Science and Engineering at The University of Edinburgh |
||||
|
||||
![[University Logo]](/icons/unilogo_25476c.gif "Link to The University of Edinburgh Home Page"){kind=icon}
Section Contents
- Java
Java for Micrometeorology
| Category | Description | Used in course | Click image to launch Applet | |
|---|---|---|---|---|
| Teaching | Penman-Monteith model of evaporation | SWAP2h | 
|
|
| Teaching | Cosine Law | SWAP2h | 
|
|
| Teaching | Gaussian Plume Modelling | Environmental Pollution | 
|
|
| Teaching | Random Walk Model | Environmental Pollution | 
|
|
| Teaching/Research | Flux Footprint and error calculation in the eddy covariance method. | Land-Atmosphere Interactions | 
|
|
| Research/Teaching | bFlat - Biosphere Fluxes by Lagrangian Transport. A process-based biogeochemical model that will 'green' our PBL model. |
Land-Atmosphere Interactions | 
|
|
| Research/Teaching | jPBL - Planetary Boundary Layer Model. Our PBL model. |
Land-Atmosphere Interactions | 
|