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Towards a Sustainable Bioeconomy – Resources, Utilization, Engineering and AgroEcosystems: Fall meeting Topic 7
Welcome to our second on-site fall meeting “Towards a sustainable Bioeconomy”, on 06. and 08. December 2023 in Jülich.
The goals of our Fall Meeting are
The program
To achieve the goals, entertaining and inspiring presentations, discussions and poster sessions are being prepared with a focus on scientific discussions and exchange. You find the program HERE.
Who is invited?
We cordially invite scientists and PhD students working within Topic 7 to the onsite event at the Central Library in Forschungszentrum Jülich.
Registration
Registration will be open until October, 31 on this website.
Please register as soon as possible.
Hotel contigents
Accomodation needs to be booked individually. HERE you find a list with hotels nearby.
Interactive FZJ map: HERE
Bus shuttle for external guests:
6. December:
7. December:
8. December
vegetarian food only
vegetarian food only
In participating in the group photo, you are providing your consent for the publication of images taken of you during the event.
vegetarian food only
Meeting point Foyer CL (Building 04.07, Room 200A) 15 minutes in advance.
vegetarian food only
Participation in the Lab tours is reserved for external participants.
Meeting point Foyer CL (Building 04.07, Room 200A) 15 minutes in advance.
AGRASIM is a new research facility of six terrestrial ecosystem mesocosms, which allow experimental simulation of the effect of present and future environmental conditions on, amongst others, agricultural plant performance, water and greenhouse gas fluxes, and carbon and nutrient dynamics in the soil-plant-atmosphere continuum.
At the tour on our Agri PV site we will present different types of Agri-Horti-Photovoltaic systems, wherein the harvest of solar induced electricity and biomass from plants under solar panels can be performed. We will show how plant growth can be studied under the solar roofs with high-tech fully automated robotic systems. It helps us and the farmers of our region to learn, how to effectively combine farmland and regenerative energy production on the same piece of land.
The tour at IBG-1 will present the new technology platform AutoBioTech for automation and digitalization of microbial strain and bioprocess development. Protocols for automated cloning, transformation and identification of recombinant clones are established to speed up strain development and exploit the catalytic power of microbes for biotechnology and bioeconomy.
Introduction to the concept of transcription factor-based biosensors for the semi-quantitative detection of biotechnologically interesting compounds in single cells. In combination with fluorescence-activated cell sorting (FACS), these biosensors represent powerful molecular tools for high-throughput screening campaigns.
In our tour we will present the plant MRI (Magnetic Resonance Imaging) installation, allowing to measure dynamics in structural and functional traits of plants. In particular, the method yields information on 3D root traits grown in natural field soils. Further we will visit the GrowScreen-Rhizo 3 installation which allows simultaneous phenotyping of root and shoot growth of crops grown in up to 900 soil-filled rhizotrons.
Introduction to the concept of transcription factor-based biosensors for the semi-quantitative detection of biotechnologically interesting compounds in single cells. In combination with fluorescence-activated cell sorting (FACS), these biosensors represent powerful molecular tools for high-throughput screening campaigns.
The tour at IBG-1 will present the new technology platform AutoBioTech for automation and digitalization of microbial strain and bioprocess development. Protocols for automated cloning, transformation and identification of recombinant clones are established to speed up strain development and exploit the catalytic power of microbes for biotechnology and bioeconomy.
In our tour we will present the plant MRI (Magnetic Resonance Imaging) installation, allowing to measure dynamics in structural and functional traits of plants. In particular, the method yields information on 3D root traits grown in natural field soils. Further we will visit the GrowScreen-Rhizo 3 installation which allows simultaneous phenotyping of root and shoot growth of crops grown in up to 900 soil-filled rhizotrons.
At the tour on our Agri PV site we will present different types of Agri-Horti-Photovoltaic systems, wherein the harvest of solar induced electricity and biomass from plants under solar panels can be performed. We will show how plant growth can be studied under the solar roofs with high-tech fully automated robotic systems. It helps us and the farmers of our region to learn, how to effectively combine farmland and regenerative energy production on the same piece of land.
AGRASIM is a new research facility of six terrestrial ecosystem mesocosms, which allow experimental simulation of the effect of present and future environmental conditions on, amongst others, agricultural plant performance, water and greenhouse gas fluxes, and carbon and nutrient dynamics in the soil-plant-atmosphere continuum.
Introduction to the concept of transcription factor-based biosensors for the semi-quantitative detection of biotechnologically interesting compounds in single cells. In combination with fluorescence-activated cell sorting (FACS), these biosensors represent powerful molecular tools for high-throughput screening campaigns.
vegetarian food only
Topic: Strategy of PoF V
Discussion and identification of new future topics, directions and collaborations.
Discussion and identification of new future topics, directions and collaborations.
Discussion and identification of new future topics, directions and collaborations.
Discussion and identification of new future topics, directions and collaborations.
Discussion and identification of new future topics, directions and collaborations.
vegetarian food only
Plenary talk