Assessment of vegetation diversity of the North-Eastern forests in Kostroma region. Upscaling vegetation data from forest-stand to regional level
Содержание
- 2. Structure of the computer information-analytical system Программы обработки и анализа Геоинформационная система Первичные базы данных Геоботанические
- 3. Базы первичных данных демографические данные таксационные описания геоботанические описания Справочные базы данных типы популяционного поведения Программы
- 4. Steps of vegetation sample plots data proceeding to assess vegetation diversity at forest-stand level 1) расчет
- 5. Number of vegetation sample plots in different forest types at the North-East of Kostroma region
- 6. Number of phytosociological releves per forest type groups and per year
- 7. DCA ordination of the Kostroma vegetation sample plots Ellenberg’s indicator values: R – soil reaction N
- 8. PCoA ordination of the Kostroma vegetation sample plots Группы типов леса Ellenberg’s indicator values: R –
- 9. NMS ordination of the Kostroma vegetation sample plots Группы типов леса Ellenberg’s indicator values: R –
- 10. NMS ordination of the Kostroma vegetation sample plots
- 11. NMS ordination of the Kostroma vegetation sample plots Overstorey dominants Picea sp. Betula sp. Pinus sylv.
- 12. NMS ordination of the Kostroma vegetation sample plots with values F (soil moisture) overlay
- 13. NMS ordination of the Kostroma vegetation sample plots with values N (soil nutrient) overlay
- 14. NMS ordination of the Kostroma vegetation sample plots with values R (soil reaction) overlay
- 15. NMS ordination of the Kostroma vegetation sample plots with values L (light regime) overlay
- 16. NMS ordination of the Kostroma vegetation sample plots with values K (climate continentality) overlay
- 17. NMS ordination of the Kostroma vegetation sample plots with values T (temperature regime) overlay
- 18. Reliability of a difference between the forest types upon the species number at the plots
- 19. NMS ordination of the Kostroma vegetation sample plots with the number of vascular plants overlay
- 20. Tree and shrub species diversity of the forest types
- 21. NMS ordination of the Kostroma vegetation sample plots with the number of tree species overlay
- 22. NMS ordination of the Kostroma vegetation sample plots with the number of tree species in overstorey
- 23. NMS ordination of the Kostroma vegetation sample plots with the number of shrub species overlay
- 24. NMS ordination of the Kostroma vegetation sample plots with the number of shrub species in the
- 25. NMS ordination of the Kostroma vegetation sample plots with the species number of different ecological-coenotic groups
- 26. NMS ordination of the Kostroma vegetation sample plots with the number of boreal species overlay
- 27. NMS ordination of the Kostroma vegetation sample plots with the number of nemoral species overlay
- 28. NMS ordination of the Kostroma vegetation sample plots with the number of nitrophilous species overlay
- 29. NMS ordination of the Kostroma vegetation sample plots with the number of piny species overlay
- 30. NMS ordination of the Kostroma vegetation sample plots with the number of meadow species overlay
- 31. NMS ordination of the Kostroma vegetation sample plots with the number of oligotrophic species overlay
- 32. NMS ordination of the Kostroma vegetation sample plots with the number of tall herbaceous species overlay
- 33. Ecological-coenotic structure of forest types ЭЦГ ЭЦГ
- 34. Jaccard's similarity coefficient for forest types
- 35. Forest types and succession variants from the 1st to 5th succession stage Spruce forest Mixed spruce
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