Additional files [RJEE Vol. 7 (4). 2022 – 1]

• Fig. 1. Scheme of the ontogeny of S. starkeana individuals of various life forms: the top line is an epigeogenic-geoxyl shrub; the bottom line is a hypogeogenic-geoxyl shrub, the arrows show the growth directions of skeletal axes, the crosses show dead shoots; life forms
• Fig. 2. Phases of seed germination and seedling development of S.starkeana at t = 20 °С: a – appearance; b – 24 hours after the start of soaking; c – after 68 hours; d – after 144 hours
• Fig. 3. S. starkeana individual of a tree life form tree: dead shoots are shown by crosses
• Fig. 4. Scheme of the structure of the main skeletal axes of S. starkeana life form of low long-xylorizome hypogeogenic-geoxyl shrub: medium-length shoots are indicated in green; short shoots – in black
• Fig. 5. Scheme of the structure of the lower (a), middle (b), upper (c) model branches of S. starkeana (life form of hypogeogenic-geoxyl shrub) in the middle-aged generative ontogenetic state: shoots of medium length are indicated in green; short shoots – in black
• Fig. 6. Scheme of the structure of the lower (a), middle (b), upper (c) model branches of S. Starkeana (life form of epigeogenic-geoxyl shrub) in the middle-aged generative ontogenetic state: shoots of medium length are indicated in green; short shoots – in black
• Fig. 7. Scheme of the structure of the lower (a), middle (b), upper (c) model branches of S. Starkeana (life form of a tree) in the middle-aged generative ontogenetic state:medium-length shoots are indicated in green; short shoots – in black
• Fig. 8. Генеративные побеги S. starkeana а – пестичные; б – тычиночные
• Fig. 9. Types of metamers in the annual shoots of the studied willow species
• Fig. 10. Architectural module VII
• Fig. 11. Share of participation of three-year shoot system types in the composition of the crown of S. starkeana individuals: a – males; b – females
• Fig. 12. Ratio of three-year shoot system types in the composition of the crown of S. starkeana individuals