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Dust bathing

Dust bathing is a maintenance behavior observed across diverse taxa, including many birds and mammals, characterized by animals lying in and vigorously working fine, friable substrates such as dust, sand, or dry soil into their feathers or fur using their limbs and body movements.^[1] This innate activity primarily functions to remove excess feather or fur lipids that accumulate and degrade insulation properties, thereby restoring plumage or pelt condition and efficacy.^[2]^[3] Additionally, it dislodges and suffocates ectoparasites like mites and lice through abrasion and particulate interference.^[4]^[5] In birds, particularly gallinaceous species like chickens, dust bathing is a high-priority behavior essential for welfare, with deprivation leading to motivational frustration and redirected activities; effective substrates include sand and peat, which optimally reduce lipid saturation in down feathers.^[6]^[7] Among mammals, such as elephants, the behavior often intensifies in response to elevated ambient temperatures, providing thermoregulatory cooling via evaporative effects of dry soil on skin, alongside parasite control and UV protection.^[8] While the core mechanisms stem from physical and chemical interactions—friction stripping debris, fine particles clogging parasite respiratory systems, and lipid displacement enhancing barrier functions—substrate preferences and frequency vary phylogenetically and environmentally, underscoring its adaptive role in integumentary hygiene independent of aqueous bathing.^[2]

Definition and Core Functions

Behavioral Description

Dust bathing consists of a sequence of stereotyped motor patterns in which animals select and manipulate loose particulate substrates, such as dry soil, sand, or litter, to distribute the material across their integument. In birds, the behavior commences with exploratory actions like bill raking, pecking, and scratching to loosen and prepare the substrate, often creating a shallow depression or wallow.^[9]^[10] The bird then adopts a low-lying posture, such as squatting or lying on its breast or side, and performs vigorous vertical wing shakes that toss substrate particles into the feathers, accompanied by side-to-side body movements, head rubbing against the ground, and occasional leg or wing lifts to further incorporate the dust.^[11]^[12] These actions facilitate deep penetration of dust between feathers, with bouts typically lasting several minutes and culminating in body shakes to dislodge excess material.^[13] In mammals, dust bathing involves analogous rolling, rubbing, and throwing motions adapted to quadrupedal locomotion and body size. For instance, elephants use their trunks to scoop and fling dust or sand onto their backs and flanks while standing or kneeling, often in groups near water sources or dry riverbeds.^[1] Smaller mammals, such as rodents, may dig briefly with foreclaws before rolling to coat their fur, while larger herbivores like bison or horses drop to the ground and roll laterally to cover their bodies comprehensively.^[14]^[15] Across taxa, the behavior exhibits a diurnal rhythm, peaking in afternoons for many species, and is performed individually or socially, with individuals often selecting fine, dry substrates for optimal efficacy.^[3]^[9]

Physiological Mechanisms

Dust bathing physiologically facilitates the removal of excess lipids, dead skin cells, and ectoparasites from the integument through abrasive friction and absorptive properties of fine substrates. In birds, uropygial gland secretions coat feathers with lipids that, when stale or excessive, attract parasites and reduce plumage insulation by causing matting; dust particles bind these lipids via capillary action in friable materials like sand or soil, allowing their expulsion during post-bathing shaking and preening.^[2]^[6] This lipid reduction—demonstrated to lower feather lipid content by up to 50% in domestic fowl after sand baths—restores feather fluffiness, enhancing air-trapping for thermal efficiency, as measured by increased plumage volume post-bathing.^[2]^[1] The abrasive action of dust against feather barbs and skin scales dislodges embedded parasites, such as lice or mites, by mechanical disruption, while the dry substrate creates an inhospitable environment for moisture-dependent arthropods, further inhibiting reinfestation.^[4] In laying hens, dust bathing correlates with altered intestinal histomorphology, bolstered mucosal integrity, and modulated immune gene expression (e.g., upregulated IL-10 for anti-inflammatory responses), suggesting indirect systemic benefits via reduced ectoparasite loads and stress.^[16] In mammals, analogous processes occur in fur-bearing species, where dust absorbs sebaceous oils and exfoliates the stratum corneum, preventing follicular occlusion and parasite harboring; for instance, in ungulates, grooming-associated dust application regulates cutaneous stimulation from parasites, triggering neural reflexes that enhance grooming efficacy.^[17] This mechanism extends to semi-aquatic forms, though less studied, with dust mitigating bacterial overgrowth on damp skin post-wallowing.^[1] Overall, these effects stem from substrate particle size (ideally 0.1-2 mm for optimal penetration) and mineral composition, which influence absorption kinetics, as finer, silica-rich soils yield superior lipid extraction compared to coarser clays.^[6]

Evolutionary and Adaptive Role

Parasite Removal and Control

Dust bathing serves as a primary mechanism for ectoparasite removal in many avian species by dislodging mites, lice, and other arthropods from feathers through abrasive friction and absorption of feather lipids on which parasites feed.^[2] The fine particles of soil or sand penetrate the plumage, coating parasites and disrupting their attachment or respiration, while subsequent shaking and preening expels debris laden with ectoparasites.^[18] Empirical studies confirm this function, as dust bathing substrates have been shown to reduce northern fowl mite (Ornithonyssus sylviarum) and chicken body louse (Menacanthus stramineus) populations by 80-100% on using hens within one week.^[19] In poultry, access to dust baths provides a non-chemical alternative to pesticide use for ectoparasite management, with specific substrates enhancing efficacy. Diatomaceous earth, sulfur, and kaolin clay in dust boxes eliminated mites from all hens, including non-users, within 2-4 weeks due to residual desiccating and insecticidal properties.^[20] Sulfur's persistence maintained control until trial's end, outperforming plain sand, which relied solely on mechanical removal.^[19] Parasite-infested hens exhibit increased dust bathing frequency, indicating a behavioral response to infestation that mitigates welfare impacts like feather damage and reduced productivity.^[21] Across taxa, similar principles apply in mammals, where dust bathing abrades skin parasites and forms a barrier against reinfestation, though avian evidence predominates due to denser ectoparasite loads in feathers.^[4] Controlled experiments underscore that depriving birds of dust bathing opportunities correlates with higher ectoparasite burdens, affirming its adaptive value in parasite control over evolutionary timescales.^[22]

Insulation and Thermoregulation Benefits

Dust bathing enhances insulation in birds by reducing lipid accumulation in feathers, which prevents matting and promotes fluffiness to trap air more effectively. In domestic fowl, experimental studies have shown that dust baths decrease feather lipids, thereby improving plumage insulation capacity compared to water baths or no bathing.^[2] This mechanism is crucial for maintaining body heat in cooler environments, as air-trapping in feathers provides the primary insulating layer.^[2] In mammals adapted to arid or hot climates, such as elephants, dust bathing contributes to thermoregulation by forming a protective coating that facilitates heat dissipation through evaporation and shields against solar radiation. Elephants, lacking functional sweat glands, rely on behaviors like dust throwing to lower skin temperature, with dust layers absorbing moisture for evaporative cooling.^[23] Observations indicate that this behavior intensifies during peak heat, aiding in preventing hyperthermia.^[23] Similarly, in furred mammals like chinchillas, dust bathing maintains fur integrity by removing oils and debris, preserving the air-filled structure essential for thermal insulation in high-altitude, cold habitats.^[24] These adaptations underscore dust bathing's role in balancing heat retention and loss across varying environmental demands.

Occurrence Across Taxa

In Birds

Dust bathing is a maintenance behavior observed across diverse avian taxa, including passerines, galliformes, and raptors, where birds rub dry substrates such as soil, sand, or ash into their feathers to remove excess uropygial gland lipids, dead skin cells, and debris, thereby realigning feather barbs and maintaining plumage integrity.^[3] ^[7] This behavior is particularly prevalent in ground-foraging species, which have greater access to suitable substrates, and serves as a self-grooming mechanism analogous to preening but utilizing external particulates to absorb oils that water cannot effectively remove.^[25] Experimental studies on quail have demonstrated that dust bathing disperses feather lipids and reduces mite infestations, supporting its role in ectoparasite control, though the primary physiological benefit appears tied to feather condition rather than solely parasitological effects.^[26]

General Avian Patterns

In wild birds, dust bathing follows a stereotyped sequence: initial bill raking to loosen substrate, followed by vertical wing shaking to distribute particles, side-lying body rubbing, and leg and wing scratching to work material into plumage, often culminating in shaking off excess dust.^[27] Observations in species like the great horned owl (Bubo virginianus) confirm its occurrence in raptors, where it contributes to ectoparasite reduction by incorporating abrasive particles that dislodge lice and mites.^[28] The behavior exhibits diurnal rhythms, peaking in morning hours, and is influenced by environmental factors such as substrate availability and dryness; arid-adapted birds like larks perform it more frequently to combat feather-clogging dust in their habitats.^[18] While effective for lipid removal and barb alignment, field studies indicate variable efficacy against parasites, with dust composition (e.g., fine sand versus diatomaceous earth) modulating outcomes, as coarser particles provide mechanical abrasion superior to chemical agents in some cases.^[4] ^[22]

Poultry-Specific Behaviors

Domestic poultry, particularly laying hens (Gallus gallus domesticus), display highly motivated dust bathing, with individuals performing prolonged bouts (up to 20-30 minutes) in social groups, where visual and auditory cues from conspecifics stimulate participation via observational learning.^[9] ^[29] In cage-free systems, hens allocate 10-15% of daily activity to dust bathing, preferring substrates like sand or peat that allow sinking and fluffing, which facilitates oil absorption and parasite dislodgement; deprivation in battery cages correlates with elevated cortisol levels and redirected behaviors like feather pecking.^[30] ^[31] Studies on northern fowl mites (Ornithonyssus sylviarum) and chicken body lice (Menacanthus stramineus) show that access to dust baths reduces ectoparasite densities by 50-70% compared to confined housing without substrate, attributing this to abrasive action and lipid disruption that desiccates parasites.^[20] Poultry-specific patterns include strain variations, with brown-egg layers bathing more frequently than white-egg strains due to denser feathering requiring intensified maintenance.^[3] Welfare protocols now mandate dust bath provisions in enriched aviaries to mitigate stress-induced pathologies, as chronic suppression of this innate behavior impairs integument health and increases susceptibility to infestations.^[32]

General Avian Patterns

Dust bathing is a widespread maintenance behavior observed across diverse avian orders, including Galliformes, Passeriformes, and Falconiformes, with records from hundreds of species, particularly those inhabiting arid or dry environments where water bathing is limited.^[33] ^[34] The frequency of dust bathing episodes varies among species, influenced by seasonal changes, local climate, and individual physiological states, often peaking during periods of feather growth or high parasite loads.^[34] The behavioral sequence generally follows a stereotyped pattern: birds select loose, friable substrates like fine sand, soil, or dry leaves; they rake the material with their bill, drop to the ground, rub their body sideways while ruffling feathers, and perform vertical wing shakes to work dust into the plumage.^[35] This process mechanically dislodges excess feather lipids and lipids from the uropygial gland, enhancing plumage insulation and waterproofing.^[2] Dust particles create friction that helps remove ectoparasites such as lice and mites by abrading their exoskeletons or smothering them.^[36] In wild populations, dust bathing is typically performed individually or in loose groups at communal sites, with bouts lasting 5-30 minutes and occurring daily or every few days depending on environmental availability of suitable substrates.^[37] Observations in species like larks, grouse, and sparrows indicate selection for sites with soft, dry soil free of vegetation, often reused across seasons. Even raptorial birds, such as falcons and owls, exhibit adapted forms, lying prone and ruffling dust through feathers to achieve similar hygienic effects.^[38] ^[36]

Poultry-Specific Behaviors

In domestic poultry, particularly chickens (Gallus gallus domesticus) and turkeys (Meleagris gallopavo), dust bathing manifests through a stereotyped sequence of motor patterns adapted to ground-foraging lifestyles. The bout typically initiates with bill raking, in which the bird assumes a sitting posture and employs lateral bill movements to gather friable substrate toward its body, forming a shallow depression.^[39] This is succeeded by the bird reclining on its side to execute vertical wing shaking, rapidly oscillating half-spread wings to propel dust into the plumage and underwing areas.^[9] Subsequent phases encompass head rubbing, where the head is vigorously abraded against the substrate, and body rubbing, involving lateral trunk oscillations to embed particles throughout the feathers.^[39] These actions collectively facilitate the absorption of feather lipids and exfoliation of skin debris, with dust particles acting mechanically to dislodge ectoparasites such as mites and lice.^[9]^[40] Dust bathing in poultry exhibits strong social facilitation, wherein visual or auditory cues from conspecifics elicit synchronized participation, often in preferred communal sites during midday or afternoon periods.^[41] Individual chickens typically perform bouts lasting 5-15 minutes every 1-2 days, with frequency modulated by substrate availability, photoperiod, and reproductive status in laying hens.^[42]^[43] Turkeys display analogous patterns but with potentially higher daily incidence when unobstructed, emphasizing rapid substrate tossing via wing flaps and head dips to sustain plumage integrity amid denser feathering.^[44]^[45] In confined production environments, poultry-specific dust bathing is highly sensitive to litter quality; hens and broilers preferentially select substrates with fine particles (e.g., sand or peat moss) that optimize dust penetration, exhibiting reduced expression on compacted or moist materials, which correlates with elevated stress indicators and redirected behaviors like feather pecking.^[46]^[32] Experimental provision of dedicated dust bath zones in aviary systems enhances bout frequency and duration, with circular or sloped designs mitigating edge avoidance and promoting equitable access across social ranks.^[47] Ontogenetically, chicks commence rudimentary sequences by 1-2 weeks post-hatch, refining full motor chains through functional experience with dry media, underscoring an innate template modulated by environmental feedback.^[48]

In Mammals

Dust bathing in mammals involves rolling, rubbing, or applying dry substrates such as soil, sand, or dust to the body, serving functions including parasite removal, skin protection, thermoregulation, and scent marking.^[1] This behavior is observed across diverse taxa, particularly in arid or semi-arid environments where water is limited, allowing mammals to maintain coat integrity without relying on aquatic bathing.^[15]

Terrestrial Mammals

Terrestrial mammals like American bison (Bison bison) engage in dust bathing by rolling in dry ground to create wallows, which dislodge ectoparasites such as insects and distribute natural oils across the hide.^[49] In tallgrass prairie ecosystems, bison wallowing occurs frequently during dry seasons, with individuals selecting friable soils; this behavior not only aids in insect control but also forms depressions that influence local hydrology and vegetation patterns.^[50] Similarly, plains zebras (Equus quagga) roll in dust to mechanically remove ticks and other parasites from their skin, absorbing excess oils and preventing buildup that could attract more infestations.^[51] Rodent species such as chinchillas (Chinchilla lanigera) require regular dust baths in fine volcanic ash or similar substrates every 24 to 72 hours to absorb sebaceous oils from their dense fur, preventing matting and bacterial overgrowth.^[1] Deprivation of dust bathing opportunities leads to oily, clumped fur and increased skin issues, underscoring its physiological necessity for furred mammals in arid habitats.^[52] In African savannas, herbivores including zebras and wildebeest dust bathe at communal sites, potentially increasing risks of inhaling pathogens like Bacillus anthracis spores, as observed in Etosha National Park where anthrax outbreaks correlate with active dust bath locations.^[53]

Aquatic and Semi-Aquatic Adaptations

Semi-aquatic mammals like African elephants (Loxodonta africana) adapt dust bathing for post-aquatic hygiene, using their trunks to spray dry soil onto skin after mud wallowing to remove residual moisture, parasites, and prevent sunburn.^[54] This behavior, prominent in hot, dry conditions, forms a protective barrier against ultraviolet radiation and ectoparasites, with elephants selecting fine-grained dust for optimal coverage.^[55] In contrast to fully aquatic species lacking such adaptations, elephants' dual use of dust and mud reflects environmental flexibility, enhancing skin resilience in variable habitats.^[56] While true aquatic mammals like cetaceans do not dust bathe due to their marine lifestyle, semi-aquatic forms demonstrate integrated dry-substrate grooming to complement water-based maintenance.^[1]

Terrestrial Mammals

Dust bathing in terrestrial mammals involves rolling, rubbing, or throwing dry soil, sand, or dust onto the body to maintain fur and skin health. This behavior is widespread among species with dense fur or exposed skin, facilitating the removal of excess sebum, dead skin cells, and ectoparasites through abrasion and desiccation.^[15] In large herbivores, such as African elephants (Loxodonta africana), individuals use their trunks to spray dust over their bodies, which helps protect sun-exposed skin from burns and insects while potentially reducing parasite loads.^[57] Similarly, plains zebra (Equus quagga) and blue wildebeest (Connochaetes taurinus) roll vigorously in dry substrates, generating dust clouds that coat the hide; observations in Etosha National Park indicate this occurs frequently in arid environments.^[57] Among ungulates, American bison (Bison bison) exhibit dust bathing by lying down and rolling in powdery soil, a behavior documented in Yellowstone National Park where it aids in shedding winter coats and controlling lice infestations.^[15] Horses (Equus caballus) perform sand baths by rolling on dry ground, which distributes natural oils evenly through the coat and provides cooling via evaporation in hot climates.^[15] These actions not only groom but also mask scents for camouflage or territorial marking, though empirical data on scent alteration remains limited.^[15] Rodent species with exceptionally dense fur, such as chinchillas (Chinchilla lanigera), rely on dust bathing as an essential hygiene practice; their fur, averaging 60-80 hairs per follicle, absorbs oils and moisture that water bathing exacerbates, leading to matting if dust access is denied.^[1] Captive chinchillas require baths in fine volcanic ash or Fuller's earth every 24-72 hours to prevent fungal infections and maintain insulation properties.^[1] Other small mammals, including gerbils, hamsters, and Cape ground squirrels, engage in similar routines to desiccate parasites and regulate body temperature in burrow environments.^[15] While beneficial, dust bathing in pathogen-rich soils can introduce risks, such as inhalational anthrax in herbivores inhaling aerosolized Bacillus anthracis spores during rolling.^[57]

Aquatic and Semi-Aquatic Adaptations

Elephants (Loxodonta africana and Elephas maximus), which exhibit semi-aquatic behaviors by spending significant time submerged in water for thermoregulation, perform dust bathing on dry land to apply fine soil particles to their skin. This adaptation complements aquatic wallowing, as dust forms a barrier against ultraviolet radiation, insects, and parasites after water exposure removes natural oils.^[58]^[59] Dust bathing in elephants also aids thermoregulation by reflecting sunlight and facilitating evaporative cooling, particularly when ambient temperatures exceed 13°C.^[8]^[60] In other semi-aquatic mammals, such as hippopotamuses (Hippopotamus amphibius) and capybaras (Hydrochoerus hydrochaeris), dust bathing is absent or undocumented, with grooming instead relying on mud wallowing, social nibbling, or specialized fur structures that resist fouling during aquatic activities.^[61]^[62] Hippos secrete a reddish oil from subcutaneous glands for skin protection, reducing the need for external abrasives like dust, while capybaras engage in mutual grooming to remove ectoparasites without substrate rolling.^[63] Otters and beavers, with highly hydrophobic fur, prioritize oral and paw grooming post-immersion to maintain insulation, bypassing dust-based methods.^[64] These variations highlight how semi-aquatic lifestyles favor integrated grooming strategies over terrestrial dust bathing, tailored to frequent water contact.^[65]

Detailed Examples and Variations

Domestic Chickens

Domestic chickens (Gallus gallus domesticus) engage in dust bathing as an innate grooming behavior that maintains feather integrity by realigning structures and removing excess lipids from the skin and uropygial gland secretions.^[3] This process helps prevent matting and supports insulation by restoring fluffiness to down feathers, with empirical tests showing sand and peat as particularly effective substrates for lipid removal compared to other materials.^[6] In controlled studies, hens deprived of suitable substrates exhibit sham dust bathing on wire floors or litter, indicating a strong motivational drive independent of immediate parasitic threats.^[66] Substrate selection in domestic chickens favors dry, loose materials that facilitate bill raking and body rolling, with preferences ranked highest for sand and peat moss over wood shavings or straw in choice tests.^[9] Laying hens consistently select these substrates for their texture, which allows effective penetration to the skin, as demonstrated in preference experiments where access to sand elicited more complete dust bathing sequences than finer or coarser alternatives.^[67] Oat hulls rank as a secondary option, supporting dust bathing more than straw pellets or control litter, though not matching the efficacy of sand for feather cleaning.^[46] In commercial settings, provision of such substrates reduces ectoparasite loads, with studies linking dust bathing opportunities to lower northern fowl mite (Ornithonyssus sylviarum) infestations in furnished housing systems.^[5] Motivational drivers for dust bathing extend beyond hygiene to include sensory pleasure and social facilitation, as hens increase performance when observing conspecifics and will expend effort—such as pecking keys for access—in operant conditioning paradigms.^[29] Research indicates this behavior satisfies an intrinsic need, with vacuum dust bathing (sham actions without substrate) persisting in caged birds, suggesting it alleviates motivational frustration akin to other species-typical activities.^[7] While parasite control provides a functional benefit, evidenced by reduced lice (Menacanthus stramineus) in dust-bathing hens, the persistence in parasite-free environments points to a broader welfare role, potentially involving thermoregulation via feather aeration during hot conditions.^[5] Experimental data from laying hen strains confirm social proximity and group size amplify dust bathing frequency, underscoring its role in flock dynamics.^[3]

Substrate Selection

Domestic chickens exhibit clear preferences for specific substrates during dust bathing, favoring loose, friable materials that facilitate effective feather maintenance. A meta-analysis of 17 studies involving over 1,200 chickens found that birds preferred dustbathing in sand and peat moss over other options, including wood shavings, straw pellets, and litter mixtures.^[68] This preference holds across various housing conditions, with enclosure size and bird density influencing access but not altering the core selection pattern.^[69] In preference tests with laying hens, sand and peat moss elicited significantly more dustbathing bouts compared to wood shavings, which were rarely chosen.^[67] Oat hulls ranked as a secondary option, outperforming straw pellets and clean wood shavings in commercial broiler evaluations, where peat remained the top choice.^[46] Chickens consistently avoid compact or fibrous substrates, selecting those that allow particles to penetrate plumage for lipid removal and ectoparasite control.^[6] Substrate friability appears central to selection, as evidenced by higher dustbathing motivation in fine-particulate media like peat over coarser alternatives.^[70] Experimental setups providing multiple choices confirm that while individual variation exists, population-level data underscore sand and peat as optimal for domestic flocks, particularly layers and broilers.^[71]

Motivational Drivers

Dust bathing in domestic chickens is propelled by a robust internal motivation that intensifies with deprivation from suitable substrates, as evidenced by reduced latency and elevated frequency of the behavior upon re-access to litter after prolonged denial. Studies on laying hens housed in cages or aviaries reveal that extended absence of dust-bathing opportunities leads to a compensatory surge in performance, suggesting an accumulating drive akin to a biological need. ^[72] This proximate causation involves endogenous factors, including diurnal rhythms and likely neuronal or hormonal mechanisms, which orchestrate the behavior as a maintenance activity independent of immediate external threats. ^[73] ^[9] External stimuli modulate this internal state, with the sight of fine particulate matter or conspecifics actively dust bathing serving as potent releasers that synchronize and amplify individual motivation. Research indicates that hens increase dust-bathing efforts when observing flockmates, a social facilitation effect that underscores the behavior's contagious nature in group settings. ^[74] ^[29] Consumer demand tests further quantify this drive, showing hens willing to expend significant energy—equivalent to foraging costs—for access to dust baths, implying the motivation may alleviate discomfort or enhance positive affective states rather than solely serving a utilitarian function. ^[75] Variations in motivational expression occur across strains and social contexts; for instance, brown hens sustain longer bouts in larger groups compared to white hens, whose activity diminishes with crowding, potentially reflecting differential sensitivity to spatial or competitive cues. ^[3] Irrespective of such modifiers, the core driver remains a phylogenetically conserved imperative, where deprivation beyond thresholds—such as weeks without substrate—triggers uncontrollable urges, as observed in long-term experimental protocols. ^[13] This underscores dust bathing's status as a high-priority behavior in welfare assessments, prioritized over feeding in some motivational hierarchies.^[76]

Wild Species Observations

Avian Examples

Dust bathing has been documented in various wild avian species as a maintenance behavior to mitigate ectoparasites and maintain plumage integrity. In a 2023 observation, a Great Horned Owl (Bubo virginianus) was recorded dust bathing in natural habitat in Texas, involving vigorous wing flapping and body rubbing in loose soil, consistent with patterns reducing feather contaminants.^[77] This aligns with broader surveys indicating dust bathing frequency in wild raptors and galliforms for ectoparasite control, as noted in Simmons (1985).^[77] Sympatric montane galliforms on the Qinghai-Tibet Plateau, including species such as the Chinese Grouse (Tetrastes sewerzowi), Rock Ptarmigan (Lagopus muta), and Tibetan Snowcock (Tetraogallus tibetanus), exhibit site-specific dust bathing, where individuals squat, shake their bodies, and rub wings and legs into fine dust depressions, often reusing communal sites for parasite removal and oil regulation.^[78] Jungle fowl (Gallus gallus), the wild progenitor of domestic chickens, perform dust bathing in forest floor substrates to abrade excess uropygial lipids, enhancing feather insulation, as observed in comparative studies with domestic counterparts.^[2] These behaviors persist across habitats, from arid plateaus to woodlands, underscoring adaptive consistency in wild contexts.

Mammalian Examples

Wild mammals engage in dust bathing primarily to dislodge parasites and regulate pelage oils, with observations spanning herbivores and carnivores in diverse ecosystems. In Etosha National Park, Namibia, African herbivores including plains zebra (Equus quagga), blue wildebeest (Connochaetes taurinus), and springbok (Antidorcas marsupialis) were observed rolling and rubbing in dust wallows, potentially facilitating anthrax spore inhalation but serving ectoparasite control, with frequency tied to dry season dust availability.^[79] Elephants (Loxodonta africana) and zebras in Namibian savannas dust bathe by throwing dry soil onto their hides using trunks or rolling, effectively removing ticks and fleas while alleviating skin irritation from ectoparasites.^[80] Small mammals like the degu (Octodon degus) in Chilean semi-arid zones modify dust bathing intensity based on reproductive status, with males increasing frequency near females to signal via scent-marked dust, while regulating sebaceous secretions for thermoregulation.^[81] Canids such as the golden jackal (Canis aureus) in Indian grasslands perform dust baths alongside sun basking, rolling in dry earth to scratch and expel parasites, a behavior shared with sympatric dholes (Cuon alpinus).^[82] These patterns highlight dust bathing's role in parasite management and social signaling, varying by species ecology and substrate access in wild settings.

Avian Examples

Dust bathing is observed across various wild avian taxa, particularly ground-foraging species such as passerines and woodpeckers, where individuals select fine dry substrates like sand or soil to perform the behavior.^[66] Birds typically scrape a shallow depression, lower their breasts to the ground, and flap or rub to work particles into the plumage, followed by vigorous shaking to dislodge excess material.^[34] This action facilitates feather maintenance by absorbing excess preen oil and dislodging debris or parasites adhering to the skin and feathers.^[33] In passerine birds, such as house sparrows (Passer domesticus), wild individuals frequently dust bathe in urban and rural dry patches, creating small hollows and using wing movements to distribute dust deeply into feathers for up to several minutes per bout.^[83] Similarly, horned larks (Eremophila alpestris) in open habitats scratch out depressions in soil and assume a low posture to incorporate dust, aiding in plumage conditioning amid frequent ground exposure.^[84] Ashy-crowned sparrow-larks (Eremopterix griseus), native to arid regions of India and Africa, exhibit comparable side-oriented dust bathing, potentially targeting ectoparasite control or oil regulation in their dry-environment plumage.^[66] Among non-passerines, common flickers (Colaptes auratus), a North American woodpecker species, perform dust bathing by rubbing their bodies against the ground in sequence with ruffled feather shakes, observed in natural settings to maintain feather integrity despite limited ground-foraging.^[85] Falconids like those in the Polyborinae subfamily, including caracaras, alternate ruffling dust through plumage with shaking bouts, integrating dust bathing into broader hygiene routines in tropical and subtropical wild populations.^[86] These behaviors underscore dust bathing's prevalence in wild avians adapted to terrestrial substrates, distinct from water-dependent bathing in aquatic species.^[33]

Mammalian Examples

Mammals engage in dust bathing primarily to maintain skin and fur health, deter parasites, and regulate body temperature, with behaviors varying by species and environmental conditions. In elephants, dust bathing involves throwing dry soil onto the body using the trunk, a practice observed in both African and Asian species. This behavior increases in response to elevated environmental radiation, aiding in ultraviolet protection and preventing sunburn on sensitive skin. ^[54] Dust application also forms a barrier against ectoparasites and assists in thermoregulation by reflecting sunlight and promoting evaporative cooling. ^[55] American bison (Bison bison) perform dust bathing through wallowing, where individuals roll in dry depressions to cover their hide with soil. This action alleviates skin irritations, creates a protective layer against ticks and lice, and facilitates grooming by dislodging insects and loosening matted fur or winter coats. ^[49] Wallows are often revisited and maintained, particularly by males during rutting season, potentially serving additional signaling functions via scent marking with urine or secretions. ^[49] Equines, including horses (Equus caballus) and wild asses, exhibit rolling or dust bathing as a innate maintenance behavior to remove dead skin, excess oils, and parasites from the coat. Observations in feral populations indicate that rolling occurs frequently after physical exertion or bathing, helping to redistribute natural skin oils while providing a physical barrier against flies and UV exposure. ^[87] In domestic settings, this persists as an instinctive response, often immediately following grooming or water baths to dry the coat and scratch inaccessible areas. ^[88] African herbivores such as zebras and certain antelopes also dust bathe, with the behavior documented in over 20 species for parasite control and skin cleansing, though it carries risks of pathogen transmission in shared wallows. ^[53] Small mammals like chinchillas rely on dust baths to absorb oils and moisture from dense fur, preventing fungal growth in humid environments, with sessions lasting 5-10 minutes multiple times daily. ^[15]

Empirical Research Findings

Experimental Evidence on Functions

Experimental studies on laying hens have demonstrated that dustbathing primarily functions to remove excess feather lipids, which accumulate during deprivation periods and impair plumage condition. In one study, hens allowed to dustbathe in sand or peat showed significantly reduced lipid content in proximal downy feathers compared to those deprived, with sand baths restoring feather fluffiness to optimal levels by removing stale uropygial gland secretions.^[6] This lipid reduction enhances plumage insulation capacity, as measured by decreased feather lipid levels post-bathing, supporting a thermoregulatory role through improved thermal properties.^[2] Regarding ectoparasite control, controlled experiments with infested hens revealed that access to dustbathing substrates like sand or wood shavings reduced northern fowl mite (Ornithonyssus sylviarum) and chicken body louse (Menacanthus stramineus) populations by 80-100% within one week on using hens, outperforming non-users.^[5] However, earlier reviews noted a lack of direct experimental confirmation for parasite removal via dustbathing alone, suggesting substrate type and mechanical action contribute variably.^[27] In mammals, experimental evidence is sparser but includes observations of Asian elephants increasing dustbathing frequency in response to elevated environmental temperatures, indicating a thermoregulatory function alongside potential skin protection.^[54] Overall, while plumage maintenance is robustly supported in avian models, parasite and thermal benefits show context-dependent efficacy across species and require further validation in wild populations.^[7]

Recent Studies in Captivity and Wild

A 2020 meta-analysis of substrate preferences in chickens demonstrated that birds favored sand (50% preference) and peat moss (79% preference) for dust bathing over wood shavings or other materials, with bedding type as the primary influencing factor across 10 studies.^[89] In 2025 research on aviary systems for laying hens in China, circular dust baths with a 50 cm diameter sufficed for 10% of a 305-hen flock daily, while 5 cm sand depth yielded optimal bout durations of 29.4 minutes compared to shallower or deeper options, reducing inefficient tossing behaviors.^[90] A 2024 study employing deep learning models (e.g., YOLOv8x) on video from cage-free Hy-Line hens achieved 93.4% precision and at least 89% across growth phases in automating dust bathing detection, facilitating welfare monitoring without manual observation.^[91] For pet chinchillas, a 2024 survey of owners revealed near-universal provision of constant dust bath access, consistent with the species' fur-maintenance requirements in captive conditions. In wild populations, a 2018 observational study in Etosha National Park, Namibia, documented dust bathing in plains zebra (448 events across sites), blue wildebeest (30 events), and African savanna elephants (12% of individuals), occurring at low frequencies (0.07–1% of triggers) primarily in dry seasons; however, only 2% of bath soils contained Bacillus anthracis spores at low levels (≤20 CFU/g), with no events at carcass sites, indicating minimal inhalational anthrax transmission risk.^[92] Among sympatric montane galliforms—blood pheasant, Szechenyi's partridge, and white eared-pheasant—in China's Gexigou Reserve, 2018 analysis of 105 scrapes showed 35% interspecies overlap, with all preferring fir forests offering dense cover, concealment, and fine soils (overlap indices >0.6), suggesting shared habitat needs without evident competition via site partitioning.^[93] These findings underscore dust bathing's role in parasite control and thermoregulation across taxa, though site-specific factors like soil quality influence usage in natural settings.

References

[1]
Dust Bathing - an overview | ScienceDirect Topics
"Dust bathing is defined as a behavior in which birds lie in fine, friable substrate and work it through their feathers using their legs and wings, ...
[2]
Why in earth? Dustbathing behaviour in jungle and domestic fowl ...
It has been demonstrated that dustbathing reduces the amount of feather lipids, thereby increasing the insulation capacity of the plumage.
[3]
Dust bathing in laying hens: strain, proximity to, and number of ...
Dust bathing is a functionally important behavior, as it realigns feather structure and removes lipids from the skin of birds (Vestergaard, 1982; van Liere and ...
[4]
[PDF] Dustbathing behavior - Phthiraptera.info
Jun 19, 2015 · A presumed function of dustbathing behavior is to remove ectoparasites. Providing dustbathing sub- strates in furnished cages for laying ...
[5]
Housing and dustbathing effects on northern fowl mites ...
Aug 6, 2025 · Two essential functions of dust bathing are the removal of fatty agents and ectoparasites from the feathers and the improvement of the feather ...
[6]
The Significance of Fowls' Bathing in Dust | Animal Welfare
Jan 11, 2023 · Only baths in sand and peat are effective in removing excessive lipids from the proximal downy feather parts. Fluffiness of the down is highest ...
[7]
[PDF] FUNCTION AND ORGANIZATION OF DUSTBATHING IN LAYING ...
Dustbathing presumably regulates the amount of feather lipids and maintains down structure in good condition. These conclusions are discussed in relation to ...Missing: peer | Show results with:peer
[8]
Asian elephants (Elephas maximus) dust bath in response to an ...
Aug 6, 2025 · Elephants dust bathe by scraping the ground to collect soil, curling their trunk around it and throwing it onto their body (Rees 2002; Fig. 5).
[9]
Behavioral needs of chickens: Dustbathing - Modern Poultry
Sep 3, 2024 · Dustbathing is performed by many wild and domestic birds and may function to removed stale lipids from the feathers and remove ectoparasites.
[10]
Common Backyard Chicken Behaviors - Alabama Extension
Nov 2, 2022 · Rather than bathing in water, chickens bathe in dust. When dust bathing, the chicken digs a small hollow, then lays down and rolls around in the ...
[11]
Dust-bathing behavior of laying hens in enriched colony housing ...
Apr 3, 2016 · Results showed that the average duration of dust bathing varied between the 4 enriched colony housing systems compared with the aviary system.Missing: peer | Show results with:peer
[12]
Effects of multiple daily litter applications on the dust bathing ...
Dust bathing was defined as combined preening and scratching behaviour during which the hen pecks and scratches at the dust bath area, then squats down and ...
[13]
[PDF] FUNCTION AND ORGANIZATION OF DUSTBATHING IN LAYING ...
Dustbathing in laying hens. (Gallus gallus domesticus)serves to remove excessive feather lipids which accumulate and become stale during dust deprivation. In ...Missing: peer | Show results with:peer
[14]
[PDF] Dustbathing and intra-sexual communication of social degus ...
Dustbathing (or sandbathing) could be one such specialized behavior. During dustbathing small mammals typically dig briefly into the ground with its fore claws ...
[15]
Dust Bathing Behavior in Animals - The Holistic Horse
Jan 15, 2023 · Biologists classify it as a “maintenance behavior” and the main purpose is thought to be for removing parasites such as mites and fleas from the fur, feathers, ...Missing: scientific | Show results with:scientific
[16]
Effects of dustbathing environment on gut microbiota and expression ...
A dustbathing environment can improve the welfare of laying hens by changing the intestinal histomorphology, immune response, and the gut microbial community.Missing: explanation | Show results with:explanation
[17]
The evolution of parasite-defence grooming in ungulates
Aug 7, 2025 · Parasite-defence grooming is regulated both by a central control mechanism (programmed grooming model) and by cutaneous stimulation from ...
[18]
Anti-parasite behaviour of birds - PMC - PubMed Central - NIH
Rothschild & Clay [50] reported that 'Bathing in water and dust and the subsequent preening helps the bird to rid itself of parasites'. However, we are unaware ...
[19]
Housing and dustbathing effects on northern fowl mites ... - PubMed
Mar 28, 2012 · All materials reduced ectoparasites on user hens by 80-100% after 1 week of dustbox use. Diatomaceous earth and kaolin failed to reduce ...
[20]
Housing and dustbathing effects on northern fowl mites ...
Mar 28, 2012 · All materials reduced ectoparasites on user hens by 80–100% after 1 week of dustbox use. Diatomaceous earth and kaolin failed to reduce ...
[21]
Parasitic mites alter chicken behaviour and negatively impact animal ...
May 19, 2020 · Dustbathing is a complex innate behaviour typically performed by each bird for 30 min every other day to keep feathers in good condition.
[22]
Dustbathing behavior: Do ectoparasites matter? - ScienceDirect.com
Providing dustbathing substrates in furnished cages for laying hens might therefore offer an alternative to pesticide use to reduce ectoparasite populations. We ...
[23]
Anatomical, physiological, and behavioral mechanisms of ...
Sep 22, 2022 · Elephants use different thermoregulatory mechanisms that depend on the anatomical and morphological characteristics of the species.<|separator|>
[24]
The bathing behavior of the chinchilla: Effects of deprivation
Aug 7, 2025 · Besides these survival behaviors, wild chinchillas perform characteristic activities such as dust bathing in fine volcanic sand to maintain ...
[25]
[PDF] BACKYARD FLOCK TIP - Poultry Science
Dust bathing functions to maintain feather condition by dispersing oils and also to remove skin parasites. Regular dust bathing removes the excess oils from ...
[26]
Effects of Dusting on Plumage of Japanese Quail - jstor
M ANY authorities have suggested that dust-bathing by birds helps control ectoparasites and promotes cleanliness. However experimental verifi- cation of these ...
[27]
[PDF] Why in earth? Dustbathing behaviour in jungle and domestic fowl ...
It is suggested that dustbathing functions to remove parasites and excess feather lipids and to generally keep the plumage in good condition. Under conditions ...Missing: peer | Show results with:peer<|separator|>
[28]
Dust Bathing by a Great Horned Owl (Bubo ... - BioOne Complete
Dust bathing is a self-maintenance behavior fre- quently observed in wild birds (Simmons 1985). This behavior is believed to reduce ectoparasites by incor-.
[29]
Working for a dustbath: are hens increasing pleasure rather than ...
Thermal factors such as ambient temperature and radiant heat also influence hens' tendencies to dustbathe (Duncan et al., 1998). Dustbathing is very much a ...Missing: benefits | Show results with:benefits<|control11|><|separator|>
[30]
Tracking dustbathing behavior of cage-free laying hens with ... - NIH
Aug 31, 2024 · Dustbathing (DB) is a functionally important maintenance behavior in birds that clean plumage, realigns feather structures, removes feather ...
[31]
Effect of social order, perch, and dust-bath allocation on behavior in ...
It has been reported that the area of dust-baths may affect dustbathing behavior of hens, as the hens constantly changed their posture during dustbathing ...<|control11|><|separator|>
[32]
Tracking dustbathing behavior of cage-free laying hens with ...
Dustbathing (DB) is a functionally important maintenance behavior in birds that clean plumage, realigns feather structures, removes feather lipids, which ...
[33]
Bathing and Dusting
Birds bathe by wetting feathers, often with waded movements, and dust by creating wallows and rubbing dust on their bodies. Both maintain plumage.Missing: actions mammals
[34]
Dust bathing in birds - Birds4Africa
Jun 20, 2020 · The frequency of dust bathing varies by species, time of year, and local climatic conditions. African Pipit dust bathing (see video below) ...Missing: avian | Show results with:avian
[35]
Thanks to repetition, dustbathing detection can be automated ...
Jun 26, 2023 · Dustbathing is performed by many groups of birds, including Galliformes. It consists of a well-defined orderly sequence of movements.
[36]
Dust Bathing by a Great Horned Owl (Bubo virginianus) in the Wild in
Aug 1, 2025 · This behavior is believed to reduce ectoparasites by incorporating dust particles into the feathers, creating friction that can break down the ...Missing: general scientific
[37]
[PDF] Dust-bathing Sites Selected by Ruffed Grouse
Sep 1, 1970 · There was no evidence of dust bathing by any other species larger than the Brown Thrasher (Toxostoma n/urn). Existing scrapes were ...
[38]
[PDF] Dusting in Falcons - Digital Commons @ USF
2) dusting while lying--the falcon lies on the ground ruf- fling dust through the plumage like dusting in galliform birds (Fig. 1 C), a process of falcon nest- ...
[39]
Dustbathing by broiler chickens: a comparison of preference for four ...
The sequence of dustbathing behavioral components usually begins with “bill-raking”, where the bird, in a sitting position, pulls loose substrate closer to its ...
[40]
Dust Baths and Longer Beaks Can Make Cage-free Chickens into ...
Sep 14, 2016 · Providing cage-free chickens with dust baths containing a diatomaceous-earth mixture can effectively control one of the most common poultry ectoparasites.
[41]
Dust bathing in laying hens: strain, proximity to, and number of ...
Dust bathing is a dynamic behavior—composed of many active behaviors and hen movement around a litter area. As hens typically dust bathe in the afternoon, ...
[42]
Why Do Chickens Need a Dust Bath? We Ask Gail Damerow
Dec 7, 2024 · For one, it discourages body parasites such as lice and mites. The act of dust bathing itself may dislodge some body parasites. Others are ...Missing: thermoregulation | Show results with:thermoregulation
[43]
Variation in litter occupancy and dust bathing patterns among layer ...
Nov 25, 2023 · Dust bathing involves hens distributing dry, friable litter through their feathers in a series of dynamic movements that serve to maintain good ...Missing: "peer | Show results with:"peer
[44]
The dust bath - Pet Turkeys
Turkeys dust their feathers every day if possible. Some sources explain the reason birds dust is to remove bird lice; while other sources insist dusting is ...<|control11|><|separator|>
[45]
Dust Bathing - Wild Turkey Lab
Apr 30, 2024 · Dust bathing is a self-maintenance behavior where turkeys lay on the ground, flap their wings, and sometimes use their head to throw dirt on ...
[46]
An evaluation of potential dustbathing substrates for commercial ...
The main aim of this study was to evaluate the extent to which different substrates promote dustbathing behaviour in broilers.
[47]
Effects of Dust Bath Design on Hen Behavior in New Aviary Systems ...
This study examined how different areas, shapes of dust baths, and depths of dustbathing materials affect the dustbathing behavior of hens. After increasing the ...
[48]
Development of dustbathing behavior sequences in the domestic fowl
Aug 9, 2025 · Effects of multiple daily litter applications on the dust bathing behaviour of laying hens kept in an enriched cage system. Article. Full-text ...
[49]
Bison Bellows: What's Wallowing All About? (U.S. National Park ...
Nov 2, 2017 · For bison, wallowing is when they roll on the dry ground in a "dust bath." A common explanation for the wallowing behavior relates to ...
[50]
(PDF) American bison Bison bison wallowing behavior and wallow ...
Aug 9, 2025 · PDF | We characterized social and spatial patterns of wallowing (dust-bathing) behavior in an American bison Bison bison (Linnaeus, 1758)
[51]
Plains zebra roll in dust to rid skin of ... - Wildscreen Exchange
Plains zebra roll in dust to rid skin of parasites. Supplier name. Part of. Our Contributors / Photographers / Martin Harvey.
[52]
Dust Till Dawn: Chinchillas and Their Dust Baths Explained | Oxbow
Aug 20, 2019 · Chinchillas “bathe” in fine dust which helps evenly distribute natural oils, clears away dirt and debris, and keeps their fur silky soft.
[53]
DUST-BATHING BEHAVIORS OF AFRICAN HERBIVORES ... - BioOne
Jan 1, 2018 · We investigated the potential role of dust bathing in the transmission of inhalational anthrax to herbivorous wildlife in Etosha National Park, Namibia.
[54]
Asian elephants (Elephas maximus) dust bathe in response to an ...
Most suggest that it is important in temperature regulation, protection of the skin from the sun, protection from parasites, or a combination of these functions ...
[55]
Dust bathing in Asian Elephant (Elephas maximus) - Wealthy Waste
Nov 28, 2024 · Dust bathing in elephants is considered important for temperature regulation, protection of the skin from the sun, protection from UV rays ...
[56]
All About Elephants - Behavior | United Parks & Resorts
Bathing appears to be pleasurable and is essential to elephants. ... Once the mud and dust is dry, elephants rub against a hard surface, removing most parasites.
[57]
(PDF) Dust-bathing behaviors of African herbivores and the potential ...
Aug 10, 2025 · We investigated the potential role of dust bathing in the transmission of inhalational anthrax to herbivorous wildlife in Etosha National Park, ...
[58]
Elephants engage in dust bathing, a critical behavior for their health ...
Jul 25, 2024 · Elephants engage in dust bathing, a critical behavior for their health, as it helps in thermoregulation, parasite control, and skin protection ...
[59]
Climate influences thermal balance and water use in African and ...
Aug 1, 2013 · The suggested functions of mud and dust bathing range from sun protection to protection from insects to thermoregulatory benefits (Rees, 2002; ...
[60]
Asian elephant facts: How do elephants keep cool? - GVI
Feb 2, 2021 · Asian elephants cool through skin evaporation, ear flapping, dusting, mudding, and spraying water, as they lack sweat glands.
[61]
Capybaras (Hydrochoerus spp.) Fact Sheet: Behavior & Ecology
Grooming lessens tension between individuals and removes parasites. Social Interactions. Play. Young in groups play in water, imitate males; Like other cavy ...
[62]
Otters, beavers and other semiaquatic mammals keep clean ...
Jan 11, 2024 · The bottoms of boats and docks can accumulate lots of dirt, but semiaquatic animals like otters avoid having 'fouled' fur.<|separator|>
[63]
Behavior & Ecology - Hippopotamus (Hippopotamus amphibius ...
Apr 29, 2025 · Ritualized dung-showering occurs between males at the borders of their territories. Two bulls turn sideways, bodies parallel, heads in opposite ...
[64]
Hair densities for semi-aquatic mammals from the literature.
Like many other semi-aquatic species, beavers will engage in both self and social grooming to keep their fur dry, waterproof, and insulated through nibbling ...
[65]
Programmed Grooming after 30 Years of Study - PubMed Central
Allogrooming involves one individual grooming the body of another to remove debris or ectoparasites. While primates use their fingers to groom manually, other ...
[66]
Why in earth? Dustbathing behaviour in jungle and domestic fowl ...
Aug 6, 2025 · ... Dust bathing appears to improve plumage condition, in terms of fluffy feathers with less feather lipids, and, in turn, plumage insulation, ...
[67]
Strength of preference for dustbathing and foraging substrates in ...
Using preference tests, it has been shown that laying hens chose sand or peat moss for dustbathing whereas woodshavings were not favoured (Van Liere and Siard, ...
[68]
Floor Substrate Preferences of Chickens: A Meta-Analysis - Frontiers
Dec 8, 2020 · We found that birds preferred dustbathing in sand and peat moss more than on any other substrates. The bedding type, size of the enclosure, and ...
[69]
Floor Substrate Preferences of Chickens: A Meta-Analysis - PMC - NIH
Dec 9, 2020 · We found that birds preferred dustbathing in sand and peat moss more than on any other substrates. The bedding type, size of the enclosure, and size of the ...Missing: peer | Show results with:peer
[70]
[PDF] An evaluation of potential dustbathing substrates for commercial ...
Peer reviewed version. Queen's University Belfast - Research Portal: Link to ... Total counts of birds using the rings were used to demonstrate the general.
[71]
[PDF] Strength of preference for dustbathing and foraging substrates in ...
Dustbathing is a common behaviour in domestic fowl that apparently functions to remove feather lipids and to maintain plumage condition (Van Liere and. Bokma, ...<|separator|>
[72]
Motivation to dust-bathe of laying hens housed in cages and in ...
Mar 1, 2007 · The reports have shown that when hens are deprived of litter, their motivation to dust-bathe increases: latency to dust-bathe decreases, and the ...Missing: chickens | Show results with:chickens<|separator|>
[73]
Energy models of motivation: A reconsideration - ScienceDirect
Dust-bathing in the domestic fowl · Diurnal rhythm and dust deprivation. Appl. Anim. Ethol. (1982). K. Vestergaard et al. The development of a behavior system ...
[74]
External factors and causation of dustbathing in domestic hens
Dustbathing is known to be motivated by complex interactions between internal factors which build up over time and external factors, such as the sight of a ...
[75]
Working for a dustbath: Are hens increasing pleasure rather than ...
Aug 6, 2025 · Research has indicated that dust-bathing leads to pleasure and is therefore important for animal welfare (Widowski and Duncan 2000) . Providing ...
[76]
Assessing the motivation of laying hens to outdoor space access
The present study demonstrates that laying hens are highly motivated to access outdoor space where they can find grass and other valuable resources.
[77]
Dust Bathing by a Great Horned Owl (Bubo virginianus) in the Wild
Jun 23, 2025 · Dust bathing is a self-maintenance behavior frequently observed in wild birds (Simmons 1985). This behavior is believed to reduce ectoparasites ...
[78]
Overlap and selection of dust-bathing sites among three sympatric ...
Sep 5, 2018 · vigorous shaking by dust-bathing birds typically removes and depletes a proportion of fine dust, reducing availability of the fine dust ...
[79]
DUST-BATHING BEHAVIORS OF AFRICAN HERBIVORES AND ...
Apr 4, 2017 · We investigated the potential role of dust bathing in the transmission of inhalational anthrax to herbivorous wildlife in Etosha National Park, ...
[80]
[PDF] dust bathing behaviours of elephants, zebras - UNAM Repository
By definition of Reinhardt (1985), dust bathing by bison involves the animal lying on the ground and rolling towards its dorsum (Copperdge & Shaw, 2002).
[81]
[PDF] Male degus, Octodon degus, modify their dustbathing behavior in ...
Dustbathing regulates the level of oil secretions in the pelage, which in turn influences the thermoregulatory efficiency of mammals such as rodents (Borchelt.
[82]
[PDF] Observations on Sun Basking, Dust Bath Behavior of Golden Jackal ...
Apr 4, 2025 · Geiser et al. (2002) suggest that sunbathing is a comforting behavior for many species, including humans, animals, birds, reptiles, and insects.
[83]
Why do birds take dust baths? | Outside My Window
Aug 26, 2009 · Their goal is to get the dust into their feathers and all the way down to their skin. When they're suitably coated they shake off the dust and ...<|control11|><|separator|>
[84]
Horned Lark Dust Bath - Orange Birding
Dec 3, 2013 · Birds take dust baths to maintain their plumage. They will scratch out a small depression with their feet and then get very low to the ground.
[85]
[PDF] Dust-bathing by Common Flickers
It then rubbed its body against the ground and later shook its body with feathers ruffled. After several such sequences the bird flew to a bird bath where it ...Missing: examples | Show results with:examples
[86]
Stay clean: dust and water baths in Polyborinae falcons
Nov 5, 2018 · The birds ruffle the dust through the plumage and shake it out, alternating bouts of dusting with those of shaking. While water bathing, the ...
[87]
Preliminary findings in the rolling behavior of Mules (Equus caballus ...
Equines naturally exhibit the rolling behavior, also referred to as dust bathing (Feist and Mccullough, 1976; Moehlman, 1998; Ramson and Cade, 2009; Penzhorn, ...
[88]
Why Do Horses Roll After Baths?
Jul 3, 2015 · Why Do Horses Roll after Baths? Behaviorists theorize that dust and dirt persisting on the coat act as a sunscreen and repels insects. Horses ...
[89]
https://doi.org/10.3389/fvets.2020.584162
[90]
https://doi.org/10.3390/ani15202946
[91]
Tracking dustbathing behavior of cage-free laying hens ... - PubMed
Aug 31, 2024 · Dustbathing (DB) is a functionally important maintenance behavior in birds ... remove parasites and prevents feathers from becoming too oily.Missing: mechanism | Show results with:mechanism
[92]
https://doi.org/10.7589/2017-04-069
[93]
https://doi.org/10.1642/AUK-18-71.1