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Red-tailed hawk

The red-tailed hawk (Buteo jamaicensis) is a large, bulky and one of the most widespread and familiar hawks across , characterized by its broad, rounded wings adapted for effortless soaring, a short wide tail that is brick-red in adults, and variable often featuring a dark belly band across a pale underbelly. Adults typically measure 17–26 inches (43–66 cm) in length, with males averaging smaller at 690–1,300 grams and females larger at 900–1,470 grams, and a of 43–52 inches (114–132 cm) that enables it to glide efficiently over open terrain. Juveniles lack the red tail, instead showing brown with dark bars, and the species exhibits where females are about 25% larger than males, a common trait among raptors. This hawk occupies diverse habitats including open fields, grasslands, deserts, woodlands, and even urban areas with suitable perches like telephone poles or cliffs, ranging from and southward through the to and parts of . Northern populations are partially migratory, with many individuals wintering farther south, while southern residents remain year-round, resulting in higher densities during winter across much of the continent. It is an opportunistic hunter, primarily preying on small to medium-sized mammals such as voles, mice, rabbits, and ground squirrels—the bulk of its diet—but it also consumes birds, reptiles, amphibians, and occasionally carrion, using keen eyesight to spot prey from perches or while soaring in wide circles. Breeding pairs form long-term bonds and construct large stick nests in tall trees, on cliff ledges, or on human-made structures, often reusing and refurbishing them annually; the female typically lays 2–3 eggs (ranging from 1–5) in early spring, which are incubated for 28–35 days by both parents, with fledglings leaving the nest after 6–7 weeks but remaining dependent for several more months. involves dramatic aerial displays, including mutual soaring and talon-locking dives, and pairs may hunt cooperatively to provision young. The global breeding population is estimated at over 3 million individuals, with numbers stable or increasing at about 1.3% annually since 1966, reflecting its adaptability to human-altered landscapes and leading to a conservation status of .

Taxonomy

Classification and Etymology

The red-tailed hawk ( jamaicensis) belongs to the order , which encompasses diurnal such as hawks, eagles, and kites, and the family , known for its diverse raptors with hooked beaks and strong talons adapted for seizing prey. Within this family, it is placed in the genus , a group of broad-winged soaring hawks commonly referred to as buzzards in the . The name jamaicensis was formally described in 1788 by German naturalist Friedrich Gmelin in his edition of , originally under the name Falco jamaicensis, drawing on earlier illustrations of the by English naturalist George Edwards in his 1743 work A of Uncommon Birds and specimens collected in . The of the scientific name reflects both linguistic and geographic origins. Buteo stems from the Latin word for a type of or , evoking the soaring flight and robust build typical of the . The specific descriptor jamaicensis is a Latinized form denoting "of ," honoring the island where the species was first documented by European naturalists. The common name "red-tailed " derives from the prominent rufous-red coloration of the adult's tail feathers, a diagnostic trait that distinguishes it from many congeners. Taxonomic history has included notable debates, particularly concerning the status of Harlan's hawk, initially described as a distinct species (Buteo harlani) by in 1831 based on its unique dark and white tail markings in juveniles. It was recognized as a separate by the American Ornithologists' Union from 1944 to 1973, but subsequent morphological and genetic analyses revealed hybridization and clinal variation with other red-tailed hawk forms, leading to its current classification as the subspecies B. j. harlani. Phylogenetic studies using markers position the red-tailed hawk within a North American of the Buteo, closely related to like the Swainson's hawk ( swainsoni). This evolutionary split highlights adaptations to diverse North American habitats amid Pleistocene fluctuations. The ' extensive further underscores its adaptability and role in understanding Buteo radiation. Recent genomic research as of 2025 indicates mixed support for some current subspecies boundaries, suggesting potential cryptic that may influence future taxonomic revisions.

Subspecies

The red-tailed hawk (Buteo jamaicensis) is divided into up to 16 recognized , distinguished primarily by variations in body size, coloration, and geographic range. These reflect adaptations to diverse environments across North and , with polychromatism leading to light, dark, and intermediate morphs ranging from nearly white underparts to fully melanistic forms. Darker is more common in forested or humid , serving as in shaded habitats. Among the most widespread is B. j. borealis, the eastern or northern subspecies, which dominates in the and ; it typically exhibits a light morph with pale underparts, a prominent dark belly band, and a bright reddish tail, and individuals are relatively large. In western North America, B. j. calurus prevails, characterized by larger size overall, polymorphic coloration including darker morphs, and a similar reddish tail, though with more variability in ventral streaking. B. j. harlani, known as Harlan's hawk, breeds in and northwest ; it favors dark morphs with heavily marbled or grayish tails lacking the typical red hue, and shows extensive plumage variation that once led to its consideration as a separate . Further south, B. j. fuertesi inhabits regions from through and , featuring smaller body size and predominantly pale, unmarked underparts in a monomorphic form. The endemic B. j. socorroensis is restricted to off , where it displays polymorphic traits including distinct tail and wing markings adapted to its insular environment. Geographically, northern subspecies such as and harlani are largely migratory, wintering in southern , while southern forms like fuertesi are resident year-round. Hybrid zones occur where ranges overlap, notably in the , leading to intermediate traits that challenge .

Description

Size and Morphology

The red-tailed hawk (Buteo jamaicensis) is a medium- to large-sized , with adults typically measuring 45–65 cm (18–26 in) in length, possessing a of 114–133 cm (45–52 in), and weighing 690–1,460 g (1.5–3.2 lb). Males average smaller, at 45–56 cm in length, 690–1,300 g in weight, and 114–133 cm in wingspan, while females are larger, at 50–65 cm in length and 900–1,460 g in weight. This pronounced reversed sexual size dimorphism, with females approximately 25% larger than males, is characteristic of many accipitrids and influences roles in hunting and reproduction. The species exhibits a robust structure adapted for soaring and predation, featuring broad, rounded wings that facilitate efficient gliding on and a short, wide tail that aids in maneuverability during flight. The is sharply hooked, measuring 2.2–3.0 cm along the culmen, designed for tearing flesh from prey, while the legs are sturdy and scaled, supporting powerful perching and grasping. are strong and curved, with the rear talon reaching up to 3.4 cm in length, enabling the hawk to secure and dispatch prey effectively. The cere, legs, and feet are , providing a distinctive contrast to the overall . Sexual dimorphism in size confers adaptive advantages: the lighter, more agile males are better suited for pursuing swift or small mammalian prey in dense cover, whereas the larger females support greater energy demands for egg production and incubation. This pattern, driven by rather than , enhances overall in the species. Juveniles display similar to adults in overall proportions but possess a lighter build with less developed musculature at fledging, allowing gradual strengthening through post-fledging dependence on parents for up to several months. This developmental stage supports the transition to independent hunting, with body mass increasing steadily after leaving the nest at 42–46 days old.

Plumage and Variation

The adult plumage of the red-tailed hawk features dark brown upperparts and pale underparts streaked with brown, often including a distinctive dark belly band across the lower chest and abdomen. The tail is rufous-red or brick-red, a coloration derived from the brick-red feathers that is unique to adults and becomes prominent after the first full molt. Red-tailed hawks exhibit polymorphism, with the light being the most common form across much of their , characterized by the pale underparts and red tail described above. Dark , which appear nearly blackish below with reduced streaking, are rarer and constitute approximately 15% of populations, while intermediate or show a richer reddish-brown tone on the underparts. occur more frequently in certain tropical , such as those in Central and . Regional morph frequencies are influenced by , with dark comprising less than 1% in eastern populations like B. j. borealis but higher in forms like B. j. calurus. The undergoes an annual prebasic molt following the breeding season, during which most individuals replace their in a stepwise manner, though a small proportion (5-10%) complete a full replacement cycle. Juveniles begin molting into adult-like in their first , acquiring the characteristic red tail feathers during their second year. Sexual differences in are minimal, with both sexes displaying similar color patterns once adult feathers are attained. Juvenile plumage differs markedly from that of adults, featuring buffy or creamy underparts with heavy brown streaking and a brown-streaked lacking the red coloration, instead showing narrow dark bands and a white terminal band. These age-related changes aid in distinguishing young , which also retain some secondaries during their initial molts. Plumage coloration in red-tailed hawks provides adaptive , with the pattern—dark brown above and pale below—reducing visibility against the sky when soaring and blending with ground cover when perched. Light morph individuals tend to select more open perch sites for hunting, enhancing in grasslands, whereas dark morphs favor forested edges where their darker tones offer better concealment.

Distribution and Habitat

Geographic Range

The red-tailed hawk (Buteo jamaicensis) is native to the , with its breeding range spanning from central and southward through the , , and as far as . Isolated populations occur in the , notably on and the , while disjunct groups have been documented in northern , including and . No introduced populations exist outside this native distribution. During the mid- to late , its range expanded notably, driven by human-induced habitat conversion that created more open fields and woodland edges from former continuous forests. The current extent of the red-tailed hawk's encompasses approximately 31 million square kilometers across North, Central, and parts of . Population densities peak in the at up to 50 pairs per 100 square kilometers in favorable areas, whereas they remain sparser in tropical latitudes. Northern populations migrate southward for winter, linking the expansive range seasonally. Since the 1990s, red-tailed hawks have increasingly adapted to urban settings, with established breeding pairs in major cities including and , where they exploit available perches and prey in built environments.

Habitat Preferences

The red-tailed hawk (Buteo jamaicensis) primarily inhabits open and semi-open landscapes that provide elevated perches for hunting and nesting, such as open woodlands, grasslands, deserts, and agricultural fields. These environments allow the bird to scan for prey from heights, with scattered trees, utility poles, or rocky outcrops serving as essential vantage points. While the species avoids dense, unbroken forests like interior rainforests, it frequently utilizes forest edges where open ground is accessible for . The hawk's altitudinal distribution spans from to montane elevations, enabling occupation of diverse elevations from coastal lowlands to montane regions. Tropical subspecies, such as those in Central and , adapt to varied ecosystems including mangroves along coastlines and open savannas, where they exploit similar perch-prey dynamics. This broad elevational and ecological tolerance underscores the ' versatility across continental gradients. Nesting occurs predominantly in tall trees, such as oaks or pines, often at the crown or near the edge of woodlands to afford panoramic views, though cliffs are used in treeless terrains. In human-modified settings, red-tailed hawks demonstrate notable adaptability by nesting on artificial structures like building ledges, power poles, or transmission towers. These sites mirror natural preferences for height and isolation, facilitating defense and hunting efficiency. Habitat selection emphasizes proximity to abundant prey sources over direct access to , as the species obtains sufficient from its and shows no strong dependence on features. Red-tailed hawks exhibit high for anthropogenically altered landscapes, thriving amid highways, farmlands, and suburban expanses that retain open areas and opportunities. This adaptability has facilitated range expansion into urban peripheries without compromising core ecological needs.

Behavior

Flight and Locomotion

The red-tailed hawk (Buteo jamaicensis) is renowned for its soaring flight, where it exploits rising —columns of warm air—to gain altitude and maintain position with minimal wingbeats, often circling lazily for extended periods. This style is characteristic of buteos, with the bird's broad, rounded wings held in a slight (V-shape) to enhance and during glides. Cruising speeds during level flight typically range from 20 to 40 mph, enabling efficient coverage of foraging territories, while stoop dives—steep, powered descents—can exceed 120 mph to pursue prey. On the ground, red-tailed hawks exhibit limited mobility, spending the majority of their daylight hours—approximately 72%—perched on elevated structures such as utility poles, tree branches, or snags, from which they scan for prey. Walking is awkward and infrequent due to their short tarsi and zygodactyl feet adapted for grasping rather than ; when pursuing ground prey like or small vertebrates, they resort to energetic hopping in an erratic manner. The hawk's energy-efficient flight is supported by a relatively low of 0.46–0.56 g/cm², which allows for sustained soaring over long distances with reduced energetic cost compared to continuous . The fan-shaped tail serves as a primary control surface, fanning out for braking during dives or landings and twisting for precise steering in tight maneuvers. Of the remaining flight time (about 22% soaring and 6% ), soaring predominates as the most economical mode, with reserved for short bursts to gain initial height or navigate obstacles. Daily activity patterns reflect this efficiency: red-tailed hawks often initiate the day with soaring flights near woodland edges to , transitioning to prolonged perching in the afternoon for rest and vigilance. This soaring capability also aids northern populations in seasonal migrations, where they travel thousands of miles by riding to conserve energy.

Vocalizations

The red-tailed hawk's primary vocalization is a high-pitched, raspy scream often transcribed as "kee-eeee-arr," lasting 2–3 seconds and typically delivered while soaring or perching. This call rises gradually in pitch before descending and serves primarily for territorial defense and alarm signaling against intruders. Acoustic analyses indicate that the scream spans a frequency range of approximately 2–6 kHz, contributing to its piercing quality over open habitats. Other vocalizations include a shrill, high-pitched "chwirk" used during flights to facilitate pair bonding between mates. Nestlings produce soft peeps, while juveniles emit loud, repetitive hunger or calls to solicit food from parents, often intensifying in frequency and volume upon an adult's approach. At nests, adults may issue hiss-like threat when defending against potential predators or disturbances. The red-tailed hawk's scream exhibits minor acoustic variations across individuals, with no pronounced regional dialects reported, though it is notably louder and more frequent in when territorial activity peaks. This vocalization is frequently misrepresented in , where it is dubbed over footage of other raptors, such as bald eagles, due to its dramatic, authoritative tone. In communication, these calls aid in mate recognition during breeding displays and allow parents to identify and respond to offspring needs, though adults tend to remain relatively silent during non-breeding periods like .

Foraging and Diet

The red-tailed hawk (Buteo jamaicensis) primarily employs a , perching on elevated sites such as trees, poles, or cliffs to scan for prey before launching a stoop or glide to capture it. This perch-based approach accounts for 60-80% of hunts in North American populations, with the remainder involving soaring over open areas or, less commonly, low-level flights to flush prey. Occasionally, mated pairs engage in cooperative hunting, particularly when pursuing tree squirrels, where one bird flushes the prey while the other intercepts it, though such behavior is rare and not a primary tactic. The diet of the red-tailed hawk is dominated by mammals, which comprise 70-90% of consumed prey by frequency or in temperate regions, including voles, mice, rabbits, and ground squirrels as staples. , reptiles, amphibians, and invertebrates make up the remaining 10-20%, with opportunistic scavenging of carrion supplementing meals during scarcity. In tropical habitats, such as Puerto Rican rainforests and cloud forests, the composition shifts, with reptiles and amphibians increasing to 12-31% of the diet and arthropods up to 30%, reflecting greater availability of and . Prey size typically ranges from 50-500 , allowing the hawk to handle items from small to juvenile rabbits, though larger prey like hares are taken infrequently. Foraging efficiency varies by method, with perch hunts yielding a success rate of approximately 19%, compared to 6% for soaring pursuits, emphasizing the strategy's reliability despite lower energy demands. Daily intake averages 7-10% of body weight, or about 82-135 g for adults, sufficient to meet metabolic needs year-round. Seasonal variations occur, with a greater reliance on and carrion in winter when small mammals are less active or abundant in northern latitudes. In urban environments, red-tailed hawks adapt readily by targeting introduced prey like Norway rats and rock pigeons, maintaining stable foraging success amid human-altered landscapes.

Reproduction

Red-tailed hawks form monogamous pairs that typically remain together for life or until one partner dies. displays include mutual soaring in circles, steep dives, chasing, and talon-locking spirals, often accompanied by vocalizations such as the female's scream-like calls. Pairs defend territories ranging from 1 to 2 km², depending on productivity and prey availability. Nests are bulky structures composed of sticks, often reused and refurbished annually by both parents, and lined with , , and green foliage. These nests are typically placed in the crowns of tall trees or on cliff ledges at heights of 10 to 20 m to provide a commanding view of the surrounding area. Construction or repair takes 4 to 7 days, resulting in platforms up to 2 m in diameter and 2 m deep over multiple seasons. The female lays a clutch of 2 to 3 eggs (rarely up to 5), spaced 2 to 3 days apart, leading to asynchronous hatching after an of 28 to 35 days primarily by the while the male provides food. Chicks hatch helpless and downy, weighing about 57 g, and are brooded by the for the first few weeks; the male delivers most prey, which the female tears into small pieces to feed the young. Nestlings at 42 to 46 days old but remain dependent on parents for food and protection until about 10 weeks after hatching, achieving full independence over the following months. Pairs usually produce one brood per year, with breeding success yielding 1 to 2 fledglings on average per attempt, though second broods are rare. supports repeated breeding efforts, with wild individuals averaging 10 to 15 years, though some survive up to 30 years.

Migration

The red-tailed hawk (Buteo jamaicensis) is a partial migrant, with northern populations from , , and the northern undertaking southward movements of 1,000–2,000 km to wintering grounds in the and central , while southern populations remain year-round residents. Fall migration typically occurs from September to November, with peak passage observed at raptor watch sites such as Hawk Mountain Sanctuary in , where large numbers funnel along ridges and use thermals for diurnal soaring flights. These routes generally avoid extensive overwater crossings, rarely exceeding 25 km, and follow continental landmasses to minimize energy expenditure. Migration distances average less than 1,500 km for most individuals, with daily progress of 50–100 km during active travel, though juveniles often disperse farther than adults and may explore broader areas post-fledging. Adults tend to winter closer to breeding areas and return earlier in spring (February to June), while juveniles arrive later. Recent satellite telemetry studies, including a 2025 analysis of 27 GPS-tagged adults from , have revealed weak but significant connectivity between breeding and wintering grounds, with northern Alaskan birds routing to the and southern Alaskan birds to southwestern and the . Migratory triggers include advancing cold fronts and seasonal prey scarcity, which prompt southward shifts in northern populations to access more reliable resources. In years of low availability, irruptive movements can extend beyond typical routes, leading to irregular winter distributions. These patterns leverage the ' soaring flight adaptations for efficient long-distance along corridors.

Conservation

Population Status

The global population of the red-tailed hawk (Buteo jamaicensis) is estimated at 3.1 million mature individuals, with approximately 2.8 million of these occurring in (United States and Canada). In , there are roughly 1.96 million nesting individuals, representing nearly 90% of the global total. These figures reflect a species that is widespread and abundant across its range, from to . Population trends in are stable to increasing overall, with a large and statistically significant rise of 177% over the last 40 years according to Breeding Bird Survey data. Regional variations include moderate increases in since 1970 and expansions into urban and suburban habitats in the , where the species has adapted successfully to human-modified landscapes. As of 2025, populations continue to demonstrate resilience following the 1972 ban, which had previously contributed to declines in raptor . The red-tailed hawk is classified as Least Concern on the (2024 assessment), indicating no immediate risk of due to its large and trends. It receives legal protection in the United States under the Migratory Bird Treaty Act of 1918, which prohibits take, possession, and commerce of the species without permits. The species is not listed under appendices, and none of its subspecies are considered endangered. Long-term monitoring through banding programs, ongoing since the 1920s, provides insights into demographics, with records showing individual up to 30 years and 8 months in the wild. Banding data from the onward indicate an adult annual survival rate of approximately 80%, supporting the ' .

Threats and Management

The red-tailed hawk faces several primary threats from human activities. Vehicle collisions are a leading cause of injury and death, particularly in urban areas where they represent a substantial portion of admissions to rehabilitation centers. Wind turbine strikes have increased since 2010 with the expansion of renewable energy infrastructure, as larger rotor diameters elevate fatality rates for this species due to its foraging behavior near ground level. Secondary poisoning from anticoagulant rodenticides occurs when hawks consume contaminated rodents, with studies showing exposure in up to 68% of tested individuals across regions like New York state. Illegal shooting remains a persistent threat, both historically as the primary source of mortality and currently in urban and rural settings where persecution continues despite legal protections. Habitat fragmentation exacerbates these risks by isolating populations and reducing available foraging areas, though the species shows some adaptability to altered landscapes. Emerging issues include the , which may alter prey distributions through warming temperatures and lead to potential range contractions in tropical portions of the by 2050 according to recent modeling efforts. heightens collision risks with vehicles and structures but also provides abundant food sources like in developed areas, contributing to higher local densities despite elevated mortality. The hawk's adaptable diet helps mitigate some nutritional risks from these shifts. Conservation management efforts focus on and . rehabilitation centers treat injured individuals, achieving release rates of approximately 37-60% for including red-tailed hawks, depending on injury severity and facility protocols. Perch guards installed on utility poles prevent electrocutions by insulating high-voltage lines, a common hazard for perching . Reduced use following the 1972 ban and subsequent regulations has lowered contamination levels, aiding overall population . The 2025 Red-tailed Hawk Project incorporates genetic monitoring to assess and , informing long-term strategies. These interventions have driven mitigation success, with populations rebounding from widespread bounties in the pre-1930s era—when states like offered payments for hawk scalps—toward current stability through legal protections, public education campaigns, and the creation of corridors to link fragmented areas.

Human Interactions

Falconry and Training

The red-tailed hawk (Buteo jamaicensis) is one of the most popular species used in in the United States, particularly among beginners, due to its abundance, adaptability to various habitats, and relatively straightforward training requirements. These hawks are typically captured as juveniles (first-year birds during ) using legal traps such as bal-chatris, or obtained through programs approved by state wildlife agencies. involving red-tailed hawks is regulated under the federal Migratory Bird Treaty Act, which requires falconers to obtain state or territorial permits, pass an examination on care and laws (scoring at least 80%), and maintain inspected housing facilities. Apprentices, the entry-level permit holders, are limited to possessing one wild-caught red-tailed hawk or , while general and master falconers may hold up to three or five wild , respectively, with no limit on captive-bred individuals. Annual wild take is capped at two per permittee, reported within 10 days via federal or state systems, ensuring minimal impact on populations. Training begins with manning, a process of acclimating the hawk to human presence through daily handling and to maintain via controlled food rewards. Essential equipment includes jesses for leg attachment to a swivel and , and a to calm the bird by blocking vision during transport or rest. Initial conditioning involves tethering the hawk to a perch and rewarding responses to a whistle or voice command with tidbits of meat, progressing to stepping onto the falconer's gloved fist. Free-flight training starts on a creance (long line) to a lure—often a padded rabbit or squirrel model swung on a string—reinforcing recall and pursuit instincts. Once proficient, the hawk hunts alongside the falconer, targeting small game like rabbits and squirrels in wooded or open areas, where its soaring flight and powerful talons prove effective for ground quarry. The use of red-tailed hawks in North American falconry gained prominence in the mid-20th century, coinciding with the formation of the North American Falconers Association in , which standardized practices and advocated for . Prior to European contact, there is no archaeological or historical evidence of employing red-tailed hawks in falconry, though the species held spiritual significance in some indigenous cultures. Modern falconry often results in high survival rates for these hawks; juveniles captured for training exhibit high first-year survival rates (approximately 80-90%) compared to 20-50% in , attributed to veterinary care, nutrition, and predator protection. In falconry, red-tailed hawks typically live 15 to 30 years, exceeding the average wild lifespan of about 2-3 years (though some wild adults reach 10-20 years) due to consistent care and reduced environmental risks. Welfare standards mandate spacious (housing) with perches, daily exercise, and balanced diets of whole prey to prevent nutritional deficiencies, with federal regulations prohibiting practices that cause undue stress or injury. Released falconry birds often show successful reintegration due to improved and skills, though post-release rates vary and are generally higher than for untrained juveniles.

Cultural Significance

In many Native American cultures, the red-tailed hawk holds profound spiritual importance, with its feathers revered as sacred items used in ceremonies and . For instance, Plains tribes incorporate red-tailed hawk feathers into headdresses and objects to symbolize keen vision, strength, and connection to the divine, viewing the bird as a messenger between the physical and spiritual realms. Similarly, among the , the red-tailed hawk represents spiritual maturity and guidance, as illustrated in traditional stories where its appearance signifies personal growth and honor. Due to this sanctity, many tribes observe taboos against harming or possessing the bird without permission, emphasizing its role as a protected rather than a resource for utilitarian purposes. In modern American culture, the red-tailed hawk embodies freedom and vigilance, often appearing in and to evoke power and . Its piercing cry has been widely dubbed over the calls of other raptors, including bald s, in films and television since the mid-20th century, creating an iconic "eagle screech" heard in epic scenes across productions. This auditory substitution extends to , such as the sounds of alien birds in the Star Wars franchise starting from 1977, reinforcing the hawk's association with majestic, otherworldly predators. Additionally, the bird inspires logos for sports teams like the , where its image conveys agility and dominance, though often stylized generically from hawk archetypes. The red-tailed hawk serves as an emblem in education, highlighting resilience and . Organizations like the Audubon Society feature it prominently in programs, such as enrichment activities for rehabilitated birds and public events like Raptor Day, to educate on habitat protection and species recovery. In 2025, artistic initiatives, including paintings and murals, have spotlighted the hawk's variations to raise awareness about threats to North American . Globally, the red-tailed hawk's cultural footprint is limited outside the due to its native range, but raptors like it influence broader symbolism. In Mesoamerican societies, such as the , hawks and eagles were linked to warriors and solar deities, with feathers adorning elite to denote martial prowess and divine favor dating back over 2,500 years. In , where the species is absent, hawks generally symbolize and caution in and , but lack specific ties to the red-tailed variant.

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