Fig. 11. Experiment 3, mean GC/MS peak area (±SE) of branches, buds, and needles in blue and Norway spruce. Means with different letters are significantly different within each species (ANOVA, Tukey's HSD).Published as part of Raber, Alexandra G., Peachey-Stoner, Reuben J., Cessna, Stephen G. & Siderhurst, Matthew S., 2021, Headspace GC-MS analysis of differences in intra- and interspecific Terpene profiles of Picea pungens Engelm. and P. abies (L.) Karst, pp. 1-13 in Phytochemistry (112541) 181 on page 10, DOI: 10.1016/j.phytochem.2020.112541, http://zenodo.org/record/829127
The extractable monoterpenes from needles of two groups of trees - 4-year-old clonal and 20-year-old...
As genetic diversity is an important cause of variation in needle monoterpenes of conifers, the tree...
Fig. 4. A: PCA score plot for digitized 1 H NMR data (8.5–20 ppm) of solvent extracts from AK herbar...
Fig. 12. Experiment 4, PCA of B1, B7, B8, N1, N7, N11, and C1 run on a chiral column (standardized T...
Fig. 3. Sample GC traces of blue spruce (B1), Norway spruce (N1), and cedar of Lebanon (C1). Compoun...
Raber, Alexandra G., Peachey-Stoner, Reuben J., Cessna, Stephen G., Siderhurst, Matthew S. (2021): H...
Fig. 9. Experiment 2, comparison of N1, N7, and N11 GC traces (standardized TIC responses). Differen...
Fig. 4. Sample chiral GC traces of blue spruce (B1), Norway spruce (N1), and cedar of Lebanon (C1). ...
Fig. 7. Experiment 1, comparison of variation in cedar of Lebanon samples. Different colored sample ...
Fig. 8. Experiment 2, PCA of B1–B11, N1–N11, and C1 run over two days (standardized TIC responses). ...
Fig. 10. Experiment 3, PCA of B1–B11 and N1–N11 run over two days (standardized TIC responses). Circ...
Fig. 5. Experiment 1, PCA of B1, N1, and C1 over time (standardized TIC responses). Samples were col...
Fig. 2. Chemical structures for terpenes detected from branch tip samples. Numbering follows Table 1...
Fig. 6. Selected principal component loadings vs. GC retention times. Loadings are shown for Experim...
Fig. 1. Mean abundance of Norway volatiles vs time (left) and the logarithm of average abundance of ...
The extractable monoterpenes from needles of two groups of trees - 4-year-old clonal and 20-year-old...
As genetic diversity is an important cause of variation in needle monoterpenes of conifers, the tree...
Fig. 4. A: PCA score plot for digitized 1 H NMR data (8.5–20 ppm) of solvent extracts from AK herbar...
Fig. 12. Experiment 4, PCA of B1, B7, B8, N1, N7, N11, and C1 run on a chiral column (standardized T...
Fig. 3. Sample GC traces of blue spruce (B1), Norway spruce (N1), and cedar of Lebanon (C1). Compoun...
Raber, Alexandra G., Peachey-Stoner, Reuben J., Cessna, Stephen G., Siderhurst, Matthew S. (2021): H...
Fig. 9. Experiment 2, comparison of N1, N7, and N11 GC traces (standardized TIC responses). Differen...
Fig. 4. Sample chiral GC traces of blue spruce (B1), Norway spruce (N1), and cedar of Lebanon (C1). ...
Fig. 7. Experiment 1, comparison of variation in cedar of Lebanon samples. Different colored sample ...
Fig. 8. Experiment 2, PCA of B1–B11, N1–N11, and C1 run over two days (standardized TIC responses). ...
Fig. 10. Experiment 3, PCA of B1–B11 and N1–N11 run over two days (standardized TIC responses). Circ...
Fig. 5. Experiment 1, PCA of B1, N1, and C1 over time (standardized TIC responses). Samples were col...
Fig. 2. Chemical structures for terpenes detected from branch tip samples. Numbering follows Table 1...
Fig. 6. Selected principal component loadings vs. GC retention times. Loadings are shown for Experim...
Fig. 1. Mean abundance of Norway volatiles vs time (left) and the logarithm of average abundance of ...
The extractable monoterpenes from needles of two groups of trees - 4-year-old clonal and 20-year-old...
As genetic diversity is an important cause of variation in needle monoterpenes of conifers, the tree...
Fig. 4. A: PCA score plot for digitized 1 H NMR data (8.5–20 ppm) of solvent extracts from AK herbar...