====== ENVI-met Knowledgebase Overview ======

The ENVI-met Knowledge Base aims to explain some of the ENVI-met features and aspects about the simulation in deeper detail than the basic documentation does. It also is an essence of the different FAQ and disussions raised in the  ENVI-met bulletin board over the time.\\
You can start browsing & reading here, but you will also find cross-links to the connected Knowledge Base items in the different topics concerned. Also, occasionally ENVI-met will suggest you to have a look at some of the items.\\
\\
If you are frustrated from "Floating Point Errors" or similar, please read [[kb:instable|Instability/Numerical Errors]] first! \\
\\


  - [[kb:modellayout|Model Layout]] <fs smaller>A Graphical Overview of the ENVI-met Main Structure</fs>
  - [[kb:verticalgrid|Vertical Grid Layout]] <fs smaller>Different Methods of constructing the Vertical Grid Layers</fs>
  - [[kb:nesting|Nesting Grids]] <fs smaller>How and why use Nesting Grids</fs>
  - [[kb:modelheight|Total Model Height]] <fs smaller>Some Remarks on the choice of the Model Height</fs>
  - [[kb:lbc|Lateral Boundary Conditions]] <fs smaller>What are the Differences between them</fs>
  - [[kb:rotation|Model Roatation]] <fs smaller>How and why</fs>
  - [[kb:parallel|Parallel Computing]] <fs smaller>Tips & Tricks and Best Practice</fs>
  - [[kb:receptors|Creating Time Series using Receptors]] <fs smaller>How to extract Time Series using Receptors</fs>
  - [[kb:sources|Using pollutant sources in ENVI-met ]]. <fs smaller>**(Updated V5)** A general overview on how to integrate pollutants in your ENVI-met models</fs>
  - [[kb:flow|Flow Problems]] <fs smaller>Reason and Handling - What to do if the Flow Solution fails</fs>
  - [[kb:turbulence|Turbulence Model]] <fs smaller>Some Remarks on the Turbulence Model of ENVI-met</fs>
  - [[kb:instable|Instability/Numerical Errors]] <fs smaller>Numerical Problems and how they might be minimized</fs>
  - [[kb:lwflux|Longwave Flux Divergence]] <fs smaller>Implementation in the Temperature eq. and effects</fs>  
  - [[kb:lad|Obtaining Leaf Area Density Data]] <fs smaller>How to get an estimate on the Vertical LAD Distribution of a Plant</fs>