CALDC

Dataset Details - Pea production Manitoba Download Now

This dataset is available for public download. This download is a ZIP format file containing both an EcoSpold2 Activity dataset for this process, as well as a packaged ZIP folder containing the ILCD-formatted version of this dataset, with all dependencies.

Field

Data

Base Name

Pea production Manitoba

Treatments, Standards and Routes

less than 16% moisture

Mix and Location

Production mix, Province of Manitoba

Functional Unit Flow Properties

Name Synonyms

Field pea

Quantitative Reference

Empty

Dataset Starting Year

2017

Dataset Valid Until

2019

Time Representativity

Input data are representative of the 2019 growing season, yield data are representative of 2017-2019

Technology Characteristics

Reported farm practices include: tillage (disk), land rolling, seeding, tillage (cultivator), swathing, harrowing, fertilizer application, in-crop herbicide application, foliar fungicide application, foliar insecticide application, combining, post-harvest herbicide application, burndown/desiccant application, drying

Intended Process Applications

Dried pea production

Ecospold Activity Type

Ecospold Special Activity Type

Classification

Food and renewable raw materials (2.11)

Quantitative Reference Type

Functional unit

Dataset Time Domain Validity

True

Location

Canada (CA)

Included Processes

Empty

LCI Method Principle

Attributional

LCI Principles Deviations

None stated

LCI Method Approaches

Allocation - mass

LCI Method Deviations

System expansion for biological nitrogen fixation (modelled as avoided nitrogen fertilizer for next crop in rotation)

Modelling Constants

None stated

Modelling Constant Deviations

None stated

Data Cutoff/Completeness Principles

All inputs of fertilizer, crop protections, seed, direct fuel use and electricity are included. Irrigation energy and infrastructure/machinery production was not included.

Deviations from Cutoff/Completeness Principles

None stated

Data Selection/Combination Principles

Site-specific field data were collected via survey from prairie province pea producers for crop rotation, seeding rate, machinery and fuel use for field operations (e.g., tillage, harrowing, harvest), farm inputs (e.g., fertilizers, pesticides), and electricity for crop drying. Production weighted averages were calculated for the region. Outliers were removed from reported fuel use data based on visual inspection. Transportation was estimated based on the distance from the production locations to the centroid of the region for fertilizer and crop protection inputs. Fuel and seed transportation distances were estimated based on the distances presented in Life cycle assessment of Alberta pea production (Alberta Agriculture and Forestry 2018).

Deviations from Selection/Combination Principles

None stated

Data Treatment and Extrapolation Principles

The geographical location of each farm was used to identify the RU and AAFC Reporting Zone to which each farm belongs. Production-weighted average dataset were calculated for each ecozone.

Deviations from Treatment and Extrapolation Principles

None stated

Supply Coverage

3.6

Dataset Use Advice

Percent supply coverage is by area farmed for Manitoba.

Dataset Review Summary

It will be filled in once reviewers give feedback, link report and revisions on OSF

Type of Dataset Modelling

LCI Result

Dataset Source

Pea production source

Dataset Review Type

Independent review panel

Dataset Scope

LCIA results

Dataset Review Method

Expert judgement

Technological Representativeness

Very good

Time Representativeness

Very good

Geographical Representativeness

Very good

Completeness

Fair

Precision

Good

Methodological Appropriateness and Consistency

Good

Overall Quality

Good

Reviewer

PRISM Lab

Review Report Source

Pea production source

Overall Compliance Approval

Not defined

Nomenclature Compliance

Not defined

Methodological Compliance

Not defined

Review Compliance

Not defined

Documentation Compliance

Not defined

Quality Compliance

Not defined

Exchanges

ID	Flow Type	Flow Reference	Direction	Mean Amount	Resulting Amount
0	Not Elementary Flow (0)	Pea production	Output	1000.0	1000.0
1	Emissions to air, unspecified (1.3.4)	Bentazon	Output	0.0122433	0.0122433
2	Emissions to water, unspecified (1.1.3)	Bentazon	Output	0.0104068	0.0104068
3	Emissions to agricultural soil (1.2.1)	Bentazon	Output	0.0936614	0.0936614
4	Emissions to air, unspecified (1.3.4)	Carfentrazon-ethyl	Output	0.0000199	0.0000199
5	Emissions to water, unspecified (1.1.3)	Carfentrazon-ethyl	Output	0.0000169	0.0000169
6	Emissions to agricultural soil (1.2.1)	Carfentrazon-ethyl	Output	0.0001519	0.0001519
7	Emissions to air, unspecified (1.3.4)	Diquat dibromide	Output	0.0003128	0.0003128
8	Emissions to water, unspecified (1.1.3)	Diquat dibromide	Output	0.0002659	0.0002659
9	Emissions to agricultural soil (1.2.1)	Diquat dibromide	Output	0.0023933	0.0023933
10	Emissions to air, unspecified (1.3.4)	Glyphosate	Output	0.0097518	0.0097518
11	Emissions to water, unspecified (1.1.3)	Glyphosate	Output	0.0082890	0.0082890
12	Emissions to agricultural soil (1.2.1)	Glyphosate	Output	0.0746013	0.0746013
13	Emissions to air, unspecified (1.3.4)	Imazamox	Output	0.0003924	0.0003924
14	Emissions to water, unspecified (1.1.3)	Imazamox	Output	0.0003335	0.0003335
15	Emissions to agricultural soil (1.2.1)	Imazamox	Output	0.0030017	0.0030017
16	Emissions to air, unspecified (1.3.4)	Imazethapyr	Output	0.0001139	0.0001139
17	Emissions to water, unspecified (1.1.3)	Imazethapyr	Output	0.0000968	0.0000968
18	Emissions to agricultural soil (1.2.1)	Imazethapyr	Output	0.0008715	0.0008715
19	Emissions to air, unspecified (1.3.4)	Pyroxasulfone	Output	0.0	0.0
20	Emissions to water, unspecified (1.1.3)	Pyroxasulfone	Output	0.0001424	0.0001424
21	Emissions to agricultural soil (1.2.1)	Pyroxasulfone	Output	0.0012815	0.0012815
22	Emissions to air, unspecified (1.3.4)	Quizalofop-ethyl	Output	0.0000278	0.0000278
23	Emissions to water, unspecified (1.1.3)	Quizalofop-ethyl	Output	0.0000236	0.0000236
24	Emissions to agricultural soil (1.2.1)	Quizalofop-ethyl	Output	0.0002123	0.0002123
25	Emissions to air, unspecified (1.3.4)	Saflufenacil	Output	0.0	0.0
26	Emissions to water, unspecified (1.1.3)	Saflufenacil	Output	0.0001000	0.0001000
27	Emissions to agricultural soil (1.2.1)	Saflufenacil	Output	0.0009001	0.0009001
28	Emissions to air, unspecified (1.3.4)	Sethoxydim	Output	0.0003098	0.0003098
29	Emissions to water, unspecified (1.1.3)	Sethoxydim	Output	0.0002633	0.0002633
30	Emissions to agricultural soil (1.2.1)	Sethoxydim	Output	0.0023700	0.0023700
31	Emissions to air, unspecified (1.3.4)	Ethaboxam	Output	0.0	0.0
32	Emissions to water, unspecified (1.1.3)	Ethaboxam	Output	0.0000314	0.0000314
33	Emissions to agricultural soil (1.2.1)	Ethaboxam	Output	0.0002824	0.0002824
34	Emissions to air, unspecified (1.3.4)	Fludioxonil	Output	0.0000082	0.0000082
35	Emissions to water, unspecified (1.1.3)	Fludioxonil	Output	0.0000070	0.0000070
36	Emissions to agricultural soil (1.2.1)	Fludioxonil	Output	0.0000628	0.0000628
37	Emissions to air, unspecified (1.3.4)	Fluxapyroxad	Output	0.0	0.0
38	Emissions to water, unspecified (1.1.3)	Fluxapyroxad	Output	0.0003017	0.0003017
39	Emissions to agricultural soil (1.2.1)	Fluxapyroxad	Output	0.0027155	0.0027155
40	Emissions to air, unspecified (1.3.4)	Metalaxyl	Output	0.0000372	0.0000372
41	Emissions to water, unspecified (1.1.3)	Metalaxyl	Output	0.0000316	0.0000316
42	Emissions to agricultural soil (1.2.1)	Metalaxyl	Output	0.0002847	0.0002847
43	Emissions to air, unspecified (1.3.4)	Picoxystrobin	Output	0.0	0.0
44	Emissions to water, unspecified (1.1.3)	Picoxystrobin	Output	0.0	0.0
45	Emissions to agricultural soil (1.2.1)	Picoxystrobin	Output	0.0053143	0.0053143
46	Emissions to air, unspecified (1.3.4)	Prothioconazole	Output	0.0008685	0.0008685
47	Emissions to water, unspecified (1.1.3)	Prothioconazole	Output	0.0007382	0.0007382
48	Emissions to agricultural soil (1.2.1)	Prothioconazole	Output	0.0066442	0.0066442
49	Emissions to air, unspecified (1.3.4)	Pyraclostrobin	Output	0.0004413	0.0004413
50	Emissions to water, unspecified (1.1.3)	Pyraclostrobin	Output	0.0003751	0.0003751
51	Emissions to agricultural soil (1.2.1)	Pyraclostrobin	Output	0.0033757	0.0033757
52	Emissions to air, unspecified (1.3.4)	Sedaxane	Output	0.0	0.0
53	Emissions to water, unspecified (1.1.3)	Sedaxane	Output	0.0000140	0.0000140
54	Emissions to agricultural soil (1.2.1)	Sedaxane	Output	0.0001256	0.0001256
55	Emissions to air, unspecified (1.3.4)	Trifloxystrobin	Output	0.0007444	0.0007444
56	Emissions to water, unspecified (1.1.3)	Trifloxystrobin	Output	0.0006328	0.0006328
57	Emissions to agricultural soil (1.2.1)	Trifloxystrobin	Output	0.0056950	0.0056950
58	Emissions to air, unspecified (1.3.4)	carbon dioxide	Output	1.06220	1.06220
59	Emissions to air, unspecified (1.3.4)	nitrous oxide	Output	0.00451	0.00451
60	Emissions to agricultural soil (1.2.1)	Nitrate	Output	0.03819	0.03819
61	Emissions to air, unspecified (1.3.4)	ammonia	Output	0.07167	0.07167
62	Emissions to agricultural soil (1.2.1)	Phosphorus	Output	0.06177	0.06177
63	Emissions to water, unspecified (1.1.3)	Phosphorus	Output	0.16152	0.16152
64	Not Elementary Flow (0)	Bentazon	Input	0.12243	0.12243
65	Not Elementary Flow (0)	Carfentrazon-ethyl	Input	0.00020	0.00020
66	Not Elementary Flow (0)	Diquat dibromide	Input	0.00313	0.00313
67	Not Elementary Flow (0)	Glyphosate	Input	0.09752	0.09752
68	Not Elementary Flow (0)	Imazamox	Input	0.00392	0.00392
69	Not Elementary Flow (0)	Imazethapyr	Input	0.00114	0.00114
70	Not Elementary Flow (0)	Pyroxasulfone	Input	0.00168	0.00168
71	Not Elementary Flow (0)	Quizalofop-ethyl	Input	0.00028	0.00028
72	Not Elementary Flow (0)	Saflufenacil	Input	0.00118	0.00118
73	Not Elementary Flow (0)	Sethoxydim	Input	0.00310	0.00310
74	Not Elementary Flow (0)	Ethaboxam	Input	0.00037	0.00037
75	Not Elementary Flow (0)	Fludioxonil	Input	0.00008	0.00008
76	Not Elementary Flow (0)	Fluxapyroxad	Input	0.0035497	0.0035497
77	Not Elementary Flow (0)	Metalaxyl	Input	0.00037	0.00037
78	Not Elementary Flow (0)	Picoxystrobin	Input	0.00695	0.00695
79	Not Elementary Flow (0)	Prothioconazole	Input	0.00869	0.00869
80	Not Elementary Flow (0)	Pyraclostrobin	Input	0.00441	0.00441
81	Not Elementary Flow (0)	Sedaxane	Input	0.00016	0.00016
82	Not Elementary Flow (0)	Trifloxystrobin	Input	0.00744	0.00744
83	Not Elementary Flow (0)	Transport of farm inputs	Input	0.1280765	0.1280765
84	Not Elementary Flow (0)	Transport of farm inputs	Input	0.0191470	0.0191470
85	Not Elementary Flow (0)	Ammonium sulphate (as N)	Input	0.34053	0.34053
86	Not Elementary Flow (0)	MicroEssentials S15 (as N)	Input	0.19498	0.19498
87	Not Elementary Flow (0)	MicroEssentials SZ (as N)	Input	0.12671	0.12671
88	Not Elementary Flow (0)	Monoammonium Phosphate (MAP) (as N)	Input	2.88497	2.88497
89	Not Elementary Flow (0)	MicroEssentials S15 (as P2O5)	Input	0.49494	0.49494
90	Not Elementary Flow (0)	MicroEssentials SZ (as P2O5)	Input	0.42236	0.42236
91	Not Elementary Flow (0)	Monoammonium Phosphate (MAP) (as P2O5)	Input	13.63805	13.63805
92	Not Elementary Flow (0)	Potash (as K2O)	Input	6.90293	6.90293
93	Not Elementary Flow (0)	MicroEssentials S15 (as S)	Input	0.22497	0.22497
94	Not Elementary Flow (0)	MicroEssentials SZ (as S)	Input	0.10559	0.10559
95	Not Elementary Flow (0)	Tiger 90 (as S)	Input	0.05279	0.05279
96	Not Elementary Flow (0)	MicroEssentials SZ (as Zn)	Input	0.01056	0.01056
97	Not Elementary Flow (0)	Transport of farm inputs	Input	5.8657981	5.8657981
98	Not Elementary Flow (0)	Transport of farm inputs	Input	14.9691718	14.9691718
99	Not Elementary Flow (0)	Transport of farm inputs	Input	1.7053930	1.7053930
100	Not Elementary Flow (0)	Transport of farm inputs	Input	0.3548867	0.3548867
101	Not Elementary Flow (0)	Transport of farm inputs	Input	0.0012354	0.0012354
102	Not Elementary Flow (0)	Pea seed production, for sowing	Input	0.05903	0.05903
103	Not Elementary Flow (0)	Transport of farm inputs	Input	0.0044860	0.0044860
104	Not Elementary Flow (0)	Fuel	Input	89.02949	89.02949
105	Not Elementary Flow (0)	Transport of farm inputs	Input	0.0534893	0.0534893
106	Not Elementary Flow (0)	Electricity	Input	1.68312	1.68312