• Our Research
    • Research Strategy
    • Research Sites
    • Current Research Projects
    • Research Results
    • Research Collaborations
    • Research Resources
    • Seed Industry Research Centre
    Current Research
    Current Research
    Research Results
    Research Results
  • Resources
    • Biosecurity
    • Crop Action
    • Nutrient Management
    • Maize
    • Templates and Calculators
    • Cereals
    • Weeds
    • Pests
    • Seeds
    • Diseases
    • News
    • Environment
    • Soil
    • Technology
    • Schools
    Podcast
    Podcast
    Environment and Compliance
    Environment and Compliance
  • Levies & Returns
    • Arable Crops Levy
    • Maize Levy
    • Cereal Silage Levy
    • Farmer Annual Return Form
    • Wholesaler Annual Return Form
    Levies
    Levies
    Annual Returns
    Annual Returns
  • Events
  • News
  • About Us
    • Governance and growers
    • Business Strategy
    • Our People
    • Careers
    • Growers Leading Change
    • Women in Arable
    • Arable Ys
    • Arable Kids
    • Arable Research Groups (ARGs)
    • New Zealand Grown Grains
    Our People
    Our People
    Growers Leading Change
    Growers Leading Change
  • Ask FAR AI
  • Weather
  • Log In
Ask FAR AI
Weather
Log In
  • Homepage
  • Resources
  • One Chance To Capture Yield Mapping Data

One chance to capture yield mapping data

Harvest yield mapping 2

With harvest fast approaching, growers are reminded to check that everything is set up ready to go. While mechanical servicing of machinery may have been ticked off, growers should also get the tech side of their harvesting equipment sorted, before they need to jump in the cab.

FAR’s technology manager Chris Smith says that yield mapping on harvesters is a great way to assess field variability. “You have one chance a year to capture that data and the more years’ worth of yield data you have, the more valuable it becomes. When you get areas that are always higher yielding or lower yielding that becomes a powerful tool.”

Having multiple years of yield data helps to mitigate variability because of weather and seasonal events.

Chris has some tips to ensure that yield mapping data is collected and stored safely and accurately, so it can be a valuable tool for decision-making.

Pre-harvest tech checks:

  1. Start the harvest with an empty data card - save a copy of all previous data to your computer and then ‘clean’ the card, or buy a new one.
  2. Naming protocol: use the same name for the same paddock each year as this makes finding your data easier at the end of the harvest.
  3. Check the sensors are measuring flow and moisture correctly – for data integrity!
  4. Calibration – at the start of harvesting each crop, make sure you calibrate the flow sensor for the correct grain type and units.
  5. Operation setup – make sure the cutter bar width is correct, as well as flow delay is as accurate as possible.
  6. Data card check and back-up – confirm data is being logged by importing it into your mapping platform once you start the harvest...not at the end of the season!
  7. Backup the data as a raw format throughout the harvest to your laptop rather than waiting until the end of harvest. It pays to have more than one card.

Related Resources

30 August 2026

Weed management research reports

Read a collection of weed management focused research reports here.

Read more
30 August 2026

From the Ground Up Issue, 124

Welcome to the Winter 2026 edition of From the Ground Up.

Read more
30 August 2026

Arable was the winner on the night

Eight award winners were named on Thursday night (20 August, 2026) and four people/couples were inducted into the Arable Industry Hall of Fame.

Read more
30 August 2026

FAR Focus 18 - Managing critical source areas

Managing runoff and critical source areas (CSAs) on arable farms requires site-specific solutions. A one-size-fits-all approach is ineffective because of the wide variation in soil types, cropping systems, and environmental conditions across farms.

Read more
30 August 2026

H86 Effect of row spacing on seed yield in two white clover cultivars

Row spacing is an important management strategy in white clover (Trifolium repens) seed crops. Stolons grow outward from the crown of the plant into the space between rows. Nodes produced along the stolon bear either vegetative axillary growth (e.g. a branch) or a reproductive leaf-flower combination. The more nodes that are produced per stolon, and subsequently per unit area, the greater opportunity for flower production and thereby seed yield. In theory, wider row spacing should produce more flowers/m2 due to more space for stolon proliferation.

Read more
30 August 2026

Crop Action: Issue 15, 2026

Crop Action keeps you up to date with arable crop development and actions right across New Zealand.

Read more
30 August 2026

Sprayers 101 Workshops booklet

Check out the booklet from the Sprayers 101 workshops booklet here. 

Read more
30 August 2026

Carbon footprint of New Zealand grown animal feeds

A FAR project is helping arable and dairy farmers understand more about the greenhouse gas emissions associated with growing and using feed wheat, feed barley, maize grain and maize silage.

Read more
30 August 2026

AIMI New Zealand survey of cereals areas and volumes: July 1, 2026

The AIMI survey of New Zealand cereal growers, as at July 1, 2026 is now available online.

Read more
30 August 2026

Crop Action: Issue 14, 2026

Crop Action keeps you up to date with arable crop development and actions right across New Zealand.

Read more

Ask FAR AI

Ask FAR is a new way to get information from the FAR website. Just ‘Ask FAR’ a question and you’ll get a quick, accurate response based on FAR research and resources. Ask FAR also provides links to the original documents for more information. It’s quick, easy and reliable. Ask FAR now!

Start Chatting
  • Research
  • Levies and Returns
  • Resources
  • Events
  • News
  • Contact Us
  • Schools
  • About Us
  • Privacy Policy
  • Terms of use

©2022 Foundation for Arable Research