Maples: types, varieties and practical applications
Maple is a genusAcerSapindaceae family. This is a very diverse group of trees and shrubs native to the temperate and subtropical zones of Eurasia, North America, and certain tropical mountain regions. Unlike oak, maple is not usually the main, long-lived "framework" of a forest. Its strong point israpid nutrient cycling, pollinator nutrition, second-tier formation, soil shading, and restoration of forest windowsThe genus is distributed throughout almost the entire Northern Hemisphere. (Plants of the World Online)
Rating in the table:
5- very high stability;
4— high;
3- average;
2- low;
1- very low.
Maximum comparison table of the main maples
| View | Origin | Height | Durability | Frost | Drought | Moist soil | Lime / alkali | Salt | Shadow | Speed | The main benefit | Best areas | Main risks |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Field maple - Acer campestre | Europe, Western Asia | 10–20 m | 150–300 years | 4–5 | 4–5 | 2–3 | 5 | 3–4 | 4 | Average | Soil improvement, hedge, second tier, pollinators | Dry plains, forest edges, limestone slopes, cities | Slower than large maples; does not like stagnant water |
| Platanoides - A. platanoides | Europe - Central Asia | 20–30 m | 150–250 years | 5 | 3–4 | 3 | 4–5 | 3 | 5 | Medium-fast | Early flowering, dense shade, urban forest, fertile foliage | Plains, cities, forest edges, fertile soils | May spread too vigorously; invasive in North America |
| White maple, or sycamore — A. pseudoplatanus | Europe - Western Caucasus | 25–35 m | 300–500 years | 5 | 2–3 | 4 | 4 | 4 | 4 | Fast | Large mountain tree, wind resistant, valuable timber | Foothills, wet slopes, ravines, maritime climate | Strong self-seeding; less tolerant of prolonged drought |
| Montpellier maple — A. monspessulanum | Southern Europe, Mediterranean, Western Asia | 5–15 m | 150–300 years | 3–4 | 5 | 1–2 | 5 | 3 | 3 | Slow | Dry-resistant second tier, restoration of rocky slopes | Southern slopes, limestone, forest-steppe | Not for swampy areas and severe northern frosts |
| Italian maple - A. opalus | Southern and Central Europe | 8–20 m | 150–300 years | 3–4 | 4 | 2–3 | 5 | 2–3 | 3 | Average | A transitional species between wet and dry forests | Warm foothills, limestone slopes | Limited frost resistance in the north |
| Tatar maple — A. tataricum | Eastern Europe, the Caucasus, Western and Central Asia | 5–12 m | 100–200 years | 5 | 5 | 2–3 | 4–5 | 4 | 3 | Average | Wind protection, dry forest edges, bird feed, urban landscaping | Steppe, forest-steppe, dry continental zones | Small size; can form dense undergrowth |
| Ginnala maple — A. ginnala | East Asia | 5–10 m | 80–150 years | 5 | 4 | 3 | 3 | 3–4 | 3 | Average | Bright autumn colours, hedges, windbreaks | Cold cities, coastlines, small areas | In some regions it can naturalize |
| Sugar maple — A. saccharum | Eastern North America | 20–30 m | 300–400+ years | 5 | 2–3 | 2 | 1–2 | 1 | 5 | Slow | Sugary sap, dense canopy, durable wood | Cool, moist forests with deep soils | Does not tolerate salt, compaction, heat, and calcareous soils. |
| Black maple — A. saccharum subsp. nigrum | Central North America | 20–30 m | 250–400 years | 5 | 3 | 2–3 | 2–3 | 1 | 5 | Slow | A more robust continental relative of the sugar maple | Cool, rich forests | Alien to Europe; not for mass deployment |
| Red maple — A. rubrum | Eastern North America | 15–25 m | 150–300 years | 4–5 | 3 | 5 | 1–2 | 2 | 3 | Fast | Wet forests, bright autumn, early nectar | Floodplains, wet lowlands, acidic soils | Chlorosis occurs on alkaline soils; less so on limestone |
| Silver maple - A. saccharinum | North America | 20–30 m | 100–150 years | 5 | 2 | 5 | 3 | 2 | 2 | Very fast | Quickly covers wet, disturbed soils | Floodplains, banks of large rivers | Brittle branches, shallow roots, short life |
| Freeman's maple — A. × freemanii | A hybrid of red and silver maples | 15–25 m | 100–200 years | 4–5 | 3 | 4 | 2–3 | 2–3 | 2–3 | Fast | Combines fast growth and decorative autumn | Cities, humid plains | Hybrid, less ecological value outside North America |
| Large-toothed maple - A. grandidentatum | Western North America | 8–15 m | 150–300 years | 4 | 5 | 2 | 4–5 | 2 | 3 | Slow | A drought-resistant analogue of sugar maple | Dry mountains, canyons, limestone | Rarity of planting material |
| Box elder – A. negundo | North America | 10–20 m | 60–100 years | 5 | 4 | 5 | 4 | 4 | 3 | Very fast | Quickly strengthens damaged banks | Only controlled technical plantings in the native range | Aggressively invasive in many European countries; weak wood |
| Japanese maple — A. palmatum | Japan, Korea | 3–10 m | 80–150+ years | 3–4 | 1–2 | 3 | 1–2 | 1 | 4 | Slow | Ornamental, small undergrowth | Protected gardens, acidic, loose soils | Sensitive to heat, wind, drought and lime |
| Siebold's maple — A. sieboldianum | Japan | 8–15 m | 100–200 years | 5 | 2 | 3 | 2 | 1 | 4 | Slow | Cold-resistant ornamental undergrowth | Cool forest gardens | Doesn't like dry, hot climates |
| Manchurian maple - A. mandshuricum | Northeast Asia | 10–20 m | 100–200 years | 5 | 2 | 3 | 2 | 1 | 3–4 | Average | Frost resistance, autumn coloration | Cold, damp regions | Demanding of moisture and soil |
| Small-leaved maple — A. mono | East Asia | 15–20 m | 150–250 years | 5 | 3–4 | 3 | 3–4 | 2 | 4 | Average | Forest second tier, frost resistance | Continental temperate climate | An alien species for Europe |
| Three-flowered maple — A. triflorum | Northeast Asia | 8–12 m | 100–200 years | 5 | 3 | 2–3 | 2 | 1 | 3 | Slow | Beautiful bark and autumn color | Arboretums, parks | Non-forest-forming species |
| Maple series — A. griseum | China | 6–10 m | 100–150 years | 4 | 3 | 2 | 2 | 1 | 3 | Slow | Decorative peeling bark | Parks and gardens | Rare, not suitable for mass reforestation |
| David's maple — A. davidii | China | 8–15 m | 100–150 years | 4 | 2 | 3 | 2 | 1 | 4 | Average | Undergrowth, decorative striped bark | Cool, damp gardens | Does not tolerate dry, calcareous soil well. |
| Cappadocian maple — A. cappadocicum | Caucasus, Western and Central Asia | 15–25 m | 150–300 years | 4 | 3–4 | 3 | 3–4 | 2 | 4 | Fast | Shade-tolerant forest maple | Mixed forests, parks | May produce root suckers |
| Colchis maple - A. cappadocicum subsp. divergens and related forms | Caucasus and Western Asia | 10–20 m | 150–250 years | 3–4 | 3 | 3 | 3 | 2 | 4 | Average | Mountain and humid mixed forests | Caucasian climatic analogues | Origins should not be mixed without testing |
| Velvety maple — A. velutinum | Caucasus, Northern Iran | 25–40 m | 200–400 years | 3–4 | 3 | 4 | 3 | 2 | 3 | Fast | One of the largest maples, valuable for humid valleys | Warm fertile foothills | Not for cold and dry outdoor areas |
| Cretan maple - A. sempervirens | Eastern Mediterranean | 5–12 m | 100–250 years | 1–2 | 5 | 1 | 5 | 4 | 3 | Slow | Semi-evergreen drought-tolerant maple | Warm Mediterranean slopes | Cannot withstand severe frosts |
| Syrian maple — A. obtusifolium | Eastern Mediterranean | 5–12 m | 100–200 years | 2 | 5 | 1–2 | 5 | 4 | 3 | Slow | An evergreen or semi-evergreen species of dry forest | Levant, the soft coast | Not for Central Europe |
| Three-lobed maple – A. buergerianum | China, Korea, Japan | 8–15 m | 100–200 years | 3–4 | 4 | 3 | 3 | 3–4 | 3 | Average | Tolerates urban conditions well | Warm cities, parks | Young trees are sensitive to frost |
| Amur small-fruited maple complex | East Asia | 5–15 m | 100–200 years | 5 | 4 | 3 | 3 | 3 | 3 | Average | Wind protection, frost resistance | Cold continental regions | Some species may disperse outside their range. |
Three main maples of Central Europe
1. Field maple is the oak's best all-round companion.
Acer campestre— the most practical maple for long-lasting mixed plantings on plains, dry slopes, forest edges and in urban forests.
Its advantages:
tolerates calcareous and alkaline soils;
more drought-resistant than many maples;
withstands shaping and cutting;
can grow as a tree or a large multi-stemmed bush;
forms the second tier well;
its leaves quickly decompose and improve humus;
early flowers are beneficial to insects;
The dense crown protects the soil from overheating.
The RHS specifically includes field maple among the plants suitable for sandy, well-drained soils and regards some of its forms as promising for a changing climate.RHS)
Best place:Next to the oak tree, but not right next to the young oak. Use at a distance of approximately 6–10 m from the future large oak or as an outer second tier.
2. White maple, or sycamore, is a large mountain maple
Maplereaches approximately 30 m and is naturally distributed from Europe to the Western Caucasus. In Switzerland, it is one of the main local large maples. (Infoflora)
Advantages:
wind resistant;
grows well on cool and damp slopes;
tolerates mountain climate;
withstands sea air better than many other maples;
quickly closes forest windows;
forms a large tree and valuable timber.
The downside is that it readily self-seeds and, if left unchecked, can shade slow-growing oak trees. It's not the best choice for dry, hot plains.
3. Norway maple is a shade-tolerant forest tree
Acer platanoidesIt is naturally distributed from Europe to Central Asia and Pakistan. It tolerates shade, urban conditions and moderate drought, and blooms in early spring before the leaves emerge.Infoflora)
Advantages:
quickly forms a crown;
early source of pollen and nectar;
tolerates air pollution;
grows on calcareous soils;
covers the soil well.
However, dense shade and abundant self-seeding can suppress the grass layer and oak undergrowth. Therefore, it's best to limit its proportion in the project.
How does maple differ from oak and ash?
| Indicator | Oak | Ash tree | Maple |
|---|---|---|---|
| Leading role | Durable frame | Light and rapid mineral exchange | Second tier, humus, filling forest windows |
| Typical durability | Very high | Average | Average |
| Crown density | Average | Light | Often dense |
| Decomposition of leaves | Slower | Very fast | Fast or moderately fast |
| Animal feed | Acorns, bark, insects | Seeds and related species | Seeds, flowers, insects |
| Early food for pollinators | Average | Small | High in many species |
| Self-seeding ability | Average | Average | Often high |
| Role in the young forest | It grows slowly | Accelerates development | Quickly closes voids |
| Risk of oak suppression | Short | Low-medium | Medium-high with excessive density |
Environmental benefits of maple
Early flowering
Maples, especially Norway maples and field maples, can provide insects with pollen and nectar in the spring, when most forest trees are not yet in bloom.
Nourishing foliage
The leaves of many maples decompose faster than those of oak and beech. They:
support earthworms;
accelerate the formation of soft humus;
restore calcium, potassium and magnesium;
reduce the accumulation of dense, sedentary litter.
Formation of the second tier
Field, Tatarian, and Montpellier maples are capable of forming an intermediate tree layer between tall oaks and shrubs. These are:
protects oak trunks from overheating;
reduces soil drying out;
creates nesting sites;
increases the spatial diversity of the forest.
Fast closure of damage
Maples quickly take over windows after older trees fall. This is beneficial against erosion and overheating, but can hinder oak regeneration if left unchecked.
Maples by site type
| Site conditions | The most suitable species |
|---|---|
| Deep, fresh, fertile soil | Sycamore, holly-leaved, sugar |
| Dry calcareous soil | Field, Montpellier, Italian, Tatar |
| Rocky southern slope | Montpellier, large-toothed, Cretan |
| Cold continental climate | Tatar, Ginnala, holly-leaved |
| Wet mountain slope | Sycamore, Manchurian, Siebold's |
| Floodplain and wet lowland | Red, silver, sycamore in the absence of a permanent swamp |
| Heavy urban soil | Field, holly, Tatar |
| Acidic forest soil | Sugar, red, Japanese |
| Alkaline and calcareous soil | Field, Montpellier, Tatar |
| Maritime climate | Sycamore; field in protected places |
| Mediterranean drought | Montpellier, Cretan, Italian |
| A small garden | Field form, Ginnala, Japanese, gray |
| Windbreak and hedge | Field, Tatar, Ginnala |
| Main high tier | Sycamore, holly-leaved, sugar |
| The second tier around the oak tree | Field, Tatar, Montpellier |
Priority landing for Switzerland and Central Europe
| Priority | View | Role | A reasonable share among all the trees |
|---|---|---|---|
| 1 | Field maple | Dry forest edges, second tier, cities, calcareous soils | 5–12% |
| 2 | White maple / sycamore | Wet slopes, mountains, ravines | 3–8% |
| 3 | Maple tree | Fertile plains and urban forest | 2–6% |
| 4 | Italian maple | Warm limestone regions | 1–4% |
| 5 | Montpellier maple | Experimental dry southern sites | 1–3% |
| 6 | Other alien species | Arboretums and test plantings | Typically less than 1% of each |
For the Wetzikon and Zurich Oberland regions, the main constraint will be not only frost, but also the combination of heavy, wet soils and future summer droughts. On fresh and north-facing slopes, it makes sensesycamore, on drier forest edges and urban areas -field maple, and it is better to use the holly leaf one in moderation.
Recommended structure around the main oak tree
For one long-lasting group with a radius of approximately 15–20 m:
| Situation | View | Quantity | Function |
|---|---|---|---|
| Center | Pedunculate oak or sessile oak | 1 | A framework for 500–1000 years |
| Middle Ring | Field maple | 2–4 | Second tier, humus, trunk protection |
| The wetter side | Sycamore | 0–1 | High satellite, wind resistance |
| North or east side | Linden | 1–2 | Soil, pollinators, microclimate |
| Light intervals | Ash tree | 0–1 | Light crown and rapid mineral exchange |
| Outer edge | Hazel, hawthorn, viburnum | 4–8 | Shrub belt and animal feed |
Avoid planting several fast-growing sycamores or Norway maples close to a young oak tree. During the first 30 to 50 years, they can outgrow it and block out overhead light.
Which maples should not be planted en masse in Europe?
Ash-leaved maple
Acer negundoIt grows quickly and tolerates harsh conditions, but in Europe it can aggressively occupy floodplains, displacing native species and creating short-lived thickets. It is best not to use it for natural reforestation.
North American ornamental maples
Red, silver, and sugar maples are valuable in their native ranges, but in Europe they do not replace native species. They can be useful in arboretums and limited climate testing, but mass planting reduces the forest's relationship with native insects, fungi, and other organisms.
Final priority
For durable European mixed forest:
Field maple— the best universal companion of oak.
Sycamore— the best large maple for wet slopes and mountains.
Maple tree- a strong, but requiring control, forest and urban species.
Montpellier and Italian maple— promising for dry, warm regions.
Alien maples are only a limited experiment, not the basis of the ecosystem.
The optimal total proportion of maples in a long-lived mixed forest is usually approximately8–18%, distributed according to relief and moisture content. Making maple the sole dominant tree is unwise: a dense canopy and active self-seeding can gradually degrade the lower forest layers.
