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  • Home
  • About NZDFI
    • About durable eucalypts
    • NZDFI’s koru, vision and strategy
    • Our people
    • Funding and supporters
    • Project History
    • Disclaimer
  • Our Science
    • Tree breeding and propagation
      • Selecting species
      • Seed collection & seed orchards
      • Propagation
      • NZDFI trials
      • Trial results: species productivity and adaptability
    • Measurement & modelling
      • Using UAV LiDAR to measure trees
    • Wood science
      • Heartwood quantity and quality
      • Growth Strain & Veneer Testing
      • Drying and Collapse
    • Forest health & biosecurity
    • Science timeline
  • For Growers
    • Right tree, right place: why grow durable eucalypts
    • Our vision
    • Regional strategies
    • Choosing the right growing regime
      • Growing regimes: more details
    • Successful establishment
      • Choosing the right species
        • E. bosistoana
        • E. globoidea
        • E. quadrangulata
        • E. cladocalyx
        • E. macrorhyncha
    • Form pruning
    • Markets and Utilisation
    • The XyloGene brand
    • Eucalypts and Bees
  • For Wood Users
    • Developing a hardwood supply chain
    • Processors and suppliers
    • Timber Properties – NZDFI Species
    • Understanding durability
    • Processing eucalypts
    • The Durable Eucalypt Forum
  • Library
    • Marlborough’s Future is Durable reports
    • Project Updates
    • Science Publications
      • Breeding and Propagation
      • Sites, measurement and modelling
      • Forest health
      • Wood technology
    • NZDFI Videos
    • Brochures
    • Workshop proceedings
    • Key references (non-NZDFI)
  • Contact

Markets and tree breeding for short-rotation durable eucalypts

News

January 15, 2026

On December 3rd 2025, NZDFI presented a webinar: Markets and tree breeding for short rotation durable eucalypt forestry.

Presenters were Paul Millen (NZDFI Manager) and Ruth McConnochie (NZDFI’s tree breeding consultant).
Read Paul’s presentation here.
Read Ruth’s presentation here.

« Modelling durable eucalypt biomass – publication

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