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Hawk


Hawks are diurnal primarily within the family , characterized by broad wings, hooked beaks, strong talons, and exceptional vision enabling them to hunt from perches or in flight. They are distinguished from falcons by their method of killing prey through squeezing with talons rather than biting the neck, and from eagles by their generally smaller size and more agile flight suited to or open pursuits.
Found on every continent except , hawks occupy diverse s from forests to grasslands, with like the (Buteo jamaicensis) being among the most common and adaptable in , often perching conspicuously to scan for and other small vertebrates. As apex or mesopredators, they play a key role in maintaining ecological balance by controlling populations of pests such as mice and sparrows, demonstrating remarkable adaptability that has allowed many to thrive near settlements despite habitat pressures. Notable genera include Accipiter (goshawks and sparrowhawks, agile forest hunters) and (soaring buzzard-like hawks), with over 200 exhibiting varied from cryptic browns to striking markings for and display.

Definition and Taxonomy

Etymology and Common Usage

The English word "hawk" derives from Old English hafoc, denoting a employed in or . This term traces to Proto-Germanic *habukaz, cognate with haukr, habuh, and hauk, reflecting a shared Germanic linguistic for raptorial birds. The *kap- or similar, implying "to " or "seize," aligns with the bird's predatory talons and method of capturing prey mid-flight or from a . In ornithological contexts, "hawk" typically refers to diurnal in the family , encompassing genera like Accipiter (e.g., goshawks and sparrowhawks, known for woodland ambushes) and Buteo (e.g., buzzards, often termed hawks in the for their soaring hunts). The designation excludes larger eagles, scavenging vultures, and falcons of the separate family, which employ distinct aerial techniques like stooping dives. This usage emphasizes medium-sized raptors adapted for active predation on vertebrates and , though vernacular application can extend loosely to other small-to-medium accipitrids or even non-accipitrids in regional dialects. Historically tied to since medieval , where "hawk" specified certain trainable distinct from "falcons," the term's modern scope reflects taxonomic refinements post-18th-century Linnaean , prioritizing ecological roles over strict phylogeny. In , common names like "" for Buteo jamaicensis—a widespread soarer preying on —exemplify prevalent usage, with over 20 so designated by authorities like the Cornell of .

Taxonomic Classification

Hawks constitute a grouping of diurnal primarily within the family , which encompasses over 250 species distributed across approximately 70 genera worldwide. This family is classified under the order , characterized by hooked beaks, strong talons, and keen vision adapted for predation. The higher taxonomic ranks for Accipitridae members are as follows:
  • Kingdom: Animalia
  • Phylum: Chordata
  • Class: Aves
  • Order: Accipitriformes
  • Family: Accipitridae
Within Accipitridae, the term "hawk" informally applies to species in multiple subfamilies and genera, reflecting morphological and behavioral similarities rather than strict monophyly. The subfamily Accipitrinae, often termed "true hawks," includes the genus Accipiter with species such as the northern goshawk (Accipiter gentilis) and sharp-shinned hawk (Accipiter striatus), noted for their agile flight and woodland hunting. Other hawk-like raptors fall under the genus Buteo, exemplified by the red-tailed hawk (Buteo jamaicensis), which features broad wings suited for soaring. This polyphyletic usage distinguishes hawks from larger eagles or specialized kites and harriers within the same family.

Evolutionary History

The family , which includes hawks as well as eagles, kites, and harriers, traces its origins to the early Eocene epoch, approximately 56–47 million years ago, based on remains from the Egem in consisting of a and two ungual phalanges attributed to an early accipitrid. The fossil record of the group becomes more substantial from the late Eocene onward, around 35 million years ago, with remains indicating forms similar to modern buzzards and other buteonine hawks, though these early taxa lacked the full suite of specialized predatory traits seen today. Phylogenetic analyses place the divergence of Accipitridae from other accipitriform lineages, such as ospreys and secretarybirds, in the early , following the Cretaceous-Paleogene that reshaped avian diversification among theropod descendants. By the , around 30–31 million years ago, small hawk-like diurnal raptors had emerged, as evidenced by Aviraptor longicrus from Menilitic deposits in —a long-legged form with affinities to early , highlighting nascent diversity in body size and limb proportions adapted for agile predation. This period marks increasing specialization within the family, with fossils from and showing transitions toward the hooked beaks, reversed hind toes, and powerful talons characteristic of modern hawks. Genomic studies of extant raptors identify convergent evolutionary signatures in genes linked to enhanced (e.g., expansions) and skeletal robusticity, which likely arose incrementally from Eocene ancestors to support aerial hunting strategies. The subfamily (true hawks, including genera like and ) underwent significant radiation during the epoch, 23–5 million years ago, coinciding with global cooling and that favored woodland and open-country predators. evidence of buteonine hawks, such as the oldest record of Buteo from the late of , confirms the establishment of modern genera by this time, with adaptations for soaring and perch-hunting reflecting responses to expanding grasslands. behaviors, a key life-history trait in many hawk species, evolved polyphyletically within Accipitrinae during the middle , driven by biogeographic shifts and seasonal resource availability rather than a single origin. Overall, the evolutionary trajectory of hawks emphasizes iterative refinements in predatory morphology amid paleoenvironmental changes, with no evidence of major post- innovations in core anatomical features.

Physical Characteristics

Morphology and Adaptations

Hawks in the family display a typified by diurnal , featuring broad wings, a hooked with a waxy cere at its base, strong legs, and sharp talons. These structures support their predatory lifestyle, with the beak designed for tearing flesh and the talons for grasping prey. is typically in shades of brown, gray, black, or white, often providing against forest or open terrains. Morphological variations occur across genera; buteos such as the red-tailed hawk (Buteo jamaicensis) have broad, rounded wings spanning up to 1.4 meters, enabling efficient soaring on thermal updrafts to scan large areas for prey with minimal energy expenditure. In contrast, accipiters like Cooper's hawk (Accipiter cooperii), measuring 36-50 cm in length, possess shorter, rounded wings and a long tail for enhanced maneuverability during high-speed pursuits through dense vegetation. Key adaptations include powerful, curved talons that pierce and immobilize , complemented by muscular legs capable of exerting significant force. Some exhibit a reversible tarsus, allowing the foot to flex in ways that facilitate secure perching on branches or prey. These traits, evolved for precise strikes, underscore the family's specialization in aerial predation across diverse habitats.

Sensory Abilities

Hawks possess exceptionally acute adapted for detecting and pursuing prey from afar. Diurnal raptors like hawks feature large eyes relative to size, with a high density of photoreceptors enabling tetrachromatic that includes sensitivity, surpassing human trichromatic capabilities. This allows discrimination of fine color details, as evidenced by Harris's hawks (Parabuteo unicinctus) achieving chromatic approximately twice that of humans when resolving red-green patterns. Anatomical adaptations include a deep central fovea for high-resolution forward during dives and a shallower temporal fovea for lateral scanning, supporting both acuity in bright and . in hawks typically ranges from 2 to 3 times human levels, permitting detection of small prey like from distances up to 1-2 kilometers under optimal conditions. Hearing in hawks is acute but secondary to , with sensitivity peaked in the 1-5 kHz range suitable for localizing rustling prey or distress calls. Unlike nocturnal raptors such as , hawks lack specialized asymmetrical ear structures for precise vertical localization, relying instead on visual cues for strike accuracy. Olfaction plays a minimal role in hawk foraging, as most accipitrids exhibit reduced size and limited sensitivity compared to vultures, with and hearing dominating sensory . Taste perception is present but rudimentary, aiding in prey assessment post-capture rather than detection.

Ecology and Distribution

Habitats and Global Range

Hawks, encompassing various genera within the family , exhibit a , occurring on all continents except and extending to numerous oceanic island groups. This near-global presence reflects their adaptability to diverse environmental conditions, with over 250 species documented across temperate, tropical, and subtropical regions. For instance, species in the genus (buzzards or typical hawks) are prevalent in the , , , and , while species (goshawks and sparrowhawks) dominate forested areas worldwide. Habitat preferences vary by genus and species, but collectively, hawks utilize virtually all terrestrial ecosystems, including Arctic tundra, alpine meadows, savannas, rainforests, woodlands, grasslands, deserts, coastal zones, agricultural fields, and even urban-suburban interfaces. Forest-dwelling species like the northern goshawk (Accipiter gentilis) favor mature coniferous or mixed woodlands for cover and perching, whereas open-country hawks such as the red-tailed hawk (Buteo jamaicensis) thrive in prairies, scrublands, and farmlands where visibility aids hunting. Harriers (genus Circus) specialize in marshes and grasslands, demonstrating how ecological niches within the family allow coexistence across habitat gradients. While some maintain year-round residency in stable habitats, others migrate seasonally to exploit varying prey availability, influencing effective range dynamics; for example, many North American buteos shift southward during winter, extending their temperate breeding grounds' influence into neotropical wintering areas. Habitat from human activities poses localized threats, but the family's broad ecological tolerance sustains overall global viability.

Migration and Movement Patterns

Many hawk species exhibit partial , where northern breeding populations move southward to winter in milder climates, while southern individuals remain resident year-round, driven by food scarcity in harsh winters rather than photoperiod alone. Migration distances vary by species and latitude; for instance, red-tailed hawks (Buteo jamaicensis) typically undertake short- to medium-distance movements under 1,500 km, with northern birds from and shifting to the . In contrast, Swainson's hawks (Buteo swainsoni) perform long-distance migrations exceeding 12,000 km roundtrip from North American breeding grounds to , departing in late August to September. Accipiter hawks, specialized for woodland hunting, show more pronounced migratory tendencies among northern populations. Sharp-shinned hawks (Accipiter striatus) are long-distance migrants, with breeding birds from and traveling to or northern , often covering over 1,500 km; and western mountain populations may remain partially resident. Cooper's hawks (Accipiter cooperii) similarly migrate southward, with some reaching southern and , though many overwinter across the continental . Broad-winged hawks (Buteo platypterus), a , migrate obligately in massive flocks or "kettles" of hundreds to thousands, soaring on thermal updrafts from North American forests to Central and South American winter ranges. Autumn migration peaks from mid-August to October, concentrated along topographic corridors like ridgelines and shorelines to exploit updrafts and avoid large water crossings, with southerly winds funneling birds into visible concentrations. Spring returns occur earlier and more dispersed, often individually rather than in flocks. Non-migratory movement includes daily foraging ranges of several kilometers within territories, with juveniles dispersing widely post-fledging to establish new ranges, sometimes exceeding 1,000 km. Rough-legged hawks (Buteo lagopus), breeding in the , exemplify medium-distance migration, shifting en masse to the and southern for winter.

Behavior

Social Structure and Daily Activities

Hawks generally exhibit a solitary , with individuals or monogamous pairs maintaining and defending exclusive territories year-round to secure grounds and nesting sites. These territories vary in size from 0.5 to 2 square kilometers depending on prey availability and quality, and intrusions by conspecifics often provoke aggressive displays such as screaming calls, stooping dives, or physical combat. Pair bonds form during the first or second season and persist until the of one , with both partners cooperating in territory defense but minimal social interaction outside . Juveniles disperse from natal areas within months of fledging to establish their own territories, reducing competition and . A notable exception among hawk species is the (Parabuteo unicinctus), which forms stable family groups of 2 to 6 individuals, including breeding pairs and from previous years that act as helpers in rearing subsequent and cooperative . These groups maintain hierarchies through dominance displays and allopreening, enabling coordinated strategies that increase success rates compared to solitary in other hawks. Such is rare among diurnal raptors and linked to the species' arid habitats where prey patches support group exploitation. Daily activities of hawks follow a diurnal cycle, with peak activity from dawn to centered on , which occupies 50-70% of daylight hours depending on and energy demands. Individuals typically begin the day by feathers on a to optimize insulation and flight efficiency, followed by scanning open areas from elevated vantage points such as utility poles, trees, or ridges for prey movement. involves either stationary perching with sudden stoops or soaring on thermals to cover larger areas, with red-tailed hawks (Buteo jamaicensis) often employing the former to ambush and birds within 100-200 meters. Non-breeding periods emphasize individual maintenance and exploration, including brief flights for territory patrols and roosting in sheltered sites at night to conserve energy, with heart rates dropping significantly after sunset. During breeding, activities shift to include courtship flights, nest repairs, and biparental provisioning, reducing personal foraging time but enhancing offspring survival. Accipiter species, such as Cooper's hawks, adapt routines to woodland ambushes, weaving through vegetation for avian prey, while buteos favor open-country soaring that aligns with thermal availability peaking mid-morning. Rest periods involve loafing on perches, where hawks may mantle wings over kills to shield from competitors.

Hunting Techniques and Diet

Hawks, as diurnal in the family , employ diverse hunting techniques tailored to their morphology and habitats, primarily relying on exceptional to detect prey from distances exceeding 1 kilometer. species, such as the Cooper's hawk (Accipiter cooperii), specialize in ambush predation, using short, explosive flights through dense vegetation to surprise and capture birds, which constitute the majority of their diet, including medium-sized species like and . In contrast, hawks, exemplified by the (Buteo jamaicensis), often hunt from perches or by soaring at heights up to 300 meters before stooping at speeds over 100 km/h to grasp small mammals, which form 60-70% of their intake, such as voles, rabbits, and ground squirrels. Dietary preferences vary by genus and region but are overwhelmingly carnivorous, focusing on vertebrates supplemented by when abundant. Northern goshawks (Accipiter gentilis) consume a mix of ground squirrels, rabbits, hares, and birds like woodpeckers and corvids, occasionally taking reptiles or insects. diets emphasize mammals but include reptiles, amphibians, and birds; for instance, red-shouldered hawks (Buteo lineatus) derive about 58% of breeding-season prey from reptiles, 18% from amphibians, and smaller portions from mammals and birds. Prey is typically swallowed whole or partially consumed at a , with birds often plucked and beheaded to remove feathers and indigestible parts. Hunting success rates differ, with Accipiters achieving captures in forested ambushes through rather than speed, while Buteos leverage updrafts for energy-efficient aerial , adapting to prey availability such as seasonal rodent irruptions. These strategies reflect evolutionary adaptations for efficient energy expenditure, with diets shifting opportunistically—e.g., increased consumption during mammal scarcity—ensuring survival across temperate and tropical ranges.

Reproduction and Life History

Mating Systems and Breeding

Most species of hawks in the family exhibit social , forming pair bonds that often persist for multiple breeding seasons or even for life, though genetic may vary due to occasional extra-pair copulations. Pairs typically defend territories year-round or intensify defense during , with males and females cooperating in boundary patrols and vocal displays to deter intruders. rituals commence in late winter or early spring, involving synchronized soaring flights, aerial chases, and talon-locking maneuvers, followed by the male presenting prey to the female to solidify the bond. Breeding occurs annually, with clutch sizes ranging from 1 to 6 eggs depending on species and environmental conditions; smaller accipiters like Cooper's hawks (Accipiter cooperii) usually lay 3–5 eggs, while buteos such as the ( jamaicensis) produce 1–5. Eggs are white or pale blue with brown spots, laid at intervals of 2–3 days. begins with the first or second egg and lasts 28–35 days, primarily performed by the female while the male provisions food, though both sexes share duties once hatched. Hatching is asynchronous, leading to sibling hierarchies where larger chicks may outcompete smaller ones for , potentially resulting in facultative in some under resource scarcity. Pairs rarely renest if the first fails early, but success rates improve with established territories and abundant prey, yielding 1–3 fledglings on average per brood.

Nesting and Parental Care

Hawks in the family typically construct large, bulky nests from sticks, twigs, and bark, often lined with greener materials such as sprigs or lichens for and ; these structures are commonly reused and refurbished across multiple seasons, with pairs selecting elevated sites in trees, cliffs, or occasionally human-made structures to minimize predation risk. Nest-building is a shared activity between monogamous pairs, beginning in late winter or early spring depending on and , and serves as part of displays where males perform aerial maneuvers while females inspect or contribute to the site. Clutch sizes generally range from 1 to 5 eggs, most often 2–3 in species like the ( jamaicensis), laid at intervals of 2–3 days with lasting 28–35 days, primarily by the female who is provisioned with prey by the male during this period. Eggs are white or pale blue with brown spots, and asynchronous often leads to hierarchical interactions, including potential facultative in resource-limited broods where dominant chicks evict or kill subordinates to maximize personal survival. Nestlings are altricial, hatching helpless and downy, requiring intensive biparental care; the female broods them for the first 2–3 weeks while the male delivers most prey items, though females may contribute larger or heavier as nestlings grow. Feeding rates vary with food availability and breeding experience, with experienced pairs provisioning more efficiently to offset and enhance fledging success; both parents actively defend the nest against intruders, with defense intensity influenced by factors like nest height and familiarity with threats. Young hawks after 4–8 weeks, depending on species—for instance, fledglings depart the nest at 6–7 weeks but remain dependent on parents for up to 10 weeks post-fledging, during which time adults continue to provide food and protection while teaching hunting skills through observation and partial provisioning. This extended care period, lasting from weeks to months across , supports juvenile dispersal and survival, though it diminishes as parents redirect efforts toward the next breeding cycle.

Development and Mortality Factors

Hawk nestlings hatch in an altricial state, blind, covered in sparse down, and weighing approximately 2 ounces in species such as the red-tailed hawk (Buteo jamaicensis), requiring intensive parental provisioning for rapid growth. They develop thermoregulatory abilities within the first week, with eyes opening around 10-14 days and feathers emerging by 3-4 weeks, enabling limited movement and preening. Fledging typically occurs after 42-46 days in the nest for red-tailed hawks and around 45 days for Cooper's hawks (Accipiter cooperii), though fledglings lack strong flight initially and remain near the nest site. Post-fledging, young hawks depend on parents for and for 4-8 weeks, gradually acquiring proficiency; vertebrate prey capture begins about 42 days after fledging in red-tailed hawks, with full self-sufficiency emerging by 53 days in some cases. Juveniles retain distinct for roughly one year before first breeding attempts, during which dispersal and territorial establishment occur. Survival to independence hinges on learning efficiency, with parents reducing provisioning to encourage independence around 51-54 days post-hatching in Cooper's hawks. Mortality rates peak during the nestling and early juvenile phases, with nestling survival to fledging ranging from 58% in (Buteo regalis) to higher in stable habitats, often limited by , weather extremes, or predation. Juvenile post-fledging survival varies by and ; for instance, 72% of radio-tagged ferruginous hawk fledglings survive the initial dependency period, but cumulative first-year survival drops to about 43%. In urban settings, first-year Cooper's hawks face 25-36% mortality from collisions with vehicles and windows alone. Leading causes of juvenile mortality include predation (dominant in rural areas, e.g., by great horned owls or mammals), from immature foraging skills, and anthropogenic threats such as , rodenticides, and historical , which once accounted for significant losses in red-tailed hawks. Disease and parasites contribute less frequently but exacerbate vulnerabilities during dispersal, when survival can decline to 71% in northern goshawks (Accipiter gentilis) due to habitat shifts and prey scarcity. Overall, first-year mortality often exceeds 50% across hawk species, underscoring the precarious transition to adulthood.

Conservation and Threats

Population Trends and Status

Populations of many hawk , particularly in , have stabilized or increased since the mid-20th century after sharp declines attributed to organochlorine pesticides such as , which thinned eggshells and reduced . The North American Breeding Bird Survey indicates annual increases for several common , reflecting to human-modified landscapes including suburbs and agricultural areas. However, trends vary by and region, with some migratory populations showing declines possibly linked to habitat loss on wintering grounds in . The red-tailed hawk (Buteo jamaicensis), one of the most widespread and abundant hawks, has an estimated North American population of 2.6 million individuals and has increased by approximately 1.3% annually from 1966 to 2019. Its global status is rated as Least Concern by BirdLife International, with stable or growing numbers across diverse habitats from deserts to forests. Similarly, Cooper's hawk (Accipiter cooperii) populations have rebounded robustly post-DDT era, with an estimated 840,000 mature individuals in the U.S. and Canada and ongoing increases documented through breeding bird surveys; it is now thriving in urbanizing environments. The sharp-shinned hawk (Accipiter striatus) maintains a stable trend with around 440,000 individuals, having recovered from historical lows, though migration counts at some watch sites suggest localized variability. In contrast, the (Accipiter gentilis) exhibits more precarious regional status despite a global Least Concern rating when combined with Eurasian populations. It is listed as endangered in states like and due to in mature forests, with breeding populations remaining sparse and sensitive to . Other species, such as the (Buteo regalis), show declining trends in breeding areas tied to grassland conversion, underscoring conservation concerns in regions. Overall, while most hawk species are not globally threatened, ongoing monitoring through initiatives like the Raptor Population Index reveals that 73% of assessed sites for species like indicate stability, but habitat-specific declines necessitate targeted protections.

Natural and Anthropogenic Threats

Natural threats to hawks primarily affect juveniles, eggs, and nestlings, with adults facing lower predation risk due to their agility and defensive behaviors. Larger raptors such as eagles and great horned owls prey on hawk eggs and young, while mammalian predators including raccoons, foxes, and bobcats target nests; snakes and even larger hawks may consume fledglings. Disease also contributes significantly, with causing respiratory infections, avian pox leading to skin lesions on unfeathered areas, and adenoviral infections resulting in necrotizing in species like red-tailed hawks. Other pathogens, including and , induce lethal effects through neurological damage or systemic infection, while parasitic conditions like frounce () and impair feeding and digestion. Environmental factors such as , starvation during prey shortages, and intraspecific territorial conflicts further elevate mortality, particularly in harsh winters or drought-affected regions. Anthropogenic threats have historically and continue to impose substantial pressures on hawk populations through direct and indirect mechanisms. Habitat loss from , , and fragments nesting and foraging areas, contributing to declines in species like Cooper's hawks, where development has encroached on over 33% of documented nest sites in some regions. Pesticides, notably used until its 1972 U.S. ban, caused eggshell thinning and reproductive failure in predatory raptors including sparrow hawks via of , reducing hatching success by disrupting calcium metabolism. Contemporary rodenticides like anticoagulants poison hawks through contaminated prey, with 68% of necropsied red-tailed hawks in showing residues. Collisions with human infrastructure represent acute risks, including electrocution on uninsulated power lines, which kills thousands of raptors annually, and vehicle strikes in urban areas. Wind turbine blades pose collision hazards, particularly for red-tailed hawks whose soaring flight patterns intersect rotor-swept zones, with fatality estimates contributing to population-level impacts in high-density farms. Lead poisoning from ingested bullet fragments in hunter-killed game affects scavenging and predatory hawks, causing neurological impairment and mortality; up to 80-90% of treated bald eagles (a comparable raptor) exhibit elevated blood lead levels seasonally. Illegal shooting persists despite protections, often targeting perceived threats to livestock or game, exacerbating declines in vulnerable populations.

Conservation Measures and Outcomes

Conservation measures for hawks, members of the family , have emphasized legal protections, pollutant regulation, and habitat management to counter historical declines from persecution, pesticides, and land-use changes. The U.S. Migratory Bird Treaty Act of 1918 established federal prohibitions on hunting, capturing, or harming migratory hawks, forming a core framework for their preservation across . Similarly, international efforts, such as those by the Hawk Conservancy Trust in the , focus on research, anti-persecution initiatives, and habitat enhancement to achieve net positive population outcomes for native raptor species. A landmark measure was the U.S. ban on and related organochlorine pesticides, which addressed eggshell thinning and reproductive failures documented in multiple hawk species during the mid-20th century; this regulation facilitated widespread recoveries akin to those observed in other . Additional strategies include reducing secondary poisoning from rodenticides, which threaten and rural hawk populations by contaminating prey, and implementing forestry guidelines to preserve nesting habitats for species like the (Accipiter gentilis). Monitoring programs, such as the Raptor Population Index, track migration and breeding trends to inform . Outcomes vary by species and region but demonstrate overall success for many common hawks. The (Buteo jamaicensis) exemplifies recovery, with North American populations increasing by about 1.3% annually from 1966 to 2019 per Breeding Bird Survey data, alongside 20th-century range expansions into former marginal habitats. Globally secure and considered of least concern, this benefits from broad tolerance and legal safeguards, maintaining estimated populations exceeding 2.6 million individuals. In contrast, the holds least concern status worldwide but faces regional sensitivities, such as endangered listings in parts of the U.S. (e.g., since 1999) due to impacts, with yielding stable counts at migration watchpoints like Hawk Mountain. Harris's hawk (Parabuteo unicinctus) populations remain vulnerable to from and , though targeted protections sustain viable numbers in core ranges. Broader analyses indicate stable or increasing trends for most North American hawks, underscoring the efficacy of integrated measures despite persistent localized threats.

Interactions with Humans

Cultural and Symbolic Roles

In ancient , hawks and falcons were sacred birds emblematic of deities such as , who was depicted with a falcon head symbolizing kingship, protection, and vigilance; pharaohs incorporated hawk motifs in to invoke divine . Hawks were also linked to the sun god , representing solar power and high-altitude flight akin to the sun's path, with mummified hawks buried in catacombs like during the Late Period (747–332 BCE). Among many Native American tribes, hawks embody power, courage, and strength, often serving as messengers between the physical and realms due to their keen and soaring flight. The holds particular sacred status for the as a protector spirit, with its tail feathers used in rituals for significance. In broader tribal lore, hawks symbolize guardianship, , and clear , acting as guides for and . Biblically, hawks appear as unclean birds prohibited for consumption under (Leviticus 11:16; Deuteronomy 14:15), reflecting their predatory nature. Job 39:26 rhetorically questions whether the hawk flies by , attributing its migratory instincts and wing-spreading to , underscoring themes of creation's dependence on . Isaiah 34:11 prophesies hawks inhabiting desolate regions as symbols of judgment and abandonment. In European heraldry, hawks or falcons denote nobility, vigilance, and persistence, representing individuals who pursue goals relentlessly without respite; they feature in coats of arms as charges symbolizing martial prowess and acuity. The serves as an emblem in Arab state flags and arms, evoking tribal heritage and sovereignty. Across various mythologies, hawks recurrently align with solar symbolism and sun gods, embodying destructive desire or fateful forces in some interpretations.

Practical Uses and Economic Benefits

Hawks, particularly species like the (Parabuteo unicinctus) and (Accipiter gentilis), are trained for , where they pursue and capture game such as rabbits, , and pheasants in a practice dating back centuries but regulated today under permits in many countries. These birds' agility and hunting instincts make them suitable for beginners and experienced falconers alike, with Harris's hawks favored for their social pack-hunting behavior that facilitates group training. In professional applications, trained hawks serve in bird abatement programs to deter pest species like pigeons, , and starlings from agricultural fields, urban structures, and airports, employing the predators' presence to induce fear without lethal harm. Such services provide an alternative to netting, , or chemicals, particularly effective in open areas where hawks can patrol large expanses. Economically, these pest control deployments yield benefits by minimizing crop depredation; analogous raptor programs have curtailed bird-induced grape losses by up to 95% in vineyards, suggesting similar efficiencies for hawk applications in fruit and grain protection. Wild hawk populations, including red-tailed hawks (Buteo jamaicensis), further contribute by naturally suppressing rodent numbers, averting agricultural damage that could otherwise necessitate costly rodenticides or yield reductions. Falconry services themselves generate revenue for licensed operators, supporting a niche while promoting raptor conservation through and awareness.

Conflicts and Management Strategies

Hawks, particularly species such as the (Accipiter cooperii) and (Buteo jamaicensis), occasionally conflict with human activities through predation on small-scale operations and backyard flocks. These raptors target chickens, ducks, and other , often ambushing them during daylight hours in open or semi-wooded areas. Cooper's hawks, known for their agility in forested habitats, have been documented preying on poultry by flying through dense cover to surprise victims, while red-tailed hawks perch on elevated sites to spot and swoop down on exposed birds. Such incidents are more common in rural or suburban settings where free-ranging lack full enclosure, leading to economic losses for smallholders, though large-scale commercial operations experience minimal impact due to secured housing. In the United States, hawks are protected under the Migratory Bird Treaty Act of 1918, prohibiting lethal control without specific depredation permits from the U.S. Fish and Service, which are rarely issued for losses given the birds' ecological role in controlling rodent populations. Historical persecution of red-tailed hawks as livestock threats in the early contributed to population declines, but protections since the have stabilized numbers, emphasizing non-lethal resolutions. Translocation of problem individuals via live-trapping—using baited cage traps followed by release at least 50 miles from the conflict site—has proven effective for persistent offenders, as recommended by the USDA Animal and Plant Health Inspection Service (APHIS). Nest removal outside seasons can reduce aggression from territorial pairs, but is limited to non-nesting periods to avoid harming eggs or fledglings. Preventive management focuses on modification and physical barriers to minimize encounters. Poultry keepers are advised to eliminate perches within 100 yards of flocks by trimming trees or installing anti-perch spikes, as hawks rely on vantage points for . Enclosing runs with solid roofs or netting prevents aerial access, while substituting hardware cloth (1/2-inch mesh) for on coops deters breaches, as hawks can exploit larger gaps. Deterrents such as reflective tape, old , or grids strung 4-6 inches apart over open areas disrupt flight paths and startle predators without . Supervised free-ranging during peak hawk activity (midday) or providing cover like brush piles for chickens to hide reduces vulnerability, with data from extension services showing these measures cut losses by up to 90% in small flocks. In cases of repeated attacks, confining birds to coops for 10-21 days starves the hawk of easy prey, prompting it to relocate.

References

  1. [1]
    Accipitridae (eagles, hawks, and kites) - Animal Diversity Web
    Accipitrids are diurnal birds of prey with broad wings, hooked beaks, strong legs and feet and sharp talons. All accipitrids have a cere, which is a waxy ...
  2. [2]
    Cooper's Hawk Overview, All About Birds, Cornell Lab of Ornithology
    A Cooper's Hawk captures a bird with its feet and kills it by repeated squeezing. Falcons tend to kill their prey by biting it, but Cooper's Hawks hold ...Identification · Life History · Sounds
  3. [3]
    9 Types of Hawks You Should Know - Birds and Blooms
    Feb 8, 2024 · Red-Tailed Hawk. One of the most common hawks, red-tails can be seen across most of the United States. These buteos conspicuously perch in the ...
  4. [4]
    Birds of Prey - Mass Audubon
    Red-tailed Hawk (Buteo jamaicensis)​​ Our most common hawk, the Red-tailed Hawk is seen in cities, suburbs, and the countryside. It feeds primarily on squirrels ...
  5. [5]
    Kites, Hawks, Eagles (North America) Species Guide - Birda
    Many members of the family exhibit sexual dimorphism, with females generally larger. Accipitrids possess acute vision and strong talons for hunting. They build ...Missing: characteristics | Show results with:characteristics
  6. [6]
    hawk, n.¹ meanings, etymology and more | Oxford English Dictionary
    1.a. Old English–. Any diurnal bird of prey used in falconry; any bird of the family Falconidæ. · 1.b. 1486–. With prefixed word indicating species, varieties, ...
  7. [7]
    HAWK Definition & Meaning - Merriam-Webster
    The meaning of HAWK is any of numerous diurnal birds of prey belonging to a ... Word History. Etymology. Noun (1). Middle English hauk, from Old English ...
  8. [8]
    Red-tailed Hawk Overview, All About Birds, Cornell Lab of Ornithology
    Red-tailed Hawks eat mostly mammals, so they're less likely to visit a popular feeder than a Cooper's or Sharp-shinned hawk is. It's very rare for a Red-tailed ...
  9. [9]
    Accipitridae - GBIF
    The subfamily Accipitrinae includes goshawks, sparrowhawks, sharp-shinned hawks and others. This subfamily are mainly woodland birds with long tails and high ...
  10. [10]
    Accipiter - Explore the Taxonomic Tree | FWS.gov
    Location in Taxonomic Tree ; Infraphylum, Gnathostomata ; Superclass, Tetrapoda ; Class, Aves ; Order, Accipitriformes ; Family, Accipitridae.
  11. [11]
    Accipitridae Browse by Family, All About Birds, Cornell Lab of ...
    Accipitridae, also known as Hawks, Eagles, and Kites, includes birds like the White-tailed Kite, Golden Eagle, Sharp-shinned Hawk, and Bald Eagle.
  12. [12]
    (Family) Hawks / Kites / Eagles - Montana Field Guide
    The family of Hawks, Kites, and Eagles is Accipitridae, which is part of the order Accipitriformes. Examples include American Goshawk and Bald Eagle.
  13. [13]
    [PDF] The oldest fossil record of Buteo (Aves, Accipitridae) from the Late ...
    Sep 13, 2022 · The fossil record of the Accipitridae dates back to the early Eocene of Egem in Belgium with a tarsometatarsus and two ungueal phalanges ...
  14. [14]
    (PDF) Phylogeny, Historical Biogeography and the Evolution of ...
    Aug 8, 2025 · Migration evolved multiple times in birds of prey, the ear-liest of which occurred in true hawks (Accipitrinae), during the middle Miocene ...
  15. [15]
    A tiny, long-legged raptor from the early Oligocene of Poland may be ...
    Oct 8, 2020 · As such, it not only sheds light on the evolutionary history and past diversity of the Accipitridae but may also contribute to an understanding ...
  16. [16]
    Raptor genomes reveal evolutionary signatures of predatory and ...
    Aug 29, 2019 · Raptor genomes show genomic signatures associated with the origin and maintenance of several specialized physiological and morphological features essential to ...
  17. [17]
    Red-Tailed Hawk - Oakland Zoo
    Physical Characteristics. Red-tailed Hawks have a sharply hooked beak and strong, curved talons. These act like the hawk's knife and fork. When hunting, the ...
  18. [18]
    Cooper's hawk - Illinois Department of Natural Resources
    The Cooper's hawk averages 14 to 20 inches in length, about the size of the American crow. It has short wings and a long tail. The back has blue-gray feathers, ...
  19. [19]
    [PDF] Raptor Adaptation Discovery Kit Cooper's hawk (Accipiter cooperii ...
    Sharp-shinned hawks and Cooper's hawks belong to this group of predatory birds and have shorter, slightly rounded wings that allow them to fly quickly around ...
  20. [20]
    Red-Tailed Hawk | NC Wildlife
    Its hunting adaptations are formidable: a short, hooked bill that tears flesh; long, sharp claws that grasp prey and sometime s kill it.<|control11|><|separator|>
  21. [21]
    Masters of the Sky: North American Raptors and their Unique ...
    Adaptations for Hunting: Strong, Curved Talons: Like other raptors, the red-tailed hawk's talons are its primary weapon. These talons are designed to pierce ...
  22. [22]
    Double-jointed Hawks and Convergent Evolution - BirdNote
    known as a reversible tarsus — is ...Missing: morphology | Show results with:morphology
  23. [23]
    High resolution of colour vision, but low contrast sensitivity in a ...
    Aug 29, 2018 · In this study, we showed that Harris's hawks have the highest chromatic visual acuity threshold found to date, suggesting that they can ...
  24. [24]
    Extraordinary creatures: raptors - Company of Biologists Journals
    Sep 9, 2024 · The visual acuity of the Harris's hawk using red and green patterns is twice that of humans. Photo credit: Simon Potier.
  25. [25]
    Visual adaptations of diurnal and nocturnal raptors - PubMed
    Jul 10, 2020 · Adaptations of diurnal raptors to high acuity vision in bright light include rod- and double cone-free foveae, high cone and retinal ganglion cell densities ...Missing: sensory peer
  26. [26]
    Visual Acuity In Birds Of Prey - Hawkeye Bird & Animal Control
    Jun 27, 2024 · Birds of prey have excellent visual acuity, with eagles and hawks seeing 5x better than humans. Eagles can see up to 3km away. Owls have the ...
  27. [27]
    All About Raptors - Senses | United Parks & Resorts - Seaworld.org
    Raptors have excellent vision, hearing sensitive to 1-5 kHz, acute taste, and most are not sensitive to smell, except for turkey vultures.
  28. [28]
    Diurnal Raptors Differ in Visual Fields and Degree of Eye Movement
    We studied visual field configuration, degree of eye movement, and orbit orientation in three diurnal raptors belonging to the Accipitridae and Falconidae ...
  29. [29]
    Olfaction in raptors | Zoological Journal of the Linnean Society
    Oct 20, 2019 · In this review I provide evidence that raptors in general have functional olfactory systems that they may use in a range of different contexts.Missing: peer | Show results with:peer
  30. [30]
    Hawks, Eagles, and Kites - Accipitridae - Birds of the World
    Mar 4, 2020 · General Habitat. The accipitrids occupy virtually all terrestrial habitats, including Arctic tundra, desert, savanna, and forests of all types.
  31. [31]
    Accipitridae Types, Characteristics & Habitat | Study.com
    Accipitridae members inhabit virtually all terrestrial ecosystems across the globe, from dense forests to open grasslands, deserts, and coastal regions. Their ...What Is Accipitridae? · Accipitridae Habitat And... · Types And Classification Of...<|separator|>
  32. [32]
    Hawks | Research Starters - EBSCO
    Habitats and Lifestyles ... Hawks are a widespread and successful group that occurs on all continents and the larger islands. They are absent only from Antarctica ...Classification · Habitats And Lifestyles · Courtship And Nesting
  33. [33]
    Movements and Migration - Red-tailed Hawk - Buteo jamaicensis
    Oct 22, 2024 · Red-tailed Hawks are partial migrants, moving short to intermediate distances, with most movements under 1500 km. Northern populations migrate ...
  34. [34]
    Red-tailed Hawk Range Map - All About Birds
    Migration. Resident or short-distance migrant. Most birds from Alaska, Canada, and the northern Great Plains fly south for a few months in winter, ...
  35. [35]
    Swainson's Hawk Range Map - All About Birds
    Starting in late August and September, nearly the whole population of Swainson's Hawks migrates from North America to Argentina, a roundtrip of more than 12,000 ...
  36. [36]
    Movements and Migration - Sharp-shinned Hawk - Accipiter striatus
    The species is a partial, albeit sometimes long-distance (>1,500 km) migrant throughout much of its North American range (Appendix 1).
  37. [37]
    Sharp-shinned Hawk Range Map - All About Birds
    Migration. Resident to long-distance migrant. Sharp-shinned Hawks of the Appalachians and Western mountains may remain there year-round, whereas birds that ...
  38. [38]
    Cooper's Hawk Range Map - All About Birds
    Cooper's Hawks can be found wintering over most of the continental United States. Some birds migrate as far south as southern Mexico and Honduras.
  39. [39]
    Broad-winged Hawk Range Map - All About Birds
    Broad-winged Hawks migrate in large flocks or “kettles” that may contain several individuals or thousands, often soaring on thermal air currents. In the fall ...
  40. [40]
    Movements and Migration - Broad-winged Hawk - Buteo platypterus
    Generally migrates in large flocks, or "kettles," ranging from several individuals to thousands (Figure 2). Flock size smaller in Pennsylvania than in Costa ...
  41. [41]
    Where Can I Go to Watch Hawk Migration? | All About Birds
    They depend on thermals and updrafts to help them travel, and this means they often follow ridgelines. They also tend to follow shorelines so that they avoid ...
  42. [42]
    https://hawkmigration.org/new-to-hawkwatching/
  43. [43]
    Rough-legged Hawk Range Map - All About Birds
    Migration. Medium-distance migrant. The entire population moves from arctic breeding grounds to wintering grounds in the U.S. and southern Canada.
  44. [44]
    Behavior - Red-tailed Hawk - Buteo jamaicensis - Birds of the World
    Oct 22, 2024 · Degree of sociality ... Typically occur singly or in pairs. May gather in small groups around abundant food source in winter or flock together ...Locomotion · Self-Maintenance · Agonistic Behavior
  45. [45]
    Buteo jamaicensis (red-tailed hawk) - Animal Diversity Web
    Behavior. Red-tailed hawk pairs remain together for years in the same territory. These birds are very territorial, and defend territories that range in size ...Physical Description · Reproduction · Behavior
  46. [46]
    Red-tailed Hawk Life History - All About Birds
    Red-tailed Hawks typically put their nests in the crowns of tall trees where they have a commanding view of the landscape. They may also nest on a cliff ledge ...Nesting · Behavior · Food
  47. [47]
    Harris's Hawk Life History, All About Birds, Cornell Lab of Ornithology
    Harris's Hawks are highly social raptors, often found in groups with complex social hierarchies that engage in cooperative hunting and breeding. Groups can ...
  48. [48]
    Harris's Hawk | The Peregrine Fund
    When hunting, or perching, they may move their tail from side to side or spread or close their tail feathers, sending silent messages to the rest of the group.
  49. [49]
    Harris's Hawk Overview, All About Birds, Cornell Lab of Ornithology
    A handsome hawk of the arid Southwest, Harris's Hawk is a standout with bold markings of dark brown, chestnut red, and white; long yellow legs; and yellow ...Missing: adaptations | Show results with:adaptations
  50. [50]
    All About Raptors - Behavior | United Parks & Resorts - Seaworld.org
    Daily Activity​​ During the spring and summer, time is spent hunting, sitting, roosting, defending territory, pair-bonding, nest building, incubating eggs, and ...Missing: cycle | Show results with:cycle
  51. [51]
    Red-tailed Hawk | Audubon Field Guide
    Feeding Behavior. The Red-tailed Hawk does most of its hunting by watching from a high perch, then swooping down to capture prey in its talons. Also hunts by ...Range & Identification · Behavior · Conservation
  52. [52]
    [PDF] Biotelemetered Daily Heart Rate Cycles in the Red-tailed Hawk ...
    Aug 15, 1984 · greater (P<0.01) than changes during the other 14 h of the day. Although daily metabolic or HR cycles are not unusual for raptors (Coulombe 1970) ...
  53. [53]
    The predatory behavior of wintering Accipiter hawks - PubMed
    In this study, we provide some of the first detailed information on temporal patterns in the daily hunting behavior of bird-eating Accipiter hawks and relate ...<|separator|>
  54. [54]
    Pen in Hand: A young Red-tailed Hawk practices its perch hunting ...
    Oct 22, 2017 · The young hawk engaging in typical hunting behavior, seizing prey and flying off to a perch to devour it, possibly even mantling, or spreading its wings over ...
  55. [55]
    Cooper's Hawk | Audubon Field Guide
    Diet. Mostly birds and small mammals. The Cooper's Hawk feeds mainly on medium-sized birds, in the size range of robins, jays, flickers, and also on larger ...
  56. [56]
    Diet and Foraging - Red-tailed Hawk - Buteo jamaicensis
    Oct 22, 2024 · Small prey is typically taken to a feeding perch, where mammals are swallowed whole and birds are beheaded, plucked, and eaten.
  57. [57]
    Diet and Foraging - American Goshawk - Astur atricapillus
    Oct 22, 2024 · Main foods include ground and tree squirrels, rabbits and hares, large passerines, woodpeckers, game birds, and corvids; occasionally reptiles and insects.
  58. [58]
    Breeding season diet of the Red-shouldered Hawk (Buteo lineatus ...
    Mar 15, 2023 · Identifiable prey items came from 7 classes: 58% Reptilia, 18% Amphibia, 10% Mammalia, 9% Aves, 3% Actinopterygii, 2% Malacostraca, and <1% ...
  59. [59]
    Feeding en route: Prey availability and traits influence prey selection ...
    Jun 16, 2024 · We found that the timing of prey availability and raptor diet were correlated, suggesting sharp-shinned hawks take advantage of abundant ...
  60. [60]
    What do North American Birds of Prey Eat? - Avian Report
    North American Birds of Prey eat mostly mammals and birds. Reptiles and invertebrates are consumed with less frequency.
  61. [61]
    Behavior - Red-shouldered Hawk - Buteo lineatus - Birds of the World
    Apr 16, 2020 · Mating System. Generally monogamous but 1 trio (2 males, 1 female) recorded at a nest in Florida (Ogden 1974a Ogden, J. C. (1974a). Aspects ...
  62. [62]
    Behavior - White-throated Hawk - Buteo albigula - Birds of the World
    Oct 9, 2018 · White-throated Hawk is highly territorial during the breeding season. ... Observations of a few banded hawks suggests that long-term pair bonds ...
  63. [63]
    Zone-tailed Hawk Life History - All About Birds
    Clutch Size: 1-3 eggs ; Number of Broods: 1 brood ; Egg Length: 2.1-2.5 in (5.24-6.3 cm) ; Egg Width: 1.5-1.9 in (3.89-4.96 cm) ; Incubation Period: 28-34 days.
  64. [64]
    Breeding biology and nest site characteristics of the Bicolored Hawk ...
    Aug 9, 2025 · Egg-laying began in April and May, with 36 eggs laid in 15 nests for an average clutch size of 2.4 (range 1-3 eggs). We documented one renesting ...
  65. [65]
    Accipitridae: facts, distribution & population - BioDB
    Family Accipitridae (249 sp) ... hawks, large eagles, and harriers are all in this family. Members of the Accipitridae family share several key characteristics.
  66. [66]
    Bird Cams FAQ: Red-tailed Hawk Nest | All About Birds
    Apr 19, 2022 · Red-tailed Hawks usually lay eggs every two or three days until the clutch is complete. Note each breeding season's lay dates below. 2012: March ...Do the hawks use the same... · Do they mate for life? · That nestling is crying. It...
  67. [67]
    Red-tailed Hawk - Buteo jamaicensis - New Hampshire PBS
    Red-tailed hawk pairs mate for life. Both the male and female build a nest of sticks high in a tree or on a cliff. The same nest may be used year after year.<|separator|>
  68. [68]
    Parental care in nesting hawks: breeding experience and food ...
    Mar 24, 2011 · Abstract. Parental food provisioning and sibling rivalry have inspired abundant investigations of evolutionary conflicts within families.
  69. [69]
    Nesting Behavior, Provisioning Rates, and Parental Roles of ...
    Dec 1, 2017 · This study represents the first to use time-lapse video to describe intersexual differences in Ferruginous Hawk prey use, parental care, and ...
  70. [70]
    Some hawks pack a punch: Secrets behind nest defense revealed
    Dec 1, 2024 · Nest height plays a role in the defensive mentality of individual Red-shouldered Hawks (Buteo lineatus), as well as how familiar they are with human intrusions.
  71. [71]
    Learning to Hawk | Tyler Arboretum
    Sep 8, 2023 · Young Red-tailed Hawks are said to remain associated with their parents for up to 10 weeks after they leave the nest. After that they are are ...
  72. [72]
    Red-tailed hawk growth and development in the nest
    Apr 30, 2015 · At this point, fledge is just two or three weeks away. 24 to 35 days: Feathers take front and center. As fledge comes closer, developmental ...
  73. [73]
    Breeding - Cooper's Hawks Life History
    When the male attracts a female, he offers her food, sometimes bowing in an attitude of submission; if she accepts, the pair bond has begun. Established pairs ...
  74. [74]
    [PDF] Development of Hunting and Self-sufficiency in Juvenile Red-tailed ...
    Capture of vertebrate prey began 42 d after fledging, but parents continued to provide food at least to 53 d past fledging. Development of self-sufficiency was ...
  75. [75]
    Young Red Tailed Hawk - Juvenile or Fledgling? : r/whatsthisbird
    Jun 9, 2020 · For most hawks, they remain in juvenile plumage for about a year. For warblers, they might only be juveniles for a week or two before they molt ...
  76. [76]
    "Survival of Juvenile Ferruginous Hawks in Utah" by Johanna M ...
    We followed the fate of 202 Ferruginous Hawk hatchlings; 58% survived to fledging. We radio-tagged 46 of these fledglings; 72% survived the fledgling period and ...
  77. [77]
    Migration and winter ranges of ferruginous hawks from Washington
    At least 3 of 8 juveniles died from starvation, and cumulative juvenile survival was 0.43 (±0.10) at 1 year. Juveniles wandered extensively for an average of ...
  78. [78]
    Causes of Death of Female Cooper's Hawks from an Urban Setting ...
    Feb 19, 2024 · Most mortalities were caused by anthropogenic factors, especially collisions with human structures (eg, windows, vehicles), which accounted for 45% (credible ...
  79. [79]
    [PDF] Hawks and Owls - usda aphis
    Hawks and owls commonly use the large, open grassland- like habitats of airports and military airbases for feeding (Figure 3).
  80. [80]
    Post-fledging survival of northern goshawks: the importance of prey ...
    Survival declined to 0.71 (95% CI = 0.60-0.93) shortly after juveniles initiated dispersal (weeks 8-12 post-fledging) and moved to more open habitats at lower ...
  81. [81]
    [PDF] Population Dynamics of the Red-tailed Hawk (buteo Jamaicensis) at ...
    Sep 6, 2024 · ductive rates and survival until fledging are from our Rochester study, while the average juvenile mortality rate of 54 per cent between ...
  82. [82]
    Accipiter striatus - Sharp-shinned Hawk - NatureServe Explorer
    Long-term Trend Comments: Populations in North America apparently declined in the DDT era around the mid-1900s, but increased in the late 1960s and early 1970s ...
  83. [83]
    Cooper's Hawk Life History, All About Birds, Cornell Lab of Ornithology
    Conservation. Low Concern. Cooper's Hawk populations have increased from 1966 and 2019, according to the North American Breeding Bird Survey. Partners in ...
  84. [84]
    [PDF] New Analyses Highlight the Conservation Status of North American ...
    The latest set of analyses by the internationally award-winning Raptor Population Index Project (RPI) shows declines in some migratory hawk populations, ...
  85. [85]
    Red-tailed Hawk - American Bird Conservancy
    Scientific Name: Buteo jamaicensis ; Population: 2.6 million ; Trend: Increasing ; Habitat: Wide range of habitats, including deserts, grasslands, woodlands, ...
  86. [86]
    Red-tailed Hawk Buteo Jamaicensis Species Factsheet
    The species' population in North America (USA and Canada) is estimated to have a slightly positive annual trend, which equates to a small increase in population ...
  87. [87]
    Cooper's Hawk Accipiter Cooperii Species Factsheet
    In North America (USA and Canada), the total population size is estimated at 840,000 mature individuals (Partners in Flight 2020). This species is considered to ...
  88. [88]
    Sharp-shinned Hawk - American Bird Conservancy
    Scientific Name: Accipiter striatus ; Population: 440,000 ; Trend: Stable ; Habitat: Nests in wide range of forest types, winters in edge habitats and suburbs.
  89. [89]
    Conservation and Management - American Goshawk
    Oct 22, 2024 · The global conservation status, when evaluated together with Eurasian Goshawk (Astur gentilis) as Northern Goshawk, is Least Concern.
  90. [90]
    [PDF] In Pennsylvania, the northern goshawk is endangered and protected ...
    Oct 25, 2021 · Current Status: In Pennsylvania, the northern goshawk is endangered and protected under the Game and Wildlife Code.
  91. [91]
    Northern goshawk - Conserve Wildlife Foundation of NJ
    Due to the increasing threats facing forested habitats and the scarcity of nesting goshawks, the status of the goshawk was reclassified as endangered in 1999.
  92. [92]
    [PDF] Population Trends of the Ferruginous Hawk (Buteo regalis ...
    ABSTRACT. —The Ferruginous Hawk (Buteo regalis) is a raptor of conservation concern in much of its range. Population trend estimates from Breeding Bird Surveys ...
  93. [93]
    Cooper's Hawk Fact Sheet - HawkWatch International
    Cooper's Hawk. IUCN Conservation Status: Least Concern Raptor Population Index Assessment: 73% of sites stable. Conservation Concerns: Habitat Degradation
  94. [94]
    Red-tailed Hawk | San Diego Zoo Animals & Plants
    Adult red-tailed hawks have few predators, but great horned owls and crows prey on red-tailed hawk eggs and nestlings. Owls compete with the red-tailed hawks ...
  95. [95]
    Hawk Predators: What Eats Hawks? - A-Z Animals
    Sep 18, 2024 · Hawks get attacked and can be eaten by hawks that are larger, eagles, owls, raccoons, foxes, and snakes.
  96. [96]
    A retrospective study of postmortem findings in red-tailed hawks
    Diseases, including aspergillosis, tuberculosis, pasteurellosis, and pox, were found in 21 (13%) hawks. Gunshot and electrocution were each diagnosed in six (4 ...Missing: affecting | Show results with:affecting
  97. [97]
    Adenoviral infection in 5 red-tailed hawks and a broad-winged ... - NIH
    Adenoviral infections among raptors are best described in falcons and are characterized most commonly by necrotizing hepatitis and splenitis; only one case ...
  98. [98]
    Disease Dynamics in Birds at the Top of the Avian Food Chain
    Nov 1, 2023 · Bird pink eye, West Nile Virus and tularemia, also known as rabbit fever, are three diseases that impact wildlife populations at lethal and ...
  99. [99]
    Raptor Diseases - The Modern Apprentice
    The five most common raptor diseases are Frounce, asper, coccidia, sour crop, and Bumblefoot, however it is important to recognize the vast array of other ...
  100. [100]
    Threats to - Urban Raptor Conservancy |
    Wild-living raptors die from many causes, including weather, disease, accidents, starvation, territorial fights, and predation of nestlings.
  101. [101]
    [PDF] Loss of Cooper's Hawk Nesting Habitat to Suburban Development
    Jan 5, 2024 · The Negative Impacts of Development. De- velopment and associated clear-cutting have en- croached on 33.3% of the 18 Cooper's Hawk nest sites ...
  102. [102]
    Conservation and Management - Cooper's Hawk - Astur cooperii
    Sep 12, 2025 · Habitat Loss and Degradation. Logging may alter the suitability of nesting or foraging habitats as well as prey populations on local or ...
  103. [103]
    Dieldrin and DDT: effects on sparrow hawk eggshells and ... - PubMed
    Major effects on reproduction were increased egg disappearance, increased egg destruction by parent birds, and reduced eggshell thickness.
  104. [104]
    The Real Story Behind the War Against DDT | Audubon
    Jul 24, 2015 · The effects of the toxic pesticide became obvious quickly despite agricultural companies' prolonged attempts to give it a clean bill of health.
  105. [105]
    Rodenticide poisoning widespread among state's red-tailed hawks
    Jul 7, 2022 · 68% of red-tailed hawks have anticoagulant rodenticide (AR) toxins in their systems, indicating that poisoning of this kind is widespread across New York state ...<|separator|>
  106. [106]
    Red-tailed Hawk | The Peregrine Fund
    Habitat loss, electrocution on powerlines, and collisions at wind farms are other threats to this hawk's survival. What they eat. Like Barn Owls and Ridgway's ...
  107. [107]
    BEHAVIOR OF RED‐TAILED HAWKS IN A WIND TURBINE ...
    Oct 19, 2012 · Abstract: Birds flying within windfarms can be killed when they collide with wind turbines. Raptors, especially red-tailed hawks (Buteo ...
  108. [108]
    New Study Helps Wind Industry, Wildlife Managers Identify Risks to ...
    Jul 13, 2021 · Scientists used existing fatality data on collisions with wind turbines to project population structures of each raptor species and future ...
  109. [109]
    Lead poisoning | The Raptor Center
    The Raptor Center's medical clinic admits over 150 injured and ill bald eagles each year with 80-90% showing some level of lead in their blood.
  110. [110]
    [PDF] a global update of lead poisoning in terrestrial birds from ...
    Raptors (vultures, hawks, falcons, eagles and owls) are exposed to lead from spent ammunition (shot, bullets, or fragments from either) while feeding on game.
  111. [111]
    It's 2025: Why the Heck Are People Still Shooting Raptors?
    Jul 3, 2025 · Shooting was often directed at species that were believed to be threats to poultry or desired game birds, but any raptor could be shot on sight.
  112. [112]
    Bird of prey conservation and research
    The Hawk Conservancy Trust's conservation work in the UK aims to generate net positive outcomes for populations of British birds of prey. Find out more.
  113. [113]
    Protecting Hawks, Owls, and other Raptors | NYC Bird Alliance
    The methods we use to control rodents can have a devastating impact on our birds of prey. Rodenticides, also called rat poisons, are commonly used to control ...Missing: measures | Show results with:measures
  114. [114]
    New analyses highlight the conservation status of North American ...
    Jul 20, 2021 · The latest set of analyses by the internationally award-winning Raptor Population Index Project (RPI) shows declines in some migratory hawk populations, while ...
  115. [115]
    Conservation and Management - Red-tailed Hawk - Buteo jamaicensis
    Oct 22, 2024 · Conservation status of North America's birds of prey. In State of North America's Birds of Prey (K. L. Bildstein, J. P. Smith, E. Ruelas Inzunza ...
  116. [116]
    Northern Goshawk | Hawk Mountain Sanctuary: Learn Visit Join
    An average of 70 Northern Goshawks are counted at Hawk Mountain each autumn. Conservation Status. Northern Goshawk HM Sightings. The current world population ...
  117. [117]
    [PDF] Conservation Status of North America's Birds of Prey 9
    This chapter consists of conservation-status reports that include physi- cal and ecological descriptions and historical and current population trends, together ...
  118. [118]
    The Falcon in Ancient Egypt - Your Egypt Tours
    Hawks were sacrificed to the falcon deity Horus during the Late era (747-332 B.C) and then mummified and buried in a catacomb at Saqqara. In ancient Egypt, ...
  119. [119]
    Ancient Egyptian Animals and Their Role in Daily Life and Mythology
    Dec 4, 2024 · Hawks and Falcons: They represent Horus and were symbols of kingship and vigilance. The Narmer Palette (c. 3100 BCE) features one of the ...<|separator|>
  120. [120]
    Native American Hawk Mythology
    Hawks are often seen as a symbol of power in Native American cultures. Like eagles, they are symbols of courage and strength.
  121. [121]
    Red-tailed hawk steeped in history | Chronicle Telegram
    Nov 5, 2021 · “The red-tailed hawk is said to be a protector spirit of the Cherokees and is therefore considered sacred. Tail feathers were and are used ...
  122. [122]
    Hawk Symbolism & Meaning & the Hawk Spirit Animal | UniGuide
    Hawk symbolism and meanings includes intelligence, independence, adaptability, messages, clairvoyance, and spiritual awareness.Hawk Native American Meaning · Hawk Meaning in... · Buddhist Hawk SymbolismMissing: credible | Show results with:credible
  123. [123]
    Topical Bible: Hawk
    The hawk is a bird of prey mentioned in the Bible, known for its keen eyesight and swift flight. In the Scriptures, the hawk is often used symbolically to ...
  124. [124]
    Job 39:26 Does the hawk take flight by your understanding and ...
    Job 39:26 uses the hawk to humble human pride and magnify divine sovereignty. Every lift-off, wing-stretch, and southward migration declares that God alone ...Audio · Cross · Study
  125. [125]
    What Does the Bible Say About Hawk? - OpenBible.info
    Isaiah 34:11 ESV / 14 helpful votes​​ But the hawk and the porcupine shall possess it, the owl and the raven shall dwell in it. He shall stretch the line of ...
  126. [126]
    Falcon or Hawk Meaning & Examples of Heraldry Symbols - Charges
    Heraldry symbols, falcon or hawk examples how to be used with family crest - coat of arms design.
  127. [127]
    Hawk of Quraish - Wikipedia
    The Hawk of Quraish is a symbol which is found on a number of emblems, coats of arms and flags of several states of the Arab world.Missing: heraldry | Show results with:heraldry
  128. [128]
    Hawks Mythology & Folklore
    Hawks & eagles appear in the folklore & mythology of various peoples & races. In many mythologies, the hawk is a solar bird, associated with sun gods.
  129. [129]
    https://lppcenvironmental.co.uk/falconry-birds/
  130. [130]
    Birds Used In Falconry | Falconry Birds Guide - LPPC Environmental
    Rating 5.0 (45) May 20, 2025 · Medium in size, female Harris Hawks are significantly larger than males, and they are known to hunt small to medium-sized birds, mammals and ...Harris Hawks · Peregrine Falcons · Other Birds Of Prey Used In...Missing: practical | Show results with:practical
  131. [131]
    [PDF] A REVIEW OF FALCONRY AS A BIRD-HAZING TECHNIQUE
    A falconry team with goshawks is used to deter hooded crows (C. corone) from roosting at the Kremlin in Moscow (Thompson 1990). The crows were seen to depart ...
  132. [132]
    Why are Harris hawks the most popular bird of prey used in falconry ...
    Feb 6, 2022 · Price-wise, Harris hawks are also much more affordable than falcons, costing around £300-£450 rather than into the thousands of pounds. It is a ...
  133. [133]
    Hawk flying for bird control using birds of prey - AM Hawk
    Aug 27, 2025 · Our experienced falconers fly trained hawks to naturally scare pest bird species such as pigeons, gulls, geese, crows, and ground-nesting birds like lapwings.
  134. [134]
    Benefits of Using Birds of Prey for Pest Control Over Traditional ...
    Unlike chemical deterrents or physical traps, using trained birds of prey such as hawks and falcons is a non-lethal, ethical solution. Pest birds are not harmed ...
  135. [135]
    How Falconry Bird Control Keeps Large Areas Bird-Free - Aviaway
    Nov 30, 2024 · Discover the power of falconry bird control with AviAway! Learn how trained hawks and falcons can naturally clear bird pests in large areas.
  136. [136]
    Birds of prey: The biological and environmentally friendly bird control
    Sep 3, 2018 · Falconry is a viable alternative to netting and spikes that some customers may not want or have the budget for. Proofing may not be practical in ...
  137. [137]
    How Birds Of Prey Are Used In Pest Control - Urban Hawks
    Falcons and hawks offer a greener and more natural form of pest control because they help to disperse pest species such as gulls and pigeons. These predatory ...
  138. [138]
    Analysis: The Economic Value of Birds | Living Bird | All About Birds
    Jun 12, 2017 · In New Zealand, falcons in vineyards decreased the abundance of pest bird species and reduced grape loss by 95 percent. At airports, raptors can ...
  139. [139]
    The Importance of Raptor Research - HawkWatch International
    Nov 5, 2024 · For instance, hawks and owls help manage rodent populations. Without these natural predators, farmers face increased crop damage, forcing them ...
  140. [140]
    Falcons and Hawks are Valuable Asset in Agriculture - Lake Chelan ...
    Oct 18, 2019 · At harvest time invading flocks of pest birds can decimate crops, especially grapes, blueberries and cherries. Falconry can scare off those pest ...
  141. [141]
    Falconry Based Bird Control - Hawkeye Bird & Animal Control
    Known for their incredible speed and agility, they are often used in open areas or in settings where their high-speed hunting flights can deter other birds.2. Training And Falconer... · 3. Raptors In Bird Control · 4. Common Problem Areas<|separator|>
  142. [142]
    [PDF] ID-245: Predator Management for Small-scale Poultry Enterprises in ...
    One option may be to remove perches within 100 yards of the flock. Housing the birds at night may be necessary.<|separator|>
  143. [143]
    Poultry Predator Control - Cornell Cooperative Extension
    Jul 26, 2019 · Hawks hunt during the day and owls at night.These birds prefer to sneak attack, kill quickly, and open up the meatiest part of the bird to eat.Missing: conflicts management strategies
  144. [144]
    Protecting Small Poultry Flocks from Predators - OSU Extension
    Keep grass and weeds cut short and remove shrubs and debris to minimize cover for predators. If possible, reduce the number of trees in the area to cut down on ...
  145. [145]
    PREDATOR MANAGEMENT FOR SMALL AND BACKYARD ...
    Keep in mind that hawks and owls are federally protected species; you may not legally shoot, trap, or euthanize these birds. Noise and bird bombs are no longer ...Missing: methods | Show results with:methods