfertilizer_ammonia, LUC_crop_specific, generic nitrogen, precipitation, rooting depth, fraction, irrigation water to surface water, Factor for tillage practice, yield kgha, practice factor for anti-erosion practice, nitrogen uptake by plant, organic nitrogen into soil, emission factor urea_ammonia, slope factor, erodibility factor, Phosphorus content, nitrogen from NH4NO3, emission factor ammoniumnitrate_ammonia, crop factor, enrichment factor P, clay content into soil, soil loss due to erosion, fraction loss soil to river - Pedigree information shall always be provided for all uncertainties of primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): land use change, perennial crop, Phosphate, Phosphate, Nickel -- Property(ies): wet mass=1, water content=0,25, water in wet mass=0,2, dry mass=0,8, carbon content, fossil=0, carbon content, non-fossil=0,4788, wet mass=1, water content=0, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, non-fossil=0, wet mass=1, water content=0, carbon content, fossil=0, water in wet mass=0, dry mass=1, wet mass=1000, water in wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, dry mass=1, carbon content, fossil=0, water content=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, water content=0, carbon content, non-fossil=0, wet mass=1, water content=0, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, water content=0, water in wet mass=0, carbon content, fossil=0,420946605914281, carbon content, non-fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, wet mass=1, water in wet mass=0, water in wet mass=0, carbon content, fossil=0,177590069416448, dry mass=1, carbon content, non-fossil=0, wet mass=1, water content=0, wet mass=1, carbon content, fossil=0,588436811443917, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0,624306825675794, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, carbon content, fossil=0,166248770141815, carbon content, fossil=0,446770017785933, carbon content, non-fossil=0, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0,673294397890932, wet mass=1, dry mass=1, water in wet mass=0, dry mass=1, water content=0, wet mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0,50060917066895, water in wet mass=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0,561720618764273, water content=0, water in wet mass=0, carbon content, fossil=0,655046602058235, dry mass=1, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, water content=0, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, water content=0, carbon content, non-fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, water content=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0,659689668148146, dry mass=1, carbon content, fossil=0, wet mass=1, water content=0, water in wet mass=0, water content=0, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, dry mass=1, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water content=0, dry mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, wet mass=1, dry mass=1, water in wet mass=0, wet mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, carbon content, non-fossil=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0,272916486782489, dry mass=1, water content=0, wet mass=1, carbon content, fossil=0, water in wet mass=0, water in wet mass=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, carbon content, fossil=0, wet mass=1, water in wet mass=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0,272916486782489, water content=0, carbon content, non-fossil=0, wet mass=1000, carbon content, fossil=0, water in wet mass=1000, dry mass=0, wet mass=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=0, dry mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=1000, wet mass=1000, water content=0, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0 -- Parameter(s): fraction, irrigation water, to ground water, precipitation, annual, amount of N from urea, nitrogen crop residues, fraction, irrigation water, to air, nitrogen availability for plants, erosivity factor, emission factor Nfertilizer_ammonia, LUC_crop_specific, generic nitrogen, precipitation, rooting depth, fraction, irrigation water to surface water, Factor for tillage practice, yield kgha, practice factor for anti-erosion practice, nitrogen uptake by plant, organic nitrogen into soil, emission factor urea_ammonia, slope factor, erodibility factor, Phosphorus content, nitrogen from NH4NO3, emission factor ammoniumnitrate_ammonia, crop factor, enrichment factor P, clay content into soil, soil loss due to erosion, fraction loss soil to river

Reviewer name and institution
[System]

Review details

Date of last review: 2017-11-12; Major version: 3.0; Minor version: 0.23

Subsequent review comments

Reviewer name and institution
Tereza Levova

Review details

Date of last review: 2018-04-15; Major version: 3.1; Minor version: 0.2

Subsequent review comments

Validation warnings: - Mass and/or economic deficit in activity dataset exceeds either 0.1% of input or output sum: Property 'dry mass': - Input='2,91999948718375', Output='0,240697018949732' - Input > output by 2,67930246823402 kg (1113,14% of output) Property 'wet mass': - Input='370,87958866383', Output='369,118103942026' - Input > output by 1,76148472180444 kg (0,48% of output) Property 'carbon content, fossil': - Input='0,0362116125846373', Output='0,000629981029025029' - Input > output by 0,0355816315556122 kg (5648,05% of output) Property 'water in wet mass': - Input='367,959589176647', Output='368,877406923076' - Input < output by 0,917817746429478 kg (0,25% of output) Property 'carbon content, non-fossil': - Input='0,0840582734890743', Output='0,099717981732431' - Input < output by 0,0156597082433567 kg (15,7% of output) - Property 'net heating value=0' of master data exchange was removed from exchange 'waste wood, untreated'. Amount of property 'carbon content, non-fossil=0,4788' of exchange 'waste wood, untreated' deviates from the default amount in the master file. Amount of property 'carbon content, non-fossil=0,48' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'water in wet mass=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'wet mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'dry mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'water content=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'carbon content, non-fossil=0,42' of exchange 'mango' deviates from the default amount in the master file. Amount of property 'wet mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. Amount of property 'dry mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. - Due to the use of the reference product property(s) 'dry mass', 'carbon content, non-fossil' by other exchanges this dataset will be subdivided by linking rule 3 (see Data Quality Guidelines for details) prior to the calculation of the database. If this is not intended, do not use the properties in question in mathematical relations of other exchanges. - The total water in wet mass of all input exchanges (367,959589176647) and output exchanges (368,877406923076) is unbalanced. - Uncertainty shall always be provided for all primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): land use change, perennial crop, Phosphate, Phosphate, Nickel -- Property(ies): water in wet mass=0,2, carbon content, fossil=0, carbon content, non-fossil=0,4788, dry mass=0,8, wet mass=1, water content=0,25, dry mass=0, wet mass=1000, carbon content, fossil=0, water in wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, wet mass=0, dry mass=0, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0,272916486782489, water content=0, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, water in wet mass=1000, wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water in wet mass=1000, wet mass=1000, dry mass=0, carbon content, fossil=0, carbon content, non-fossil=0, wet mass=1, water content=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, water content=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,420946605914281, wet mass=1, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0,624306825675794, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0,588436811443917, water in wet mass=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, non-fossil=0, dry mass=1, water content=0, water in wet mass=0, wet mass=1, carbon content, fossil=0,177590069416448, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0,166248770141815, carbon content, non-fossil=0, dry mass=1, water content=0, wet mass=1, water in wet mass=0, carbon content, fossil=0,50060917066895, dry mass=1, water content=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0,673294397890932, carbon content, fossil=0, water content=0, carbon content, fossil=0,446770017785933, carbon content, non-fossil=0, wet mass=1, dry mass=1, water in wet mass=0, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0,655046602058235, dry mass=1, carbon content, fossil=0,561720618764273, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0, water content=0, water in wet mass=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0,659689668148146, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0, wet mass=1, carbon content, fossil=0, water content=0, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, dry mass=1, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, water content=0, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, dry mass=1, water content=0, wet mass=1, dry mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, water content=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, wet mass=1, water content=0, dry mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, carbon content, non-fossil=0,272916486782489, carbon content, fossil=0, dry mass=1, water in wet mass=0, water content=0 -- Parameter(s): fraction, irrigation water, to air, nitrogen crop residues, erosivity factor, fraction, irrigation water to surface water, fraction loss soil to river, fraction, irrigation water, to ground water, soil loss due to erosion, Phosphorus content, enrichment factor P, slope factor, Factor for tillage practice, crop factor, erodibility factor, nitrogen availability for plants, nitrogen from NH4NO3, nitrogen uptake by plant, precipitation, organic nitrogen into soil, emission factor ammoniumnitrate_ammonia, clay content into soil, amount of N from urea, precipitation, annual, generic nitrogen, emission factor Nfertilizer_ammonia, yield kgha, practice factor for anti-erosion practice, rooting depth, emission factor urea_ammonia, LUC_crop_specific - Pedigree information shall always be provided for all uncertainties of primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): land use change, perennial crop, Phosphate, Phosphate, Nickel -- Property(ies): water in wet mass=0,2, carbon content, fossil=0, carbon content, non-fossil=0,4788, dry mass=0,8, wet mass=1, water content=0,25, dry mass=0, wet mass=1000, carbon content, fossil=0, water in wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, wet mass=0, dry mass=0, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0,272916486782489, water content=0, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, water in wet mass=1000, wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water in wet mass=1000, wet mass=1000, dry mass=0, carbon content, fossil=0, carbon content, non-fossil=0, wet mass=1, water content=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, water content=0, wet mass=1, water content=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,420946605914281, wet mass=1, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0,624306825675794, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0,588436811443917, water in wet mass=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, non-fossil=0, dry mass=1, water content=0, water in wet mass=0, wet mass=1, carbon content, fossil=0,177590069416448, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0,166248770141815, carbon content, non-fossil=0, dry mass=1, water content=0, wet mass=1, water in wet mass=0, carbon content, fossil=0,50060917066895, dry mass=1, water content=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0,673294397890932, carbon content, fossil=0, water content=0, carbon content, fossil=0,446770017785933, carbon content, non-fossil=0, wet mass=1, dry mass=1, water in wet mass=0, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0,655046602058235, dry mass=1, carbon content, fossil=0,561720618764273, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0, water content=0, water in wet mass=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0,659689668148146, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0, wet mass=1, carbon content, fossil=0, water content=0, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0, wet mass=1, water in wet mass=0, dry mass=1, dry mass=1, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, water content=0, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, dry mass=1, water content=0, wet mass=1, dry mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, water content=0, water in wet mass=0, carbon content, fossil=0, dry mass=1, carbon content, non-fossil=0, wet mass=1, water content=0, dry mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, carbon content, non-fossil=0,272916486782489, carbon content, fossil=0, dry mass=1, water in wet mass=0, water content=0 -- Parameter(s): fraction, irrigation water, to air, nitrogen crop residues, erosivity factor, fraction, irrigation water to surface water, fraction loss soil to river, fraction, irrigation water, to ground water, soil loss due to erosion, Phosphorus content, enrichment factor P, slope factor, Factor for tillage practice, crop factor, erodibility factor, nitrogen availability for plants, nitrogen from NH4NO3, nitrogen uptake by plant, precipitation, organic nitrogen into soil, emission factor ammoniumnitrate_ammonia, clay content into soil, amount of N from urea, precipitation, annual, generic nitrogen, emission factor Nfertilizer_ammonia, yield kgha, practice factor for anti-erosion practice, rooting depth, emission factor urea_ammonia, LUC_crop_specific

Reviewer name and institution
[System]

Review details

Date of last review: 2018-05-04; Major version: 3.2; Minor version: 0.6

Subsequent review comments

Validation warnings: - Mass and/or economic deficit in activity dataset exceeds either 0.1% of input or output sum: Property 'dry mass': - Input='2,92095123718376', Output='0,240697018949732' - Input > output by 2,68025421823402 kg (1113,54% of output) Property 'carbon content, fossil': - Input='0,0362116125846373', Output='0,000629981029025028' - Input > output by 0,0355816315556122 kg (5648,05% of output) Property 'wet mass': - Input='370,88054041383', Output='369,118103942026' - Input > output by 1,76243647180451 kg (0,48% of output) Property 'water in wet mass': - Input='367,959589176647', Output='368,877406923076' - Input < output by 0,917817746429478 kg (0,25% of output) Property 'carbon content, non-fossil': - Input='0,0840582734890743', Output='0,099717981732431' - Input < output by 0,0156597082433567 kg (15,7% of output) - Amount of property 'water content=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'carbon content, non-fossil=0,48' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'water in wet mass=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'wet mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'dry mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'carbon content, non-fossil=0,4788' of exchange 'waste wood, untreated' deviates from the default amount in the master file. Property 'net heating value=0' of master data exchange was removed from exchange 'waste wood, untreated'. Amount of property 'carbon content, non-fossil=0,42' of exchange 'mango' deviates from the default amount in the master file. Amount of property 'wet mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. Amount of property 'dry mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. - Due to the use of the reference product property(s) 'carbon content, non-fossil', 'dry mass' by other exchanges this dataset will be subdivided by linking rule 3 (see Data Quality Guidelines for details) prior to the calculation of the database. If this is not intended, do not use the properties in question in mathematical relations of other exchanges. - The total water in wet mass of all input exchanges (367,959589176647) and output exchanges (368,877406923076) is unbalanced. - Uncertainty shall always be provided for all primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): land use change, perennial crop, Nickel, Phosphate, Phosphate -- Property(ies): dry mass=0,8, water in wet mass=0,2, carbon content, fossil=0, carbon content, non-fossil=0,4788, wet mass=1, water content=0,25, dry mass=1, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0,272916486782489, carbon content, fossil=0, water content=0, dry mass=1, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, water in wet mass=0, dry mass=1, carbon content, fossil=0, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, water content=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, carbon content, fossil=0, carbon content, non-fossil=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, carbon content, fossil=0, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, water content=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, water content=0, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, water in wet mass=0, dry mass=1, water in wet mass=0, dry mass=1, water content=0, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, carbon content, fossil=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, carbon content, fossil=0, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, wet mass=1, dry mass=1, water in wet mass=0, wet mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0,659689668148146, dry mass=1, carbon content, fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, water in wet mass=0, carbon content, fossil=0,561720618764273, water content=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0,655046602058235, water content=0, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, water in wet mass=0, water content=0, dry mass=1, carbon content, fossil=0, wet mass=1, carbon content, non-fossil=0,673294397890932, water in wet mass=0, carbon content, fossil=0,446770017785933, carbon content, non-fossil=0, dry mass=1, water content=0, wet mass=1, carbon content, fossil=0,50060917066895, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water content=0, dry mass=1, water content=0, wet mass=1, carbon content, non-fossil=0, dry mass=1, water in wet mass=0, carbon content, fossil=0,166248770141815, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, water content=0, carbon content, fossil=0,177590069416448, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,588436811443917, dry mass=1, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, fossil=0,624306825675794, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, water content=0, water content=0, carbon content, non-fossil=0, dry mass=1, water in wet mass=0, wet mass=1, carbon content, fossil=0,420946605914281, carbon content, fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, water in wet mass=0, water content=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=1, water content=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=1, water in wet mass=0, water content=0, wet mass=1, carbon content, non-fossil=0, water in wet mass=1000, dry mass=0, carbon content, fossil=0, wet mass=1000, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, fossil=0, dry mass=0, carbon content, non-fossil=0, water in wet mass=1000, carbon content, fossil=0, wet mass=1000, carbon content, fossil=0, wet mass=0, water in wet mass=0, dry mass=0, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0,272916486782489, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=1000, dry mass=0, wet mass=1000 -- Parameter(s): fraction loss soil to river, erodibility factor, crop factor, nitrogen from NH4NO3, soil loss due to erosion, slope factor, enrichment factor P, clay content into soil, Phosphorus content, emission factor ammoniumnitrate_ammonia, emission factor Nfertilizer_ammonia, organic nitrogen into soil, nitrogen uptake by plant, yield kgha, precipitation, fraction, irrigation water, to ground water, erosivity factor, nitrogen crop residues, fraction, irrigation water to surface water, fraction, irrigation water, to air, practice factor for anti-erosion practice, emission factor urea_ammonia, rooting depth, LUC_crop_specific, amount of N from urea, precipitation, annual, generic nitrogen, nitrogen availability for plants, Factor for tillage practice - Pedigree information shall always be provided for all uncertainties of primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): land use change, perennial crop, Nickel, Phosphate, Phosphate -- Property(ies): dry mass=0,8, water in wet mass=0,2, carbon content, fossil=0, carbon content, non-fossil=0,4788, wet mass=1, water content=0,25, dry mass=1, carbon content, fossil=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0,272916486782489, carbon content, fossil=0, water content=0, dry mass=1, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, water in wet mass=0, dry mass=1, carbon content, fossil=0, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, water content=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, carbon content, fossil=0, carbon content, non-fossil=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, carbon content, fossil=0, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, water content=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, water content=0, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, water in wet mass=0, dry mass=1, water in wet mass=0, dry mass=1, water content=0, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, carbon content, fossil=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, carbon content, fossil=0, water in wet mass=0, dry mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, wet mass=1, dry mass=1, water in wet mass=0, wet mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0,659689668148146, dry mass=1, carbon content, fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, water in wet mass=0, carbon content, fossil=0,561720618764273, water content=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0,655046602058235, water content=0, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, water in wet mass=0, water content=0, dry mass=1, carbon content, fossil=0, wet mass=1, carbon content, non-fossil=0,673294397890932, water in wet mass=0, carbon content, fossil=0,446770017785933, carbon content, non-fossil=0, dry mass=1, water content=0, wet mass=1, carbon content, fossil=0,50060917066895, carbon content, non-fossil=0, water in wet mass=0, wet mass=1, water content=0, dry mass=1, water content=0, wet mass=1, carbon content, non-fossil=0, dry mass=1, water in wet mass=0, carbon content, fossil=0,166248770141815, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, water content=0, carbon content, fossil=0,177590069416448, water in wet mass=0, wet mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,588436811443917, dry mass=1, wet mass=1, water in wet mass=0, water content=0, dry mass=1, carbon content, fossil=0,624306825675794, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, water in wet mass=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, water content=0, water content=0, carbon content, non-fossil=0, dry mass=1, water in wet mass=0, wet mass=1, carbon content, fossil=0,420946605914281, carbon content, fossil=0, water content=0, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, carbon content, fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, water in wet mass=0, water content=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, wet mass=1, carbon content, non-fossil=0, water content=0, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=1, water content=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=1, water in wet mass=0, water content=0, wet mass=1, carbon content, non-fossil=0, water in wet mass=1000, dry mass=0, carbon content, fossil=0, wet mass=1000, water in wet mass=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, fossil=0, dry mass=0, carbon content, non-fossil=0, water in wet mass=1000, carbon content, fossil=0, wet mass=1000, carbon content, fossil=0, wet mass=0, water in wet mass=0, dry mass=0, carbon content, non-fossil=0, wet mass=1, carbon content, fossil=0,272916486782489, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=1000, dry mass=0, wet mass=1000 -- Parameter(s): fraction loss soil to river, erodibility factor, crop factor, nitrogen from NH4NO3, soil loss due to erosion, slope factor, enrichment factor P, clay content into soil, Phosphorus content, emission factor ammoniumnitrate_ammonia, emission factor Nfertilizer_ammonia, organic nitrogen into soil, nitrogen uptake by plant, yield kgha, precipitation, fraction, irrigation water, to ground water, erosivity factor, nitrogen crop residues, fraction, irrigation water to surface water, fraction, irrigation water, to air, practice factor for anti-erosion practice, emission factor urea_ammonia, rooting depth, LUC_crop_specific, amount of N from urea, precipitation, annual, generic nitrogen, nitrogen availability for plants, Factor for tillage practice

Reviewer name and institution
[System]

Review details

Date of last review: 2017-11-12; Major version: 3.0; Minor version: 0.33

Subsequent review comments

Reviewer name and institution
Jens Lansche

Review details

Date of last review: 2018-04-15; Major version: 3.1; Minor version: 0.2

Subsequent review comments

Reviewer name and institution
Emilia Moreno Ruiz

Review details

Date of last review: 2018-03-21; Major version: 3.0; Minor version: 0.33

Subsequent review comments

Validation warnings: - Mass and/or economic deficit in activity dataset exceeds either 0.1% of input or output sum: Property 'carbon content, fossil': - Input='0,0362116125846373', Output='0,000629981029025028' - Input > output by 0,0355816315556122 kg (5648,05% of output) Property 'carbon content, non-fossil': - Input='0,0840582734890743', Output='0,099717981732431' - Input < output by 0,0156597082433567 kg (15,7% of output) Property 'water in wet mass': - Input='367,959589176647', Output='368,877406923076' - Input < output by 0,917817746429478 kg (0,25% of output) Property 'wet mass': - Input='370,87958866383', Output='369,118103942026' - Input > output by 1,76148472180455 kg (0,48% of output) Property 'dry mass': - Input='2,91999948718375', Output='0,240697018949732' - Input > output by 2,67930246823402 kg (1113,14% of output) - Amount of property 'dry mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'wet mass=0,03683' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'water in wet mass=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'water content=0' of exchange 'mango seedling' deviates from the default amount in the master file. Amount of property 'carbon content, non-fossil=0,4788' of exchange 'waste wood, untreated' deviates from the default amount in the master file. Property 'net heating value=0' of master data exchange was removed from exchange 'waste wood, untreated'. Amount of property 'wet mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. Amount of property 'dry mass=1' of exchange 'Energy, gross calorific value, in biomass' deviates from the default amount in the master file. - Due to the use of the reference product property(s) 'carbon content, non-fossil', 'dry mass' by other exchanges this dataset will be subdivided by linking rule 3 (see Data Quality Guidelines for details) prior to the calculation of the database. If this is not intended, do not use the properties in question in mathematical relations of other exchanges. - The total water in wet mass of all input exchanges (367,959589176647) and output exchanges (368,877406923076) is unbalanced. - The dataset contains user added exchange master data entries. The following user added exchanges do not contain product information data. Please consider adding the appropriate data before submitting the dataset for review. - tillage, harrowing, by offset leveling disc harrow - tillage, subsoiling, by subsoiler plow - Uncertainty shall always be provided for all primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): Nickel, Phosphate, Phosphate -- Property(ies): water content=0,25, wet mass=1, carbon content, non-fossil=0,4788, carbon content, fossil=0, water in wet mass=0,2, dry mass=0,8, carbon content, fossil=0, carbon content, non-fossil=0,272916486782489, water in wet mass=0, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water content=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, wet mass=1, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, non-fossil=0,659689668148146, wet mass=1, dry mass=1, water content=0, water in wet mass=0, carbon content, fossil=0,655046602058235, carbon content, non-fossil=0, wet mass=1, dry mass=1, wet mass=1, dry mass=1, carbon content, fossil=0,446770017785933, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,561720618764273, water in wet mass=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, carbon content, non-fossil=0,673294397890932, water in wet mass=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0,166248770141815, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,50060917066895, water in wet mass=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,177590069416448, dry mass=1, wet mass=1, carbon content, fossil=0,588436811443917, water in wet mass=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,624306825675794, wet mass=1, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0,420946605914281, water content=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0,272916486782489, carbon content, non-fossil=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=1000, carbon content, fossil=0, wet mass=1000, dry mass=0, water in wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=0, wet mass=1000, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=1000, wet mass=1000, dry mass=0, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, wet mass=0, dry mass=0 -- Parameter(s): precipitation, annual, yield kgha, clay content into soil, rooting depth, nitrogen availability for plants, organic nitrogen into soil, nitrogen uptake by plant, emission factor urea_ammonia, emission factor Nfertilizer_ammonia, emission factor ammoniumnitrate_ammonia, amount of N from urea, generic nitrogen, nitrogen from NH4NO3, precipitation, practice factor for anti-erosion practice, erodibility factor, slope factor, crop factor, Factor for tillage practice, Phosphorus content, enrichment factor P, erosivity factor, fraction loss soil to river, nitrogen crop residues, fraction, irrigation water, to air, fraction, irrigation water to surface water, fraction, irrigation water, to ground water, soil loss due to erosion - Pedigree information shall always be provided for all uncertainties of primary data inputs (exchange amounts, properties and parameters), except for the amount and properties of reference products. -- Exchange(s): Nickel, Phosphate, Phosphate -- Property(ies): water content=0,25, wet mass=1, carbon content, non-fossil=0,4788, carbon content, fossil=0, water in wet mass=0,2, dry mass=0,8, carbon content, fossil=0, carbon content, non-fossil=0,272916486782489, water in wet mass=0, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, non-fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, water content=0, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water content=0, water in wet mass=0, carbon content, fossil=0, wet mass=1, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0, water content=0, wet mass=1, dry mass=1, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, water content=0, carbon content, non-fossil=0,659689668148146, wet mass=1, dry mass=1, water content=0, water in wet mass=0, carbon content, fossil=0,655046602058235, carbon content, non-fossil=0, wet mass=1, dry mass=1, wet mass=1, dry mass=1, carbon content, fossil=0,446770017785933, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,561720618764273, water in wet mass=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, carbon content, non-fossil=0,673294397890932, water in wet mass=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, carbon content, fossil=0,166248770141815, carbon content, non-fossil=0, water content=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,50060917066895, water in wet mass=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,177590069416448, dry mass=1, wet mass=1, carbon content, fossil=0,588436811443917, water in wet mass=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0,624306825675794, wet mass=1, dry mass=1, water in wet mass=0, carbon content, non-fossil=0, carbon content, fossil=0,420946605914281, water content=0, wet mass=1, dry mass=1, water content=0, carbon content, non-fossil=0, carbon content, fossil=0,588230757365568, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, water content=0, carbon content, fossil=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, fossil=0, carbon content, non-fossil=0, water content=0, dry mass=1, wet mass=1, water in wet mass=0, carbon content, non-fossil=0, water content=0, carbon content, fossil=0, wet mass=1, dry mass=1, water in wet mass=0, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, dry mass=1, wet mass=1, carbon content, fossil=0, water content=0, carbon content, non-fossil=0, water in wet mass=0, dry mass=1, wet mass=1, carbon content, fossil=0,272916486782489, carbon content, non-fossil=0, water in wet mass=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, water in wet mass=1000, carbon content, fossil=0, wet mass=1000, dry mass=0, water in wet mass=1000, carbon content, non-fossil=0, carbon content, fossil=0, dry mass=0, wet mass=1000, carbon content, non-fossil=0, water in wet mass=0, carbon content, fossil=0, water content=0, wet mass=1, dry mass=1, carbon content, non-fossil=0, carbon content, fossil=0, water in wet mass=1000, wet mass=1000, dry mass=0, carbon content, fossil=0, water in wet mass=0, carbon content, non-fossil=0, wet mass=0, dry mass=0 -- Parameter(s): precipitation, annual, yield kgha, clay content into soil, rooting depth, nitrogen availability for plants, organic nitrogen into soil, nitrogen uptake by plant, emission factor urea_ammonia, emission factor Nfertilizer_ammonia, emission factor ammoniumnitrate_ammonia, amount of N from urea, generic nitrogen, nitrogen from NH4NO3, precipitation, practice factor for anti-erosion practice, erodibility factor, slope factor, crop factor, Factor for tillage practice, Phosphorus content, enrichment factor P, erosivity factor, fraction loss soil to river, nitrogen crop residues, fraction, irrigation water, to air, fraction, irrigation water to surface water, fraction, irrigation water, to ground water, soil loss due to erosion - The input exchange 'mango seedling' does not have an activity link and therefore requires a market for that input to be available. If the market is not available the dataset will be put on hold at the end of its review and will remain on hold until such a market has been accepted into the ecoinvent database. - The input exchange 'tillage, harrowing, by offset leveling disc harrow' does not have an activity link and therefore requires a market for that input to be available. If the market is not available the dataset will be put on hold at the end of its review and will remain on hold until such a market has been accepted into the ecoinvent database. - The input exchange 'tillage, subsoiling, by subsoiler plow' does not have an activity link and therefore requires a market for that input to be available. If the market is not available the dataset will be put on hold at the end of its review and will remain on hold until such a market has been accepted into the ecoinvent database.

Reviewer name and institution
[System]

Administrative information

Commissioner and goal
Intended applications	Can be used for any types of LCA studies
Data generator
Data set generator / modeller	Jade Müller Carneiro, email: jademullerc@gmail.com Maria Cléa Brito de Figueirêdo, email: clea.figueiredo@embrapa.br Viviane da Silva Barros, email: vivianebarros1@hotmail.com Vanderlise Giongo, email: vanderlise.giongo@embrapa.br
Data entry by
Time stamp (last saved)	2020-12-10T15:53:10
Data set format(s)	ILCD Format
Converted original data set from	ecoinvent Database
Data entry by	Jade Müller Carneiro, email: jademullerc@gmail.com
Publication and ownership
UUID	a48f2878-32d2-4869-a85c-501129f82ab0
Date of last revision	2018-07-16T11:19:45
Data set version	03.00.000
Permanent data set URI	http://sicv.acv.ibict.br
Workflow and publication status	Data set finalised; entirely published
Unchanged re-publication of	Folegatti-Matsuura M. (2018)
Copyright	Yes
License type	License fee
Access and use restrictions	License type for this dataset: Licensees

Inputs and Outputs

Inputs

Type of flow

Classification

Flow

Variable

Mean amount

Resulting amount

Minimum amount

Maximum amount

Product flow

manganese concentrate

1.07E-4 kg

1.016808147086491E-4

1.1259744557324178E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

cobalt

8.4E-6 kg

7.98241909862292E-6

8.839425633787204E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

mango seedling, for planting

seedling_mango

1.0 Item(s)

3.62E-4 Item(s)

3.440042516311306E-4

3.809371523132105E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

mancozeb

1.33E-5 kg

1.2638830239486291E-5

1.3995757253496408E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

A:Agriculture, forestry and fishing / 01:Crop and animal production, hunting and related service activities / 016:Support activities to agriculture and post-harvest crop activities / 0161:Support activities for crop production

application of plant protection product, by field sprayer

application_pesticides

1.0 m2

3.46 m2

1.4127381325823636E-6

0.08474040392834126

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (2,4,1,1,1)

Product flow

C:Manufacturing / 20:Manufacture of chemicals and chemical products / 202:Manufacture of other chemical products / 2021:Manufacture of pesticides and other agrochemical products

pesticide, unspecified

2.08E-4 kg

1.976599014897104E-4

2.188810156937784E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

transport, tractor and trailer, agricultural

0.001 t*km

5.761645683895777E-4

0.0017356152302024984

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Product flow

harvesting, forestry harvester

Math_Rel_for_b90634dc_b7d5_4c1c_98dc_7cb18fccaa1f

1.0 d

4.006410256025025E-7 d

7.495167640929559E-6

1.2335364025630894E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Product flow

phenol

1.52E-6 kg

1.4203268696628193E-6

1.6266678110148555E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Product flow

ethoxylated alcohol (AE>20)

4.86E-6 kg

4.541308280632435E-6

5.201056290481709E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Product flow

L:Real estate activities / 68:Real estate activities

land use change, perennial crop

Math_Rel_for_f372d4c2_7310_4fb9_8bb6_bee214fd08d1

1.0 m2

0.0173076923060281 m2

General comment

Calculated value. Land use change (LUC) from Novaes et al. (2017).

Product flow

tap water

water_dilution

1.0 kg

6.92E-5 kg

5.6281229572705795E-5

8.508413970973911E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,3,1)

Product flow

planting with starter fertiliser, by no till planter

0.00962 m2

2.775796807389723E-9

3.3339760227992345E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Product flow

polydimethylsiloxane

8.8E-7 kg

8.222945034890006E-7

9.417550484822848E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Product flow

weed control, by brush cutter, pasture

1.73 m2

4.991817543434741E-7

0.05995611766572428

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Product flow

tillage, harrowing, by offset leveling disc harrow

0.019230999999999998 m2

5.548996715479393E-9

6.664832941211233E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Product flow

chlorine dioxide

2.65E-8 kg

2.4762277661884677E-8

2.8359669073614255E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Product flow

irrigation

1.0 m3

0.368 m3

0.3497059795587184

0.38725102776591563

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

lime

1.0 kg

2.01E-5 kg

1.910078855741913E-5

2.1151482766562242E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

tillage, subsoiling, by subsoiler plow

0.009615400000000001 m2

2.7744695033030295E-9

3.3323818138902036E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Product flow

B:Mining and quarrying / 08:Other mining and quarrying / 081:Quarrying of stone, sand and clay / 0810:Quarrying of stone, sand and clay

gypsum, mineral

gypsium

1.0 kg

0.0169 kg

0.01605986699603897

0.017784082525119496

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

dolomite

1.0 kg

4.02E-4 kg

3.8201577114838265E-4

4.2302965533124484E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

C:Manufacturing / 20:Manufacture of chemicals and chemical products / 201:Manufacture of basic chemicals, fertilizers and nitrogen compounds, plastics and synthetic rubber in primary forms / 2012:Manufacture of fertilizers and nitrogen compounds

inorganic phosphorus fertiliser, as P2O5

P2O5

1.0 kg

0.00203 kg

0.0019290846155005392

0.0021361945281652413

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

inorganic nitrogen fertiliser, as N

1.0 kg

0.00284 kg

0.0026988178857248924

0.002988567714280436

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

sulfur

0.00148 kg

0.0014064262221383241

0.0015574226116672695

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

inorganic potassium fertiliser, as K2O

K2O

1.0 kg

0.00592 kg

0.0056257048885532965

0.006229690446669078

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

molybdenum trioxide

MoO3

1.0 kg

4.88E-6 kg

4.637405381104744E-6

5.135285368200186E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

magnesium oxide

0.00227 kg

0.002157153732604051

0.002388749546273447

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

zinc oxide

2.81E-4 kg

2.670309246086953E-4

2.9569983370169103E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (1,4,1,1,1)

Product flow

C:Manufacturing / 22:Manufacture of rubber and plastics products / 222:Manufacture of plastics products / 2220:Manufacture of plastics products

packaging, for pesticides

0.004219733 kg

0.0033652346254945393

0.005291205093514777

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (4,3,1,5,4)

Product flow

C:Manufacturing / 22:Manufacture of rubber and plastics products / 222:Manufacture of plastics products / 2220:Manufacture of plastics products

packaging, for fertilisers

0.0607642 kg

0.048459414335095444

0.07619340952220213

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (4,3,1,5,4)

Elementary flow

Resources / Resources from biosphere / Renewable energy resources from biosphere

biomass

2.5 MJ

2.033773750103476

3.0731048621716193

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Land occupation / land

from permanent crops, irrigated

Math_Rel_for_73cba245_5969_4076_8490_75a236073196

1.0 m2

0.0144230769216901 m2

0.012891649371972912

0.01613642613808956

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (2,4,1,5,1)

Elementary flow

Elementary flows / Land occupation / land

permanent crops, irrigated

Math_Rel_for_1896b498_8d13_4f58_8c17_21fe57740158

1.0 m2*a

0.288461538433802 m2*a

0.26954583809329147

0.30870467058295414

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (2,4,1,1,1)

Elementary flow

Elementary flows / Land occupation / land

to permanent crops, irrigated

Math_Rel_for_a487b7db_318a_46ff_8e52_2837fab777ad

1.0 m2

0.0144230769216901 m2

0.012891649371972912

0.01613642613808956

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (2,4,1,5,1)

Elementary flow

Elementary flows / Resources from air / in air

carbon dioxide

Math_Rel_for_cc6a1abb_b123_4ca6_8f16_38209df609be

1.0 kg

0.3079765348704 kg

0.2877811498039982

0.32958915514577225

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Outputs

Type of flow

Classification

Flow

Variable

Mean amount

Resulting amount

Minimum amount

Maximum amount

Product flow

mango

REF_PROD

1.0 kg

0.9450017095003759

1.0581991439239848

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (2,4,1,1,1)

Waste flow

waste wood, untreated

waste_wood

1.0 kg

0.0410346153806697 kg

0.03338204944271936

0.05044147041747135

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

spinosad

4.21E-9 kg

3.2014421140897267E-9

5.536286263617024E-9

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

indoxacarb

9.12E-7 kg

6.93519051793309E-7

1.199309518389246E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

pesticides, unspecified

1.49E-4 kg

1.1393386501952492E-4

1.9485865766245532E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

ethephon

7.41E-6 kg

5.634842295820636E-6

9.744389836912624E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

trifloxystrobin

8.07E-7 kg

6.136731083302635E-7

1.061231119890484E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

mancozeb

1.33E-5 kg

1.0113819505319089E-5

1.748993047650984E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

tebuconazole

8.16E-6 kg

6.205170463413817E-6

1.0730664111903781E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

pyraclostrobin (prop)

2.82E-6 kg

2.1444339101503633E-6

3.708391273966748E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to air / unspecified

ammonia

emission_ammonia

1.0 kg

2.82466792555257E-4 kg

2.531586794682338E-4

3.151678981105851E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

thiophanate-methyl

2.79E-5 kg

2.121620783446636E-5

3.668940302967102E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

phosphate

0.0 kg

General comment

Phosphorus leaching will be disregarded in the inventories because of its low mobility in Brazilian soils. 'Phosphorus, scarce in most Brazilian soils, presents mechanisms for fixation, transforming, with restricted irreversibility, into Non-Labile (non-leachable) P. In more tropical temperate soils, this fixation is even greater and the passage to the non-labile form is faster (Novais & Smyth, 1999). According to Novais & Smyth (1999), the total P content of soils varies between 200 and 3,000 mg / kg P and less than 0.1% of this total is in the form of P-Solution. The current low values of P-labile in Brazilian soils limit the desorption of P and its mobility. Thus, problems caused by leaching, such as eutrophication of aquatic environments, are not observed in Brazil '(Novais & Smyth, 1999).

Elementary flow

Elementary flows / Emissions to water / surface water

phosphate

0.0 kg

General comment

Disregard the loss of P per runoff to surface waters, since P does not dissolve in soil water under Brazilian conditions, according to Novais & Smyth, 1999. See comment on phosphate emissions to groundwater.

Elementary flow

Elementary flows / Emissions to water / surface water

phosphorus

Math_Rel_for_b2631209_8374_431e_b7d5_56c96c6b6d79

1.0 kg

1.27986229192233E-6 kg

1.0376833890932304E-6

1.5785619231277004E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to air / unspecified

water

evapotranspiration

1.0 m3

0.23924498 m3

0.1936843770836211

0.29552285691317504

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,2,4)

Elementary flow

Elementary flows / Emissions to water / ground water

nitrate

emission_nitrate

1.0 kg

0.00522460049826731 kg

0.004235987876130982

0.0064439396817695185

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to air / unspecified

nitrous oxide

Math_Rel_for_20185046_64bb_4c09_a8e7_e8a9e144ca98

1.0 kg

6.86990305306421E-5 kg

5.7130846993436064E-5

8.260960661746078E-5

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to air / unspecified

nitrogen oxides

Math_Rel_for_c1b91234_6f24_417b_8309_46111d09c457

1.0 kg

1.11977142857143E-4 kg

9.312138709847054E-5

1.346509208372279E-4

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

chloride

2.65E-8 kg

1.9901364788722502E-8

3.528652469090681E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

water

Math_Rel_for_db4566b1_bd88_427d_92da_2d25879063b9

1.0 m3

0.025764844 m3

0.020858317532082272

0.03182553843680347

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,2,4)

Elementary flow

Elementary flows / Emissions to water / surface water

water

Math_Rel_for_51254820_3456_4373_b7b4_056cf7b16e01

1.0 m3

0.103059376 m3

0.08343327012832909

0.12730215374721388

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,2,4)

Elementary flow

Elementary flows / Emissions to water / surface water

cadmium

1.21E-9 kg

8.904985231300855E-10

1.6441352365792994E-9

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to air / unspecified

carbon dioxide (fossil)

Math_Rel_for_349b29d1_3e58_4c66_98b9_9d1a076efd2e

1.0 kg

0.00195610805750948 kg

0.0018278373908188537

0.0020933802710641227

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

chromium III

5.68E-7 kg

4.1801914143627156E-7

7.717924085760679E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

copper

8.59E-8 kg

6.321803565030937E-8

1.1672001390261308E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

zinc

4.42E-7 kg

3.2528954315991554E-7

6.005849376595458E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

nickel

0.0 kg

General comment

Nickel (Ni) emission to groundwater through soil leaching due to the use of fertilisers and atmospheric deposition, estimated according to Nemecek & Schnetzer (2011).

Elementary flow

Elementary flows / Emissions to water / surface water

lead

3.96E-9 kg

2.9143588029711892E-9

5.3808062288049806E-9

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

cadmium

2.71E-10 kg

1.9944223121343239E-10

3.682319414156943E-10

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

lead

6.01E-9 kg

4.423054647943647E-9

8.16632460482776E-9

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

cadmium

8.7E-8 kg

7.053763160372077E-8

1.073044249985953E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

copper

2.24E-8 kg

1.6485261915796623E-8

3.0436883718492815E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

zinc

3.1E-8 kg

2.2814424972754257E-8

4.212247300327131E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

chromium III

3.01E-8 kg

2.2152070699351712E-8

4.089956249672472E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

zinc

8.32E-7 kg

6.594811833428153E-7

1.0496493569251152E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to water / surface water

nickel

1.93E-8 kg

1.4203819418521199E-8

2.622463641816569E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

abamectin

1.21E-7 kg

9.201294437169999E-8

1.5911891636523992E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

copper

1.84E-13 kg

1.1160164138712454E-13

3.0336471380882356E-13

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,5,5,5,5)

Elementary flow

Elementary flows / Emissions to soil / agricultural

lead

3.44E-8 kg

2.7890741691586137E-8

4.2428416321283655E-8

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

chromium

7.19E-7 kg

5.829489324491406E-7

8.868032364826439E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

difenoconazole

5.08E-6 kg

3.8630227884978175E-6

6.680364422606765E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

nickel

1.52E-7 kg

1.232381609628225E-7

1.8747439769869526E-7

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (3,4,1,1,1)

Elementary flow

Elementary flows / Emissions to soil / agricultural

azoxystrobin

5.62E-6 kg

4.273659069164909E-6

7.390481900600399E-6

General comment

Pedigree Matrix [reliab, complet, tempCorr, geogCorr, furtherTechCorr]: (5,4,1,1,1)