|   | 
				
					
	
		  | 
	 
	
		| Paper: | 
		Long-Term Audience Impacts of Live Fulldome Planetarium Lectures for Earth Science and Global Change Education | 
	 
	
		| Volume: | 
		443, Earth and Space Science: Making Connections in Education and Public Outreach | 
	 
	
		| Page: | 
		187 | 
	 
	
		| Authors: | 
		Yu, K. C.; Champlin, D. M.; Goldsworth, D. A.; Raynolds, R. G.; Dechesne, M. | 
	 
	
	
		| Abstract: | 
		Digital Earth visualization technologies, from ArcGIS to
   Google Earth, have allowed for the integration of complex, disparate
   data sets to produce visually rich and compelling three-dimensional
   models of sub-surface and surface resource distribution patterns.
   The rendering of these models allows the public to quickly
   understand complicated geospatial relationships that would otherwise
   take much longer to explain using traditional media.  At the Denver
   Museum of Nature & Science (DMNS), we have used such visualization
   technologies, including real-time virtual reality software running
   in the immersive digital “fulldome” Gates Planetarium, to impact
   the community through topical policy presentations.  DMNS public
   lectures have covered regional issues like water resources, as well
   as global topics such as earthquakes, tsunamis, and resource
   depletion.  The Gates Planetarium allows an audience to have an
   immersive experience–similar to virtual reality “CAVE” environments found in
   academia–that would otherwise not be available to the general
   public.  Public lectures in the dome allow audiences of over 100
   people to comprehend dynamically changing geospatial datasets in an
   exciting and engaging fashion.  Surveys and interviews show that
   these talks are effective in heightening visitor interest in the
   subjects weeks or months after the presentation.  Many visitors take
   additional steps to learn more, while one was so inspired that she
   actively worked to bring the same programming to her children's
   school.  These preliminary findings suggest that fulldome real-time
   visualizations can have a substantial long-term impact on an
   audience’s engagement and interest in science topics. | 
	 
	
		| 
			
			
		 | 
	 
	
		  | 
	 
 
					 
				 | 
				  |