anchor.diff:                    <p>GFW aims to radically improve the availability, quality, and accessibility of forest data for everyone:</p>                  
                     <ul class='bullets'>
                       <li><strong>Governments</strong> can use GFW to detect illegal forest clearing and target forest law enforcement efforts.</li>
  -                    <li><strong>Companies</strong> can monitor the impacts of commodity supply chains on forests and demonstrate compliance with sustainability commitments and certifications. Learn more at <a href='http://www.commodities.globalforestwatch.org' target='_blank'>GFW Commodities</a></li>
  +                    <li><strong>Companies</strong> can monitor the impacts of commodity supply chains on forests and demonstrate compliance with sustainability commitments and certifications. Learn more at <a href='http://www.commodities.globalforestwatch.org' target='_blank'>GFW Commodities</a>.</li>
                       <li><strong>NGOs & civil society</strong> can identify deforestation hotspots and bolster their investigations, advocacy, and campaigns.</li>
                       <li><strong>Indigenous communities</strong> can monitor their territories and raise an alarm when their customary forests are threatened.</li>
                       <li><strong>Media</strong> can gather evidence, data, and graphics for reporting.</li>
  
positive.code:                   <p><strong>Try it out!</strong> With UMD/Google tree cover loss turned on (the default data layer), press the “play” icon located on the time slider at the bottom of the map. Now try viewing data only since 2004 (hint: drag the handles of the time slider).</p>
  
                    <p>Some data layers are more interactive on the map; you can click on individual shapes to see additional information. This feature applies to “NASA active fires,” and to data within “FOREST USE,” “CONSERVATION,” and “PEOPLE” tabs. Within some of these layers, you can also analyze data found under the “FOREST CHANGE” by individual data layer shapes. See below for more information.</p>
                    <p>[Insert screencast]</p>
                  </li>
                  <li>
                    <h3>Analyzing data</h3>
  
negative.code:                   <p>By default, data is displayed on a basic black and white map which includes political boundaries, major geological features, and other key areas of interest. To change the base map, navigate to the “map” icon at the top of the map (near the “search” box). Once selected, you will see the range of base maps available, including those comprised of satellite imagery. Click “?” to find out more about each base map.</p>
                    <p>For two of GFW’s key data sets, UMD/Google tree cover extent and loss, we provide a setting that allows users to adjust the canopy density of tree cover data displayed on the map. You can adjust the canopy density depending on the national standards or ecosystem type in your area of interest. To access this feature (ONLY available for UMD/Google tree cover extent and loss) select the “settings” icon at the top of the map (near the “search” box). Using the slider at the bottom of the window, you can select to view data (and perform analysis) at canopy densities: >10%, >15%, >20%, >25%, >30%, >50%, and >75%.  The default tree cover canopy density is >30%. The canopy density selected will appear in the data window on the left-hand side of the map, and within the analysis window if you perform an analysis. If you select a canopy density other than the default, the “settings” icon will be highlighted green. For more information, click the “?” icon.</p>
                    <p><strong>Try it out!</strong> Enter the interactive map and turn off the UMD/Google tree cover gain layer. The map should now only show UMD/Google tree cover loss. Select the “settings” icon and adjust the canopy density to >70%. Notice how the data changes, especially in drier parts of the world.</p>
                  </li>
                </ul>
              </div>
  