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    Research Areas
    • Novel Growing Technologies

      (WP1) Advancing novel growing technologies via fundamental research

    • Hybrid Hydroponic Horticulture

      (WP2) Aiming to combine hydroponic and conventional soil-based agriculture

    • Landscape-Scale Regenerative Farming

      (WP3) Evaluating the benefits of regenerative agriculture

    • Biofortification and Consumer Acceptance

      (WP4) Addressing the key public health challenges of micronutrient deficiency

    • Increasing Fibre Consumption

      (WP5) Seeking to increase the consumption of fibre with its attendant health and sustainability benefits

    • Improving Resilience in Supply Chains

      (WP6) Seeking to increase food system resilience in supply chains

    Cross-Cutting Themes
    • Integrative Methods

    • Consumption and Demand

    • Translation, Engagement and Impact

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Photo by Mehrad Vosoughi (Unsplash)

by on 24/05/2021

Improving Resilience in Supply Chains

(WP6) Seeking to increase food system resilience in supply chains

by on 24/05/2021

Increasing Fibre Consumption

(WP5) Seeking to increase the consumption of fibre with its attendant health and sustainability benefits

by on 24/05/2021

Biofortification and Consumer Acceptance

(WP4) Addressing the key public health challenges of micronutrient deficiency

by on 24/05/2021

Landscape-Scale Regenerative Farming

(WP3) Evaluating the benefits of regenerative agriculture

by on 24/05/2021

Hybrid Hydroponic Horticulture

(WP2) Aiming to combine hydroponic and conventional soil-based agriculture

by on 24/05/2021

Novel Growing Technologies

(WP1) Advancing novel growing technologies via fundamental research

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The H3 project is one of four consortia, funded by the UKRI Strategic Priorities Fund