Videos

Research in action: Discover in our videos how scientific insights, research data, and open-source solutions are created, used, and made accessible to the scientific community at IBG-2.

Agrivoltaics: Field phenotyping rail system and photosynthesis of vica faba under agrivoltaics

How can agriculture and solar energy share the same land? The video shows how advanced field phenotyping provides new insights into the growth and photosynthesis of faba beans under agrivoltaic conditions.

"BeetCercoFACE - Effect of carbon dioxide (CO2) enrichment on plant development and yield of sugar beet and its effect on the development of Cercospora leaf spot (caused by the fungus Cercospora beticola)"

In the DPPN-Access experiment, Anne-Katrin Mahlein from the University Göttingen used the BreedFACE system to analyze sugar beet.

CAPTE Workshop - Session 2: Biochemical, Sanitary and Stress Traits: Detecting Plant Stress: Advanced Phenotyping in Action

How can plant stress and diseases be detected at an early stage? Onno Muller from Forschungszentrum Jülich shows how advanced phenotyping and spectral sensing technologies provide new insights into plant health.

DPPN-Access-Experiment “HEB-ROOT- Mining promising alleles of genes controlling root traits in the wild barley nested association mapping population HEB-25”

In the DPPN-Access experiment, Andreas Maurer of Martin Luther University Halle-Wittenberg used the GrowScreen-Rhizo 3 system to analyze barley.

EPPN2020 Access-Experiment: "PhenoArHeat - Phenotyping of BPM1-mediated heat stress response in Arabidopsis thaliana"

In the EPPN2020 project, public and private scientific institutions were granted access to state-of-the-art plant phenotyping equipment and techniques. In the EPPN2020 access experiment, Sandra Vitko from the University of Zagreb used the GrowScreenChamber facility to anlaysis Arabidopsis thaliana

EPPN2020 Access-Experiment: "SunDeep - Utilisation of automated phenotyping platform in examination of water sensitivity in sunflower"

The EPPN2020 project provided public and private research institutions with access to state-of-the-art plant phenotyping facilities and technologies. As part of an EPPN2020 access experiment, Aleksandra Radanovic from the Institute of Field and Vegetable Crops in Novi Sad, Serbia, used the GrowScreenRhizo facility to analyse sunflowers.

EPPN2020 Access-Experiment: "HYPEROOTS - Testing root hypergravitropism as a trait affecting drought tolerance in barley"

The EPPN2020 project provided public and private research institutions with access to state-of-the-art plant phenotyping facilities and technologies. As part of an EPPN2020 access experiment, Raffaella Balzano from the University of Bologna, Italy, used the GrowScreenRhizo facility to analyse barley.

EPPN2020 Access-Experiment: "WEROOT - Characterization of Wheat gEnetic Resources with high thrOughput rOot phenotyping to increase wheaT adaptation to drought"

The EPPN2020 project provided public and private research institutions with access to state-of-the-art plant phenotyping facilities and technologies. As part of an EPPN2020 access experiment, Donatella Danzi from the National Research Council, Institute of Biosciences and BioResources (CNR-IBBR) in Bari, Italy, used the GrowScreenRhizo facility to analyse wheat.

EPPN2020 Access-Experiment: "PoTuWa - Isohydry of potato plants and tuber water capacitance"

The EPPN2020 project provided public and private research institutions with access to state-of-the-art plant phenotyping facilities and technologies. As part of an EPPN2020 access experiment, Katharina Huntenburg from Lancaster University, UK, used the Plant-MRI facility to analyse potatoes.

EPPN2020 Access-Experiment: "RooDy - Root Dynamics Under Varying Water Supply"

The EPPN2020 project provided public and private research institutions with access to state-of-the-art plant phenotyping facilities and technologies. As part of an EPPN2020 access experiment, Samuele Ceolin from the Luxembourg Institute of Science and Technology (LIST) used the Plant-MRI facility to analyse maize.

FLEX mission - measuring photosynthesis from space

The Earth's vegetation takes a central role in the global carbon cycle, but how healthy plants really are has so far been difficult to measure directly. The new ESA mission FLEX is the first to focus on recording chlorophyll fluorescence, a weak light signal that plants emit during photosynthesis.

Inspecting Large Structures in Flight—Detecting Defects Using Drones and Laser Technology

Implementation of a drone-based laser measurement system for detecting the geometry of local surface defects.

The PhenoRob Central Experiment in Campus Klein-Altendorf

The PhenoRob Central Experiment - Objectives, lession learned after the first year, and steps forward

Vom Acker ins All. Pflanzenforschung echt überirdisch! - Ein Pflanzenforschung.de Sofa Event

The Pflanzenforschung.de Sofa Event “From the Field to Space” kicks off with Professor Ulrich Schurr and his team from Forschungszentrum Jülich presenting their work on plant phenotyping through engaging presentations, videos, and live demonstrations.

Institute of Bio- and Geosciences (IBG)