Learning Outcomes
Upon successful completion, students will have acquired:
1. Knowledge of the ecological, environmental problems of urban green areas.
2.Knowledge of tree physiological damage from environmental factors.
3. Ability to select trees (ecological selection, selection based on purpose of use, functional, aesthetic characteristics, etc.), with an emphasis on climate change mitigation.
4. Ability to design measures to improve the conditions for the growth of trees in cities.
5. Ability to manage urban trees and urban green space.
6. Ability to evaluate the use different types of trees and shrubs used in urban environments.
Course Content (Syllabus)
Historical analysis of Urban Silviculture (trees in cities, urban and peri-urban green areas), ecological and environmental problems of residential areas. Urban green categories. Beneficial effects of urban trees and green spaces. Microclimate improvement, oxygen enrichment, CO2 sequestration, decontamination, health and mental impact, noise reduction, aesthetic improvement of the urban landscape, environmental engineering uses. Living conditions of trees in the city. Physiological damages from environmental factors. Criteria for species selection (growth rate, lifespan, dimensions at maturity, site requirements, type of root system, crown shape, pollution resistance, response to pruning, phenology, functional properties, crown density and solar retention rate, especially characteristics (eg. thorns, poisonous fruits, etc.), Treatments and handling measures to improve urban tree growth conditions. Assessment of different tree and shrub species.