5. Experimental
5.1. Plant materials
Petals of 33 wild Camellia species were collected from January
to April in 2002–2005 (Supplementary materials 2 and 3). The
majority of the petals were collected in the government-owned
natural forest. Red flowers of the species cultivated in the Research
Institute of Subtropical Forestry (RISF) at the Chinese Academy of
Forestry, where these species were transplanted from their native
habitats in 1965 through 1970, were also collected. Flowers of the
species cultivated in the Jinhua International Camellia Species Gar-
den at Jinhua City (ICSGJC) were also collected from their native
habitats in 1999 through 2003 (Gao et al., 2005). The plant speci-
mens of C. hongkongensis, C. lapidea, C. semiserrata, C. cryptoneura,
C. pitardii var. yunnanica and C. azalea were deposited at the IBSC
Herbarium, and the voucher specimen codes/numbers (VSC No.)
5. Experimental5.1. Plant materialsPetals of 33 wild Camellia species were collected from Januaryto April in 2002–2005 (Supplementary materials 2 and 3). Themajority of the petals were collected in the government-ownednatural forest. Red flowers of the species cultivated in the ResearchInstitute of Subtropical Forestry (RISF) at the Chinese Academy ofForestry, where these species were transplanted from their nativehabitats in 1965 through 1970, were also collected. Flowers of thespecies cultivated in the Jinhua International Camellia Species Gar-den at Jinhua City (ICSGJC) were also collected from their nativehabitats in 1999 through 2003 (Gao et al., 2005). The plant speci-mens of C. hongkongensis, C. lapidea, C. semiserrata, C. cryptoneura,C. pitardii var. yunnanica and C. azalea were deposited at the IBSCHerbarium, and the voucher specimen codes/numbers (VSC No.)
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