Wyoming is a state of dramatic wind, wide-open plains, and varied elevations. Selecting native trees that tolerate wind can improve shelter for homes, farms, and livestock while supporting local ecosystems. This article reviews wind-tolerant native trees appropriate across Wyoming counties, explains the biology behind wind resistance, gives site-specific recommendations, and offers practical planting and maintenance guidance for successful windbreaks and shelterbelts.
Wyoming experiences strong prevailing winds, cold winters, and large daily temperature swings. Wind impact varies by county because of elevation, topography, and land use. Low-elevation counties such as Laramie, Goshen, and Converse are dominated by shortgrass prairie conditions and experience persistent open-country winds. Mountain and foothill counties like Park, Teton, and Fremont offer lee areas and more sheltered microsites but also experience storm-driven gusts and heavy snow loading.
Selecting trees for wind tolerance depends on:
Wind tolerance is not a single trait. Species succeed in windy Wyoming for several reasons:
A practical planting strategy uses species mixes and layered plantings rather than relying on one “windproof” tree.
These species handle open prairie winds, often along riparian corridors or where irrigation provides moisture.
Plains cottonwood grows rapidly to 50+ feet with a broad crown. It tolerates wind by developing a robust root system in moist soils. It establishes fast as a windbreak but wood is brittle and prone to limb breakage in ice storms. Best planted in rows along waterways or irrigated shelterbelts. Common in Albany, Laramie, Converse, Goshen counties.
Smaller than plains cottonwood and more common at higher elevations and foothills. Narrower crown helps reduce wind resistance. Good for riparian linear plantings where soil is well drained but moist.
A flexible, shrubby willow that forms dense stands along streams and ditches. Its pliant branches perform well under strong winds and snow load. Excellent for stabilizing banks and creating low shelter near the ground.
A tough shrub-tree that tolerates drought and wind and provides dense screen. Good for windbreak interior rows and wildlife forage. Often used in mixed shelterbelts in eastern Wyoming counties.
These counties include Big Horn, Johnson, Natrona (along river corridors) and portions of Park and Fremont. Soil and moisture vary; species below tolerate wind and variable soils.
Evergreen with a narrow, columnar to conical form that sheds snow well and stands up to gusts. Deep root system and small foliage minimize sail effect. Useful in single-row screens where year-round foliage is desired.
In drier, stony soils these junipers persist where taller trees cannot. They provide long-lived wind resistance and habitat structure.
Aspen grows in clones and resprouts vigorously after damage. Its relatively small leaves and suckering habit provide flexible, renewable shelter. It is wind-tolerant when planted in clonal stands on suitable soils at mid elevations.
A tough, shrubby oak forming dense stands on slopes and benchlands. Its low mounding growth form makes it excellent for slope stabilization and for creating low windbreak layers.
At high elevation, trees must tolerate severe winter winds, heavy snow, and short growing seasons.
Limber pine has flexible branches and a conical habit that resists wind and snow breakage. It grows on rocky soils and high-elevation sites where deeper-rooted conifers can establish.
On warmer south- and west-facing slopes, ponderosa establishes well and its tall, open form creates a wind-dampening canopy when used in groups. Mature trees are reasonably wind-stable and resist snow loading better than broadleaf species.
These species tolerate high-elevation wind and snow when planted in protected groupings or natural stands. They are less appropriate as exposed single-row windbreaks because large, exposed spruce can suffer ice and shear.
There is no one-size-fits-all layout, but effective designs follow layered principles: outer rows of tall, wind-tolerant trees, interior rows of mid-height trees and shrubs, and an inner row of dense shrubs to reduce wind and drifting snow near structures.
Successful windbreaks require attention during the first 5 to 10 years.
Native Wyoming trees provide the best foundation for durable, ecologically sound wind protection. Matching species to local conditions, using layered shelterbelt designs, and committing to early establishment care will produce wind-tolerant plantings that protect property, reduce soil erosion, conserve water, and support wildlife. Whether you manage an irrigated shelterbelt in Albany County or a high-elevation stand in Teton County, practical planning and species diversity are the keys to long-term success.