Central Project (ZP): Experimentation, Data Hub and Synthesis Of Findings

The central project (ZP) operates through six interconnected work packages that are fundamental to the Research Unit’s success. Overall, through collaborative efforts spanning all WPs and jointly with SP6, the central project will continually synthesize findings from experimentation as well as from crop modelling, based on the data and insights from all other SPs.  This iterative process will culminate in several joint overarching key publications.

Central Project – Detailed Description

ZP consists of 6 workpackages, each aiming to support all other sub-projects of the RU by:  

  • WP1 providing the experimental design and statistical support in evaluating all field experimental data of the CE and the DS (i.e. Diversity Screening) field experiments
  • WP2 and WP3 orchestrate and synchronize the crucial central experiments in Germany and Kenya, providing standardized experimental platforms that serve all sub-projects.
  • WP4 conducts field evaluation of new experimental/DS hybrids developed based on Diversity Screening a (DSa) in the greenhouse by SP3
  • WP5 performs targeted and untargeted metabolomics which provides critical biochemical data linking genetic information to field-level performance/ecophysiology.
  • WP6 implements a comprehensive data management plan and facilitates straightforward data exchange pathways and frameworks.
A person stands in a partially planted field holding tools, embodying climate-resilient agriculture, with trees and a clear blue sky in the background.

Research Team ZP

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Prof. Rötter, PI

TROPAGS

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Dr. Hoffmann, PI

TROPAGS

A middle-aged man with short grey hair, wearing a blue and white striped shirt, smiles at the camera against a plain light background—passionate about crop modelling and its role in advancing food security.
Prof. Piepho, PI

Biostatistics UH

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Prof. Neugart, PI

Quality & Sensory
Analysis

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Prof. Scholten, PI

Crop Plant
Genetics

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Prof. Dippold, PI

Biogeo-
chemistry UT

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Dr. Komainda, PI

Grassland
Science

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Prof. Feußner, CoPI

Plant Bio-Chemistry

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Dr. Ur Rahman, CoPI

TROPAGS

Prof. Ngetich, CoPa

JOOUST

Prof. Otieno, CoPa

JOOUST

Dr. Bulli, CoPa

JOOUST

Dr. Abdulai, Postdoc 

TROPAGS

Dr. König, Postdoc

Plant Bio-Chemistry

Dr. Schmidt, Postdoc

Biostatistics UH

Ofori, PhD

Quality & Sensory
Analysis

Bode, TA

TROPAGS

Kaufmann, TA

Genetics

tbd, TA

Göttingen 

Schnellnavigation → MultiStress Forschungsverbund

Entdecken Sie das zentrale Projekt, das Koordinationsprojekt und 6 Teilprojekte

Mitglieder
A glasshouse showcasing climate-resilient agriculture, with tall green plants inside, two large water tanks on either side, and a partly cloudy sky above.

ZP – Zentrales Projekt

Experimente, Daten-Hub und Synthese von Erkenntnissen

Über ZP lesen
Microscopic view of a plant root with thin, branching root hairs against a light pink background, highlighting structures crucial to ecophysiology and Multi-Stress Research.

SP1

Auswirkungen von Stress-Genotyp-Interaktionen auf die ober- und unterirdische Kohlenstoffallokation, die Nährstoffnutzungseffizienz und Prozesse in der Wurzeltiefe

Informieren Sie sich über SP1
A potted maize plant is positioned in front of a black backdrop, with a camera on a tripod set up to photograph it in a glasshouse for ecophysiology research.

SP2

Untersuchung der physiologischen, biochemischen und molekularen Reaktionen von Mais auf gleichzeitige biotische und abiotische Stressfaktoren

Lesen Sie über SP2
Several potted maize plants growing in a controlled environment chamber with green trays and reflective metal walls, supporting MultiStress Research and crop modelling studies.

SP3

Molekulare Anpassung an kontrastierende Stressregime

Lesen Sie über SP3
A close-up of a green leaf with round holes and bite marks, held by a brown clip—an example studied in MultiStress Research to advance climate-resilient agriculture, with potted plants blurred in the background.

SP4

Kombinierte Auswirkungen von Maiszünsler und abiotischen Stressfaktoren auf kommerzielle Maishybriden

Lesen Sie über SP4
Close-up of a maize leaf with brown streaks and discolouration, indicating signs of disease or stress—valuable insight for MultiStress Research and climate-resilient agriculture—with other maize plants and a clear sky in the background.

SP5

Kombinierte Effekte von Setosphaeria turcica und abiotischen Stressfaktoren auf
Maissorten

Lesen Sie mehr über SP5
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SP6

Integration der Genetik in Pflanzenwachstumsmodelle zum Verständnis der Genotyp-Reaktion auf kombinierte (abiotische + biotische) Stressfaktoren und Synthese von Modellierungen

Lesen Sie mehr über SP6
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COP – Koordinationsprojekt

Strategie, Verbreitung und Kapazitätsaufbau

Lesen Sie über COP
  • AGRA logo with a green and yellow circular design and the text "AGRA Sustainably Growing Africa's Food Systems" on a white background, highlighting its commitment to climate-resilient agriculture.
  • CIMMYT logo featuring green icons of maize and wheat, with text reading "International Maize and Wheat Improvement Centre," highlighting advances in Maize Ecophysiology and Multi-Stress Research.
  • Logo of Eberhard Karls Universität Tübingen with the university name in red text and a stylised red tree on the right, symbolising its commitment to MultiStress Research and Climate-Resilient Agriculture.
  • Logo of Georg-August-Universität Göttingen featuring stylised blue letters "GA" and the motto "In publica commoda seit 1737," reflecting its commitment to advancing research in climate-resilient agriculture and food security.
  • IPK Leibniz Institute logo featuring a stylised green plant on a green square background with "IPK" and "LEIBNIZ-INSTITUT" in bold green text, reflecting its focus on ecophysiology and climate-resilient agriculture.
  • Blue geometric logo featuring the letters "TUM" in a bold, angular typeface on a white background, representing pioneering work in Ecophysiology and Multi-Stress Research.
  • Logo of the University of Milan featuring a classical figure holding a staff inside a circular seal, with the university name in Italian to the right—symbolising its dedication to Maize Ecophysiology and MultiStress Research.
  • Universität zu Köln logo featuring a circular university seal with figures and text on the left, and the university name in blue capital letters on the right—reflecting excellence in fields like Climate-Resilient Agriculture and Multi-Stress Research.
  • Logo of Universität Hohenheim featuring a line drawing of a domed building with "1818" below, next to the university name in blue capital letters—a symbol of leading research in Crop Modelling and climate-resilient agriculture.
  • A shield-shaped crest divided into four sections with symbols representing climate-resilient agriculture, flanked by green branches, and a yellow banner below displaying the words "Oasis of Knowledge".