After the first attempts - specifically after the technical example simulations as well as a rough structuring of the research questions, it is now necessary to design a concrete approach.
Goals
After the first attempts - specifically after the technical example simulations, a first review of the available literature as well as a rough structuring of the research questions, it is now necessary to design a concrete approach.
Things you need
- Course Data Server You will find here all kinds of data, literature and tutorials
- ENVI-met software
- Please have a look at the Monde Tutorial videos
Assignment
Design a concrete modeling approach and a suitable associated modeling concept to assess the performance of Envimet to simulate how are the effects of the Hasenkopf build up plans affecting the fresh air support of Marburg. Consider the following aspects: * abiotic endowment of the model domain (relief, soil, site location). * biotic features of the model domain (simple/3D vegetation) * technical model domain (x,y,z extent, time steps nesting) * appropriate meteorology for model initialization (ideal, real values) * Validation strategy
- Work packages - What is to be done when and by whom?
- WP 1 technical and abiotic model
- WP 2 meteo data initialization
- WP 3 Vegetation “simple
- WP 4 Vegetation “3D
- WP 5 Validation strategy
The task is then as follows:
The resulting concept should be prepared as a table (similar to the below example), also addressing the literature/data used as well as know shortcomings.
Workpackage 1
| item | solution | references | ressources needed | lead | team |
|---|---|---|---|---|---|
| relief | build-in version xy | online access | ? | ? | ? |
| soil properties | soil data | access has to be clarified | who knows | ? | ? |
| soil vertical structure | four levels temperature soil moisture build-in model | envi-met | ? | ? | ? |
| … | … | … | … | … | … |
Any written notes please put them on comments below.
It is strongly recommended that you work in group(s)