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2024-09-01 18:09:25 +02:00
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+//It's almost possible to make a visualization of the Hansen data like the one at the 
+//beginning of the tutorial. In this example, we're putting everything together 
+//with one small difference. Instead of specifying the bands parameter in the 
+//Map.addLayer call, we're creating new images using select():
+var gfc2014 = ee.Image("UMD/hansen/global_forest_change_2020_v1_8");
+
+
+var treeCover = gfc2014.select(['treecover2000']);
+var lossImage = gfc2014.select(['loss']);
+var gainImage = gfc2014.select(['gain']);
+
+// Add the tree cover layer in green.
+Map.addLayer(treeCover.updateMask(treeCover),
+    {palette: ['000000', '00FF00'], max: 100}, 'Forest Cover');
+
+// Add the loss layer in red.
+Map.addLayer(lossImage.updateMask(lossImage),
+            {palette: ['FF0000']}, 'Loss');
+
+// Add the gain layer in blue.
+Map.addLayer(gainImage.updateMask(gainImage),
+            {palette: ['0000FF']}, 'Gain');