Article Figures & Data
Figures
- Figure 1.
Summer inflorescences and low, mounded habit of New Jersey tea (Ceanothus americanus L. [Rhamnaceae]).
- Figure 2.
Copious flowers on sand cherry (Prunus pumila L. [Rosaceae]).
- Figure 3.
Urn-shaped flowers of sweetbells (Eubotrys racemosa L. [Ericaceae]).
- Figure 4.
Scarlet red fall foliage color on sweetbells.
- Figure 5.
Micropropagation of New Jersey tea: recently initiated shoots (A); proliferating shoots (B); rooted and acclimated microcuttings ready for transfer to the greenhouse (C); rooted microcuttings exhibiting a well-developed, coarse, white root system (D); fully acclimated growing plantlets from a 96-plug tray in the greenhouse ready for up-potting and transfer to outdoor conditions (E); high-quality liner plants in 106-ml pots (F).
- Figure 6.
Micropropagation of sand cherry: proliferating in vitro shoots (A); microcuttings at time of sticking (B); rooted and acclimated microcuttings ready for transfer to the greenhouse (C); high-quality liner plants in 307-ml pots (D).
- Figure 7.
Micropropagation of sweetbells: proliferating shoots (A); microcuttings at time of sticking (B); rooted and acclimated microcuttings ready for transfer to the greenhouse (C); rooted microcuttings exhibiting a fine root system (D); fully acclimated plantlets from a 96-plug tray in the greenhouse ready for up-potting and transfer to outdoor conditions (E); high-quality liner plants in 106-ml pots (F).
Tables
- TABLE 1
Micropropagation medium, shoot multiplication rate, and subculture frequency for in vitro cultures of New jersey tea, sand cherry, and sweetbells.
Species Medium typez Hormoney Sequestrene 330 PH Shoot multiplication rate Subculture frequency (d) New Jersey tea WP 4 mg/l ZT 50 mg/l 5.2 2x 21 Sand cherry MS 0.5 mg/l BA — 5.7 8x 28-35 Sweetbells WP 4 mg/l ZT 50 mg/l 5.2 3x 35-42
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