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Seed Program Specific Work Instructions (SWI 142.1.1) - Pedigreed Seed Crop Inspection

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Date

This version of the Seed Program Specific Work Instructions (SWI) 142.1.1 Pedigreed Seed Crop Inspection was issued April 19, 2021.

Contact

The contact person for this document is the National Manager, Seed Section. Comments regarding the content of this document should be addressed to the National Manager at cfia.seed-semence.acia@canada.ca.

Review

This SWI is subject to periodic review. Amendments will be issued as necessary so that it continues to meet current needs.

Endorsement

This Seed Program SWI is hereby approved by:

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Director, Plant Production Division
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Date

Distribution

This document will be maintained on the CFIA website. The signed original will be maintained by the National Manager, Seed Section. A copy of the latest version is available upon request to cfia.seed-semence.acia@canada.ca.

0.0 Introduction

The CFIA certifies CFIA inspectors and licenses private seed crop inspectors to conduct field inspections of pedigreed seed crops and issue Reports of Seed Crop Inspection that support the issuance of a crop certificate by the Canadian Seed Growers' Association (CSGA).

1.0 Scope

This SWI describes in detail the measures to be taken when inspecting a pedigreed seed crop by any CFIA inspector or Licensed Seed Crop Inspector (LSCI) (both herein after referred to as the seed crop inspector), based on the procedures outlined in Quality Systems Procedure (QSP) 142.1 Pedigreed Seed Crop Inspection.

2.0 Definitions, acronyms and references

The definitions, acronyms and references provided in Seed Program Regulatory Authority Standard SPRA 101 - Definitions, acronyms and references for the seed program apply.

3.0 General requirements

All LSCI must be licensed according to QSP 142.2 Authorized Seed Crop Inspection. All CFIA seed crop inspectors are certified according to QSP 142.4 Official Crop Inspector Certification Procedures.

4.0 Preparing for the seed crop inspection

4.1 Required documents and materials

The seed crop inspector should have the following documents and materials available before starting the seed crop inspection:

4.2 Description of variety (DoV)

The description of the variety (DoV) identifies the morphological characteristics of the plant, known variants within the variety, and the maximum acceptable population level of any known variants as defined by the plant breeder. Ideally, crop inspection should not take place unless the seed crop inspector has a DoV for the variety being inspected. If it is not possible to obtain the DoV, the seed crop inspector should advise the grower that the crop could be declined pedigreed status. The seed crop inspector may perform the inspection based on the uniformity of the crop, providing that it is noted on the Report of Seed Crop Inspection that no DoV was available.

Seed crop inspectors can access descriptions of varieties in CSGA SeedCert under the "Varieties" tab. Seed crop inspectors can also access the list of Varieties of Crop Kinds Registered in Canada which is posted on the CFIA website.

The DoV may also contain additional certification standards and inspection requirements (for example, increased isolation distances established by the variety developer). It is the seed crop inspector's responsibility to ensure that these additional requirements have been addressed during the inspection.

If an LSCI suspects that a DoV does not accurately reflect what they are seeing in the variety, they should notify their Lead Inspector. The lead inspector should validate the finding and then notify the local office regarding their concerns with the variety description. When required, the CFIA will request that the ASCIS/Lead Inspector fill out a "Possible Error with Variety Description Form" in SeedCert. Similarly, if a CFIA official inspector notes an issue with a variety while conducting a check or direct inspection, their lead inspector should validate the finding and then fill out the “Possible Error with Variety Description Form” in SeedCert.

4.3 Pre-inspection activities

The seed crop inspector should carefully review the application for Seed Crop Inspection provided by the CSGA for the field that is to be inspected.

If there are any errors in the "read-only" sections of the report, note the discrepancies in the first comment box. All changes in acreage are noted in the "Comments" box.

The seed crop inspector should be aware of any unusual conditions for the inspection, such as whether the crop is intended for certification pursuant to the Organisation for Economic Co-operation and Development (OECD) Schemes for the Varietal Certification of Seed Moving in International Trade (OECD Seed Schemes).

The application may contain message codes which indicate additional inspection requirements for the field. The seed crop inspector can find a listing of message codes and abbreviations used by the CSGA in CSGA SeedCert.

In performing this review, the seed crop inspector will determine the pedigreed status of the crop to be inspected, estimate the approximate growth stage of the crop based on the planting date, and identify the pollination mechanism of the crop. Appendix I provides a list of CSGA pedigree class codes to assist the seed crop inspector in determining the pedigreed status of the seed planted.

In the rare occasion the application indicates that the crop was planted with Certified status seed, the seed crop inspector should refer to Section 9 of QSP 142.1.

In the situation where a seed grower has not made an Application for Seed Crop Certification, and therefore the seed crop inspector has no record for the field, the grower must complete an Application for Seed Crop Certification e-form on the CSGA website. With supervisor approval, the seed crop inspector may complete the inspection in rough notes and submit the Report of Seed Crop Inspection when the application has been approved.

If the seed crop inspector determines that the applicant whose name appears on the Report of Seed Crop Inspection is not responsible for the direct management of the crop, the CSGA is to be advised in the "Comments" section of the Report of Seed Crop Inspection. Provide the name and address of the individual who is responsible for the crop.

Field maps are uploaded to CSGA SeedCert and filed by sequence number. The seed crop inspector should review the field map prior to seed crop inspection.

The seed crop inspector should contact and/or meet with the grower prior to the inspection to verify the crop certificates or the seed tags of the planted parent seed and to assess the growth stage of the crop. This will help the seed crop inspector determine the best time to assess the varietal purity of the crop. It is the seed crop inspector's responsibility to schedule crop inspections during the crop's appropriate growth stage. Seed crop inspectors may delay an inspection when the crop has not reached the appropriate growth stage or when a pesticide has just been applied (or application is imminent) and it is not safe to enter the crop.

The seed crop inspector should review the DoV and the crop-specific SWI prior to performing the inspection.

4.4 Determination of pedigreed status – verifying tags and documents

If the grower has used their own seed to plant the inspected crop, the seed crop inspector should review the crop certificate of the planted seed and verify the crop certificate number on the Report of Seed Crop Inspection. This must be reported as 1 tag checked, and stated in the "Comments" what documentation type was verified.

If the seed was purchased, the seed crop inspector must verify that the Report of Seed Crop Inspection accurately provides the crop certificate number(s) printed on the tag(s), the lot number(s) on the tag, the pedigreed status on the tag, and the number of tags. If the tags or crop certificate are not available, the inspector marks "0" in the "Number of Tags Checked" section and comments why they were not checked. Invoices or bulk pedigreed seed tags may be consulted when the standard pedigreed seed tags are not available.

Where the information on the Report of Seed Crop Inspection is not accurate, the seed crop inspector must provide the correct information. It is the grower's responsibility to ensure that tags are available for verification.

When checking official tags attached to seed of foreign origin, verification should be performed as above, however, the foreign pedigree reference number is provided instead of the Canadian crop certificate number. For unregistered or foreign varieties, a picture of the tag should be uploaded into SeedCert. If the application indicates that the crop was planted with imported seed, every effort should be made to verify the tag, regardless of whether tag verification is requested.

If the planted seed was purchased in bags without tags or with tags with an inappropriate lot number or which appear to not conform to the requirements of the Seeds Regulations (the Regulations), the seed crop inspector must report this to their Lead Inspector or supervisor and the local CFIA office so that appropriate compliance and enforcement action may be taken.

4.5 Previous land use

The seed crop inspector must verify and record the previous land use for the required number of years on the Report of Seed Crop Inspection.

The seed crop inspector should indicate the pedigreed status and crop certificate numbers of previous crops when possible. It is acceptable to use the information provided on the prepopulated Report of Seed Crop Inspection.

The seed crop inspector should refer to Circular 6 to determine the required number of years of previous land use history as the requirements vary with the crop kind and pedigreed status. For perennial crops, this section is required to be completed only in the first year of inspection.

Through examination of previous crop stubble, the seed crop inspector may determine that the previous crop differs from what it is indicated on the application for seed crop inspection. This should be noted in the "Comments" section of the Report of Seed Crop Inspection. If the previous crop appears to be the same species as what is currently being inspected, this should also be noted in the "Comments" section of the Report of Seed Crop Inspection.

5.0 Conducting the inspection

Seed crop inspection involves:

The seed crop inspector records impurities/contaminants when found:

During the crop inspection, the inspector must observe and record the following:

The following are a few examples of requests a seed crop inspector may make of the grower. The seed crop inspector may request the grower to:

If the inspector is unable to locate the seed crop with the directions provided, they should contact the grower for clarification of the seed crop location.

The LSCI may contact the Lead Inspector of the ASCIS to which they report to ask for assistance, advice, or information in order to complete the seed crop inspection.

Where a seed crop inspector notes conditions that may not conform to requirements in Circular 6 for the crop in question, the seed crop inspector should encourage the grower to contact the CSGA. Seed crop inspectors must not anticipate CSGA decisions based on the Report of Seed Crop Inspection.

5.1 Crop survey

When approaching the seed crop for inspection, the inspector should perform a cursory verification of the seed crop. This will allow the inspector to estimate the field size, shape, and topography so that the travel pattern can be determined.

The seed crop inspector should make a quick sketch of the field, noting the travel pattern to be walked and areas where counts will be made. While the use of rough notes is not mandatory, they can be valuable and are highly recommended. When rough notes are developed, they should have a clear link to the final report, such as the field location information and CSGA sequence number.

The seed crop inspector should examine the seed crop as a whole to verify that it is consistent with the characteristics of the variety as provided in the DoV to verify that the inspector is in the correct location.

The seed crop inspector must complete the inspection during the appropriate growth stage of the crop when impurities will be visible.

The seed crop inspector should also note if the seed crop to be inspected is planted with a companion crop. If so, the seed crop inspector should note the type of companion crop and its stage of development. If the companion crop impedes the inspection and does not permit the inspector to complete 6 counts, the seed crop inspector should report the field as very weedy as per section 6.3.

5.1.1 Lodged crops

A rough assessment of varietal purity can be made in lodged seed crops by lifting small portions of the crop and examining the heads very closely. For crops that are almost or completely lodged, inspection may not be refused. The seed crop should be assessed and a Report of Seed Crop Inspection completed. Some deviations from the DoV may result from environmental conditions and management practices for some traits, such as plant height. If greater than 20% of the crop is lodged, the location and percentage of affected crops must be indicated on the Report of Seed Crop Inspection.

5.1.2 Crops that have been partially or completely swathed

A Report of Seed Crop Inspection must still be completed for crops which have been partially or completely swathed. The report must include the area or location(s) that have been swathed, isolation distances, land use, tag verification, percentage of the crop that was swathed, information on the general weed condition (if possible), and any other additional information that can be provided.

If the crop has been partially swathed, the seed crop inspector should approximate the acreage of the crop that has not been swathed and follow the procedures in section 5.2 for reporting changes in area. The seed crop inspector completes the inspection on the remaining part of the seed crop that has not been swathed. The area that was swathed and not inspected must be reported in the "Comments" section.

5.2 Field and plot sizes

The acreage figure on the Report of Seed Crop Inspection may be inaccurate. The seed crop inspector should note the actual acreage in the "Comments" section of the Report of Seed Crop Inspection. When the seed crop inspector changes the acreage, the seed grower signature is not required.

The area of a Select plot is reported as metres x metres. If the plot is not exactly square or rectangular, or if it is a shape such as a triangle, the seed crop inspector should exercise caution to make a fair and accurate measurement of the area. If the plot is an irregular shape, insert zeros in the plot area calculation of the report and state the dimensions in the comments box. Seed crop inspectors are encouraged to utilize GPS acreage calculation tools, if available. A map or sketch should also be included with the Report of Seed Crop Inspection. If the area exceeds the prescribed maximum plot size, record this in the "Comments" section and indicate whether the grower was notified.

If the seed crop inspector notes that the area of land put forward for inspection contains large physical barriers or is comprised of pieces of land that are not adjacent or contiguous, the seed crop inspector should advise the grower that the land may not meet the CSGA definition for a field as described in Circular 6. The grower should complete a new seed crop inspection application for the smaller portion split from the field and indicate on their application in one of the "Comments" boxes that the field has been split. If the seed grower does not agree to split the sequence number into fields which meet the CSGA Field Definition, the seed crop inspector should contact the CSGA.

5.3 Estimated yield

The seed crop inspector estimates yield as being average, above average, or below average for crops that are inspected near or at the time of maturity. The seed crop inspector uses the seed crop conditions for that crop kind in the district as being the benchmark average.

5.4 Travel patterns for seed crop inspection

The seed crop inspector determines the travel pattern based on the inspected crop, the type of inspection, and the field size. Each inspection must consist of a minimum of 6 representative counts in the crop therefore the seed crop inspector should divide the field into 6 approximately equal areas and randomly take a count in each area.

When selecting a travel pattern, the seed crop inspector should balance the need for the highest degree of accuracy with the most efficient use of the seed crop inspector's time. A travel pattern that will allow the greatest degree of coverage for the least amount of distance traveled will increase accuracy and conserve time. Appendix III provides commonly used travel patterns and a brief discussion of their use.

5.5 Identifying and counting impurities

During crop inspection, the seed crop inspector may observe plants with morphological or physical characteristics that differ from the rest of the crop. It is important to be aware of ways in which the environment may affect the crop (for example, temperature, moisture, wind, insects, diseases, animals or chemical damage) and to consider these when determining the identity of a suspected deviant plant.

Weather and light conditions may influence the appearance and presentation of the crop. Wind makes inspection difficult because it is hard to see the plant's flowers and heads in their natural presentation. When possible, crops should be inspected with the seed crop inspector's back to the sun. This is important when inspecting flowering crops such as flax, as the flowers turn to face the sun. This will allow for easier observation of the flower traits.

Variations between plants may be identified by close observation of the characteristics of plant parts in the flowering body (for example, colour, shape, type, glume characteristics, presentation, seed body), plant architecture, or growth habit (for example, attitude, environmental responses, life cycle, maturity). In some cases, the suspected deviant plant is considered part of the variety and is listed in the DoV as a known and expected variant. The inspector should describe the suspected deviant plants. The DoV may aid the inspector in describing suspected deviant plants.

5.5.1 Identifying and counting impurities within counts

Six counts must always be taken for each impurity (off-type/variant, other crop kind as required in Appendix VI, and weeds that are reported by count as required in Appendix VII) noted in the field count areas.

For example, for a crop containing 3 different off-types/variants and 1 other crop kind, 24 counts should be taken (6 counts x 4 impurities). However, the same 6 count areas can be used for the 4 different count objectives.

The count population or area must be identified in the Report of Seed Crop Inspection and must be based on the maximum impurity standard for the crop and pedigreed status as given in Circular 6. Where the plant population density is low and/or difficult to identify (for example, due to lodging, thin stands, or extreme contamination), counts may be done by area. For example, 6 counts of 10,000 plants would not be practical if there are only 10 plants per square metre. For crops other than forages, when area is used, an estimate of the population in that area is needed for calculation of the impurity level. For forage crops, an estimate of the population in that area is required only when the stand is above or below average for the species. If the plant population does not allow the full number of counts to be taken, the inspector puts "0" in the count box on the Report for the counts not taken and notes in the "Comments" box that those counts were not taken. This comment distinguishes this situation from an actual count of "0."

Reduced plant counts may be used under exceptional circumstances when 6 counts of 10,000 plants each cannot be conducted due to:

Reduced plant counts are applicable to Foundation, Registered and Certified crops where normal counts for maximum impurity standards are 10,000 plants. Appendix V describes procedures for reduced plant counts. Reduced plant counts are not applicable for plots of any kind or crops where counts are done on an area basis. Industrial hemp, sorghum and millet all have specific reduced plant count procedures outlined in SWI 142.1.2-7 Special Crops and New Crop Inspection Procedures, so the procedures in Appendix V should not be used for those crops.

In those exceptional circumstances where reduced counts are used, an explanation of why the reduced count procedure was used must be provided in the "Comments" section of the Report of Seed Crop Inspection.

5.5.2 Identifying and counting crop impurities outside of counts

In addition to impurities found in the 6 randomized counts, seed crop inspectors also report impurities found:

  1. dispersed throughout the field, but coincidently never found in the 6 randomized counts. Any impurities observed outside of the count area should be noted and must be recorded in the "Comments" section of the report. However, seed crop inspectors need not include comments about impurities already noted in counts.
  2. in localized patches within the inspected seed crop but not within the 6 randomized counts.

The seed crop inspector may encounter localized patches of contamination within the seed field. These are areas within the seed field that contain a concentration of contaminants (for example, reported in counts, other crop kinds, other varieties, off-types, Prohibited Noxious weeds) that may affect the pedigreed status of the crop. These localized areas of contaminants are not reflected in the counts therefore they must be reported in the "Comments" section of the Report of Seed Crop Inspection. The seed crop inspector must describe in detail the contaminant found, the number of localized areas, number of contaminants in the localized area, and the location and the size of the localized area(s). It may be necessary to attach a map and or photographs to the Report.

Examples include:

These localized contaminants are recorded in "Comments"; for example "6 patches (averaging 20 sq. m.) of wild mustard - too numerous to count - found outside of counts in south east corner of the field."

Areas of potential sources of contamination such as water runs, field grain bins, roadways, rock piles, manure pits, planter commencement areas, should be examined closely.

5.5.3 Count area calculation

The seed crop inspector must make an accurate estimate of the number of plants per metre of row in order to have confidence that each count meets the requirements of Circular 6. Appendix IV provides useful estimates of the number of plants per square metre depending on the distance between the rows and the number of plants per metre of row for a count of 10,000 plants.

Seed crop inspection must be conducted following procedures to achieve the highest pedigree possible. In rare instances a seed grower may make a request to CSGA via SeedCert in their application or using the "Intention to Harvest a Specific Class" Form 115 to have the field inspected to a lower pedigreed status. If the request is not documented in SeedCert, the inspector must record the change in inspection status in the comment section of the report of seed crop inspection. For example, a field of alfalfa seeded with Breeder Seed, in year 4 of production, is still eligible for Foundation status. However, a grower could request approval to have it inspected to Certified status.

5.6 Verification of isolation

The seed crop inspector must verify isolation of the seed crop from adjacent crops as described in the crop-specific SWIs and Circular 6. Circular 6 specifies the required isolation distances, which are specific to the crop and pedigree level being inspected. Required isolation distances for open pollinated crops can be over a kilometre.

When the seed crop inspector suspects that the isolation distance is insufficient to meet CSGA requirements, the seed crop inspector issues to the grower a "Notice to Growers - Isolation Corrections May Be Required" (form is available on SeedCert). The seed crop inspector records that the Notice was given to the grower by selecting this checkbox on the Report.

If the isolation distances do not meet the standards for the crop kind and pedigreed status of the crop, the CSGA may withhold the crop certificate until a seed crop inspector has verified that the isolation has been corrected. Inspectors must not anticipate CSGA decisions based on the Report of Seed Crop Inspection.

It is the responsibility of the grower to correct the isolation distance and request a re-inspection prior to harvest. The inspector conducting the re-inspection selects "re-inspection" as the type of inspection. It is not necessary to repeat the full crop inspection, but only to verify the isolation distance in question. To report the re-inspection the seed crop inspector records the same sequence number as the original, the date the re-inspection was conducted, the seed crop inspector name and number, and the results of the verification of the isolation.

6.0 Completing the report of seed crop inspection

The Report of Seed Crop Inspection is the record of an objective assessment of the condition of the field at the time of the inspection. It is the information upon which subsequent certification decisions are based.

The seed crop inspector should complete all required fields of the Report of Seed Crop Inspection and include any additional information in the "Comments" section of the Report. LSCI may be required to provide additional information to CSGA when requested by CSGA. Rough field notes taken during the inspection and used to complete the Report of Seed Crop Inspection are considered relevant and useful documents and should be retained by the seed crop inspector and the ASCIS for a minimum of 7 years after the inspection.

6.1 Reporting isolation

The reporting of isolations requires national consistency across Regions and crop types. The terms "strip" and "isolation" cannot be considered synonyms. Seed growers often do not prepare a strip for isolation which is equal to the required isolation distance (in self-pollinated crops this distance can be 1, 2 or 3 metres).

The seed crop inspector determines (measures) the distance from the seed crop to the adjacent crop and surveys the required isolation distance for contaminants. The findings are reported as described below.

6.1.1 Definitions of isolation-related terms

Isolation
the minimum required isolation as defined in CSGA Circular 6. May or may not be a prepared isolation
Strip
the space between the inspected seed crop and the adjacent crop (includes harvested crops, does not include standing crop).
Crop kind (adjacent crop description)
Crops that can be harvested (includes pasture and hay). A harvested crop is not reported as a crop kind when describing the adjacent crop.
Contaminants
off-types/variants, other crop kinds reported by count (difficult to separate), other varieties of the same crop kind, weeds reported by count, or prohibited noxious weeds.
Crop of concern
other seed or grain crop which might offer a source of varietal or mechanical contamination through cross-pollination or harvesting mistakes
Mechanical isolation
Isolation distance required to ensure mechanical purity between the inspected crop kind and other crop kinds/reportable weeds that could cause contamination during harvest
Varietal isolation
Isolation distance required between the inspected crop and different varieties of the same crop kind, plants that can cross pollinate or non-pedigreed fields of the same crop kind
Non-pedigreed crop
A crop for which a crop certificate has not been issued or recognized by the CSGA

6.1.2 Completing the isolation table on the Report of Seed Crop Inspection

Strip width Distance in metres to the adjacent crop kind
Strip description Whatever exists within the strip width
Isolation condition Good or Poor
Good: no contaminants or potential crops of concern are found.
Poor: contaminants or potential crops of concern are found.
If harmful contaminants are found in either the mechanical or varietal isolation distance, the overall condition must be rated as "Poor"
Adjacent crop description Name of crop kind
Isolation comments / Open-pollinated crop isolation section Provide comments when the isolation is rated "Poor." For open-pollinated crops, describe any of the same species or species that can cross-pollinate found in the isolation, or if none found, state "None found within X m."

Note: The isolation must be rated as "poor" if prohibited noxious weeds are found within 3 m of the crop.

For isolation condition, if either the mechanical or the varietal isolation is poor, the overall isolation condition must be rated poor. When the isolation condition is rated as "poor", the seed crop inspector must state the reason for this rating in the "Comments" section. If more than 1 isolation condition is found along a field edge, report each condition. The strip width, strip description and isolation condition must be reported with care as crops may be declined pedigreed status when reports indicate less isolation than the minimum required in Circular 6.

For cereals, pulses, flax and soybean crops, a definite physical barrier is permitted instead of the required isolation for mechanical purity. A physical barrier can be a natural or artificial obstacle between 2 adjacent crops that prevents adjacent field access and accidental harvest, such as a fence. Growers may use stakes in lieu of a 1 m isolation strip between inspected pedigreed crops of the same variety for cereals, pulses, flax and soybean. Additional staking requirements should be reviewed in Circular 6.

Complete information on adjacent crops should be given, such as kind, variety and pedigreed status, when possible. Where applicable, the crop certificate number for adjacent crops should also be recorded. An example of this is where canola sown with Foundation status seed is adjacent to a crop planted with Certified seed of the same variety. When it is established that the neighboring crop was planted with Certified seed of the same variety and the Crop Certificate number is provided for the seed used, an isolation distance of only 3 metres is required.

In situations where isolations are complex or appear not to meet Circular 6 standards, a map is a useful reporting tool to describe the situation. The map should include enough detail for CSGA to determine the nature of the isolation situation and/or the source of any isolation problems. Include distances, contaminant information (type, density, maturity in relation to the crop), highlighting the problem areas on the map. Attach this map directly to the report using the "Upload tool" (via SeedCert).

When reporting isolations, the Training Material for Isolation Reporting document can be referred to (RDIMS 6035078) or one of the following scenarios can be used:

1. No isolation strip exists between the seed crop and the adjacent crop:

Strip width 0
Strip description N/A = Not applicable or Staked
Isolation condition Good or Poor
Adjacent crop description Name of crop kind
Isolation comments / Open-pollinated crop isolation section If the isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]

The strip width is reported as "0" when the adjacent crop butts up to the inspected seed crop.

2. The "strip width" is more than or equal to the required isolation (the examples below are for when the required isolation distance is 3 m):

a. If inspector can easily see and can therefore identify the adjacent crop kind

Strip width (equal to) 3m or (greater than) > 3m
Strip description List of whatever exists until you reach a crop kind
Isolation condition Good or Poor
Adjacent crop description Name of crop kind
Isolation comments / Open-pollinated crop isolation section If the isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]

b. If inspector cannot easily see and therefore cannot identify the adjacent crop kind:

Strip width (greater than) > 3m
Strip description Description of the strip, but never a crop kind
Isolation condition Good or Poor
Adjacent crop description N/A = Not applicable
Isolation comments / Open-pollinated crop isolation section If the isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]

3. The "strip width" is less than required (3 m):

Strip width Measured distance (which will be less than 3m)
Strip description Whatever is in the strip: physical barrier (such as a fence), fallow, mowed sod, etc., but never a crop type
Isolation condition Good or Poor
Adjacent crop description Crop kind immediately after the distance of the "strip width" recorded above.
Isolation comments / Open-pollinated crop isolation section If the isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]

When rating the isolation condition, if either the mechanical or the varietal isolation is poor, the overall isolation condition must be rated poor. This includes any additional isolation distances required for varietal isolations and open-pollinated crops.

6.1.3 Additional requirements for open-pollinated crops

In the case of open-pollinated crops, if harmful contaminants that may cross pollinate are found within the isolation zone, the seed crop inspector must state the following in the "Isolation comments / Open-pollinated crop isolation section": the average number of contaminating plants found per inspected area, the distance these are from the crop, the size of the contamination (for example, patch or strip), the maturity of the contaminating plants in relation to the maturity of the crop being inspected and the manner in which the isolation has been prepared such as mowed, etc. For example, "common timothy, 100 plants/m2, 25 metres to north, length of the inspected field, mowed for hay, late June, no blossom." If no harmful contaminants that may cross pollinate are present in the varietal isolation, the seed crop inspector records "None within XX metres" (XX meaning the required isolation distance) in the open-pollinated crop section of the report.

The seed crop inspector should refer to Circular 6 and the crop specific SWIs for details on border removal in lieu of isolation distance and the 10% rule for some crop kinds, including forages.

6.1.4 Reporting isolation of staked plots

The information below is provided as additional instruction to LSCI Group 6 licensees for the reporting of isolations for staked plots of Circular 6 Section 12 crop types - Select plots. When plots are staked, the varietal isolation must still be verified in the same manner as fields and recorded on the crop inspection report.

1. Staked plots exist entirely within the surrounding adjacent seed crop (no strip exists between the staked plot and the surrounding adjacent seed crop):

Strip width 0
Strip description Staked
Isolation condition Good (no contaminants or potential crops of concern are found within 1 metre)
OR
Poor (contaminants or potential crops of concern are found within 1 metre)
Adjacent crop description Variety and field number or sequence number of the surrounding crop
Isolation comments / Open-pollinated crop isolation section If the isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]

2. Plot is staked, but not on all sides (for example, the staked plot is on the corner or the side of the field planted with equivalent pedigreed status seed):

Staked side(s):
Strip width 0
Strip description Staked
Isolation condition Good (no contaminants or potential crops of concern are found within 1 metre)
OR
Poor (contaminants or potential crops of concern are found within 1 metre)
Adjacent crop description Variety and field number or sequence number of the crop surrounding the stakes
Isolation comments / Open-pollinated crop isolation section If the isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]
Unstaked side(s) - report as per normal plot isolations:
Strip width 0, measured distance or >10 metres as applicable
Strip description Description of the strip, but never a crop kind
Isolation condition Good (no contaminants or potential crops of concern are found within 3 or 10 metres as appropriate)
OR
Poor (contaminants or potential crops of concern are found within 3 or 10 metres as appropriate)
Adjacent crop description Name of crop kind or N/A if not identifiable from the field edge
Isolation comments / Open-pollinated crop isolation section

If the mechanical isolation condition is poor, indicate: [side], [contaminant name] and [# found or # found per m2]

6.2 Reporting off-types and variants

The number, nature and specific differing morphological characteristics of the off-types and variants identified in the inspection must be noted on the Report of Seed Crop Inspection. If the number of variants reported exceeds the maximum acceptable number in the DoV the excess plants are considered off-types and the number of the plants in excess of the maximum acceptable number is added to the number of off-types observed. A field may be declined or demoted by the CSGA if the total number of off-types exceeds the maximum impurity standards in Circular 6.

When reporting off-types and variants in a soybean, grass, or legume crop, or "tall" off-types and variants in any crop, the seed crop inspector must report a second characteristic to help distinguish the deviant plant. If no other characteristic can be observed, the seed crop inspector must note the plant's 1 off-type characteristic (for example, tall) and "otherwise conforms" in the description.

If no off-types or variants are found in any of the 6 counts, choose "None Found" from the "Type" drop down menu. Record "0" in each of the 6 count boxes. For the description of the impurity, write "N/A" or "none."

When the inspector is not sure whether a plant is a variant, off-type or normal plant, the inspector may take a sample of the plant(s). See Appendix VIII for procedures for collecting and submitting samples to the CFIA for identification.

The Report of Seed Crop Inspection must indicate that a sample has been submitted for testing and clearly indicate whether the results of the testing would impact the number of impurities reported. The test results are forwarded from the CFIA laboratory to the CSGA, Seed Section and the submitting local CFIA office. The local CFIA office is responsible for communicating the test results to the ASCIS supervising the LSCI who submitted the sample. The CSGA is responsible for connecting the sample test results to the relevant Report of Seed Crop Inspection and including the results in its certification decision for that seed crop.

6.3 Reporting weeds

The specific weeds that must be reported for each crop kind are listed in Appendix VII. These weeds are either reported by count or by frequency. When reporting wild oats, plants are to be included whether or not there are any seeds on the plant.

Weeds classified as Class 1 Prohibited Noxious under the Weed Seeds Order, 2016 must be reported on the Report of Seed Crop Inspection by frequency rating (for example, trace, numerous). Prohibited noxious weeds must be reported when found in the field or the 3 m isolation regardless of plant growth stage or crop kind. This finding must also be reported to the CFIA within 2 business days using the form provided in CSGA SeedCert, and is recorded in the "Comments" section of the Report.

When describing the "General Weed Condition" and Prohibited Noxious weeds, one of the following frequency terms must be used:

If a portion of the crop was not visible due to weeds, but there was still enough crop visible in other areas for 6 counts to be taken, report the general weed condition as trace, few or numerous as applicable. Provide information about localized weed contamination in "Comments."

ASCIS/LSCI may report weeds for Seed Growers. Seed Growers may want to request the reporting of Class 2 Primary Noxious weeds from their ASCIS/LSCI.

When inspecting a pedigreed seed crop planted with imported seed, the seed crop inspector should be alert for weeds that are not normally found in the region. Note this in the "Comments" section of the Report of Seed Crop Inspection, and contact the Lead Inspector. If the Lead Inspector is unable to identify the weed, a sample should be sent for identification to local CFIA office which will forward the sample to the Genotyping/Botany Unit of the Ottawa Plant Laboratory Fallowfield (see Appendix VIII).

6.4 Reporting plant disease

Visual symptoms smut in barley must be described. Seed crop inspectors must describe the location of the disease in the field and the approximate area (percentage) of diseased plants in the field.

6.5 Reporting comments

The seed crop inspector should provide an explanatory statement in the "Comments" section of the Report of Seed Crop Inspection when:

Issues or conditions not noted elsewhere within the Report of Seed Crop Inspection but that may affect the pedigreed status of the crop should be included in the "Comments" section. It may be useful to provide clarification in order to provide a complete description of the crop.

The following conditions may also be reported in the "Comments" section of the Report of Seed Crop Inspection:

6.6 Reporting changes in acres inspected

To cancel an inspection the seed crop inspector utilizes the "Combine, Cancel, Split or Report a Duplicate Application" form in CSGA SeedCert. An email/letter or grower signature is required to cancel an application. Pedigreed seed crops that are swathed or harvested prior to inspection but not previously cancelled are to be reported as indicated in Section 5.1.2.

If the actual crop area differs from the area indicated on the Report of Seed Crop Inspection, the seed crop inspector should record the correct acreage in the "Comments" section.

6.7 Report types in CSGA SeedCert

There are several report types within CSGA SeedCert. Depending on the type of inspection selected, the required fields on the report may change.

7.0 After the inspection

At the end of each day, the LSCI must report the sequence numbers of the fields inspected that day using the "Notification of Daily Inspections Completed" form in SeedCert or by submitting a complete Report of Seed Crop Inspection on the same day as the inspection. This populates the "actual inspection date" column in CSGA SeedCert.

The Report of Seed Crop Inspection must be signed and dated by the seed crop inspector, reviewed by the ASCIS Lead Inspector and submitted electronically to the CSGA within 2 business days of the inspection having been completed.

For inspections conducted directly by CFIA, the CFIA inspector must submit their report in SeedCert within 2 business days of the inspection.

The seed crop inspector is responsible for responding to any follow up requests from the CSGA, the CFIA, the seed grower or their assignee, related to the crop inspection or the Report.

It is recommended that the seed crop inspector keep a copy of any rough notes for their own files and that these notes are also kept on file at the ASCIS for at least 7 years after the inspection.

8.0 Health and safety considerations

ASCIS are required to have health and safety programs in place commensurate with the regulations within the jurisdictions in which they operate.

The following is a partial list of health and safety considerations.

9.0 Biosecurity considerations

Seed crop inspectors should be aware of and comply with biosecurity programs in effect on the farms and in the areas in which they are performing seed crop inspection. Always remove soil and organic matter from boots and vehicles between fields.

10.0 Inspection of Probation, Foundation and Select plots

The seed crop inspector must measure the plot dimension in metres then indicate the plot area and dimensions on the Report of Seed Crop Inspection. A single plot must not exceed 2.5 acres or 1 Ha. If the plot size exceeds 2.5 acres or 1 Ha, the seed crop inspector should indicate "plot exceeds 2.5 acres (or 1 Ha)" in the "Comments" section of the Report of Seed Crop Inspection and indicate whether the grower was notified. The measurements are to be taken using a measuring wheel, GPS unit, or other reliable device.

The seed crop inspector shall examine the entire plot for the crop condition, including uniformity of stand, general appearance, general weed condition and estimated yield. A minimum of 6 impurity counts (20,000 plants each) are based on the Circular 6 standard for the crop inspected for most crops. For industrial hemp plots 6 counts of 10,000 are to be made. However, reduced plant counts may be required (as per SWI 142.1.2-7). For sunflower plots, 6 counts of 200 plants are to be performed. The seed crop inspector may refer to the guide in Appendix IV for estimating count areas. Emphasis should be given to the accuracy of impurity identification and quantification within the count areas rather than the occurrence of impurities outside the count areas.

Where the entire plot contains less than 120,000 plants, the seed crop inspector should estimate the total population size and conduct as many counts as possible on the 20,000 plant count areas. For the remaining count area, the seed crop inspector will estimate and report the number of plants in the small count area, and perform the count on this smaller area. The seed crop inspector puts "0" in the count box on the Report for the counts not taken and notes in the "Comments" box that those counts were not taken. This comment distinguishes this situation from an actual count of "0".

If the entire plot size provides less than 20,000 plants in total, the seed crop inspector must estimate and report the total number of plants in the plot and treat the area as one plant count area. This situation occurs rarely but may be encountered in Breeder Plots when there is a small amount of high value seed available or in other Plots when damage has occurred but the grower still wishes to certify the crop. When there is only 1 count, the seed crop inspector notes "0" in the "Counts" and records the results in "Comments."

10.1 Staking of plots

Some Probation and Select plots can be marked by staking the plot in lieu of the standard isolation requirement, when adjacent plots or plots within a Foundation status crop are of the same variety. It is the grower's responsibility to ensure that the stakes are present prior to crop inspection and that they are visible above the crop canopy.

The staked plot must be inspected and reported on, even if the seed crop inspector has reason to believe that the crop within which the plot is staked may not meet CSGA's pedigreed seed crop standards. When plots are staked, the isolation must still be verified for harmful contaminants and other varieties, in the same manner as fields and recorded in the comments of the Report. Procedures should be followed as per section 6.1.3 if harmful contaminants are present or absent in the isolation.

11.0 Land use inspection

Previous land use inspections are required in order to determine the suitability of the land for a pedigreed seed crop in the following year. They may be conducted in standing crops or fallow fields and do not assess the pedigreed status of the crop. They are generally conducted later in the season when volunteers are fully emerged and easily identified but before the standing crop is harvested. It is the seed crop inspector's responsibility to report any contamination which may pose a varietal purity problem in the pedigreed seed crop to be planted in the field in the following year.

The following information is required on the Report of Previous Land Use Inspection:

12.0 Other issues

12.1 Industrial hemp

Crops grown for Certified and Registered require 1 inspection for dioecious crops and 2 inspections for monoecious crops. Breeder, Foundation and Probation plots require 2 inspections. When LSCI are conducting multiple inspections for a seed crop of hemp, they must schedule all inspections in SeedCert.

12.2 CFIA seed crop inspectors - industrial hemp inspection for Health Canada

CFIA official seed crop inspectors no longer perform inspections of industrial hemp on behalf of Health Canada.

12.2.1 CFIA seed crop inspectors - suspicious cannabis crops

If, during the course of pedigreed seed crop inspection of industrial hemp, or any other crop, the CFIA seed crop inspector encounters a crop or plants that he/she suspects are not included on the List of Approved Cultivars of industrial hemp for the current growing season, Seed Section or the Industrial Hemp Section of Health Canada's Office of Controlled Substances must be notified. Similarly, the same notification must be made if the inspector encounters an industrial hemp crop that they suspect has not been licensed for cultivation. Inspectors are not responsible for enforcing the Industrial Hemp Regulations, nor should any recommendations be made to the grower.

12.3 Requests for very early or late inspection

A grower may request a very early or late crop inspection. Similar to cancellation requests, requests for very early or late inspections require a record of authorization by the grower. The grower's intent to have the inspection carried out on a particular date must be clearly indicated in the "Comments" with a reference to a phone record or by attaching a signed declaration from the grower.

At the time of the request for early or late inspection, the grower should be reminded that Circular 6 states, "Crops not inspected at the proper stage of growth for determining varietal purity may be cause for declining pedigreed status."

12.4 Additional inspection and reporting requirements

There may be contractual agreements between the grower/assignee and the ASCIS for the reporting of crop information in addition to what is required to be reported as per this SWI. For example, ASCIS may report weeds found in the seed crop.

12.5 Additional applications

If, upon arriving at a location at which a crop inspection is to be conducted, the seed crop inspector is presented with additional applications for seed crop inspection by the grower, or with a situation that requires the inspection of additional seed crops, the following procedures must be followed.

Appendix I CSGA pedigreed class codes

The following table lists the CSGA pedigreed class code and its corresponding class name.

Class code Class name
0 Pre-variety Germplasm
1 Foundation
2 Registered
3 Synthetic Select
4 Certified
5 Breeder
6 Select
7 Certified OECD
8 Re-Certified
9 Certified 2nd Generation under OECD Seed Schemes
G0 Generation 0, Pre-Variety Germplasm
G1 Generation 1, Pre-Variety Germplasm
G2 Generation 2, Pre-Variety Germplasm
G3 Generation 3, Pre-Variety Germplasm

Appendix II Message codes used by CSGA on applications and Reports of Seed Crop Inspection

The seed crop inspector can view the messsage codes used by CSGA in SeedCert.

Appendix III Travel patterns

The following diagrams are general guidelines for travel patterns to be used for seed crop inspections. As the inspection must usually include a minimum of 6 representative counts of the seed crop to be inspected, the seed crop inspector should divide the field into 6 relatively equivalent sectors and perform a random count in each sector. Patterns A and B are taken from the AOSCA Suggested Sampling Procedure for Inspecting Fields for Seed Certification. All examples are based on a hypothetical, rectangular 100 acre field.

Pattern A
Image - Pattern A. Description follows.
Description of image of Pattern A

Pattern A is a rectangular shape inside the field boundaries with rectangular insets. The seed crop inspector travels into a field, perpendicular to the top end and parallel to the side, some distance from the side edge. Partway along the field, the seed crop inspector makes a left turn towards the center of the field. After some distance, the seed crop inspector makes a right hand turn and continues along the field before making another right hand turn and then another left hand turn to bring them back into alignment with the starting direction. The seed crop inspector follows the rectangular pattern to near the bottom edge of the field, turns left within the field and continues part way to the other side and turns left again. On the return to the top edge of the field, the inspector again, makes a right turn, and then 2 left turns followed by a right turn to create a rectangular inset into the standard rectangular pattern, ending up at the top of the field.

This pattern covers seven-eighths of the crop and requires the inspector to step out of the pattern to reach the isolation strip or check the isolations when accessing the crop. The most remote part of the crop is sufficiently close to the inspector walking the pattern so that the pattern can be easily varied to examine any part of the crop that appears, from a distance, to be doubtful.

Pattern B
Image - Pattern B. Description follows.
Description of image of Pattern B

Pattern B is roughly circular but with angled turns and covers approximately half of the rectangular field. The turns are taken within the boundaries of the field, not at the edges, and the length between the turns can be adapted to by-pass obstacles in the field such as bodies of water or tree-covered areas. This is demonstrated in the distinguishing feature of this pattern which is the deep turn inwards on the right hand side of the rectangle which leaves a substantial portion vacant.

This is a shorter travel pattern than (A) that covers about half of the crop and requires the inspector to step out of the pattern to reach the isolation or check the isolations when accessing the crop.

Pattern C
Image - Pattern C. Description follows.
Description of image of Pattern C

In Pattern C, the seed crop inspector walks an X pattern across the field, including traversing the ends of the field, within the field boundaries, between the arms of the X to create 2 adjoining triangles.

This pattern satisfactorily covers the inspection of the crop but not the isolation. The central area of the crop is covered twice while the outer edges of the middle are not approached. Using this pattern, the seed crop inspector should divert from the travel pattern to check the isolation and possibly to take counts as well.

Pattern D
Image - Pattern D. Description follows.
Description of image of Pattern D

In Pattern D the seed crop inspector begins near 1 corner of the field, travelling across the field parallel to the short edge. When the seed crop inspector comes close to the side of the field, the seed crop inspector executes a rounded turn along the length of the field and travels a short distance along the length of the field before turning again to cross over to the other side of the field. This is repeated until the full length of the field has been covered.

This pattern adequately covers all areas of the crop including the isolation. However, this pattern is more time consuming. It may be useful for small fields, plots and crops requiring close scrutiny due to previously identified problems with the variety. If the seed crop inspector needs to exit the crop on the side of entry, the pattern can be modified by the addition or deletion of 1 pass.

Pattern E
Image - Pattern E. Description follows.
Description of image of Pattern E

In Pattern E, the seed crop inspector starts in the middle of 1 edge of the field and travels across the corner of the field in a straight, diagonal line to the center of the adjoining edge, repeating this until they return to their starting point. This creates a diamond shaped pattern.

The diamond pattern is commonly used. It allows for verification of the isolation as well as inspection of the crop. The seed crop inspector may need to divert from the pattern in order to examine the central part of the crop if it appears doubtful from a distance.

Pattern F
Image - Pattern F. Description follows.
Description of image of Pattern F

Pattern F is 2 identical ovals inside a rectangular field, each taking up approximately 1 quarter of the rectangle. The seed crop inspector enters the field at one corner and travels a roughly circular pattern covering approximately one quarter of the whole field in 1 circle and returning to their starting point. The seed crop inspector then repeats this pattern starting in the corner diagonally opposite to the previous circle.

This pattern may be used when 2 seed crop inspectors are available for simultaneous inspections or when the crop condition limits mobility in 1 corner of the crop.

Appendix IV: Approximate area required for 10,000 plants as determined by plant population and row spacing

The table below should be used to establish a count area for the detailed inspection. The seed crop inspector must conduct the counts according to the standards required for the crop kind inspected. The tables show the area that will contain approximately 10,000 plants when the number of plants per metre of row and the spacing between rows are known.

Square metres of crop area required for 10,000 plants at varying stand densities

Square metres of crop area required for 10,000 plants at varying stand densities
Average Number of plants per metre of row Distance between rows = 6" (15 cm) Distance between rows = 7" (18 cm)
m2 m2
16.5 93 108
18 84 98
19.5 77 90
21.5 72 83
23 66 78
24.5 62 72
26 58 68
28 55 64
29.5 52 60
31 49 57
33 46 54
34.5 44 52
36 42 49
37.5 40 47
39.5 39 45
41 37 43
42.5 36 42
44 34 40
46 33 39
47.5 32 37
49 31 36
Square metres of crop area required for 10,000 plants at varying stand densities
Average Number of plants per metre of row Distance between rows = 6" (15 cm) Distance between rows = 7" (18 cm)
m2 m2
52.5 29 34
55.5 27 32
59 26 30
62.5 24 29
65.5 23 27
69 22 26
72 21 25
75.5 20 24
78.5 19 23
82 19 22
83.5 18 21
88.5 17 20
92 17 19
95 16 19
98.5 16 18
101.5 15 17
105 14 17
108 14 16
111.5 14 16
115 13 16
118 13 15

Appendix V: Procedures for reduced plant counts

As per the conditions in section 5.5.1, reduced plant counts are conducted for eligible crops as described below:

1. Complete the first set of reduced plant counts:

2. Determine if more counts are needed through two tests:

  1. First Test: If 1 or fewer total variants or off-types are found, discontinue counts and the second test is not required.
  2. Second Test (if needed): Compare the number of off-types found with an adjusted standard. The adjusted standard is the Circular 6 standard times a multiplier factor (MF) [Foundation=1.5, Registered=1.5, Certified=1]. If the number found is less than half of the adjusted standard, then discontinue counts. If the number found is equal to or greater than half of the adjusted standard, complete an additional set of counts

    The formulas for the second test look like this:

    Initial counts < 0.5 x (Circular 6 standard x MF) = discontinue counts

    Initial counts ≥ 0.5 x (Circular 6 standard x MF) = continue counts

3. Complete second set of counts if necessary.

4. Once all counts are completed, they can be reported in SeedCert. Report zeros in the regular 6 count boxes. All reduced plant counts should be reported in the comment section of the report.

The following examples demonstrate the tests required to determine if a second set of counts required:

Example count data representing first set of counts
Example crop and status First set of reduced plant counts
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Total
1 Registered oats 0 1 0 0 0 0 1 0 0 0 0 0 0 0 0 2
2 Foundation peas 0 0 0 1 0 0 1 0 0 0 0 1 0 0 0 3
3 Certified soybeans 2 5 1 2 0 3 0 5 4 1 23

Example 1 – Registered oats

Example 2 – Foundation peas

Example 3 – Certified soybeans

Appendix VI Other crop kinds to report in counts

Cereals
Inspected crop Other crop kinds to be reported in counts
Barley All cereals, buckwheat
Oats All cereals, buckwheat
Rye All cereals, buckwheat
Triticale All cereals, buckwheat
Wheat All cereals, buckwheat
Durum All cereals, buckwheat
Grasses
Inspected crop Other crop kinds to be reported in counts
Bentgrasses Redtop, bluegrasses, orchardgrass, other bentgrasses
Bluegrasses Other bluegrasses, bentgrasses, orchardgrass, redtop
Bromegrasses Meadow fescue, other bromegrasses, wheatgrasses, wild ryes
Fescues Bromegrasses, other fescues, ryegrasses, wheatgrasses, wild ryes
Junegrass Bentgrasses, bluegrasses, orchardgrass, redtop
Needlegrass Bromegrasses, fescues, ryegrasses, wheatgrasses, wildryes
Orchardgrass Bentgrasses, bluegrasses, redtop
Redtop Bentgrasses, bluegrasses, orchardgrass
Reed canarygrass None
Ryegrasses Fescues, other ryegrasses, wheatgrasses
Timothy None   
Wheatgrasses Bromegrasses, fescues, ryegrasses, other wheatgrasses, wild ryes
Wild Rye Fescues, wheatgrasses, other wild ryes
Legumes
Inspected crop Other crop kinds to be reported in counts
Alfalfa Sweet clover, red clover
Alsike clover Birdsfoot trefoil, white clover, black medick
Birdsfoot trefoil Alsike clover, black medick, white clover
Black medick Alsike clover, birdsfoot trefoil, white clover
Chickling vetch Chickpea, lentil, pea
Cicer milkvetch, crownvetch     Canola, other vetch species
Red clover Alfalfa, sweet clover
Sainfoin Barley, oats, wheat
Sweet clover Alfalfa, red clover
White clover Alsike clover, birdsfoot trefoil, black medick
Cruciferous crops
Inspected crop Other crop kinds to be reported in counts
Canola, rapeseed (B. napus, B. rapa) Carinata, mustard, radish
Carinata (B. carinata) Canola, rapeseed, mustard, radish
Mustard (B. juncea, S. alba) Canola, carinata, radish, rapeseed, other mustards
Radish (R. sativa) Canola, carinata, mustard, rapeseed
Pulses
Inspected crop Other crop kinds to be reported in counts
Bean, fababean Chickpeas, other bean types, peas, soybeans
Lentil, lupin None
Pea Beans, chickpeas, fababeans, soybeans
Chickpea Beans, fababeans, peas, soybeans
Soybean Beans, chickpeas, lupins, peas
Special crops
Inspected crop kind Other crop kinds to be reported in counts - fields Other crop kinds to be reported in counts - plots
Buckwheat All cereals All cereals
Camelina, coriander None None
Canaryseed None Flax
Fenugreek None Canaryseed, flax
Flax None Canaryseed
Hybrid asparagus None None
Industrial hemp None None
Millet None None
Quinoa None None
Niger, Phacelia tanacetifolia, safflower None None
Sorghum None None
Sugar beet Fodder beet, mangel, red beet, swiss chard Fodder beet, mangel, red beet, swiss chard
Sunflower None None
Tobacco None None

Appendix VII Weeds to be reported when observed in the inspected crop

For all crop kinds, weed species classified in the Weed Seeds Order, 2016 as Class 1 Prohibited Noxious weeds are reported by frequency.
Inspected crop kind Weeds to report in counts Weeds to report by frequency

Bromegrass

None

Couchgrass

Downy brome

Buckwheat

None

Tartarian buckwheat

Canola
Carinata

Rapeseed
Mustard
Radish

Cleavers (bedstraw)
Wild mustard

None

Fescues
Needlegrass
Ryegrasses
Wheatgrasses (other than green wheatgrass)
Wild rye

None

Couchgrass

Industrial hemp

Broomrape (Orobanche spp.)

None

Oats

None

Wild oats

Timothy

None

Ox-eye daisy

Appendix VIII: Recommended procedures for sampling plants or plant parts for laboratory variety identification

While counting, describing and recording the presence of suspected deviant plants during seed crop inspection, there may be a need to confirm their status. Only submit samples when confirmation is required to determine if the plants are off-types or variants.

The ASCIS may provide samples collected by an LSCI to their local CFIA office for submission to the Seed Science Unit of the Ottawa Plant Laboratory (OPL) - Fallowfield.

When possible, entire plants should be sampled. At the very least, heads or panicles including the culm and upper node of cereal crops should be sampled. When collecting and packaging plants care should be taken to cause as little damage to the plants as possible. Avoid folding the plants and send the plants in tall/long boxes so that plants will not need to be folded or bent. In order to maintain the integrity of the sample, each type of suspicious plant should be packaged separately from the sample of the norm of the variety; each package should be accurately labelled.

Soybean and bean plants should be individually wrapped in paper or plastic bags (if the plants are dry enough). In the case of corn, 1 main ear from the suspected deviant plant may be harvested.

Photographs of normal and deviant forage/grasses plants may be used as a complement with the submitted plants to help indicate differences. Where possible, the roots of deviant grass/legume plants should be dug up with the entire plant for submission; the roots should be wrapped in a plastic bag.

If there is more than 1 type of deviant plant that requires laboratory verification, the inspector should submit samples of each, providing that they are kept separate.

The seed crop inspector should collect 5 or 6 suspected deviant plants of each type as well as 5 to 6 plants from the normal bulk of the variety. Package each group of deviant plants and the normal bulk plants in a separate envelope or paper bag. The normal bulk plants are to be labelled as NB (normal bulk). There must be a clear link from the sample to the suspect plant off-type description on the crop inspection report. For example, off-type A and off-type B are noted on the report and the bags are labelled with A and B to correspond. The inspector can attach a statement to explain if needed.

LSCI should provide the samples to their Lead Inspector who will forward them to the local CFIA office for submission to the OPL.

CFIA seed crop inspectors may submit samples directly to the OPL and must include an LSTS form and a copy of the crop inspection report giving a brief description of the characteristics of the off-types. The sample code to be used is VV-IDS and the analysis type is marked as "purity of variety" (POV). The CFIA seed crop inspector's name and number must be included in the request. In addition, the sequence number should be noted under the lot number as "sequence # XXXXX". A normal bulk plant sample must be accompanied by an LSTS sheet using a unique CFIA sample number. If more than 1 group of deviant plants is submitted, each group must be submitted under a separate unique sample number with the LSTS included with the plants. Again, there must be a clear link from the off-type descriptions on the crop inspection report to the sample bags to the LSTS forms.

When samples are submitted, the seed crop inspector must note on the Report of Seed Crop Inspection that samples have been submitted for identification.

The samples are shipped by the CFIA via Canada Post or courier, to:

Seed Science Unit
Ottawa Plant Laboratory (Fallowfield)
3851 Fallowfield Rd.
Building No. 210, Nepean, Ontario K2H 8P9

When submitting samples of varieties not registered in Canada for variety verification testing, the seed crop inspector is asked to include a copy of the variety description with the sample.

Include the fax number or e-mail address to which the results should be sent.

Some off-types may be confirmed on the basis of morphological characteristics while others may require other laboratory tests which could delay the lab's response. The test reports are copied to the submitting senior inspector, the CSGA and Seed Section. The CFIA senior inspector who submitted the sample is responsible for notifying the appropriate ASCIS of the results.

For varietal identification issues involving industrial hemp, plant samples must not be taken. Instead, digital pictures can be submitted to the OPL via e-mail to cfia.seedscience-sciencedessemences.acia@canada.ca. The digital pictures submitted must show plants which conform to the norm of the variety along with pictures of the suspected off-types. A light coloured background is ideal and it is better to avoid taking the picture in the sunlight if it creates a shadow. Seed crop inspectors should submit pictures of whole plants or the upper half of the plants, a close-up of the stalk (stem), leaves and flowers. Each picture has to be identified with the variety name. The seed crop inspector should provide detailed plant morphological observations of the norm of the variety and the suspected off-types and the frequency of off-types. If there is anything notable about the environment it should also be indicated (for example, water accumulation in some parts of the fields, frost, possible border effect, etc.).

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