Education Modules
The goal of DPPN is to offer a comprehensive range of different education activities (tabular overview training modules), which includes freely combinable theoretical and practical modules that can be adapted to different target groups.
To stay flexible enough to offer also tailor made education activitiesDPPN develops its education modules using two different approaches:
Top-down approach: After collecting and evaluating already existing education activities of the DPPN partners, single modules are developes which will be tested DPPN internally first. These modules provide the fundamentals for summer schools, workshops, trainings and e-learning activities.
Bottom-up approach: DPPN also cooperates with external institutes for specific education modules. It is also possible to develope education modules on the basis of existing education activities of the DPPN partners. Any resulting costs have to be discussed individually.
Overview of the different methods for the implementation of education modules
Overview of the education modules
| Research Area | Theorethical education modules | Practical education modules |
|---|---|---|
| (Eco-)Physiology/ screening | Chemical Composition and Construction Costs | Phloem Transport |
| Enabling Technologies | Test application of the laser-induced fluorescence transient (LIFT) instrument | |
| Isotope Analysis in Plant Research | Where do C-exchange and chlorophyll flourescence meet? | |
| Phenotypic Plasticity of Plants | ||
| Phloem Transport | ||
| Physiology of Plant Respiration | ||
| Plant Growth Analysis | ||
| Specific Leaf Area (SLA) | ||
| Phenotyping technologies | Die Vermessung der Pflanze | Fortgeschrittene Methoden zur Erfassung, Analyse und Modellierung von Phänotypen |
| Image Analyses | Non-invasive phenotyping | |
| Metaphenomics | Statistical analyses using R | |
| Modern Field Based Plant Phenomics | Root Phenotyping | |
| Non-invasive Imaging technologies | Funktionale Bildgebung und Modelierung des pflanzlichen Samens | |
| Non-invasive measurements of Plant Traits at the Jülich Plant Phenotyping Centre | ||
| Phenotyping plants: imaging-based methods for analyzing plant biomass, architecture, physiology, and efficiency | ||
| Plant phenotyping for elucidation of biomass- and metabolite-heterosis in Arabidopsis and maize | ||
| Possibilites for plant phenotyping at the phytotron | ||
| Root Phenotyping | ||
| Genetics and bioinformatics | Datenbankmanagementsysteme | Genetik biochemisches Praktikum |
| Einführung in die Bioinformatik | ||
| Einführung in die Genetik | ||
| Interpreting phenomics data: The need to use ontologies | ||
| Signalling | ||
| Transkriptionkontrolle | ||
| High throughput phenotyping | High-throughput Infrastructures | IAP Tutorial (Integrated Analysis Platform, Image Analysis) |
| Screening anf high throughput infrastructure | ||
| Plant pathology | Biochemical plant pathology | |
| Micro- and Macrophenomics facilities for plant-pathogen interaction | Micro-Macrophenomics of plant pathogen interactions | |
| (A)biotic stress | Forest-Atmosphere-Interactions | Forest-Atmosphere-Interactions |
| Environment simulation | Sustainable Bioenergy Production Systems | Sustainable Bioenergy Production Systems |
