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Date | Name | Thumbnail | Size | Description | Versions |
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12:26, 18 December 2012 | NeuralNetworkMethods.png (file) | ![]() |
932 KB | Cloud detection with neural networks (left – clouds marked in light blue) and with simple threshold tests (right – clouds marked in green). Undetected clouds have a grey colour. | 1 |
13:04, 28 October 2013 | NOAA.jpg (file) | ![]() |
120 KB | 1 | |
15:07, 26 February 2013 | Nuts3.png (file) | ![]() |
253 KB | NUTS3 region maps for the computation of RUM-files in MCYFS | 1 |
16:35, 8 November 2013 | OracleDatabase.png (file) | ![]() |
44 KB | 2 | |
14:06, 18 December 2012 | OutputsMetopAvhrrPreprocessing.png (file) | ![]() |
396 KB | Three outputs of the Metop-AVHRR pre-processing: Left: NDVI, Middle: fAPAR; Right: number of frost days | 1 |
15:58, 19 March 2013 | OverviewMETOPAVHRRproducts.png (file) | ![]() |
45 KB | 1 | |
13:16, 6 December 2012 | Overview MSG simple.png (file) | ![]() |
20 KB | 1 | |
11:57, 7 December 2012 | OverviewNOAAAVHRRsystems.png (file) | ![]() |
104 KB | Overview of all NOAA-AVHRR systems. EQTAN/DN are the (nominal) local times when the satellite crosses the equator in the ascending/northward/sunlit and descending/ south¬ward/night parts of the orbit. | 1 |
15:33, 4 December 2012 | Overview products simple.jpg (file) | ![]() |
399 KB | 3 | |
13:06, 6 December 2012 | Overview products simple.png (file) | ![]() |
49 KB | 1 | |
13:40, 25 February 2013 | ParametersAndDefaultValues.png (file) | ![]() |
56 KB | Parameters and their default values | 1 |
12:36, 18 December 2012 | QCErrors.png (file) | ![]() |
560 KB | Errors found in NOAA-16 input images, probably related to scan motor problems. Left: bar code effect, right: “waves” | 1 |
15:44, 26 February 2013 | RegionOfInterest.png (file) | ![]() |
68 KB | Region of interest | 1 |
14:31, 26 February 2013 | RMSE.png (file) | ![]() |
58 KB | The RMSE is calculated for each paired comparison of the ongoing season and each previous season in the archive | 1 |
17:23, 19 March 2013 | RUMformat.png (file) | ![]() |
28 KB | 1 | |
15:20, 7 December 2012 | SensorDataSelection.png (file) | ![]() |
65 KB | Each composite contains only data from one sensor. The following scheme is used for the data selection. | 1 |
14:57, 26 February 2013 | SimilarityAnalysis.png (file) | ![]() |
1.07 MB | Every dekad, the following analyses are repeated | 1 |
16:07, 15 March 2013 | SmoothedNDVI2.png (file) | ![]() |
612 KB | 1 | |
14:06, 26 February 2013 | SmoothedNDVI.png (file) | ![]() |
429 KB | Difference images of the actual NDVI compared with the previous year for the period 1-10 May 2006 | 1 |
11:24, 6 November 2013 | SmoothingProcedure1.png (file) | ![]() |
26 KB | 5 | |
15:00, 21 March 2013 | SmoothingProcedure2.png (file) | ![]() |
32 KB | 2 | |
11:23, 6 November 2013 | SmoothingProcedure3.png (file) | ![]() |
23 KB | 3 | |
14:27, 21 March 2013 | SmoothingProcedure4.png (file) | ![]() |
34 KB | 1 | |
11:16, 20 March 2013 | SnowDetection.png (file) | ![]() |
4 KB | 2 | |
15:16, 26 February 2013 | SpatiallyAggregate.png (file) | ![]() |
155 KB | Procedure to spatially aggregate the data to higher level regions | 1 |
14:00, 18 December 2012 | StatusMapBitsCompositing.png (file) | ![]() |
195 KB | A new status map is created after the compositing | 1 |
12:34, 18 December 2012 | StatusMapBits.png (file) | ![]() |
67 KB | Meaning of the status map bits | 1 |
15:43, 19 December 2012 | StatusMapBitsTERRA.png (file) | ![]() |
66 KB | Meaning of the status mask bits | 1 |
14:07, 19 December 2012 | StatusMapBitsVGT.png (file) | ![]() |
66 KB | Meaning of the status mask bits | 1 |
11:15, 20 March 2013 | Temperature.png (file) | ![]() |
6 KB | 2 | |
15:50, 15 March 2013 | ThreeVersionsVGT-S10.png (file) | ![]() |
655 KB | 2 | |
15:54, 26 February 2013 | UnifiedFlags.png (file) | ![]() |
70 KB | Unified flags used in the final images | 1 |
13:07, 25 February 2013 | VegetationCoverFraction.png (file) | ![]() |
74 KB | Method to calculate the VEGETATION cover fraction | 1 |
15:14, 28 October 2013 | VGTp.jpg (file) | ![]() |
114 KB | 1 | |
14:25, 18 December 2012 | VGTsensors.png (file) | ![]() |
57 KB | The VGT-sensor registers 1728 pixels in line, with a sub-nadir resolution of 1.15 km which corresponds to a swath width of about 2200 km. | 1 |
11:33, 25 February 2013 | WarpedImageAccuracy.png (file) | ![]() |
50 KB | 2 | |
11:22, 25 February 2013 | WarpedImage.png (file) | ![]() |
62 KB | Generate the warped image using the polynomials fx and fy | 1 |
11:23, 25 February 2013 | WarpedImageRootMeanSquare.png (file) | ![]() |
52 KB | The root mean square error provides a measure for the accuracy of the warping | 1 |
11:23, 25 February 2013 | WarpedImageTiling.png (file) | ![]() |
54 KB | Tiling, i.e. the subdivision of the image in blocks or tiles, is introduced to guarantee a good distribution | 1 |
14:15, 24 January 2011 | Wheat plant.jpg (file) | ![]() |
112 KB | 1 | |
13:55, 19 December 2012 | WorkflowSpotVegetation.png (file) | ![]() |
319 KB | 2 |
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