Field Notes: Autumn 2026

Date: 09 Jun 2026

As we move into the latter half of the seven-year Smart & Sustainable programme, it’s encouraging to see industry-led and data-backed research translating into tangible on-orchard impacts.

Projects from the initial phase of the programme are now shifting decisively into implementation, both on-orchard and in packhouses across the country.

What’s more, the high adoption levels of tools, strategies and methods developed through Smart and Sustainable reflects both the relevance of the research and deep grower engagement.

This is particularly evident in the integrated approach to disease management highlighted in this month’s newsletter, which is already delivering tangible value for growers and the wider industry. This three-year research project is an excellent example of how research must evolve into practical, system-wide solutions.

It is also heartening to know that, in a recent industry survey, 95 percent of respondents believe Smart & Sustainable meets market access challenges. The survey results also reveal that 88 percent now use a tool or technique developed through the programme.

These results firmly demonstrate the value of industry-led research, particularly when it delivers applied solutions that are aligned with grower priorities. It is also why sustained investment in programmes such as Smart & Sustainable is critical in maintaining New Zealand’s position as world leaders in pipruit production.

NZAPI is proud to be playing its part.

Dr Rachel Kilmister

R&D Programme Manager 

Meet the Scientist - Dr Reiny Scheper

Meet the Scientist - Dr Reiny Scheper

Research Consultative Group Q1, 2026 Summary

Meetings held on 29 January and 21 May 2026, with a brief pause over the harvest period. During these meetings, the RCG:

  • Reviewed postharvest research project proposals and provided feedback to subcontractors
  • Discussed orchard research priorities, including a dedicated session on European Canker with BSI
  • Received an update on BSI’s Digital Horticulture Systems project