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and V. tortilis outside the ORI compound (Table 2).
The frequencies of woody species ranged between 98.5 and 1.5% inside the ORI compound (Table 1) and 85.4 and 0.5% outside the ORI compound (Table 2).
The IVI of woody species ranged between 154 and 0.3% inside the ORI compound (Table 1), and 105 and 0.5% outside the ORI compound (Table 2).
inside the ORI compound (Table 1), and C. mopane, C. megalobotrys, P. violacea, Grewia flavescens Juss.
We have 56,911,891 compounds in our PubChem Compound table as the time of writing.
Mass spectrometry was used to confirm the identity of the compound (Table 1).
The three relatively dominant woody species were C. mopane, V. tortilis and C. megalobotrys inside the ORI compound (Table 1), and C. mopane, C. megalobotrys and C. hereroense outside of the ORI compound (Table 2).
The genera represented by the highest richness of the woody species were Grewia and Vachellia inside the ORI compound (Table 1) and Grewia and Combretum and Vachellia outside the ORI compound (Table 2).
The current version of OrChem expects the user's compound table to have MDL Molfiles to work with.
The mean densities of woody species ranged between 12,307 and only 0.4 individual ha−1 inside the ORI compound (Table 1).
Similarly, the mean densities of woody species ranged between 912 and 0.4 individual ha−1 outside the ORI compound (Table 2).
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