Quick Guide to Suitable Urban Tree Species

Here we have an assortment of tree species suitable for planting in urban areas. Factors such as ornamental value, hardiness and maintenance were taken into consideration in the selection of these trees.

The tree species outlined below represent the best selection based on a look at urban specie suitability by GreenBlue Infrastructure Solutions. This article offers a brief description of 6 selected species – for a more detailed information on these species and more, download our full guide.

Maple – Acer Campestre (Elsrijk)

  • robust, medium-sized tree
  • reaches approximately 40 ft in height at maturity
  • heavy, calcareous soil preferred, but not too dry sandy soils are also suitable
  • possible to create block, cube, or cylinder shapes

Birch – Betula Utilis (Doorenbos)

  • attractive white bark
  • thin and peeling bark

Beech – Fagus Sylvatica (Dawyck)

  • narrow growth habit, ideal for areas of limited space
  • reaches 65 to 80 ft in height
  • shallow rooting makes it sensitive to road salt
  • well-drained soil preference, rich in humus and not too wet

Oak – Quercus Robur (Fastigiate Koster)

  • narrow, upright growth habit
  • reaches 50 to 65 feet in height at maturity
  • branching starts low on trunk
  • branches grow upright creating a pleasing, closed shape
  • prefers humus-rich and moist but well-drained soil

Poplar – Populus Simonii (Fastigiata)

  • initially narrow, upright growing tree that becomes broader
  • 100 to 115 feet in height at maturity
  • small leaves
  • grows in clay (not too heavy) as well as sandy soils, and also tolerates wet soils

Linden – Tilia Cordata (Rancho)

  • wind tolerant and ideal for closed road surfacing
  • 35 to 40 feet in height
  • immune to honeydew and sooty mold
  • egg-shaped crown, ultimately 20 to 26 feet wide
  • bears sweet smelling yellow flowers in summer
  • prefers sandy soil and tolerates drought

In general, these are tree species that do not require high levels of maintenance. Of course even with that in account, city centers and other areas where street trees are planted tend to be areas that receive the most attention, which means maintenance is likely to be more intensive.

The precise amount of maintenance required for any given tree is subject to a number of factors, such as the number of trees per square foot and the size of the trees at the time of planting. Therefore, is it essential when setting up a maintenance plan to also map the budget needed for maintenance.

For decades, the way we designed drainage in our towns and cities followed a simple principle: get water away from

A ‘Super El Niño’ is set to make 2027 one of the hottest years on record, with temperatures potentially exceeding

What stood out at UKREiiF 2026, across a range of sessions and conversations, was how often different speakers and disciplines

Raingardens are designed to manage rainfall where it lands. Instead of sending water straight into underground pipes, they slow, store

Urban tree populations in cities around the world are under pressure. Despite the clear benefits trees bring, including cooling streets,

When the phrase root girdling appears in a specification meeting or planning discussion, it tends to stop the conversation cold.

One of the biggest challenges facing the urban greening industry today is how we respond effectively to the accelerating climate

Planting a tree is often framed as an act of optimism, a gesture toward a greener, more hopeful future. But

Sustainable Drainage Systems (SuDS) are most effective when they are treated as a core part of urban design rather than

Designing urban landscapes that successfully support both healthy tree growth and the structural needs of pavements, pathways, and vehicle areas