LEIBNIZ-INSTITUT FUR GEMUSE- UND ZIERPFLANZENBAU GROSSBEEREN/ERFURT EV

Their core work

IGZ is a German Leibniz research institute specializing in vegetable and ornamental plant science, based near Berlin. Their core scientific work focuses on understanding how plants sense and respond to temperature — a critical question as climate change threatens crop yields. They study the molecular mechanisms of thermosensing in crops and model plants, particularly how proteins undergo phase changes under heat stress to regulate flowering and growth. Their research bridges fundamental plant biology with practical implications for food security and climate-resilient agriculture.

What they specialise in

How they've shifted over time

IGZ's H2020 trajectory shows a clear shift from applied, multi-partner topics toward deep fundamental plant science led by their own researchers. Their early projects (2015–2019) covered broad themes — plant-endophyte biology, urban agriculture, food literacy, and EU-China smart city cooperation. From 2022 onward, they pivoted sharply to molecular thermosensing, studying how specific proteins (ELF3, PIF4, HSP70) and prion-like domains control plant responses to heat. This evolution reflects a research group that has zeroed in on a highly specialized niche with direct relevance to climate adaptation in agriculture.

IGZ is building deep expertise in temperature-sensing mechanisms in crops, positioning itself as a go-to partner for climate adaptation research in agriculture.

How they like to work

IGZ plays both roles — they joined larger consortia as a participant in their earlier projects (BestPass, SiEUGreen) and then stepped up to coordinate their own projects (TIPTOP, TROPIC) in recent years. With 35 unique partners across 15 countries from just 4 projects, they are well-connected but not locked into repeat partnerships. Their shift to coordinator roles on ERC and MSCA grants suggests growing scientific independence and leadership confidence in their thermosensing niche.

IGZ has collaborated with 35 distinct partners across 15 countries, indicating a broad European network built through diverse project types ranging from large Innovation Actions to individual MSCA fellowships.

What sets them apart

IGZ occupies a rare intersection: a horticultural research institute with deep molecular biology capabilities. While many plant science labs study Arabidopsis in isolation, IGZ connects fundamental thermosensing research directly to crops like rice and Brachypodium, making their work immediately relevant to agricultural applications. Their Leibniz affiliation provides long-term institutional stability, and their recent ERC Advanced Grant (TIPTOP, EUR 2.1M) signals that their thermosensing work is recognized at the highest level of European scientific excellence.

Highlights from their portfolio

• TIPTOP
  ERC Advanced Grant worth EUR 2.1M — their largest project by far, and a strong validation of their thermosensing research at the highest European funding tier.
• TROPIC
  MSCA Individual Fellowship focused on prion-like thermosensors in rice, showing direct translation of fundamental Arabidopsis research to a major food crop.
• SiEUGreen
  Their only food-sector project, notable for its EU-China cooperation angle on urban agriculture and smart cities — a departure from their core molecular work.