Dr. Friedrich Longin

  • Head of Group: Wheat
Foto: F. Longin

Friedrich Longin studied agricultural biology at the University of Hohenheim with the main focus on biotechnology and plant breeding. He did his PhD about optimized maize breeding schemes in a DFG-funded sino-german research training group at the University of Hohenheim and the China Agricultural University in Beijing.

After a short Post-Doc and parental leave, he joined Limagrain Europe as a maize breeder for France and Spain. Since 2010, Friedrich Longin is the head of the wheat group at the State Plant Breeding Institute of the University of Hohenheim.

He did his habilitation at University of Hohenheim in 2016 on hybrid wheat breeding and received the title "Prof." in 2019. Beside his activities at Hohenheim, he gives talks at different universities, national and international conferences but also at stakeholder events like field days or in baking academies.

Longin's efforts around establishment of alternative crops led to considerable market shares of products made with Spelt, Emmer and Einkorn based mainly on varieties bred at University of Hohenheim. He received several awards for his engagement for sustainable agriculture along supply chains.

Research interest

  • Breeding for alternative wheat species
  • Pre-Breeding in wheat
  • Technological and nutritional quality of wheat products
  • Nutrient use efficiency in wheat species
  • Increase biodiversity and sustainability in wheat cropping

Teaching and Training activities/Research Projects

Teaching and training activities

Summer semester:

7202-211 Spezielle Pflanzenzüchtung
7202-212 Demoübung zur Pflanzenzüchtung
3501-451 Breeding Methodology
3501-453 Breeding Methodology – Demonstrations with excursions
1509-501 Advanced Process Engineering Techniques for cereal processing

Winter semester:

1507-451 AgFoodTech - AgriFood Science and Engineering
4902-431 Global Nutrition and food security
3090-431-460 Food processing and quality of organic food
Research projects
  • Betterwheat – Genomic and proteomic foundations and environmental dependency of quality and health-relevant traits in wheat for innovative new varieties and products
  • GeneBank: Genomics-based exploration of genetic resources in wheat for plant breeding
  • Expanding biodiversity in common wheat through pre-breeding – Extension of the existing conventional testing system to organic farming areas
  • Establishing genomic and phenomic selection in durum and wheat