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#1138, v1.0 Published:
#1735, v1.0 Published:

Title

Old VersionNew Version
1Data is the New Science 1Data is the New Science - Modified and combined with Following the Data Module

Authors

Old VersionNew Version
1Anna Monfils (Central Michigan University) 1Darlene Panvini ()
2Debra Linton () 2Darlene Panvini ()
3Libby Ellwood (iDigBio)   
4Molly Phillips (iDigBio, Florida Museum of Natural History, University of Florida)   
5Anna Monfils (Central Michigan University)   

Description

Old VersionNew Version
12  12  
13<p>Students completing this module will be able to:</p>  13<p>Students completing this module will be able to:</p>  
14  14  
15<ul>  15<table border="1" cellpadding="0" cellspacing="0">
16   <li>Access data from biodiversity digital data repositories</li>  16   <tbody>
17   <li>Evaluate the research utility of occurrence data derived from different sources.</li>  17       <tr>
18   <li>Create and interpret a graph</li>  18           <td style="width:637px;">
19   <li>Use geo-spatial data to inform biological thinking</li>  19           <p>Define and apply these terms: occurrence data, specimen-based data, observation-based data, data standards.</p>
20   <li>Describe how a change in a system can impact multiple parts of a system</li>  20           </td>
21   <li>Explain how morphology, behavior, and physiology of a species can impact another species in a co-evolutionary relationship</li>  21       </tr>
22</ul> 22       <tr>
   23           <td style="width:637px;">
   24           <p>Describe how researchers and citizen scientists build large, open data sets.</p>
   25           </td>
   26       </tr>
   27       <tr>
   28           <td style="width:637px;">
   29           <p>Explain how researchers use different types of databases and large open data sets to create knowledge and understanding to answer research questions.</p>
   30           </td>
   31       </tr>
   32       <tr>
   33           <td style="width:637px;">
   34           <p>Access data from biodiversity digital data repositories.</p>
   35           </td>
   36       </tr>
   37       <tr>
   38           <td style="width:637px;">
   39           <p>Use geo-spatial data to inform biological thinking.</p>
   40           </td>
   41       </tr>
   42       <tr>
   43           <td style="width:637px;">
   44           <p>Create and interpret a graph using data obtained from digital data resources.</p>
   45           </td>
   46       </tr>
   47       <tr>
   48           <td style="width:637px;">
   49           <p>Explain how morphology, behavior, and physiology of a species can impact another species in a co-evolutionary relationship.</p>
   50           </td>
   51       </tr>
   52       <tr>
   53           <td style="width:637px;">
   54           <p>Describe some of the advantages and limitations of using large data sets, including specimen-based and observation-based data sets, to answer research questions.</p>
   55           </td>
   56       </tr>
   57   </tbody>
   58</table>

Attachments

1 file — ./Data is the New Science Module.docx 1 file — Data is New Science modified Fall 2019 Panvini.docx
2 file — ./GBIF User Guide.docx 2 file — publication_1246_1880/GBIF User Guide.docx
3 file — ./IDigBio User Guide.docx 3 file — Following the Science Data is the New Science modified Fall 2019 Panvini.pptx
4 file — ./Spinnen-Ragwurz_Ophrys_sphegodes_2.jpg 4 file — publication_1246_1880/IDigBio User Guide.docx
5 file — Andrena_nigroaenea._-_Flickr_-_gailhampshire.jpg