diff --git a/doc/introduction.html b/doc/introduction.html
index 7493aa4e0..0df724b75 100644
--- a/doc/introduction.html
+++ b/doc/introduction.html
@@ -43,7 +43,7 @@ from implementing and optimizing low level graphics calls, and provide many addi
 rapid development of graphics applications.  
 </p>
 <p>
-The project was started as a hobby by Don Burns in early 1999, as means of porting a hang gliding simulator written on top of the 
+The project was started as a hobby by Don Burns in 1998, as means of porting a hang gliding simulator written on top of the 
 Peformer scene graph running on IRIX to what was then a humble Linux PC. In mid 1999, Robert Osfield began helping out with 
 the simulator development and ported the scene graph element to Windows.  In september 1999 the source code was open sourced, 
 and the openscenegraph.org website was born, with Robert taking over as project lead and Don remaining focused on the hang 
@@ -67,6 +67,10 @@ the rapid, yet seamless adoption of latest graphics technologies.</li>
 </ul>
 </p>
 
+<p>Don has since formed his own company 
+<A HREF="http://www.andesengineering.com">Andes Computer Engineering</a> and participates in the development and support of OpenSceneGraph as well as 
+complimentary projects like 
+<A HREF="http://www.andesengineering.com/Producer">OpenProducer</A> and <A HREF="http://www.andesengineering.com/BlueMarbleViewer">BlueMarbleViewer</A>.
 <br>
 <h3>
 <u>What is a Scene Graph?</u></h3>
@@ -94,7 +98,7 @@ scientific and commercial visualization, training through to modeling programs.
 
 <br>
 <h3>
-<u>Advantages that Scene Graphs provide</h3>
+<u>Advantages that Scene Graphs Provide</u></h3>
 
 The key reasons that many graphics developers uses scene graphs are  <i>Performance, Productivity, Portability and Scalability:</i>
 
@@ -113,6 +117,7 @@ will thrash between states, stalling the graphics pipeline and destroying graphi
 througput. As GPU's get faster and faster, the cost of stalling the graphics
 is also going up, so scene graphs are becoming ever more important.
 
+<p>
 <li><b><i>Productivity</i></b></li> 
 Scene graphs take away much of the hard work required
 to develop high performance graphics applications. The scene graph manages
@@ -128,6 +133,7 @@ and images. All this together allows the user to achieve a great deal with
 very little coding. A dozen lines of code can be enough to load your data
 and create an interactive viewer!
 
+<p>
 <li><b><i>Portability</i></b></li>
 Scene graphs encapsulate much of the lower level
 tasks of rendering graphics and reading and writing data, reducing or even
@@ -135,6 +141,7 @@ eradicating the platform specific coding that you require in your own applicatio
 If the underlying scene graph is portable then moving from platform to
 platform can be as simple as recompiling your source code.
 
+<p>
 <li><b><i>Scalability</i></b></li>
 Along with being able to dynamic manage the complexity
 of scenes automatically to account for differences in graphics performance
@@ -174,6 +181,7 @@ of massive terrain databases interactively, examples of this approach can
 be found at Vterrain.org and TerrainEngine.com, both of which integrate
 with the OpenSceneGraph.
 
+<p>
 <li><b><i>Productivity</i></b> </li>
 Combining lessons learned from established scene graphs like Performer 
 and Open Inventor, with modern software engineering
@@ -214,6 +222,7 @@ found at openscenegrph.org/download/ one can find examples of applications
 written on top of GLUT, Qt, MFC, WxWindows and SDL. Users have also integrated it
 with Motif, and X.
 
+<p>
 <li><b><i>Scalability</i></b></li> 
 The scene graph will not only run on portables all
 the way up to Onyx Infinite Reality Monsters, but also supports the multiple