Karl Schmid

Professor

University of Hohenheim
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Professor Karl Schmid is a faculty member at the University of Hohenheim in Germany. His research interests encompass population genomics, plant breeding strategies, and the genetic diversity of crop species, particularly in relation to environmental adaptation. Recent publications include works on maize pathogens, quinoa yield improvement, and the genomic variation of wild barley. Professor Schmid’s contributions significantly advance understanding in crop cultivation and genetic resource management.

Positions (1)

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Karl Schmid

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University of Hohenheim

The LEAP project, part of the Cluster of Excellence GreenRobust, is recruiting 2 PhD students and 1 Postdoc to investigate plant robustness across scales, focusing on trade-offs and synergies among robustness traits for population stability. The research spans molecular, physiological, and biomechanical mechanisms of plant robustness to environmental perturbations such as drought, heat, and pathogen attack. The project is a collaboration among University of Hohenheim, University of Tübingen, and Heidelberg University, offering a world-class interdisciplinary research environment. PhD positions are available in Plant Evolutionary Ecology and Molecular Plant Science, supervised by leading academics including Karl Schmid, Oliver Bossdorf, Detlef Weigel, Kasper van Gelderen, Gabriella Mosca, Waltraud Schulze, and Katja Tielbörger. The Postdoc position is in Plant Evolutionary Ecology, with a coordinating role to prepare for a future PI position. All positions are fully funded for three years (TVL E13, PhD at 65%, Postdoc at 100%) and provide access to extensive networks, training, and facilities within the GreenRobust Cluster. Applicants should have relevant degrees (Master’s for PhD, PhD for Postdoc) and experience in experimental design, greenhouse studies, biostatistical analyses, genetics, molecular plant biology, biomechanics, and scientific writing. Candidates must excel in interdisciplinary and collaborative work, be quick learners, flexible thinkers, and passionate about plant science and academia. Disabled candidates are given preference. To apply, send a single PDF including a letter of interest, teaching and research concept, CV, and list of publications to [email protected]. Two letters of reference must be sent independently. Clearly indicate the position in your PDF file name. The deadline is April 15, 2026, with positions starting July 1, 2026. For more information, contact Prof. Karl Schmid ([email protected]), Dr. Kasper van Gelderen ([email protected]), or Katja Tielbörger ([email protected]).

6 months ago

Articles (10)

Modern agricultural practices, climate change, and globalization foster the rapid spread of plant pathogens, such as the maize fungal pathogen Setosphaeria turcica, which causes Northern corn leaf blight and expanded into Central Europe during the twentieth century. To investigate the rapid expansion of S. turcica, we sequenced 121 isolates from Europe and Kenya. Population genomic inference revealed a single genetically diverse cluster in Kenya and three clonal lineages with low diversity, as well as one cluster of multiple clonal sublineages in Europe. Phylogenetic dating suggests that all European lineages originated through sexual reproduction outside Europe and were subsequently introgressed multiple times. Unlike isolates from Kenya, European isolates did not show sexual recombination, despite the presence of both MAT1-1 and MAT1-2 mating types. For the clonal lineages, coalescent model selection supported a selectively neutral model with strong exponential population growth, rather than models with pervasive positive selection caused by host defense resistance or environmental adaptation. Within clonal lineages, phenotypic variation in virulence to different monogenic resistances, which defines the pathogen races, suggests that these races may originate from repeated mutations in virulence genes. Association testing based on k-mers did not identify genomic regions linked to pathogen races, but it did uncover strongly differentiated genomic regions between clonal lineages, which harbor genes with putative roles in pathogenicity. In conclusion, the expansion and population growth of S. turcica in Europe are mainly driven by an expansion of the maize cultivation area and not by rapid adaptation.

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2023

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2023

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2023

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2022

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2022

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2022

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2021

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2021

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2021

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2020

Collaborators (5)

Martin Mascher

Leibniz-Institut für Pflanzengenetik und Kulturpflanzenforschung Gatersleben

GERMANY
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Christian Jung

Professor

Kiel University

GERMANY
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Bettina I.G. Haussmann

Apl. Prof. Dr.

University of Hohenheim

GERMANY
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daniel buchvaldt amby

Københavns Universitet

DENMARK
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Nazgol Emrani

Research fellow and lecturer

-

GERMANY
View details
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