WagnerAdam08 - home

<img src="https://www.wikispaces.com/site/embedthumbnail/file-video/Adams%20final%20project.mov?h=300&w=300" class="WikiMedia WikiMediaFile" id="wikitext@@media@@type=&quot;file&quot; key=&quot;Adams final project.mov&quot;" title="Local Media File"height="300" width="300"/>Hello. My name is Adam Wagner. This is my wiki for oceanography. Some of my interests are hanging out with friends, and just having a good time. I have nothing else to say, so this is my page! 
 
 
<img src="/file/view/Photo_1.jpg/37076923/249x188/Photo_1.jpg" alt="" title="" style="height: 188px; width: 249px;" align="left" /> 
 
 
 
 
 
 
 
 
 
 
<img src="https://www.wikispaces.com/site/embedthumbnail/custom/2991014?h=0&w=0" class="WikiMedia WikiMediaCustom" id="wikitext@@media@@type=&quot;custom&quot; key=&quot;2991014&quot;" title="Custom Media"/> 
 
 
 
 MY OCEANOGRAPHY PROJECTS/ASSIGNMENTS: 
This is the killer whale. Their feeding habits include fish, seals, sea lions, etc. 
<img src="/file/view/killer_whales_internet_2.jpg/46471093/killer_whales_internet_2.jpg" alt="" title="" /> 
 
 
Hydrothermal vent: 
<img src="/file/view/hydrothermal_vent.jpg/43422297/hydrothermal_vent.jpg" alt="" title="" /> 
This is a hydrothermal vent at the Mid- Atlantic Ridge. 
 
Hydrothermal vents are 
 
<img src="/file/view/tubeworms.gif/43423143/tubeworms.gif" alt="" title="" /> 
Giant tube worms that live on hydrothermal vents. 
 
 
Tectonic Plates on Google Earth:<img src="/file/view/Picture_2.png/64492622/Picture_2.png" alt="" title="" /> 
 
Building Pangaea:<img src="https://www.wikispaces.com/site/embedthumbnail/file/Wagner2.doc?h=52&w=320" class="WikiFile" id="wikitext@@file@@Wagner2.doc" title="File: Wagner2.doc" width="320" height="52" /> 
 
History Of Oceans Time line: <img src="https://www.wikispaces.com/site/embedthumbnail/file/Wagner.isf?h=52&w=320" class="WikiFile" id="wikitext@@file@@Wagner.isf" title="File: Wagner.isf" width="320" height="52" /> 
 
Water salinity and Density 
<img src="/file/view/oceanography_pic.png/38849896/oceanography_pic.png" alt="" title="" /> 
 
For the lab we had to mix different solutions together to see what their density was. We mixed blue tap water and very salty water. The tap water was less dense than the very salty water so it stayed at the top of the graduated cylinder. The very salty water was more dense than the tap water so it settled at the bottom. The net thing we did was take tap water, sea water, and very salty water and mix them together. the tap water was still the least dense so it stayed at the top and the sea water was more dense than the very salty water but less dense than the regular tap water. The sea water was stuck in the middle of the tap water and the very salty water.