Mountain Mammals of Turkey: Species of High Elevation Habitats

Turkey’s high-elevation mammal fauna includes far more than wild goats, chamois, bears, and wolves. Its most mountain-dependent members include endemic ground squirrels and dormice, several rock-dwelling snow voles, a subterranean mole known from the Hakkari highlands, and a long-eared bat strongly associated with mountain environments. A reliable account must separate these alpine, subalpine, cliff, scree, and upland-steppe specialists from widespread mammals that merely enter mountain landscapes.

Which Mammals Belong in Turkey’s High-Elevation Fauna

The 2025 national checklist reports 177 wild mammal species in Türkiye, including 165 terrestrial and 12 marine species. It also identifies 13 terrestrial endemics and 12 terrestrial mammals described as regionally endemic. Its scope is national taxonomy rather than elevation-based ecology, so the mountain fauna has to be identified from habitat, locality, and species-level evidence.[a]

The Mammal Diversity Database currently lists 181 living mammal species for Turkey under its own taxonomic treatment and includes recently accepted taxa such as Dryomys anatolicus, Chionomys stekolnikovi, and Talpa hakkariensis. The country list is taxonomic rather than altitude-filtered. Marmota is absent from the current Turkey list, leaving no basis there for adding the alpine marmot to a modern Turkish mountain-mammal account.[b]

The Mountain Systems Behind Turkey’s High-Elevation Fauna

Taurus limestone, scree, and upland plateaus

The Taurus Mountains contain steep limestone walls, broken cliffs, karstic plateaus, boulder fields, dry alpine grassland, and transitions from cedar, juniper, fir, and pine woodland to open terrain above the main forest belt. These discontinuous rocky habitats support the wild goat and several small mammals with restricted Anatolian ranges.

The Taurus ground squirrel is confined to this southern mountain system. The woolly dormouse occupies isolated rocky localities across southern and central Anatolian mountains, while the recently described Chionomys stekolnikovi is known from the Aladağlar section of the central Taurus. Each occupies a different set of localities, so a record from one plateau applies to that documented area rather than every neighbouring massif.

Eastern Black Sea and Kaçkar alpine belts

The Eastern Black Sea mountains combine humid spruce and fir forests with rocky forest edges, subalpine shrub zones, wet meadows, avalanche corridors, alpine grasslands, and long-lasting seasonal snow. This habitat sequence supports the Lazistan snow vole, long-clawed mole vole, northern chamois, Alpine long-eared bat, and several wider-ranging carnivores.

Species can move between elevation belts during the year. Chamois may use alpine grasslands during snow-free periods and descend or shift toward more sheltered terrain during severe winter weather. Forest-associated mammals may also cross the treeline while feeding or moving between valleys. Alpine specialization is reserved for species with a regular ecological association with exposed high-elevation habitats.

Munzur, Palandöken, and the Eastern Anatolian highlands

Eastern Anatolia contains cold continental plateaus, volcanic uplands, steep valleys, alpine steppe, exposed rock fields, and meadow systems that remain snow-covered for long periods. The 2025 dormouse revision places the newly described Dryomys anatolicus in this eastern highland context, including the Munzur Mountains and a sampled locality in the Palandöken system.

Rock-dwelling voles, Anatolian ground squirrels, wild goats, chamois, and wide-ranging predators also occur in parts of this broad region. Their presence is patchy and tied to local terrain, vegetation, snow conditions, prey, and human land use rather than to the name “Eastern Anatolia” alone.

Hakkari’s alpine soils and broken relief

The Hakkari highlands contain deeply dissected mountains, steep rocky slopes, high pastures, snow beds, and soil pockets capable of supporting subterranean mammals. The Hakkari mole was described from this setting at a type locality reported between 2,700 and 2,980 metres. That type locality documents a direct high-elevation association; the species’ broader elevational and geographic limits remain unresolved.

Central Anatolian upland steppe

Central Anatolia lacks the continuous humid alpine belts of the Kaçkar Mountains, but its elevated steppe, volcanic slopes, rolling uplands, and rocky escarpments form a separate mountain-fauna setting. The Asia Minor ground squirrel occupies both lower steppe and alpine meadow, while the Anatolian mouflon is associated with open upland and steppe terrain rather than with narrow scree fields or permanent snow zones.

High-Elevation Mammals Documented in Turkey

The following list combines accepted taxonomy with documented habitat and elevation records. “Mountain associate” identifies a species that regularly uses uplands while also occupying lower or broader habitat belts.

Wild Goats, Chamois, and Mouflon Occupy Different Mountain Niches

Wild goat: cliffs and escape terrain

The wild goat is the most broadly distributed of Turkey’s three principal native mountain caprins. Its defining habitat is not simply “high altitude” but steep terrain that provides rapid escape routes, resting ledges, visual cover, and access to nearby feeding areas. Suitable landscapes may include limestone walls in the Taurus, dry canyons, forested escarpments, and broken slopes in eastern mountain systems.

Wild goats can move between cliffs, open grassland, shrub zones, and forest margins. Lower rocky slopes can still form part of this mountain habitat. Relief and access to secure terrain can be more informative than elevation by itself.

Chamois: a closer link to alpine grassland

Turkey’s chamois populations have a tighter connection to northeastern and eastern alpine landscapes. Open grassland, steep rocky slopes, broken ridges, and the ability to move into sheltered terrain during snow define much of their habitat use. Regional research identifies elevation, terrain, temperature, and human disturbance among the variables related to suitable habitat.

Mouflon: upland steppe rather than narrow alpine rock

The Anatolian mouflon belongs in a mountain-mammal account because it uses elevated, rolling, open terrain. Its main ecological setting is better described by upland steppe, rocky hills, broad visibility, and dry grazing areas than by the highest alpine belt alone.

Its naming also requires care. Sources may use Ovis gmelinii, Ovis orientalis, or an Anatolian subspecies combination. The Mammal Diversity Database currently accepts Ovis gmelinii and places orientalis among its synonyms. Older conservation documents can therefore appear to refer to a different species when they are discussing the same Anatolian lineage under another treatment.

Small Mammals Hold Much of the High-Mountain Endemism

Two ground squirrels occupy different elevational patterns

Spermophilus taurensis is tied to the Taurus Mountains and represents a geographically restricted upland lineage. Spermophilus xanthoprymnus occupies a much wider Anatolian band that includes both central steppe and eastern alpine meadow. Listing both simply as “mountain ground squirrels” conceals this ecological difference.

Both species depend on open ground where burrows can be constructed and visibility around the colony can be maintained. Dense forest is unsuitable for the core colony system. Grazing can sometimes maintain short vegetation, but heavy soil disturbance, cultivation, construction, or loss of connected open habitat can remove usable colony ground.

The woolly dormouse is now two accepted species

The common name “forest dormouse” can be misleading for the highland members of this group. The woolly dormouse is primarily associated with rocky mountain habitat rather than with a closed tree canopy. Vegetation around occupied rock fields may include cedar, juniper, fir, pine, or oak, but crevices and boulder structure provide the central shelter system.

The 2025 revision found two deeply separated lineages. The name Dryomys laniger remains attached to southern and central Anatolian populations, including Taurus localities. Eastern samples from the Munzur and Palandöken systems were assigned to the newly described Dryomys anatolicus. Earlier maps and status summaries that place all of these records under D. laniger now require taxonomic rechecking.

Snow voles are separated by geography and genetics

Snow voles use rock fissures, scree, boulder fields, and stony meadow edges where stable cavities provide shelter from temperature extremes and predators. Permanent snow is not a defining feature of every population. Rock structure is often the more consistent habitat feature.

Chionomys nivalis has a broad and taxonomically complex range. Chionomys lasistanius represents an Eastern Black Sea and Caucasian lineage formerly placed under C. gud. Chionomys stekolnikovi was separated from the nivalis complex after molecular and cranial analysis of two central Taurus specimens.

The two known specimens of Chionomys stekolnikovi establish a separate Taurus lineage. Its distribution, abundance, population trend, and conservation category remain unresolved.

The long-clawed mole vole depends on wet mountain meadows

Prometheomys schaposchnikowi differs from rock-dwelling snow voles. Its strongest habitat association is with moist alpine and subalpine meadow, deep soil, and long snow cover. It spends much of its life underground and may be overlooked by surveys aimed at visible mammals or camera-trap targets.

This habitat distinction matters. A rocky slope suitable for a snow vole may offer little usable soil for a mole vole, while a deep meadow supporting underground tunnels may lack the crevice network required by a rock specialist.

The Hakkari mole reveals hidden alpine diversity

Talpa hakkariensis shows why mountain inventories based only on large mammals are incomplete. Moles leave few direct visual records, and several Eurasian species are externally similar. Molecular, cranial, and anatomical evidence was needed to distinguish the Hakkari lineage and describe it formally in 2023.

Its high type locality provides firm evidence of alpine or subalpine occurrence. Published sources currently provide no precise total range, population size, or population trend. “Not Evaluated” means that a formal global category has not been assigned under the cited treatment and carries no separate statement about threats.

A bat can be mountain-linked without being altitude-restricted

The Alpine long-eared bat belongs to a mountain account because much of its distribution follows major European and western Asian mountain systems. It can forage over alpine meadow, forest edge, shrubland, and open mountain terrain, while roosts may occur in buildings, caves, mines, or rock structures.

Elevation alone is insufficient for identifying the species. Long-eared bats are difficult to identify reliably from distant observation, photographs, or echolocation records without supporting measurements or genetic evidence. Records published under older names in the Plecotus austriacus complex may need reassessment.

Large Mammals Recorded in Mountains but Not Confined to the Alpine Belt

A camera-trap inventory in the Ilgaz Mountains documented European hare, brown bear, grey wolf, red fox, Eurasian lynx, European badger, wild boar, red deer, and roe deer. The study covered forest and higher terrain, recording mountain use by species with much broader ecological ranges. Such ranges can function as feeding areas, breeding habitat, seasonal refuges, and movement corridors.[q]

The Anatolian leopard is another broad-ranging mountain user rather than an alpine specialist. A northeastern Anatolian study recorded leopard evidence between 1,176 and 3,050 metres and found frequent use of sparse forest, rocky habitat, pasture, and agricultural areas. Those records document local mountain use within the study area rather than a national distribution map.[r]

Recent Taxonomic Changes Alter the Mountain Checklist

Three recent changes have direct effects on a Turkish high-elevation species list. Chionomys stekolnikovi was described from central Taurus material in 2022. Talpa hakkariensis was described from Eastern Turkey in 2023. Dryomys anatolicus was separated from the woolly dormouse complex in 2025.

Older publications, museum labels, occurrence portals, and conservation assessments may still use broader names. A record identified as Dryomys laniger before 2025 may represent D. anatolicus if it came from the newly separated eastern lineage. A central Taurus specimen once assigned to Chionomys nivalis may require comparison with C. stekolnikovi.

Ungulate names also vary among references. The Mammal Diversity Database places Rupicapra asiatica within Rupicapra rupicapra and uses Ovis gmelinii rather than Ovis orientalis as the accepted species name. A conservation document using a different combination may reflect the taxonomy current at its publication date, which should be identified before records are merged.

What Published Elevation Records Show

A type locality records where the name-bearing specimen originated, while a sampling elevation records where researchers trapped, observed, photographed, or collected an animal. These values are locality evidence, not automatically the lowest and highest elevations occupied by the species.

• Dryomys anatolicus has a type locality at 1,800 metres; its lower elevational boundary has not been established from that record.
• The Hakkari mole type locality lies between 2,700 and 2,980 metres, while the full elevational range remains unknown.
• The two known Chionomys stekolnikovi elevations describe the type series rather than a measured minimum and maximum for the species.
• Country-level range maps show broad geographic occurrence and may include mountain regions where site-level occupancy has not been documented.
• Occurrence records can reflect survey effort, road access, observer interest, and taxonomic knowledge as well as animal presence.

A single mountain record documents presence at one place and time. Continuous distribution, local abundance, breeding status, and population stability require broader evidence.

Habitat Damage Can Affect Specialists and Wide-Ranging Mammals Differently

Rock extraction, roads, ski or tourism infrastructure, pasture conversion, intensive grazing, fencing, and settlement expansion can alter high-elevation habitat. The biological effect depends on the species. A cliff-dwelling wild goat may lose secure escape terrain; a ground-squirrel colony may lose deep open soil; a snow vole may lose connected scree; and a mole vole may lose moist meadow soil even when surrounding rock remains intact.

A western Taurus quarry study analysed 57,547 photographs and video images collected during 5,447 photo-trap days and identified 12 mammal species. Wolves, foxes, lynxes, and wild boar were recorded more often in control areas than in quarry areas. The study calculated that discarded quarry material occupied 79.7% of the total quarry-affected land in its sample, showing that waste disposal can enlarge the disturbed footprint well beyond the cut rock face.[s]

Large carnivores may sometimes move around disturbed sites, although added roads and fragmented corridors can alter travel routes. Restricted small mammals have fewer alternatives when a single isolated plateau, meadow, or boulder field holds a large share of their known habitat. This difference is one reason that high-elevation surveys should include live trapping, soil and burrow searches, acoustic bat work, genetic identification, and museum review rather than relying only on camera traps.

Species with Sparse Highland Records

The visible ungulates and large carnivores receive more field attention than small nocturnal or subterranean mammals. Several highland taxa are known from few specimens, separated localities, or recently revised names. For these species, gaps on online maps may reflect limited sampling or older identifications as well as true gaps in occurrence.

• Chionomys stekolnikovi needs surveys beyond its two-specimen type series in the central Taurus.
• Dryomys anatolicus requires new mapping under its 2025 name so that older eastern records can be reassessed.
• Talpa hakkariensis needs locality, habitat, and population work outside the known type area.
• The Anatolian chamois needs monitoring at a scale that distinguishes the regional population from the global status of Rupicapra rupicapra.
• Mountain bat records need identification methods capable of separating cryptic Plecotus species.
• Repeated surveys are needed to distinguish true changes in occupancy from differences in access, effort, season, and detection method.

Turkey’s high mountains contain two overlapping mammal communities: a small set of alpine, subalpine, rock, meadow, and upland-steppe specialists, and a larger group of adaptable mammals that use mountain belts as one part of broader ranges. Distinguishing these ecological patterns keeps locality records tied to the habitats they actually document.

Sources and Verification

1. [a] Sözen and Çolak, An updated checklist of the mammals of Türkiye — Reports the 2025 national species total, terrestrial and marine breakdown, endemic totals, and checklist scope.
2. [b] Mammal Diversity Database: Turkey country list — Provides the current Turkey country list, including accepted taxa and the present absence of a listed marmot taxon.
3. [c] Mammal Diversity Database: Capra aegagrus — Provides the accepted wild-goat name, Turkey occurrence, taxonomic treatment, and reported global category.
4. [d] Mammal Diversity Database: Rupicapra rupicapra — Provides the accepted chamois name, inclusion of asiatica, Turkey occurrence, and species-level category.
5. [e] Ambarli and Ambarlı, Has Endangered Anatolian Chamois a Future at Lesser Caucasus Alpine Grasslands? — Documents regional alpine-grassland use, seasonal habitat observations, geographic scope, and local pressures on Anatolian chamois.
6. [f] Mammal Diversity Database: Ovis gmelinii — Provides accepted mouflon nomenclature, Turkey occurrence, synonyms, and assessment status.
7. [g] Mammal Diversity Database: Spermophilus taurensis — Documents endemicity, type-locality elevation, accepted synonymy, and the reported global category for the Taurus ground squirrel.
8. [h] Kart Gür and Gür, Spermophilus xanthoprymnus (Rodentia: Sciuridae) — Describes Anatolian steppe and alpine-meadow habitat, reported elevation range, hibernation, and life-history traits of the Asia Minor ground squirrel.
9. [i] Çetintaş et al., Phylogeography of an Anatolian endemic and alpine specialist woolly dormouse — Describes rocky alpine habitat, sampled mountain localities, lineage separation, and the 2025 description of Dryomys anatolicus.
10. [j] Mammal Diversity Database: Dryomys anatolicus — Provides accepted status, Turkish endemicity, type locality, elevation, and the Not Evaluated category for Dryomys anatolicus.
11. [k] Plazi TreatmentBank: Chionomys nivalis — Describes rock-fissure habitat and the broad elevational setting of Chionomys nivalis.
12. [l] Mammal Diversity Database: Chionomys lasistanius — Provides accepted status, Turkey–Georgia occurrence, the Rize type locality, elevation, and separation from C. gud.
13. [m] Golenishchev et al., Diversity of snow voles of the “nivalis” group — Documents the molecular and morphological description of Chionomys stekolnikovi, its two known specimens, Aladağlar localities, and collection elevations.
14. [n] Plazi TreatmentBank: Prometheomys schaposchnikowi — Describes alpine and subalpine meadow habitat, the reported elevation band, long snow-cover association, and range context of Prometheomys schaposchnikowi.
15. [o] Mammal Diversity Database: Talpa hakkariensis — Provides the accepted Hakkari mole species, Turkish endemicity, 2023 description, type locality, elevation, and assessment status.
16. [p] Mammal Diversity Database: Plecotus macrobullaris — Provides accepted taxonomy, Turkey occurrence, separation from the grey long-eared bat complex, and the reported global category for Plecotus macrobullaris.
17. [q] Akbaba and Bulut, Inventory of Large Mammal Species in the Ilgaz Mountains — Documents the Ilgaz large-mammal assemblage across a mountain landscape of forest and higher terrain.
18. [r] Sarı et al., Habitat preference by the Anatolian leopard in North-eastern Anatolia — Reports study-area elevations, locally documented mountain habitat use, and prey relationships for the Anatolian leopard.
19. [s] Gündoğdu et al., Marble Quarries Affect Wildlife in the Taurus Mountains — Reports photo-trap effort, mammal totals, quarry-control comparisons, fragmentation findings, and the measured quarry-waste footprint.