all/template_2-model_noCO2/table.html
author Forrest Hoffman <forrest@climatemodeling.org>
Mon, 26 Jan 2009 22:08:20 -0500
changeset 0 0c6405ab2ff4
permissions -rw-r--r--
Initial commit of C-LAMP Diagnostics from Jeff Lee
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<table border=1 cellspacing=0 cellpadding=3 width=100%>
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<tr>
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   <th bgcolor=DDDDDD width=8% rowspan=2> Metric     </th>
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   <th bgcolor=DDDDDD rowspan=2> Metric <br> components</th>
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   <th bgcolor=DDDDDD rowspan=2> Observations & <br> comparison protocol</th>
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   <th bgcolor=DDDDDD rowspan=2> Model<br> model1 </th>
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   <th bgcolor=DDDDDD rowspan=2> Model<br> model2 </th>
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   <th bgcolor=DDDDDD colspan=3> Score (points) </th>
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</tr>
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<tr>
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   <th width=6% bgcolor=DDDDDD> Full </th>
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   <th width=6% bgcolor=DDDDDD> model1 </th>
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   <th width=6% bgcolor=DDDDDD> model2 </th>
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</tr>
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<tr>
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   <th rowspan=6>NPP</th>
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   <th rowspan=2>EMDI NPP <br> observations</th>
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   <th>         
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   <a href=../model1/npp/table_site81_ob.html>
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   Class_A_table</a> 
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   </th>
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   <th>         
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   <a href=../model1/npp/table_site81_model_vs_ob.html>
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   table</a> <br>
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   <a href=../model1/npp/scatter_model_vs_ob_81.png>
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   scatter_plot</a>
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   </th>
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   <th>         
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   <a href=../model2/npp/table_site81_model_vs_ob.html>
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   table</a> <br>
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   <a href=../model2/npp/scatter_model_vs_ob_81.png>
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   scatter_plot</a>
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   </th>
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   <th>2.5</th>
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   <th>M_npp_S81</th>
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   <th>M_npp_S81</th>
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</tr>
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<tr>
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   <th>
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   <a href=../model1/npp/table_site933_ob.html>
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   Class_B_table</a>     
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   </th>
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   <th>
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   <a href=../model1/npp/table_site933_model_vs_ob.html>
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   table</a> <br>       
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   <a href=../model1/npp/scatter_model_vs_ob_933.png>
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   scatter_plot</a>
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   </th>
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   <th>
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   <a href=../model2/npp/table_site933_model_vs_ob.html>
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   table</a> <br>       
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   <a href=../model2/npp/scatter_model_vs_ob_933.png>
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   scatter_plot</a>
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   </th>
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   <th>2.5</th> 
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   <th>M_npp_S933</th>
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   <th>M_npp_S933</th>
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</tr>
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<tr>
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   <th rowspan=2>EMDI NPP <br> normalized by PPT</th>
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   <th>        
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   <a href=../model1/npp/histogram_ob_81.png>
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   Class_A_histogram</a>
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   </th>
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   <th>
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   <a href=../model1/npp/histogram_model_vs_ob_81.png>
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   Class_A_histogram</a>
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   </th>
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   <th>
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   <a href=../model2/npp/histogram_model_vs_ob_81.png>
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   Class_A_histogram</a>
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   </th>
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   <th>2.5</th>
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   <th>M_npp_H81</th>
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   <th>M_npp_H81</th>
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</tr>
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<tr>
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   <th>
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   <a href=../model1/npp/histogram_ob_933.png>
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   Class_B_histogram</a>
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   </th>
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   <th>
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   <a href=../model1/npp/histogram_model_vs_ob_933.png>
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   Class_B_histogram</a>
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   </th>
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   <th>
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   <a href=../model2/npp/histogram_model_vs_ob_933.png>
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   Class_B_histogram</a>
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   </th>
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   <th>2.5</th> 
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   <th>M_npp_H933</th>
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   <th>M_npp_H933</th>
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</tr>
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<tr>
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   <th>Correlation with MODIS obs.</th>
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   <th>
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   <a href=../model1/npp/global_ob.png>
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   global_map</a>
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   </th>
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   <th>
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   <a href=../model1/npp/global_model.png>
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   model_map</a> <br>
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   <a href=../model1/npp/global_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>
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   <a href=../model2/npp/global_model.png>
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   model_map</a> <br>
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   <a href=../model2/npp/global_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>5</th>
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   <th>M_npp_G</th>
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   <th>M_npp_G</th>
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</tr>
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<tr>
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   <th>Correlation with MODIS-zonal mean</th>
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   <th>
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   <a href=../model1/npp/zonal_ob.png>
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   zonal_mean_obs</a>
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   </th>
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   <th>
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   <a href=../model1/npp/zonal_model_vs_ob.png>
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   zonal_mean <br> model_vs_obs_plot</a>
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   </th>
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   <th>
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   <a href=../model2/npp/zonal_model_vs_ob.png>
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   zonal_mean <br> model_vs_obs_plot</a>
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   </th>
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   <th>5</th>
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   <th>M_npp_Z</th>
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   <th>M_npp_Z</th>
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</tr>
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<tr>
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   <th rowspan=3>LAI</th>
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   <th>MODIS Mean</th>
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   <th>        
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   <a href=../model1/lai/global_class_ob.png>
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   land_class_obs</a> <br>
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   <a href=../model1/lai/global_class_model.png>
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   land_class_model</a> <br>
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   <a href=../model1/lai/global_Mean_ob.png>
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   global_map</a>
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   </th>
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   <th>       
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   <a href=../model1/lai/table_model_vs_ob.html>
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   model_vs_obs_table</a> <br>
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   <a href=../model1/lai/global_Mean_model.png>
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   global_map</a> <br>
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   <a href=../model1/lai/global_Mean_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>       
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   <a href=../model2/lai/table_model_vs_ob.html>
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   model_vs_obs_table</a> <br>
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   <a href=../model2/lai/global_Mean_model.png>
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   global_map</a> <br>
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   <a href=../model2/lai/global_Mean_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>5</th>
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   <th>M_lai_Mean</th>
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   <th>M_lai_Mean</th>
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</tr>
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<tr>
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   <th>MODIS Maximum</th>
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   <th>        
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   <a href=../model1/lai/global_Max_ob.png>
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   global_map</a>
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   </th>
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   <th>       
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   <a href=../model1/lai/global_Max_model.png>
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   global_map</a> <br>
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   <a href=../model1/lai/global_Max_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>       
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   <a href=../model2/lai/global_Max_model.png>
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   global_map</a> <br>
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   <a href=../model2/lai/global_Max_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>5</th>
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   <th>M_lai_Max</th>
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   <th>M_lai_Max</th>
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</tr>
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<tr>
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   <th>MODIS Phase</th>
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   <th>        
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   <a href=../model1/lai/global_Phase_ob.png>
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   global_map</a>
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   </th>
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   <th>       
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   <a href=../model1/lai/global_Phase_model.png>
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   global_map</a> <br>
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   <a href=../model1/lai/global_Phase_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>       
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   <a href=../model2/lai/global_Phase_model.png>
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   global_map</a> <br>
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   <a href=../model2/lai/global_Phase_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>5</th>
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   <th>M_lai_Phase</th>
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   <th>M_lai_Phase</th>
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</tr>
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<tr>
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   <th>CO2<br> Seasonal<br> Cycle</th>
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   <th>Comparison with NOAA observations <br> phase and amplitude</th>
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   <th>--</th>
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   <th>--</th>
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   <th>--</th>
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   <th>20</th>
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   <th>--</th>
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   <th>--</th>
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</tr>
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<tr>
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   <th rowspan=2>Carbon<br> Stocks</th>
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   <th>Aboveground live biomass <br> in South America</th>
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   <th>        
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   <a href=../model1/biomass/global_ob.png>
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   obs_amazon</a>
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   </th>
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   <th>        
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   <a href=../model1/biomass/global_model.png>
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   model_amazon</a> <br>
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   <a href=../model1/biomass/global_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>        
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   <a href=../model2/biomass/global_model.png>
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   amazon_map</a> <br>
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   <a href=../model2/biomass/global_model_vs_ob.png>
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   model_vs_obs</a>
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   </th>
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   <th>5</th>
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   <th>M_biomass</th>
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   <th>M_biomass</th>
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</tr>
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<tr>
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   <th>Aboveground live <br> biomass <br> within Amazon Basin <br>(sum within Legal Amazon)</th>
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   <th>        
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   <a href=../model1/biomass/mask_ob.png>
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   mask</a> <br>
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   <a href=../model1/biomass/global_mask_ob.png>
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   obs_masked</a> <br>
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   Sum_biomass_ob (Pg C)
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   </th>
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   <th>
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   <a href=../model1/biomass/global_mask_model.png>
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   model_masked</a> <br>
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   <a href=../model1/biomass/global_mask_vs_ob.png>
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   model_vs_obs</a> <br>             
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   Sum_biomass_mod (Pg C)
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   </th>
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   <th>
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   <a href=../model2/biomass/global_mask_model.png>
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   model_masked</a> <br>
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   <a href=../model2/biomass/global_mask_vs_ob.png>
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   model_vs_obs</a> <br>                  
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   Sum_biomass_mod (Pg C)
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   </th>
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   <th>5</th>
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   <th>M_biomask</th>
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   <th>M_biomask</th>
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</tr>
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<tr>
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   <th rowspan=4>Energy and<br>C Fluxes<br>from Fluxnet</th>
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   <th>NEE</th>
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   <th rowspan=4>     
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   <a href=../model1/fluxnet/line_ob.html> 
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    line_plot</a>
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   </th>
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   <th rowspan=4>     
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   <a href=../model1/fluxnet/score+line_vs_ob.html> 
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    model_vs_obs</a>
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   </th>
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   <th rowspan=4>     
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   <a href=../model2/fluxnet/score+line_vs_ob.html> 
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    model_vs_obs</a>
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   </th>
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   <th>5</th>
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   <th>M_fluxnet_nee</th>
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   <th>M_fluxnet_nee</th>
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</tr>
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<tr>
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   <th>Net radiation</th>
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   <th>5</th>
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   <th>M_fluxnet_rad</th>
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   <th>M_fluxnet_rad</th>
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</tr>
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<tr>
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   <th>Latent heat</th>
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   <th>5</th>
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   <th>M_fluxnet_lh</th>
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   <th>M_fluxnet_lh</th>
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</tr>
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<tr>
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   <th>Sensible heat</th>
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   <th>5</th>
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   <th>M_fluxnet_sh</th>
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   <th>M_fluxnet_sh</th>
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</tr>
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<tr>
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   <th rowspan=6>Energy and<br>C Fluxes<br>from Ameriflux</th>
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   <th>NEE</th>
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   <th rowspan=6>     
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   <a href=../model1/ameriflux/line_ob.html> 
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    line_plot</a>
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   </th>
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   <th rowspan=6>
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  <a href=../model1/ameriflux/score+line_vs_ob.html> 
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    model_vs_obs</a> <br>
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   <a href=../model1/ameriflux/tseries_vs_ob.html> 
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    timeseries_plot</a>
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   </th>
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   <th rowspan=6>
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  <a href=../model2/ameriflux/score+line_vs_ob.html> 
forrest@0
   394
    model_vs_obs</a> <br>
forrest@0
   395
   <a href=../model2/ameriflux/tseries_vs_ob.html> 
forrest@0
   396
    timeseries_plot</a>
forrest@0
   397
   </th>
forrest@0
   398
 
forrest@0
   399
   <th>1</th>
forrest@0
   400
   <th>M_ameriflux_nee</th>
forrest@0
   401
   <th>M_ameriflux_nee</th>
forrest@0
   402
</tr>
forrest@0
   403
 
forrest@0
   404
<tr>
forrest@0
   405
   <th>Shortwave Incoming</th>
forrest@0
   406
   <th>1</th>
forrest@0
   407
   <th>M_ameriflux_rad</th>
forrest@0
   408
   <th>M_ameriflux_rad</th>
forrest@0
   409
</tr>
forrest@0
   410
 
forrest@0
   411
<tr>
forrest@0
   412
   <th>Latent heat</th>
forrest@0
   413
   <th>1</th>
forrest@0
   414
   <th>M_ameriflux_lh</th>
forrest@0
   415
   <th>M_ameriflux_lh</th>
forrest@0
   416
</tr>
forrest@0
   417
  
forrest@0
   418
<tr>
forrest@0
   419
   <th>Sensible heat</th>
forrest@0
   420
   <th>1</th>
forrest@0
   421
   <th>M_ameriflux_sh</th>
forrest@0
   422
   <th>M_ameriflux_sh</th>
forrest@0
   423
</tr>
forrest@0
   424
forrest@0
   425
<tr>
forrest@0
   426
   <th>GPP</th>
forrest@0
   427
   <th>1</th>
forrest@0
   428
   <th>M_ameriflux_gpp</th>
forrest@0
   429
   <th>M_ameriflux_gpp</th>
forrest@0
   430
</tr>
forrest@0
   431
  
forrest@0
   432
<tr>
forrest@0
   433
   <th>ER</th>
forrest@0
   434
   <th>1</th>
forrest@0
   435
   <th>M_ameriflux_er</th>
forrest@0
   436
   <th>M_ameriflux_er</th>
forrest@0
   437
</tr>
forrest@0
   438
   
forrest@0
   439
<tr>
forrest@0
   440
   <th rowspan=4>Transient Dynamics</th>
forrest@0
   441
   <th>Beta factor for NPP Stimulation from elevated CO2</th>
forrest@0
   442
   <th>--</th>
forrest@0
   443
forrest@0
   444
   <th>     
forrest@0
   445
   <a href=../model1/beta/table_station.html> 
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   446
    FACE_Site_comparison</a> <br>
forrest@0
   447
   <a href=../model1/beta/table_biome.html> 
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   448
    biome_table</a>
forrest@0
   449
   </th>
forrest@0
   450
forrest@0
   451
   <th>     
forrest@0
   452
   <a href=../model2/beta/table_station.html> 
forrest@0
   453
    FACE_Site_comparison</a> <br>
forrest@0
   454
   <a href=../model2/beta/table_biome.html> 
forrest@0
   455
    biome_table</a>
forrest@0
   456
   </th>
forrest@0
   457
forrest@0
   458
   <th>3</th>
forrest@0
   459
   <th>M_beta</th>
forrest@0
   460
   <th>M_beta</th>
forrest@0
   461
</tr>
forrest@0
   462
 
forrest@0
   463
<tr>
forrest@0
   464
   <th>Turnover times and pool sizes</th>
forrest@0
   465
   <th>--</th>
forrest@0
   466
forrest@0
   467
   <th>     
forrest@0
   468
   <a href=../model1/turnover/table_Leaf.html> 
forrest@0
   469
    Leaf</a> <br>
forrest@0
   470
   <a href=../model1/turnover/table_Wood.html> 
forrest@0
   471
    Wood</a> <br>
forrest@0
   472
   <a href=../model1/turnover/table_Fine_Root.html>
forrest@0
   473
    Fine_Root</a> <br>
forrest@0
   474
   <a href=../model1/turnover/table_Litter.html> 
forrest@0
   475
    Litter</a> <br>
forrest@0
   476
   <a href=../model1/turnover/table_Coarse_Woody_Debris.html> 
forrest@0
   477
    Coarse_Woody_Debris</a> <br>
forrest@0
   478
   <a href=../model1/turnover/table_Soil.html> 
forrest@0
   479
    Soil</a>
forrest@0
   480
   </th>
forrest@0
   481
forrest@0
   482
   <th>     
forrest@0
   483
   <a href=../model2/turnover/table_Leaf.html> 
forrest@0
   484
    Leaf</a> <br>
forrest@0
   485
   <a href=../model2/turnover/table_Wood.html> 
forrest@0
   486
    Wood</a> <br>
forrest@0
   487
   <a href=../model2/turnover/table_Fine_Root.html>
forrest@0
   488
    Fine_Root</a> <br>
forrest@0
   489
   <a href=../model2/turnover/table_Litter.html> 
forrest@0
   490
    Litter</a> <br>
forrest@0
   491
   <a href=../model2/turnover/table_Coarse_Woody_Debris.html> 
forrest@0
   492
    Coarse_Woody_Debris</a> <br>
forrest@0
   493
   <a href=../model2/turnover/table_Soil.html> 
forrest@0
   494
    Soil</a>
forrest@0
   495
   </th>
forrest@0
   496
forrest@0
   497
   <th>3</th>
forrest@0
   498
   <th>--</th>
forrest@0
   499
   <th>--</th>
forrest@0
   500
</tr>
forrest@0
   501
 
forrest@0
   502
<tr>
forrest@0
   503
   <th>Carbon Sinks<br>(1990-2004)</th>
forrest@0
   504
   <th>--</th>
forrest@0
   505
forrest@0
   506
   <th>     
forrest@0
   507
   <a href=../model1/carbon_sink/table_per_m2.html> 
forrest@0
   508
    biome_mean</a> <br>
forrest@0
   509
   <a href=../model1/carbon_sink/table_per_biome.html> 
forrest@0
   510
    biome_total</a>
forrest@0
   511
   </th>
forrest@0
   512
forrest@0
   513
   <th>     
forrest@0
   514
   <a href=../model2/carbon_sink/table_per_m2.html> 
forrest@0
   515
    biome_mean</a> <br>
forrest@0
   516
   <a href=../model2/carbon_sink/table_per_biome.html> 
forrest@0
   517
    biome_total</a>
forrest@0
   518
   </th>
forrest@0
   519
forrest@0
   520
   <th>2</th>
forrest@0
   521
   <th>--</th>
forrest@0
   522
   <th>--</th>
forrest@0
   523
</tr>
forrest@0
   524
 
forrest@0
   525
<tr>
forrest@0
   526
   <th>Fire Variability</th>
forrest@0
   527
   <th>--</th>
forrest@0
   528
forrest@0
   529
   <th>     
forrest@0
   530
   <a href=../model1/fire/global_model_vs_ob.png> 
forrest@0
   531
    global_spatial_comparison</a> <br>
forrest@0
   532
   <a href=../model1/fire/table_fire.html> 
forrest@0
   533
    temporal_dynamics_(1997-2004)</a>
forrest@0
   534
   </th>
forrest@0
   535
   
forrest@0
   536
   <th>--</th>
forrest@0
   537
forrest@0
   538
   <th>2</th>
forrest@0
   539
   <th>M_fire</th>
forrest@0
   540
   <th>--</th>
forrest@0
   541
</tr>
forrest@0
   542
forrest@0
   543
<tr>
forrest@0
   544
   <th bgcolor=DDDDDD> Total </th>
forrest@0
   545
   <th colspan=4>  </th>
forrest@0
   546
   <th bgcolor=DDDDDD>100</th>
forrest@0
   547
   <th bgcolor=DDDDDD>M_total</th>
forrest@0
   548
   <th bgcolor=DDDDDD>M_total</th>
forrest@0
   549
</tr>
forrest@0
   550
 
forrest@0
   551
</table>
forrest@0
   552
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