| Vegetation spectroscopy |
1 |
15.10.25 |
1 First steps, 2 Data structures |
| Vegetation spectroscopy |
2 |
22.10.25 |
4 Data wrangling, 8 Simulating spectra |
| Vegetation spectroscopy |
3 |
29.10.25 |
3 Graphics, Apply, 9 Field spectra |
| Fraction mapping |
4 |
05.11.25 |
6 Raster data |
| Fraction mapping |
5 |
12.11.25 |
10 Quantitative mapping |
| Fraction mapping |
6 |
19.11.25 |
11 Quantitative accuracy |
| Transformations |
7 |
26.11.25 |
12 Tasseled cap |
| Transformations |
8 |
03.12.25 |
13 Principal Component Analysis |
| Transformations |
9 |
10.12.25 |
7 Vector data, 14 Classification |
| Lidar remote sensing |
10 |
17.12.25 |
Functions, 15 Lidar data |
| Lidar remote sensing |
11 |
07.01.26 |
16 Biomass mapping |
| Lidar remote sensing |
12 |
14.01.26 |
17 Model selection |
| Vegetation phenology |
13 |
21.01.26 |
18 Double-logistic model |
| Vegetation phenology |
14 |
28.01.26 |
19 High-resolution phenology |
| Project work |
15 |
04.02.26 |
Project work |
| Project work |
16 |
11.02.26 |
Project work |