Figures & data
Table 1. Yields (% w/w on dry weight basis) of ‘Maltaise’ peels oils from trees propagated on eight rootstocks non-inoculated (T), inoculated with CEVd (1) or HSVd (2)
Table 2. Chemical composition of ‘Maltaise’ peels from trees propogated on different rootstocks non-inoculated (T) or inoculated with two viroids CEVd (1) and HSVd (2)
Figure 2. PCA and Dendrogram of Maltaise peel oil samples from trees inoculated by CEVd propagated on 8 rootstocks
![Figure 2. PCA and Dendrogram of Maltaise peel oil samples from trees inoculated by CEVd propagated on 8 rootstocks](/cms/asset/6ffb07cd-cc05-41f5-86ea-7be68b38f334/ljfp_a_1588296_f0002_oc.jpg)
Figure 3. PCA and Dendrogram of Maltaise peel oil samples from trees inoculated by HSVd propagated on 8 rootstocks
![Figure 3. PCA and Dendrogram of Maltaise peel oil samples from trees inoculated by HSVd propagated on 8 rootstocks](/cms/asset/2b4c6400-ef39-471d-a696-83bd14899d44/ljfp_a_1588296_f0003_oc.jpg)
Figure 4. Effect of viroids CEVd (1) and HSVd (2) on the chemical composition of Maltaise peels oils from fruits from trees propagated on 8 rootstocks
![Figure 4. Effect of viroids CEVd (1) and HSVd (2) on the chemical composition of Maltaise peels oils from fruits from trees propagated on 8 rootstocks](/cms/asset/e69255ef-df2c-4da4-b56f-bf7d1f1b52bd/ljfp_a_1588296_f0004_oc.jpg)
Figure 5. PCA analysis based on the category of compounds of the Maltaise peels essential oils from orange trees propagated on eight rootstocks non-inoculated (T), inoculated with viroids CEVd (1) and HSVd (2)
![Figure 5. PCA analysis based on the category of compounds of the Maltaise peels essential oils from orange trees propagated on eight rootstocks non-inoculated (T), inoculated with viroids CEVd (1) and HSVd (2)](/cms/asset/2b03a39f-254f-4260-8fbd-c38ca9e36d87/ljfp_a_1588296_f0005_oc.jpg)