Getting Started
Why do we conduct this survey?
The Farm Management Survey is conducted in collaboration with Agriculture and Agri-Food Canada, to ensure that agriculture programs reflect the changing way resources are being managed on today's farms. The data collected contribute to the establishment of baselines and development of updates for an expanded set of agri-environmental indicators.
These indicators are needed to:
- determine the present status of farm environmental management across Canada
- identify areas that are most in need of programs to promote environmental management practices
- generate the information to design effective and well targeted policy and program responses.
Your information may also be used by Statistics Canada for other statistical and research purposes.
Although voluntary, your participation is important so that the information collected is as accurate and complete as possible.
Other important information
Authorization to collect this information
Data are collected under the authority of the Statistics Act, Revised Statutes of Canada, 1985, Chapter S-19.
Confidentiality
By law, Statistics Canada is prohibited from releasing any information it collects that could identify any person, business, or organization, unless consent has been given by the respondent, or as permitted by the Statistics Act. Statistics Canada will use the information from this survey for statistical purposes only.
Record linkages
To enhance the data from this survey and to reduce the reporting burden, Statistics Canada may combine the acquired data with information from other surveys or from administrative sources.
Data-sharing agreements
To reduce respondent burden, Statistics Canada has entered into data-sharing agreements with provincial and territorial statistical agencies and other government organizations, which have agreed to keep the data confidential and use them only for statistical purposes. Statistics Canada will only share data from this survey with those organizations that have demonstrated a requirement to use the data.
Section 11 of the Statistics Act provides for the sharing of information with provincial and territorial statistical agencies that meet certain conditions. These agencies must have the legislative authority to collect the same information, on a mandatory basis, and the legislation must provide substantially the same provisions for confidentiality and penalties for disclosure of confidential information as the Statistics Act. Because these agencies have the legal authority to compel businesses to provide the same information, consent is not requested and businesses may not object to the sharing of the data.
For this survey, there are Section 11 agreements with the provincial statistical agencies of Newfoundland and Labrador, Nova Scotia, New Brunswick, Quebec, Ontario, Manitoba, Saskatchewan, Alberta and British Columbia. The shared data will be limited to information pertaining to business establishments located within the jurisdiction of the respective province.
For this survey, there are Section 12 agreements with the Ontario Ministry of Agriculture, Food and Rural Affairs, l'Institut de la Statistiques du Québec, Alberta Agriculture and Rural Development and Agriculture and Agri-Food Canada.
Section 12 of the Statistics Act provides for the sharing of information with federal, provincial or territorial government organizations.
Under Section 12, you may refuse to share your information with any of these organizations by writing a letter of objection to the Chief Statistician, specifying the organizations with which you do not want Statistics Canada to share your data and mailing it to the following address:
Chief Statistician of Canada
Statistics Canada
Attention of Kevin Roberts, Director, Environment, Energy and Transportation Statistics Division
150 Tunney's Pasture Driveway
Ottawa, Ontario
K1A 0T6
You may also contact us by email at statcan.environ-environ.statcan@statcan.gc.ca or by fax at (613) 951-0634.
Important features
To navigate the questionnaire
Use the Previous and Next buttons located at the bottom right of each page.
Do not use the navigation buttons at the top of your browser or the corresponding shortcut keys.
Based on your answers to certain questions, the questionnaire will automatically skip any questions or sub-questions that do not apply to your situation.
Session timeout
After 2 hours of inactivity, your session will time out. You will not be able to access any of your unsaved information.
To save your information
Save and finish later
If you cannot complete the questionnaire in one session, you can save the information you have entered by pressing the Save and finish later button. This button is located at the bottom left of any page where you are asked to enter information. You can then resume your session at another time.
Please note that information that you have entered may be retained at the end of collection, even if it has not been saved or submitted.
Definitions and explanations
? – A help button is available for certain questions. Press this button for additional information or clarification.
Survey Purpose
The survey will collect information about the management practices used on Canadian farms.
Survey results will help Agriculture and Agri-Food Canada measure the use of these practices in the agriculture industry, and will support their development of effective agricultural programs.
The information you provide may also be used by Statistics Canada for other statistical and research purposes.
Unit of measure
Q1. What unit of measure will be used to report land areas?
Crop inventory
Q2. In 2017, how many [unit of measure] of the following crop types were grown on this operation?
Include all land used by this operation, i.e., owned, rented, leased or crop-shared.
Exclude any land rented or crop-shared to others.
Note: Count any land areas that were used for multiple purposes only once.
Report 0 if no crops were grown in 2017.
- Forage crops grown for hay, silage or seed
Include grass, clover, alfalfa mixtures, tame hay etc.
- Field crops used for grain, seed, or feed
Include cereals, oilseeds, corn, pulses and other field crops.
- Vegetables, fruit, berries or nuts grown for sale
Include potatoes and sugar beets.
- All other crop types
Specify all other crop types
Q3. In 2017, did this operation use any other land for pasture?
Include any tame, seeded or natural land, or woodland used for pasture.
- Yes
- How many [unit of measure]?
- No
Animal inventory
Q1. Are there any livestock or poultry currently on this operation?
Q2. How many of the following are currently on this operation?
Include:
- all animals on this operation, regardless of ownership, including those that are boarded, custom fed, or fed under contract
- all animals kept by this operation regardless of ownership that were pastured on a community pasture, grazing coop, or public land for part of the year.
Exclude animals owned by this operation but kept on a farm, ranch or feedlot operated by someone else.
- Dairy cattle
Include all types and ages for breeding or milk production.
- Beef cattle
Include all types and ages for breeding or meat production.
- Pigs
Include all types and ages for breeding or meat production.
- Poultry
Include all types and ages for breeding, meat, or egg production.
- All other animals
Specify all other animals
Field crop identification
Q1. In 2017, considering all field crops grown on this operation, identify the largest crop by seeded area.
Include summer fallow or fallow.
Exclude potatoes, sugar beets, all vegetables and fruit, grass, alfalfa and other perennial forages.
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn
Exclude sweet corn
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Rye
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Wheat
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- Other field crop
e.g., ginseng, caraway seed, hemp, tobacco, spelt, coriander and other spices
Specify other field crop
Q2. In 2017, what was the seeded area for this crop?
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- [Other field crop]
Q3. In addition to [selected crop], were any other field crops grown on this operation in 2017?
Include summer fallow or fallow.
Exclude potatoes, sugar beets, all vegetables and fruit, grass, alfalfa and other perennial forages.
Q4. In addition to [selected crop], what other field crops were grown on this operation in 2017?
Include summer fallow or fallow.
Exclude potatoes, sugar beets, all vegetables and fruit, sweet corn, grass, alfalfa and other perennial forages.
Select all that apply.
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn
Exclude sweet corn
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Rye
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Wheat
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- Other field crop
e.g., ginseng, caraway seed, hemp, tobacco, spelt, coriander and other spices
Specify other field crop
Q5. In 2017, what was the seeded area for each of these crops?
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- [Other field crop]
Q6. Later in the questionnaire, you will be asked about management practices related to pest management in 2017.
You will only be asked to answer these questions for [selected crop] and one other crop.
Please select one crop for which you will answer these questions.
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn
Exclude sweet corn
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Rye
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Wheat
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
General crop management
Q1. In 2017, were field crops on this operation irrigated?
- Yes, all crops
- Yes, some crops
- No
Q2. For [selected crop], please indicate the area of land that was managed using each of the following tillage systems.
- Conventional tillage
- Conservation or reduced tillage
- No till or zero till
Q3. For [selected crop] grown between October 2016 and September 2017, what percentage of the crop area was used for
- grain production
- seed production
- forage production
e.g., removal of hay, silage, greenfeed
- grazing active growth in spring to early fall
- grazing crop residues and volunteer growth after grain or seed harvest
- grazing dormant growth in late fall or winter
e.g., swathgrazing, standing corn, stockpile annual forages
- not used due to complete crop failure
Q4. What percentage of the total grain harvested in 2017 from [selected crop] was or will be
- used on operation
- sold from operation
Q5. What percent of the total seed harvested in 2017 from [selected crop] was or will be
- used on operation
- sold from operation
Q6. What percent of the total hay, silage, or greenfeed harvested in 2017 from [selected crop] was or will be
- used on operation
- sold from operation
Q7. In 2017, how was crop residue managed for [selected crop] used for grain or seed production?
Select all that apply.
- Chopped and spread by combine
- Spread and not chopped
- Baled straw
- Burned stubble, straw or chaff
- Collected chaff
- Additional spreading with harrows
- Left on ground with no additional management
- Fall tillage to incorporate residues into soil
- Other
Specify other method
Q8. For [selected crop] grown in 2017, what was the most common crop type grown on the same land in 2016?
The next questions are about crop rotation practices used on this operation.
Q9. Which of the following statements best describes how crops are grown on this operation?
- No rotation. The same crop is grown on the same land every year
- Crops are rotated, but the sequence of crops is not always the same
- Crops are rotated using the same sequence of crops
- Other
Specify other crop rotation practices
Q10. Please list the sequence of field crops for a rotation. If there is more than one rotation used on this operation, provide the sequence of the three most common rotations.
Exclude perennial forages and horticulture crops.
Example:
- Rotation 1: wheat, canola, peas
- Rotation 2: soybeans, corn, winter wheat
- Rotation 1
- Rotation 2
- Rotation 3
Q11. Between October 2016 and September 2017, what area of corn, soybean or canola crop was seeded using genetically modified (GMO) seed varieties?
- [unit of measure] seeded using GMO
OR
- No genetically modified seed varieties used
Q12. What specific traits were contained in the genetically modified (GMO) seed varieties used?
Select all that apply.
- Single herbicide tolerance
- Stacked herbicide tolerance
- Insect resistance
- Disease resistance
- Improved product quality
Specify improved product quality
- Other
Specify other traits
Forage crop identification
Q1. In 2017, of the [number] [unit of measure] used for hay, silage or seed production, how many [unit of measure] were in the following types of established forage crops?
Exclude land that is used only for pasture or field crops,
e.g., corn, barley, oats.
- Mostly grass (with less than 25% of legumes)
Include brome grasses, wheatgrasses, ryegrasses, fescues, orchard grass and timothy
- Mostly legumes (with less than 25% of grasses)
Include alfalfa, clover, sainfoin, trefoil and vetches.
- Mixture of grass and legumes (approximately 50% of each)
Crop identification (vegetable, fruit, berry or nut crops)
Q1. In 2017, what was the largest vegetable, fruit, berry or nut crop grown on this operation, based on the planted or seeded area?
Include:
- established and recently planted crops
- potatoes and sugar beets as vegetables.
- Largest crop by planted or seeded area
- Specify other vegetable
- Specify other fruit, berry or nut
Q2. In 2017, what was the seeded or planted area for this crop?
- Vegetables
- Asparagus
- Beets
- Broccoli
- Brussel sprouts
- Cabbage
- Carrots
Include baby carrots.
- Cauliflower
- Celery
- Chinese cabbage
- Cucumbers (all varieties)
- Dry onions, yellow, Spanish, cooking etc.
- Green and wax beans
- Green peas
Exclude dry field peas.
- Lettuce (all head and leaf varieties)
- Peppers
- Potatoes
- Pumpkins
- Radishes
- Rutabagas and turnips
- Shallots and green onions
- Spinach
- Squash and zucchini
- Sugar beets
- Sweet corn
- Tomatoes
- [Other vegetable]
- Fruits, berries, nuts
- Apricots
- Apples
- Blueberries
Include highbush blueberries and wild blueberries grown on managed land.
- Cherries (sour)
- Cherries (sweet)
- Cranberries
- Grapes
- Peaches
- Pears
- Plums and prunes
- Raspberries
- Saskatoons
- Strawberries
- [Other fruit, berries, or nuts]
Q3. In addition to [selected crop], were any other vegetable, fruit, berry or nut crops grown on this operation in 2017?
Include:
- established and recently planted crops
- potatoes and sugar beets as vegetables.
Q4. In addition to [selected crop], what other vegetable, fruit, berry or nut crops were grown on this operation in 2017?
Include:
- established and recently planted crops
- potatoes and sugar beets as vegetables.
Select all that apply.
- Vegetables
- Asparagus
- Beets
- Broccoli
- Brussel sprouts
- Cabbage
- Carrots
Include baby carrots.
- Cauliflower
- Celery
- Chinese cabbage
- Cucumbers (all varieties)
- Dry onions, yellow, Spanish, cooking etc.
- Green and wax beans
- Green peas
Exclude dry field peas.
- Lettuce (all head and leaf varieties)
- Peppers
- Potatoes
- Pumpkins
- Radishes
- Rutabagas and turnips
- Shallots and green onions
- Spinach
- Squash and zucchini
- Sugar beets
- Sweet corn
- Tomatoes
- [Other vegetable]
e.g., herbs, melons, garlic, gourds
- Fruits, berries, nuts
- Apricots
- Apples
- Blueberries
Include highbush blueberries and wild blueberries grown on managed land.
- Cherries (sour)
- Cherries (sweet)
- Cranberries
- Grapes
- Peaches
- Pears
- Plums and prunes
- Raspberries
- Saskatoons
- Strawberries
- [Other fruit, berries, or nuts]
e.g., nectarines, currants, blackberries, rhubarb, hazelnuts
Q5. In 2017, what was the seeded or planted area for each of these crops?
- Vegetables
- Asparagus
- Beets
- Broccoli
- Brussel sprouts
- Cabbage
- Carrots
Include baby carrots.
- Cauliflower
- Celery
- Chinese cabbage
- Cucumbers (all varieties)
- Dry onions, yellow, Spanish, cooking etc.
- Green and wax beans
- Green peas
Exclude dry field peas.
- Lettuce (all head and leaf varieties)
- Peppers
- Potatoes
- Pumpkins
- Radishes
- Rutabagas and turnips
- Shallots and green onions
- Spinach
- Squash and zucchini
- Sugar beets
- Sweet corn
- Tomatoes
- [Other vegetable]
- Fruits, berries, nuts
- Apricots
- Apples
- Blueberries
Include highbush blueberries and wild blueberries grown on managed land.
- Cherries (sour)
- Cherries (sweet)
- Cranberries
- Grapes
- Peaches
- Pears
- Plums and prunes
- Raspberries
- Saskatoons
- Strawberries
- [Other fruit, berries, or nuts]
Q6. Later in the questionnaire, you will be asked about management practices related to irrigation and pest management in 2017.
You will only be asked to answer these questions for [selected crop] and one other crop.
Please select one crop for which you will answer these questions.
Other crop type
Crop management (Vegetables)
Q1. Between October 2016 and September 2017, were two or three crops grown at different times on the same land within a field i.e., double or triple cropped?
Double or triple cropping refers to the practice of sequentially growing and harvesting a second or third crop on the same land within a single growing season.
Q2. Please list the sequence of double or triple crops for 2017.
Note: If different sequences were used on different land parcels, please list these separately.
Example:
- Sequence 1: lettuce, lettuce, broccoli
- Sequence 2: green peas, tomatoes
- Sequence 1
- Sequence 2
- Sequence 3
Q3. In 2017, what area of land was double or triple cropped?
- Area of land in [unit of measure]
The following questions are about the [selected] crops grown on this operation.
Q4. For [selected] crops grown in 2017, what was the most common crop type grown on the same land in 2016?
Q5. From October 2016 and September 2017, which of the following sources of nutrients were applied to land where [selected] crops were grown?
Select all that apply.
- Commercial fertilizer (N-P-K)
- Compost
Include composted manure.
- Raw manure
- Lime
- Other nutrients
e.g., sulfur, boron, copper
- Please indicate which of the following were applied.
- Select all that apply.
- Calcium
- Magnesium
- Sulphur
- Boron
- Chlorine
- Copper
- Iron
- Manganese
- Molybdenum
- Zinc
OR
- Don't know
- Other
Specify other nutrient source material applied to soil or crop
OR
- None
Q6. Between October 2016 and September 2017, which of the following management practices were used for [selected] crops?
Select all that apply.
- Reduced till or no till
- Raised beds or hills
- Inter-row tillage after crop emergence
- Fall or winter cover crops planted after harvest
- Green manure crops planted in spring
- Low tunnels, hoop or miniature greenhouse type structures in the field
- High tunnels or greenhouse type structures in the field
- Other
Specify other soil or crop management practice
OR
- No management practices used
Q7. Between October 2016 and September 2017, which of the following types of mulches or covers were used for [selected] crops?
Select all that apply.
- Plastic or geotextile
- Permeable fabric
- Organic
e.g., straw, sawdust, woodchips
- Other
Specify other mulch or cover
OR
- No mulches or covers used
Crop management (Fruit, berries and nuts)
Q1. In the last five years 2013 to 2017, were there any new plantings of [selected crop] established?
Q2. For the [selected crop] grown in the last five years, which of the following materials were applied to the soil or crop to prepare the land for planting, or to assist in establishment?
Select all that apply.
- Commercial fertilizer (N-P-K)
- Compost
Include composted manure.
- Raw manure
- Lime
- Other nutrients
e.g., sulfur, boron, copper
Please indicate which of the following were applied.
Select all that apply.
- Calcium
- Magnesium
- Sulphur
- Boron
- Chlorine
- Copper
- Iron
- Manganese
- Molybdenum
- Zinc
OR
- Don't know
- Soil fumigant
- Herbicide
- Other
Specify other nutrient source material applied to soil or crop
OR
- None
Q3. For [selected crop], which of the following management practices were used to prepare the land before planting?
Select all that apply.
- Planted a green manure plowdown crop
- Deep tilage or subsoiling
- Land leveling
- Removed stones
- Raised beds or hills
- Other
Specify other practice
OR
- No management practices used
The following questions concern established plantings of [selected crops] grown on this operation.
Q4. Between October 2016 and September 2017, which of the following were used within the rows of established [selected] crops?
Select all that apply.
- Commercial fertilizer (N-P-K)
- Compost
Include composted manure.
- Raw manure
- Lime
- Other nutrients
e.g., sulfur, boron, copper
Please indicate which of the following were applied.
Select all that apply.
- Calcium
- Magnesium
- Sulphur
- Boron
- Chlorine
- Copper
- Iron
- Manganese
- Molybdenum
- Zinc
OR
- Don't know
- Organic mulches
e.g., straw, sawdust, woodchips
- Plastic or geotextile mulches
- Tilled to throw soil back into row
e.g., grape hoe, build up raised bed
- Other
Specify other nutrient source material applied to soil or crop
OR
- None
Q5. Between October 2016 and September 2017, which of the following were used between the rows of established [selected] crops?
Select all that apply.
- Tillage
- Herbicides
- Mowing
- Spring or summer seeded cover crops, not harvested
- Fall seeded cover crops, not harvested
- Crop grown for harvest
Specify crop grown for harvest
- Perennial vegetation
e.g., grass
- Organic mulches
e.g., straw, sawdust, woodchips
- Other
Specify other practice
OR
- Nothing used between the rows
Q6. Between October 2016 and September 2017, which of the following structures were used for established [selected] crops?
Exclude irrigation system structures.
Select all that apply.
- Plant support structures
e.g. trellis, wire, posts
- High tunnels or greenhouse type structures over one or more crop rows
- Bird netting
- Bird scaring devices
Specify bird scaring devices
- Perimeter fencing to prevent wildlife damage
- Other
Specify other structure
OR
- No structures used
Q7. How often are [selected] branches, canes or vines pruned or thinned?
Exclude fruit thinning.
- More than once per year
- Once per year
- Once every two years
- Less than once every two years
Harvest management (Forage crops)
Q1. In 2017, were forage crops harvested for hay or silage?
Q2. In 2017, how many harvest cuts for hay or silage were there for the following forage types?
If the number of cuts varied by field, please report the most common number of cuts.
- Mostly grass (with less than 25% of legumes)
Include brome grasses, wheatgrasses, ryegrasses, fescues, orchard grass and timothy.
- Mostly legumes (with less than 25% of grasses)
Include alfalfa, clover, sainfoin, trefoil and vetches.
- Mixture of grass and legumes (approximately 50% each)
Q3. In 2017, what was the maturity stage of the grasses for the first cut of hay or silage from each forage type?
- Mostly grasses
- Mixture of grass and legumes
Q4. In 2017, what was the maturity stage of the legumes for the first cut of hay or silage from each forage type?
- Mostly legumes
- Mixture of grass and legumes
Q5. In 2017, were any forage crops grazed?
Include forage land used for hay, silage or seed, which is also grazed for part of the year.
Exclude pasture and cropland that is only used for grazing.
- Yes
How many [unit of measure] were grazed?
- No
Q6. What time of the year in 2017, were these forage crops grazed?
Select all that apply.
- Winter
- Spring
- Summer
- Fall
Q7. Considering all cuts of forage crops in 2017, what area was harvested for each of the following?
Report the total area cut for each purpose.
Example 1: If there were two cuts of 40 acres for hay, please enter 80 for hay.
Example 2: If there was one cut of 40 acres for hay and a second cut of 40 acres for silage, report 40 in each answer space.
- Hay production
- Silage production
- Seed production
- Not harvested due to crop failure
Q8. In 2017, what percentage of the forage production was rained on between cutting and baling hay, or harvesting silage on this operation?
Exclude rain on bales standing in field.
- None
- Less than 10%
- 10% to less than 20%
- 20% to less than 40%
- 40% or more
Q9. In 2017, what percentage of the cut hay or silage was left in the field due to spoilage that occurred before harvest could be completed?
- Less than 5%
- 5% to less than 10%
- 10% to less than 25%
- 25% or more
Q10. In 2017, what percentage of all hay or silage production from all grass, legumes or other forage crops, was or will be
Include hay or silage harvested by this operation.
Exclude hay or silage harvested by the operator to who it was sold.
- used on operation
- sold from operation
Q11. Over the past five years, which of the following statements best describes the strategy used to take samples to test the feed quality of hay or silage?
Choose the most common practice.
- Samples were taken each year from different forage cuts or types
- Samples were taken in most years for only forage cuts or types where quality was uncertain
- Samples were taken occasionally, less than once a year
- Hay or silage was never tested for feed quality
- Other strategies
Specify other strategies
Q12. During 2017, were forage crops on this operation irrigated?
- Mostly grasses
Include brome grasses, wheatgrasses, ryegrasses, fescues, orchard grass and timothy.
- Mostly legumes
Include alfalfa, clover, sainfoin, trefoil and vetches.
- Mixture of grass and legumes
Q13. Considering all hay production in 2017, which of the following harvesting methods were used?
Select all that apply.
- Dry tied hay bales
e.g., round, square
- Dry net wrapped hay bales
e.g., round
- Other harvesting methods
Specify other harvesting methods
Q14. Is hay currently stored on this operation?
Q15. Is any of the stored hay covered by a roof, tarp or other impermeable material?
Q16. On average, how long does it take to use or sell all stored hay produced from a specific year?
- Less than eight months
- Eight months to one year
- More than one year up to two years
- More than two years
Q17. In 2017, was any of the stored hay not used for feed or sale due to spoilage?
Q18. Approximately what percentage of stored hay was spoiled?
- Less than 5%
- 5% to less than 10%
- 10% to less than 25%
- 25% percent or more
Q19. Is silage currently stored on this operation?
Q20. Considering all silage or haylage production in 2017, which of the following storage methods were used?
Select all that apply.
- Silage or haylage stored in sealed plastic
e.g., bags, wraps, tubes
- Bulk silage stored in horizontal silo
e.g., bunker, stack, trench, pit
- Bulk silage stored in vertical silo
e.g., concrete, Harvestore
Specify type of vertical silo
- Other silage storage methods
Specify other silage storage methods
Q21. Which of the following practices are used to preserve silage quality or minimize seepage of silage juices?
Select all that apply.
- Compacted with heavy equipment
- Mixed forage with preservatives before stored in silo
- Added preservatives to the final surface of forage in silo
- Covered with membrane material
e.g., tarp, plastic sheet
- Covered with a roof
- Used impermeable base
e.g., concrete, clay
- Other practices
Specify other practices
Q22. On average how long does it take to use or sell all stored silage produced from a specific year?
- Less than eight months
- Eight months to one year
- More than one year up to two years
- More than two years
Q23. In 2017, was any of the stored silage not used for feed or sale due to spoilage?
Q24. Approximately, what percentage of stored silage was spoiled?
- Less than 5%
- 5% to less than 10%
- 10% to less than 25%
- 25% or more
Harvest management (Vegetable, Fruit, Berry and Nut crops)
Q1. In 2017, which of the following methods were used to harvest [selected crop]?
Select all that apply.
- Mechanical or machine picked
- Hand-picked
- Hand-picked in a single pass
- Hand-picked in multiple passes
Q2. In 2017, was customer picking used to harvest [selected crop]?
e.g., U-pick or pick your own
- Yes, all of hand-picked crop
- Yes, some of hand-picked crop
- No
Q3. In 2017, was all the harvestable [selected crop] harvested?
Do not consider culls left in the field as harvestable.
Q4. Was any part of this 2017 harvestable [selected] crop not harvested for any of the following reasons?
- Poor harvesting weather
- Lack of resources
e.g., equipment, labour
- Insufficient storage capacity
- Could not find a market
- Left crop in the field over winter for a spring market
- Other reason
Q5. Please specify the other reason the crop was not harvested.
Q6. Approximately, what percentage of the total harvestable [selected] crop was not harvested due to the reasons indicated in the previous question?
- Less than 5%
- 5% to less than 10%
- 10% to less than 20%
- 20% to less than 40%
- 40% or more
Q7. Was any part of this 2017 harvested [selected] crop not sold for any of the following reasons?
Exclude culls generated during processing or packaging.
- Yes
- Spoiled during storage on this operation
- Could not find a market
- Other reason
- No
Q8. Specify the other reason the crop was not sold.
Q9. Approximately, what percentage of the total harvested [selected] crop was not sold due to the reasons indicated in the previous question?
- Less than 5%
- 5% to less than 10%
- 10% to less than 20%
- 20% to less than 40%
- 40% or more
Q10. Was any of the [selected] crop sold at a lower price than intended due to lower quality or reduced market grade?
Q11. What percentage was sold at a lower price?
- Less than 5%
- 5% to less than 10%
- 10% to less than 20%
- 20% to less than 40%
- 40% or more
Q12. Was the [selected] crop processed on farm before it was sold?
Include peeling, dicing, freezing, drying, making jams, juices etc.
Exclude cleaning, culling or packaging.
Q13. What percentage of the [selected] crop that was sold was processed on farm?
Q14. Was the processed [selected crop] sold
- Yes
- on farm
- to a retailer
- to a wholesaler
- No
Q15. Was the unprocessed [selected crop] sold
- Yes
- on farm
- to a retailer
- to a wholesaler
- No
In 2017, how was the organic waste associated with vegetable, fruit, berry or nut production managed?
Include:
- organic waste collected and piled in field, piled at edge of field, or removed from field
- processing wastes.
Exclude organic waste left in the field.
Select all that apply.
- Left in pile to naturally decompose
- Actively composted
e.g., turned in piles or windrows with proper temperature, moisture and carbon: nitrogen ratio
- Burned
- Fed to livestock
- Applied to land
- Sold or given away
- Taken to a landfill
- Other
Specify other method
Forage Establishment
Q1. Over the last five years, 2013 to 2017, were grasses, legumes or other forages seeded?
Q2. Which types of forage crops were seeded?
Select all that apply.
- Mostly grasses
Include brome grasses, wheatgrasses, ryegrasses, fescues, orchard grass and timothy.
- Mostly legumes
Include alfalfa, clover, sainfoin, trefoil and vetches.
- Mixture of grass and legumes
Q3. Were inoculated legume seeds used to enhance soil nitrogen fixation by bacteria?
- Yes, always
- Yes, some of the time
- No
Q4. When did seeding of these forage crops occur?
Select all that apply.
- Spring
- Late summer
- Late fall
- Other
Specify other time
Q5. Over the last five years, 2013 to 2017, which of the following practices were used to assist in establishing these forage crops, or preparing the soil prior to seeding?
Select all that apply.
- Removing rocks or stones
- Extra deep tillage or subsoiling
- Pre-seeding herbicides
- Post-seeding herbicides
- Other
e.g., rodents, nematodes, insecticide
Specify other pest control
- Reduced or no till seeding
Include low disturbance direct seeding.
- Companion or nurse crops
e.g., interseeding field crops with forages
- Other
Specify other practices
OR
- No practices used to establish forage crops or prepare the soil
Q6. Between October 2016 and September 2017, what area was seeded to these forage crops?
- [unit of measure]
OR
- No crops were seeded during this time period
Q7. In the past five years, 2013 to 2017, were field crops ever grown on land that is currently in forage crops?
Field crops include cereals, oilseeds, pulses, etc.
Q8. Which of the following types of field crops were grown on these lands?
Select all that apply.
- Cereals
- Oilseeds
- Pulses
- Corn
- Other
Specify other crop
Q9. How long was this land in field crop production before it was seeded to back to forage crop?
If this varies for different fields, please provide an average number of years.
- One to two years
- Three to five years
- Six to 10 years
- More than 10 years
- Don't know
Forage Management & Termination
Q1. Over the last five years, 2013 to 2017, which of the following practices were used on established forages to restore or rejuvenate productivity?
Select all that apply.
- Herbicide weed or brush control
- Other pest control
e.g., anti-rodents, anti-nematodes, insecticides
Specify other pest control
- Deep spiking (greater than 4 inches or 10 cm) or ripping
e.g., narrow subsoiler
- Shallow spiking (up to 4 inches or 10 cm)
e.g., harrows
- Broadcast seeding with light soil disturbance
- No-till seeding
Include sod seeding and low disturbance direct seeding.
- Other
Specify other practice
OR
- None of the above
Q2. In the last five years, 2013 to 2017, were established forages terminated or broken up?
Q3. For how many years were established forage stands in production before being terminated or broken up?
- One to two years
- Three to five years
- Six to 10 years
- More than 10 years
- Don't know
Q4. What were the reasons for terminating or breaking up forage stands?
Select all that apply.
- Winter kill
- Severe weed infestation
- Build-up of sod
- Build-up of manure litter
e.g., straw, sawdust
- Rodent or animal damage
- Covert forage land to field crop production
e.g., cereals, oilseeds, pulses, corn
- Forage die back due to drought
- Forage die back due to flood
- Other
Specify other reason
OR
- None of the above
Nutrient management
Q1. Considering all land used for [field/forage] crop production on this operation, how often is the soil tested for nutrient content?
- Every year
- Every two to three years
- Every four to five years
- Every six years or more
- Do not test soil
Q2. Between October 2016 and September 2017, were any of the following sources of nutrients applied to land where [field/forage] crops were grown?
Select all that apply.
- Liquid manure
How many [unit of measure] received liquid manure?
- Solid manure
How many [unit of measure] received solid manure?
- Commercial Fertilizer (N-P-K)
How many [unit of measure] received commercial fertilizer?
- Compost
Exclude manure.
- Biosolids
e.g., municipal waste
- Other nutrients
e.g., sulfur, boron, copper
Please indicate which of the following were applied.
- Calcium
- Magnesium
- Sulfur
- Boron
- Chlorine
- Copper
- Iron
- Manganese
- Molybdenum
- Zinc
OR
- Don't know
- Lime
- Other
Specify other nutrient source
OR
- None
Commercial fertilizer
Q1. How often is commercial fertilizer applied to land where [selected crops] are grown?
Commercial fertilizer refers to a manufactured substance containing one or more plant nutrients and is used to promote plant growth.
e.g., nitrogen, phosphorus, phosphate, potassium, potash
- Every year
- Every two years
- Every three years
- Every four years or more
Q2. Between October 2016 and September 2017, was commercial fertilizer applied on [selected crops]?
Commercial fertilizer refers to a manufactured substance containing one or more plant nutrients and is used to promote plant growth.
e.g., nitrogen, phosphorus, phosphate, potassium, potash
Q3. Between October 2016 and September 2017, what area of land where [selected crops] were grown received commercial fertilizer?
Commercial fertilizer refers to a manufactured substance containing one or more plant nutrients and is used to promote plant growth.
e.g., nitrogen, phosphorus, phosphate, potassium, potash
[unit of measure]
Q4. Between October 2016 and September 2017, which of the following products were applied to [selected crops]?
If a custom or common blend is used, select this option and do not select the specific products contained within the blend.
Select all that apply.
- Custom or common blends
Indicate the Nitrogen - Phosphate - Potash (N-P-K) ratio for the custom or common blends
- N-P-K for blend 1
- N-P-K for blend 2
- N-P-K for blend 3
- Urea (46-0-0)
- Ammonia or Anhydrous Ammonia (82-0-0)
- Urea Ammonium Nitrate liquid (32-0-0 or 28-0-0)
- Ammonium Sulfate (21-0-0-24)
- Ammonium Nitrate or Calcium Ammonium Nitrate (34-0-0)
- Monoammonium Phosphate (11-52-0)
- Diammonium Phosphate (18-45-0)
- Potash (0-0-60)
- Other product
Indicate the name of the product and Nitrogren - Phosphate - Potash (N-P-K) ratio
OR
- Don't know
Q5. Between October 2016 and September 2017, what rate was the total amount of all commercial fertilizer applied to the [selected crops]?
'Recommended rate' is based on farm specific factors such as a soil test, or recommendations for the crop type grown in this region or area.
- Recommended rate
- A rate higher than recommended
- A rate lower than recommended
- Don't know
Q6. Of the [number] [unit of measure] of forage crops which of the following received more commercial fertilizer?
- Established forage stands
- Newly seeded forages
Consider fertilizer applied to land before, during and after seeding.
Q7. Considering all fertilizer applied to [established/newly seeded] [field crops/forage crops/vegetable, fruit, berry and nut crops], what percentage was applied during the following time periods?
- October to December 2016
- January to March 2017
- April to June 2017
- July to September 2017
Q8. Between October 2016 and September 2017, what percent of commercial fertilizer was applied to [field/vegetable] crops during the following time periods?
- In the fall of 2016
- In the spring of 2017 before seeding
- As part of the seeding operation in 2017
- After seeding in 2017
Q9. During the fall of 2016, what application method was used for commercial fertilizer?
Select all that apply.
- Banded or injected
- Surface broadcast followed by incorporation
- Surface broadcast with no incorporation
- Other
Specify other application method
Q10. Before seeding in 2017, what application method was used for commercial fertilizer?
Select all that apply.
- Banded or injected
- Surface broadcast followed by incorporation
- Surface broadcast with no incorporation
- Other
Specify other application method
Q11. In 2017, as part of the seeding operation for [field crops/forage crops/vegetable, fruit, berry and nut crops] what application method was used for commercial fertilizer?
Select all that apply.
- Deposited in the soil with the seed in the same opener
- Subsurface application in a separate band away from the seed
- Surface broadcast or dribble
- Other
Specify other application method
Q12. In 2017, what application method was used for commercial fertilizer applied after seeding?
Select all that apply.
- Surface broadcast over entire area
- Side dress or dribble band on top or beside crop row
- Foliar spray application
- Through irrigation system
e.g., fertigation
- Other
Specify other application method
Q13. Between October 2016 and September 2017, what application method was used for commercial fertilizer applied to [vegetable, fruit, berry or nut] crops?
Select all that apply.
- Side dress or dribble band on top or beside crop row
- Injected into the soil beside the row
- Foliar spray application
- Through irrigation system
e.g., fertigation
- Surface broadcast over entire area
- Other
Specify other application method
Q14. Between October 2016 and September 2017, were any controlled or slow-release fertilizer products used?
Liquid manure land application (Field crops)
Q1. How often is liquid manure tested for nutrient content?
- Every year
- Every two to three years
- Every four to five years
- Every six years or more
- Do not test liquid manure
Q2. Between October 2016 and September 2017, which field crop received liquid manure to the largest area of land?
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- [Other field crop]
Q3. In 2017, what were the most common field crops grown on land that received liquid manure between October 2016 and September 2017?
Select up to three crops.
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- Other type of field crops
e.g., ginseng, caraway seed, hemp, tobacco, spelt, coriander and other spices
Specify other type of field crops
Q4. Thinking of all liquid manure spread on field crops between October 2016 and September 2017, what percentage of that manure was applied during each of the following time periods?
- October to December 2016
- January to March 2017
- April to June 2017
- July to September 2017
Q5. During the last five years, approximately how often was liquid manure applied to land used to grow field crops?
If frequency varied for different fields or crop types, select all that apply.
- At least once a year
- Once every two years
- Once every three years
- Less than once every three years
- Some cropland never received liquid manure
Q6. Which of the following methods were used to apply liquid manure to land used to grow field crops?
Report the most common practice for all field cropland where liquid manure was applied.
Select all that apply.
- Direct injection into the soil
- Narrow bands on soil surface, below crop canopy
e.g., trailing hose, sleighfoot, sidedress
- Broadcast on surface and not worked into the soil
- Broadcast on surface and worked into the soil
In general, when was this liquid manure worked into the soil?
- Within four hours of application
- Day of application, but more than four hours after application
- One to two days after application
- Three to five days after application
- More than five days after application
Liquid manure land application (Forage crops)
Q1. How often is liquid manure tested for nutrient content?
- Every year
- Every two to three years
- Every four to five years
- Every six years or more
- Do not test liquid manure
Q2. Between October 2016 and September 2017, what area of land where forage crops were grown or seeded received liquid manure?
[Unit of measure]
Q3. Thinking of all liquid manure spread on forage land between October 2016 and September 2017, what percentage of that manure was applied during each of the following time periods?
- October to December 2016
- January to March 2017
- April to June 2017
- July to September 2017
Q4. During the last five years, approximately how often was liquid manure applied to land used to grow forage crops?
If this varies for different fields or forage types, select all that apply.
- At least once a year
- Once every two years
- Once every three years
- Less than once every three years
- Some forage land never received liquid manure
Q5. Between October 2016 and September 2017, which of the following received more liquid manure?
- Established forage stands
- Land prior to seeding a new forage stand
Q6. Which of the following methods were used to apply liquid manure to [established forage stands/land prior to seeding forage crops]?
Select all that apply.
- Direct injection into the soil
- Narrow bands on soil surface, below crop canopy
e.g., trailing hose, sleighfoot, sidedress
- Broadcast on surface and not worked into the soil
- Broadcast on surface and worked into the soil
In general, when was this liquid manure worked into the soil?
- Within four hours of application
- Day of application, but more than four hours after application
- One to two days after application
- Three to five days after application
- More than five days after application
Solid manure land application (Field crops)
Q1. How often is solid manure tested for nutrient content?
- Every year
- Every two to three years
- Every four to five years
- Every six years or more
- Do not test solid manure
Q2. In 2017, what were the most common field crops grown on land that received solid manure between October 2016 and September 2017?
Select up to three crops.
- Barley
- Buckwheat
- Canary seed
- Canola (rapeseed)
- Chick peas
Include garbanzo beans
- Corn for grain
- Corn for silage
- Dry field peas
Exclude fresh green peas.
- Dry white beans (navy and pea beans)
- Flaxseed
- Lentils
- Mustard seed
- Oats
- Fall rye (seeded in late summer or fall 2017)
- Spring rye
- Soybeans
- Sunflowers (standard and dwarf varieties)
- Triticale
- Spring wheat
- Durum wheat
- Winter wheat (seeded in late summer or fall 2017)
- Other dry beans
e.g., pinto, kidney, cranberry beans, lima, great northern
- Other field crops
e.g., ginseng, caraway seed, hemp, tobacco, spelt, coriander and other spices
Specify other field crop
Q3. Thinking of all solid manure spread on field crops between October 2016 and September 2017, what percent of that manure was applied during the following time periods?
- October to December 2016
- January to March 2017
- April to June 2017
- July to September 2017
Q4. Which of the following methods were used to apply solid manure to land used to grow field crops?
Select all that apply.
- Broadcast on surface and not worked into the soil
- Broadcast on surface and worked into the soil
In general, when was this solid manure worked into the soil?
- Within four hours of application
- Day of application, but more than four hours after application
- One to two days after application
- Three to five days after application
- More than five days after application
Q5. During the last five years, approximately how often was solid manure applied to land used to grow field crops?
If frequency varied for different fields or crop types, select all that apply.
- At least once a year
- Once every two years
- Once every three years
- Less than once every three years
- Some field crops never receive solid manure
Solid manure land application (Forage crops)
Q1. How often is solid manure tested for nutrient content?
- Every year
- Every two to three years
- Every four to five years
- Every six years or more
- Do not test solid manure
Q2. Between October 2016 and September 2017, what area of land where forage crops were grown or seeded received solid manure?
Q3. Thinking of all solid manure spread on forage land between October 2016 and September 2017, what percentage of that manure was applied during each of the following time periods?
- October to December 2016
- January to March 2017
- April to June 2017
- July to September 2017
Q4. During the last five years, approximately how often was solid manure applied to land used to grow forage crops?
If this varies for different fields or forage types, select all that apply.
- At least once a year
- Once every two years
- Once every three years
- Less than once every three years
- Some forage land never receives solid manure
Q5. Between October 2016 and September 2017, was solid manure applied to land prior to seeding forage crops?
Q6. In general, when was this solid manure worked into the soil?
- Within four hours of application
- Day of application, but more than four hours after application
- One to two days after application
- Three to five days after application
- More than five days after application
Irrigation management
The following questions are about irrigation practices on this operation.
Q1. In 2017, were the following vegetable, fruit, berry or nut crops on this operation irrigated?
Q2. In 2017, what was the most common method used to irrigate each of the following crops?
- Surface or above surface drip or trickle emitters
- Buried or sub-surface drip or trickle emitters
- Sprinklers irrigating within row only
e.g., micro-sprinkler, bubblers, micro jet, hand watering
- Sprinklers irrigating entire soil surface, within and between rows
- Flood irrigation beside or within rows only
- Flood irrigation over entire soil surface
- Other irrigation method
Q3. In 2017, how much irrigation water was applied to the following crops?
Pest management
Q1. In 2017, were any of the following inputs applied to [selected crops]?
Include inputs from treated seeds or applied using a sprayer, granular applicator, or other application method.
Yes / No
- Herbicides
- Insecticides
- Fungicides
- Biopesticides
e.g., natural enemies such as bacteria, fungi, viruses, insects, and other organic substances and minerals
- Other types of pesticides
e.g., nematicides, rodenticides, bactericides
Q2. Specify the biopesticides that were applied to [selected crops].
Q3. Specify the other type of pesticides that were applied to [selected crops].
Q4. In 2017, how many applications of the following were used on the [selected crops]?
Consider inputs applied to only part of the total area of this crop as a partial application.
e.g., one application to three quarters of the crop area would be 0.75
Exclude inputs from treated seeds.
Number of applications
- Herbicides
- Insecticides
- Fungicides
- Biopesticides
- Other types of pesticides
Q5. In 2017, were any of the following inputs applied to [secondary crops]?
Include inputs from treated seeds or applied using a sprayer, granular applicator, or other application method.
- Herbicides
- Insecticides
- Fungicides
- Biopesticides
e.g., natural enemies such as bacteria, fungi, viruses, insects, and other organic substances and minerals
- Other types of pesticides
e.g., nematicides, rodenticides, bactericides
Q6. Specify the biopesticides that were applied to [secondary crops].
Q7. Specify the other type of pesticides that were applied to [secondary crops].
Q8. In 2017, how many applications of the following were used on the [secondary crops]?
Consider inputs applied to only part of the total area of this crop as a partial application.
e.g., one application to three quarters of the crop area would be 0.75
Exclude inputs from treated seeds.
Number of applications
- Herbicides
- Insecticides
- Fungicides
- Biopesticides
- Other types of pesticides
The following questions are about the inputs used for all [field crops/vegetable, fruit, berry or nut crops] grown on this operation in 2017.
Q9. In 2017, who applied the inputs to [field crops/vegetable, fruit, berry and nut crops] on this operation?
Select all that apply.
- A certified or licenced person working on this operation
- An uncertified or unlicenced person working on this operation
- A custom applicator or contractor
Q10. In 2017, what percentage of the input applications were done by each of the following?
- A certified or licenced person working on this operation
- An uncertified or unlicenced person working on this operation
- A custom applicator or contractor
Q11. In 2017, was a sprayer used to apply the inputs?
Q12. In 2017, was the sprayer used to apply the inputs calibrated?
Q13. In 2017, how frequently was the sprayer calibrated?
Select all that apply.
- Before the first application of the season
- Before every use
- After maintenance or repairs
- Between applications of different types of inputs
- Other
Specify other frequency
Q14. In 2017, were any of the following methods used to control spray drift from the inputs?
Select all that apply.
- Applied inputs only when winds are below recommended thresholds for application
- Used low drift nozzles
- Used shrouded booms or low boom applicators
- Added anti-drift agents or chemicals to the inputs
- Left buffer zones untreated
- Other
Specify other method
OR
- No methods used to control spray drifts
Q15. In 2017, were any of the following methods used to improve the efficiency or effectiveness of input application?
Select all that apply.
- Applied different inputs to control the same pest at different times to the same field
- Mixed different inputs in the sprayer tank
- Used adjuvants or other additives
- Targeted applications to only parts of field as required
- Used sectional or individual nozzle shutoffs to minimize overlap
- Other
Specify other method
OR
- No methods used to improve the effectiveness of input application
Q16. In 2017, were any of the following methods used to control weeds, insects, diseases or other pests?
Select all that apply.
- Rotated crops
- Removed diseased plants, pruning residues or culls
- Incorporated diseased plants, pruning residues or culls into the soil
- Used fall planted species
e.g., winter wheat, fall rye
- Used tillage implements
- Mowed
- Weeded or hoed by hand
- Used lure or trap crops
A plant that attracts agricultural pests, usually insects, away from the main crop located nearby.
- Other
Specify method to control weeds, insects, diseases or other pests
OR
- Not applicable
Land management
Q1. In 2017, were companion crops used on this operation?
Include intercropping where both are seeded at the same time, as well as relay cropping where the second crop is seeded later between the rows of an existing crop.
Companion crops are two different crops grown at the same time on the same land.
- Yes
Indicate the area of companion crops
- No
Q2. In 2017, were fall or winter cover crops used on this operation?
Include fall seeded crops that are grazed or harvested for forage in the spring prior to reseeding.
Exclude fall seeded crops that are harvested for grain,
e.g., fall rye or winter wheat.
Cover crops are crops seeded in late summer or fall providing overwinter vegetative cover. Growth is terminated in spring to allow planting of the next year's crop.
- Yes
Indicate the area of fall or winter cover crops
- area harvested for forage
- area not harvested, crop biomass incorporated into soil
- No
Q3. In 2017, were green manure crops used on this operation?
Green manure crops are crops seeded in spring or early summer, whose growth is terminated before maturity, with all crop biomass incorporated into the soil.
- Yes
Indicate the area of green manure crops
- No
Q4. Over the last five years, 2013 to 2017, which of the following land management improvements were implemented or installed on this operation?
Select all that apply.
- Placed eroded soil back on hilltops
- Terraces, contour or across slope cropping
- Field shelterbelts or windbreaks
- Surface drainage
e.g., ditches, waterways
- Sub-surface drainage
e.g., tiles
- Other
Specify other improvements
OR
- None of these improvements were made
Q5. In 2017, were GPS equipment or products used on this operation?
Q6. For which of the following activities were GPS equipment or products used?
Select all that apply.
- As a tracking or guidance system
e.g., autosteer
- To generate yield maps from a combine yield monitor
- To target or vary fertilizer application rates across a field
- To target or vary application rates of other crop inputs
e.g., seed, pesticides, manure
Specify which crop inputs were applied
- To design improved drainage of land
- To enhance record keeping by georeferencing the location of specific field operations or features
- With drones to automatically monitor and map field observations
- Other
Specify other activities
Q7. Which of the following field operations were completed using GPS tracking or guidance systems (e.g., autosteer)?
Select all that apply.
- Tillage
- Seeding
- Fertilizing
- Manure application
- Spraying
- Swathing
- Combining
- Forage harvesting
- Other
Specify other use of tracking or guidance systems
Wetlands managment
Q1. In 2017, were any of the following wetlands or waterways on or adjacent to [field/forage/vegetable, fruit, berry and nut] crops on this operation?
- Yes
- Seasonal wetland
Water is usually present until mid-summer or early fall.
e.g., ponds, sloughs, marshes, treed swamps
- Permanent wetland
Water is usually present year round.
e.g., lakes, reservoirs, dugouts
- Waterways
Channels that contain flowing water year round, or part of the year.
e.g., drainage ditches, streams, creeks, irrigation canals
- No
Q2. In the past five years, were any wetlands drained to increase the land available for [field/forage/vegetable, fruit, berry and nut] crop production?
Q3. How many [unit of measure] were made available for [field/forage/vegetable, fruit, berry and nut] crop production?
Q4. In the past five years, were any previously drained wetlands plugged or dyked to restore the land to its natural condition?
Include only wetlands adjacent to [field/forage/vegetable, fruit, berry and nut] cropland.
Q5. How many [unit of measure] of [field/forage/vegetable, fruit, berry and nut] cropland were restored to natural wetland?
Q6. In 2017, was a buffer maintained between any permanent wetlands or waterways and [field/forage/vegetable, fruit, berry and nut] cropland on this operation?
A buffer refers to an area of planted or natural vegetation that is beside a permanent wetland or waterway, extending from the shoreline to the edge of a field.
- Yes
Approximately what proportion of shoreline adjacent to [field/forage/vegetable, fruit, berry and nut] cropland had a buffer?
- All shoreline had a buffer
- More than half of shoreline
- Half of shoreline
- Less than half of shoreline
- No
Q7. Which of the following best describes the vegetation in the buffer?
- Mostly grasses or legumes
- Mostly trees or shrubs
- A mixture of grasses or legumes, with trees or shrubs
- Other
Specify other vegetation
Q8. Is the species composition of the buffer the same as the adjacent forage crop?
Q9. In 2017, what was the average width of the buffer?
Q10. In 2017, what percentage of the buffer area was harvested for
- forage
- wood products
- not harvested
Q11. In 2017, were any of the following crop inputs applied to the buffer?
- Fertilizer
- Manure
- Pesticides
Management style and innovation
Q1. In the last five years, 2013 to 2017, were any of the following used to manage staff requirements?
Select all that apply.
- Adopted improved technology with lower staff requirements
- Existing staff worked overtime
- Temporary Foreign Workers program
- Employee training and certification programs
- Restructured farm operation to reduce or eliminate certain types of farm functions
e.g., grew less feed and purchased more
- Other
Specify other method
OR
- Not applicable
Q2. In 2017, were custom operators used to perform farm work on this operation related to [livestock/crop] production?
Q3. In 2017, which of the following tasks were performed by a custom operator?
Select all that apply.
- Cleanout of manure from barn or corral
- Manure application or transport off farm
- Fertilizer application
- Crop or forage seeding
- Crop spraying
- Crop or forage harvesting
- Crop or forage transport
- Custom feeding or grazing animals on another operation
- Processing feed grown on this operation for [birds/animals] on this operation
- Carcass disposal
- Catching and moving poultry (off farm or to another barn)
- Application of bedding or litter
- Washing or disinfection of barn or pens
- Custom feeding of [birds/animals] on another operation
- Tillage
- Seeding or planting
- Manure or compost application
- Pesticide application
- Manure application
- Fertilizer application
- Spraying
- Harvesting
- Transport
- Other
Specify other tasks
Q4. In 2017, which of the following activities used computer technology to enhance or improve this operation's [livestock/crop] production?
Select all that apply.
- Recording [animal health] and production data
- Other data collection
e.g., [livestock] video surveillance, field data collection using GPS or drones, barn air quality, feed or water consumption
Specify other data collection
- Controlling farm equipment
e.g., [robotics, GPS controlled field operations, barn ventilation or lighting, feed delivery]
Specify farm equipment
- Recording [field/forage/vegetable, fruit, berry and nut] crop production data
- Use of specialized software for improved data analysis and information processing
Specify software
- Other functions to enhance [livestock/crop] production
Specify other functions
OR
- No computer based technology was used
The following questions concern innovation on this operation.
Innovation is the adoption of new or significantly improved products, processes or business practices on this operation. Innovations must be new to this operation but need not be new to the industry.
Q5. In the last three years, 2015 to 2017, did this operation produce any new or significantly improved crop products?
e.g., new crop varieties, cultivars, hybrids, enhanced product characteristics
Q6. Was this a [field/forage/vegetable, fruit, berry and nut] crop product?
Q7. Briefly describe the most important new or significantly improved [field/forage/vegetable, fruit, berry and nut] crop product that has been produced over the last three years.
Q8. In the last three years, 2015 to 2017, did this operation produce any new or significantly improved livestock or poultry products?
e.g., type or breed raised, improved quality traits or grade, enhanced product characteristics
Q9. Was this a [poultry/livestock] product?
Q10. Briefly describe the most important new or significantly improved [poultry/livestock] product that has been produced over the last three years.
Q11. In the last three years, 2015 to 2017, did this operation implement any new or significantly improved production practices?
Include:
- feed management, animal housing, manure storage and treatment, livestock handling, grazing, biosecurity, other animal health and productivity practices
- seeding or planting, rotations, fertilizer or manure application, pest management, irrigation, harvesting, crop storage, using GPS technology, other soil, land, or crop improvement practices
- water management, organic farming, halal and other production practices.
Q12. Was this production practice related to [livestock/crop] production?
Q13. Briefly describe the most important new or significantly improved [livestock/crop] production practice that has been implemented over the last three years.
Q14. In the last three years, 2015 to 2017, did this operation implement any new or significantly improved approaches to marketing?
e.g., types of contracts, futures or options, direct marketing
Q15. In the last three years, 2015 to 2017, did this operation implement any new or significantly improved business management practices?
e.g., approaches to labour requirements, business ownership / partnerships, acquiring inputs, new processing activities, financial processes, management improvements
Q16. Briefly describe the most important new or significantly improved business management practice, that has been implemented over the last three years.
- Description of the practice
Q17. In the last three years, 2015 to 2017, how important were the following activities when deciding to try something new on this operation?
- Obtaining advice and information from fellow farmers based on their experiences
- Attending demonstration farms and field days to observe the innovation implemented
- Attending workshops, seminars, meetings, conferences
- Obtaining information from input companies
e.g., seed and feed dealers
- Seeking information from independent consultants
- Seeking information from regional specialist / extension officers
- Reading detailed technical and financial information
- Relying on own experiences
- Participating in producer associations
Q18. In the last three years, 2015 to 2017, how important were the following factors when deciding to try something new on this operation?
- Cost reduction or increase in production
- Increase in value of product
e.g., superior quality, attributes or novel products
- Environmental benefits
- Benefits for work / family balance
- Level of financial risk of the innovation compared to current practice
- Access to financial resources to implement the innovation
e.g., loans, venture capital, other financing
- Availability of information to assess the value of the innovation for your farm
- Available time
- Technical expertise to implement the innovation
- Labour requirement
- Worker safety
Q19. When it comes to the introduction of new or significantly improved products, processes, or practices does this operation tend to
- be among the first to try something new
- wait until at least a few others have tried it first
- wait until it has been well tested
- be among the last to try something new
Q20. In the last three years, 2015 to 2017,were any new or significantly improved products, production processes, or business management practices related to [livestock/crop] production considered but not implemented?
Q21. Briefly describe the most important new or significantly improved product, production process, or business management practice that was considered but not implemented.
Environmental farm plan
Q1. Does this operation have a formal, written environmental farm plan?
- Yes, plan is developed
- Yes, plan is in development and being reviewed
- No
Q2. When was this environmental farm plan developed or last updated?
- Less than two years ago
- Two to less than five years ago
- Five to less than 10 years ago
- Ten or more years ago