Difference between revisions of "Team:Uppsala/Model"

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     <tbody>
 
     <tbody>
 
         <tr>
 
         <tr>
             <td class="status_cell cell_green">L</td><td></td><td>Density of infective larvae on one hectare pasture.</td>
+
             <td class="status_cell cell_green">\(L\)</td><td></td><td>Density of infective larvae on one hectare pasture.</td>
 
         </tr>
 
         </tr>
 
          
 
          
         <tr><td class="status_cell cell_green">A</td>
+
         <tr><td class="status_cell cell_green">\(A\)</td>
 
                 <td></td>
 
                 <td></td>
 
                 <td>Mean number of adult parasites per horse</td>
 
                 <td>Mean number of adult parasites per horse</td>
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         </tr>
 
         </tr>
 
              
 
              
           <tr><td class="status_cell cell_green">\beta(A)</td>
+
           <tr><td class="status_cell cell_green">\(\beta(A)\)</td>
 
             <td>6 or 20</td>
 
             <td>6 or 20</td>
 
             <td>Square metres eaten pasture per day. Normal value is 20, if the amount of parasites in the horse exceeds over the threshold, then the food intake decreases with 70%.</td>
 
             <td>Square metres eaten pasture per day. Normal value is 20, if the amount of parasites in the horse exceeds over the threshold, then the food intake decreases with 70%.</td>
 
         </tr>
 
         </tr>
 
              
 
              
             <tr><td class="status_cell cell_green">H</td>
+
             <tr><td class="status_cell cell_green">\(H\)</td>
 
             <td>1</td>  
 
             <td>1</td>  
 
             <td>Horse population density per ha</td>
 
             <td>Horse population density per ha</td>
 
   </tr>
 
   </tr>
         <tr><td class="status_cell cell_green">q(T)</td>
+
         <tr><td class="status_cell cell_green">\(q(T)\)</td>
 
             <td>Equation 3</td>  
 
             <td>Equation 3</td>  
 
             <td>Probability that an egg develops into an larvae, which is temperature, T (C), dependent</td>
 
             <td>Probability that an egg develops into an larvae, which is temperature, T (C), dependent</td>
 
   </tr>
 
   </tr>
         <tr><td class="status_cell cell_green">\lambda</td>
+
         <tr><td class="status_cell cell_green">\(\lambda\)</td>
 
             <td>54 [4]</td>  
 
             <td>54 [4]</td>  
 
             <td>Mean rate at which an adult worm produces eggs</td>
 
             <td>Mean rate at which an adult worm produces eggs</td>
 
   </tr>
 
   </tr>
         <tr><td class="status_cell cell_green">d</td>
+
         <tr><td class="status_cell cell_green">\(d\)</td>
 
             <td>0.48 [4]</td>  
 
             <td>0.48 [4]</td>  
 
             <td>The probability that an ingested larva develops into an adult worm</td>
 
             <td>The probability that an ingested larva develops into an adult worm</td>
 
   </tr>
 
   </tr>
         <tr><td class="status_cell cell_green">\mu</td>
+
         <tr><td class="status_cell cell_green">\(mu\)</td>
 
             <td>0.03 [4] and 0.99</td>  
 
             <td>0.03 [4] and 0.99</td>  
 
             <td>Mortality rate of adult parasites, normal rate is at 0.03, when anthelmintics are in use, the value increases to 0.99.</td>
 
             <td>Mortality rate of adult parasites, normal rate is at 0.03, when anthelmintics are in use, the value increases to 0.99.</td>
 
   </tr>
 
   </tr>
 
          
 
          
         <tr><td class="status_cell cell_green">u</td>
+
         <tr><td class="status_cell cell_green">\(u\)</td>
 
             <td>0 or 1</td>  
 
             <td>0 or 1</td>  
 
             <td>Binary value that indicates if anthelmintic are used, 0 if not, 1 if used.</td>
 
             <td>Binary value that indicates if anthelmintic are used, 0 if not, 1 if used.</td>

Revision as of 23:38, 17 October 2018