Figures & data
Figure 2. The Remingstorp forest (left) and at right a cartoon representing the components of a cross range resolution cell: the double bounce (down) and the canopy reflection (up) are clearly indicated.
![Figure 2. The Remingstorp forest (left) and at right a cartoon representing the components of a cross range resolution cell: the double bounce (down) and the canopy reflection (up) are clearly indicated.](/cms/asset/ff54d9d9-c29c-4a9d-abae-d91cebd797de/tagi_a_1157518_f0002_oc.jpg)
Figure 3. A vertical section from the Capon tomographical spectra of a transect of the Remningstorp forest; channels HH and HV.
![Figure 3. A vertical section from the Capon tomographical spectra of a transect of the Remningstorp forest; channels HH and HV.](/cms/asset/ff2e5a01-4451-45be-8a8c-241e5b9eed06/tagi_a_1157518_f0003_oc.jpg)
Figure 5. The Guyaflux tower in Paracou (French Guyana) and its trace through the 4 tomographic layers.
![Figure 5. The Guyaflux tower in Paracou (French Guyana) and its trace through the 4 tomographic layers.](/cms/asset/0585e71a-df55-4558-9516-12791063f06e/tagi_a_1157518_f0005_oc.jpg)
Figure 8. The Tropiscat antenna on the Guyaflux tower, and the tomographic views in the 4 polarimetric channels.
![Figure 8. The Tropiscat antenna on the Guyaflux tower, and the tomographic views in the 4 polarimetric channels.](/cms/asset/d52e03b2-da71-49f7-a048-b560d7d0fb33/tagi_a_1157518_f0008_oc.jpg)