Additional files [RJEE Vol. 10 (1). 2025 – 4]

• Fig. 1. Structure of generative shoots of the examined willow species:a – generative shoots of type I; b – generative shoots of type II; c – generative shoots of type III;d – generative shoots of type IV; 1 – two-keeled bud scale; 2 – cataphylls;3 – vegetative zone; 4 – catkin-shaped open raceme; 5 – small leaves of the middle formation;6 – large leaves of the middle formation; 7 – buds of regular renewal
• Fig. 2. Generative shoots of S. acutifolia: male and female
• Fig. 3. Generative shoots of S. aurita: staminate and pistillate
• Fig. 4. Generative shoots of S. caprea: male and female
• Fig. 5. Generative shoots of S. gmelinii: male and female
• Fig. 6. Female generative shoots of S. lapponum
• Fig. 7. Generative shoots of S. viminalis: male and female
• Fig. 8. Generative shoots of S. vinogradovii: male and female
• Fig. 9. Generative shoots of S. alba: male and female
• Fig. 10. Generative shoots of S. cinerea: male and female
• Fig. 11. Generative shoots of S. euxina: staminate and pistillate
• Fig. 12. Generative shoots of S. myrsinifolia: male and female
• Fig. 13. Generative shoots of S. myrtilloides: male and female
• Fig. 14. Generative shoots of S. rosmarinifolia: male and female
• Fig. 15. Generative shoots of S. starkeana: male and female
• Fig. 16. Generative shoots of S. triandra: male and female
• Fig. 17. Generative shoots of S. pentandra: male and female
• Fig. 18. Generative shoots on the current year shoot of S. cinerea (June)
• Fig. 19. Male generative shoots of S. euxina on the current year shoots (September)
• Fig. 20. Male generative shoot on the current year shoot of S. gmelinii (June)
• Fig. 21. Male generative shoots on the current year shoot of S. myrsinifolia (June)
• Fig. 22. Female generative shoot of S. myrsinifolia on the current year shoot, formed from an axillary bud: leaves eaten by pests (August)
• Fig. 23. Female generative shoots on the current year shoot of S. rosmarinifolia (July)
• Fig. 24. Male generative shoots on the current year shoot of S. triandra (July)
• Fig. 25. Female generative shoots on the current year shoots of S. triandra (July)
• Fig. 26. Female generative shoots on the current year shoot of S. viminalis (July)
• Fig. 27. Male generative shoot on the current year shoot of S. viminalis (July)
• Fig. 28. Female generative shoots on the current year shoots of S. vinogradovii (June)
• Fig. 29. Male generative shoot (a), female generative shoot (b), generative shoot with male
  and female flowers (c), formed on a bisexual individual of S. myrsinifolia
• Fig. 30. Two-year-old branch of S. myrsinifolia with male generative shoots and with bisexual generative shoots:1 – generative shoots with inflorescence of male and female flowers; 2 – female flowers; 3 – male flowers; 4 – generative shoot with male flowers
• Fig. 31. Generative shoots of S. myrsinifolia:a – with male inflorescence; b – with bisexual inflorescence;c – with pistillate inflorescence; d – male flower; e – female flower
• Fig. 32. Variants of the arrangement of male, female and bisexual generative shoots of S. myrsinifolia in the system of biennial and triennial vegetative shoots:1 – female generative shoot formed from a regular renewal bud; 2 – bisexual generative shoot from a regular renewal bud; 3 – male generative shoot from a regular renewal bud; 4 – male generative shoot formed from a dormant bud