Breeding Harriers

Complete Guide for Responsible Breeders

Breeding Harriers presents unique challenges rooted in the breed's extreme rarity in the United States and its identity as a pack hound developed for sustained endurance work. Despite being one of the oldest AKC-recognized breeds (registered in 1885 as the 13th breed), Harriers rank 183rd in current popularity, making genetic diversity and preservation breeding critical priorities. This guide provides comprehensive, breed-specific information on reproductive health, genetics, whelping protocols, and the economics of breeding this ancient scent hound.

Breed Overview

The Harrier is an ancient breed developed in medieval England specifically to hunt hare in packs. One of the oldest scent hound breeds, Harriers share ancestry with Beagles and English Foxhounds, refined over centuries for stamina, voice, and the ability to hunt across diverse terrain from moorland to forest. The breed was designed for all-day hunting at a sustainable pace, making soundness and endurance paramount in the breeding standard.

Harriers were among the earliest breeds recognized by the American Kennel Club in 1885, making them the 13th breed and 4th hound breed to receive official recognition. This early recognition reflects their historical importance, yet the breed remains one of the rarest in the United States today. Currently ranked 183rd in AKC popularity, Harriers are experiencing a slight increase in registrations, though the breeding population remains critically small.

The parent club, the Harrier Club of America, maintains breed standards and provides support for the small but dedicated community of preservation breeders working to maintain this historic pack hound. The breed's rarity demands that breeders prioritize genetic health and diversity while preserving the working ability that defines the Harrier's purpose.

Breed Standard Summary for Breeders

The Harrier is a medium-sized, well-balanced scent hound built for stamina and endurance. When selecting breeding stock, breeders must prioritize the structural soundness required for sustained hunting work. The breed should appear active, well-balanced, and full of strength and quality, with a level topline and good bone throughout.

Size specifications:

• Males: 19-21 inches tall, 45-60 pounds
• Females: 19-21 inches tall, 40-55 pounds

Unlike many breeds, male and female Harriers share the same height range, with weight differences reflecting overall substance and bone. The standard does not list specific disqualifications, but serious faults directly impact breeding stock selection.

Serious faults affecting breeding decisions:

• Flat skull lacking proper stop (affects breed type and expression)
• Long narrow head lacking proportion (detracts from hound character)
• Sway or roach back (compromises endurance and working ability)
• Steep shoulder placement limiting reach (reduces efficiency of movement)
• Cow hocks or severe toeing in/out (structural unsoundness)
• Tail carried over back or curled (shows lack of breed type)

Key breeding priorities:

• Sound movement with adequate reach and drive for endurance work
• Proper front and rear angulation for sustained trotting gait
• Strong level topline maintained in motion
• Correct head proportions with gentle hound expression
• Good bone and substance without coarseness
• Natural hunting instinct and pack temperament

The breed standard emphasizes that movement quality trumps static examination. Harriers must demonstrate smooth, efficient gait that can be sustained for hours. Breeding stock should move with good reach in front and powerful drive from the rear, maintaining a level topline even at speed.

Reproductive Profile

Harriers are moderate producers with an average litter size of 8 puppies, ranging from 2 to 12 puppies per litter. This places them in the middle range for medium-sized hounds, comparable to Beagles but slightly larger than the smaller scent hound breeds.

Reproductive characteristics:

• Average litter size: 8 puppies
• Typical range: 2-12 puppies
• C-section rate: Approximately 12%
• Common whelping method: Natural whelping

The 12% C-section rate is lower than the average for medium hounds and significantly better than brachycephalic breeds. Most Harriers whelp naturally without complications, though breeders should be prepared for veterinary intervention when needed. The moderate rate reflects the breed's generally sound structure and appropriate puppy-to-pelvis proportions.

Fertility challenges specific to Harriers:

Limited genetic diversity due to the small breeding population in the United States poses the most significant fertility challenge. With so few breeding dogs available, some lines show reduced litter size in closely bred individuals. Breeders must carefully manage coefficient of inbreeding (COI) to maintain reproductive vigor.

Seasonal variations in fertility appear more pronounced in Harriers than in some other breeds, possibly reflecting the breed's historical outdoor pack lifestyle. Females may show stronger heats in fall and winter compared to spring and summer cycles.

Artificial insemination suitability:

Natural breeding is strongly preferred for pack hounds, as it maintains social structures and natural behaviors important to breed preservation. However, when natural breeding is not possible, fresh AI is suitable and widely used in the breed. Timing is critical for AI success—progesterone testing is recommended for all AI breedings to ensure optimal timing.

Frozen AI is used for international breeding programs and to access valuable bloodlines, but it requires experienced veterinary support and precise timing. Success rates are lower than fresh AI, making careful planning essential.

Breeding Age and Timeline

Proper timing of breeding is essential for Harrier health and reproductive success. Female Harriers typically experience first heat between 7-10 months of age, though this varies by individual and bloodline. First heat does not indicate readiness to breed.

Recommended breeding ages:

Females: 24 months minimum (after second heat and OFA clearances). This timing allows for complete physical maturity and completion of required health testing. Breeding too early risks reproductive complications and prevents proper evaluation of hip status.

Males: 18-24 months minimum (after physical maturity and health testing). Males can begin stud service once health clearances are obtained, but many breeders prefer to wait until males have demonstrated show quality or working ability.

OFA minimum testing age: 24 months for hip dysplasia evaluation. This is a hard minimum—preliminary evaluations before 24 months cannot substitute for official OFA certification in breeding stock.

Breeding timeline for Harrier females:

1. 18-20 months: Schedule final health testing (hips, eyes)
2. 22-24 months: Complete OFA certification, finalize stud selection
3. Second heat after 24 months: First breeding
4. Recovery period: Minimum 12 months between litters
5. Retirement age: 7-8 years
6. Maximum litters: 5 per female

The 12-month interval between litters allows the dam to recover fully, both physically and nutritionally. Harriers are active, athletic dogs that need time to regain condition between pregnancies.

Retirement at 7-8 years ensures that females finish their breeding careers while still healthy and active. The 5-litter maximum reflects responsible stewardship of breeding females, preventing over-breeding while allowing contribution to the next generation.

Required Health Testing

The Harrier CHIC (Canine Health Information Center) program requires specific health testing to qualify for CHIC certification. While CHIC certification is not mandatory for breeding, it represents the minimum standard for responsible Harrier breeding.

CHIC required tests:

Hip Dysplasia (OFA or PennHIP) - $200 (one-time)

Screens for abnormal development of the hip joint causing pain, arthritis, and lameness. Hip dysplasia is the most common health concern in Harriers, affecting 15-20% of the population. OFA certification requires x-rays submitted after 24 months of age, evaluated by board-certified radiologists. PennHIP is an alternative method providing distraction index measurements. Both are acceptable for CHIC requirements.

Eye Examination (OFA) - $40 (annual)

Screens for hereditary eye diseases including cataracts, progressive retinal atrophy, and retinal dysplasia. While uncommon in Harriers (under 5% prevalence), annual eye exams detect these conditions before breeding decisions are made. Examinations must be performed by board-certified veterinary ophthalmologists (ACVO diplomates).

Total estimated CHIC testing cost per breeding dog: $240 initially, plus $40 annually for eye exams.

Additional recommended tests (not required for CHIC):

Elbow Dysplasia (OFA) - $50 (one-time)

Screens for developmental abnormalities of the elbow joint. While not required, elbow evaluation provides additional structural health information, particularly important in active, working lines.

Cardiac Evaluation - $75 (one-time or biennial)

Screens for congenital and acquired heart conditions. Board-certified cardiologists perform auscultation and echocardiography to detect structural heart abnormalities. Particularly valuable in breeding stock given the breed's athletic demands.

Breeders should budget approximately $365 for complete initial health testing per dog ($240 CHIC required + $125 recommended), plus $40 annually for eye exams. These costs represent the foundation of responsible breeding and should be factored into all breeding economics.

Hereditary Health Conditions

Understanding hereditary health conditions in Harriers is essential for making informed breeding decisions. While the breed is generally healthy, several conditions occur with sufficient frequency to warrant screening and careful mate selection.

Hip Dysplasia

Prevalence: 15-20% (most common health concern in the breed)

Inheritance mode: Polygenic with environmental factors

DNA test available: No (radiographic evaluation only)

Hip dysplasia represents the most significant health challenge in Harrier breeding programs. The condition involves abnormal development of the hip joint, resulting in pain, arthritis, decreased activity, and lameness. Clinical signs include difficulty rising, reluctance to jump or climb stairs, bunny-hopping gait, and pain on hip extension. Severity ranges from mild stiffness managed with weight control and supplements to severe lameness requiring surgical intervention.

Age of onset varies widely. Some affected dogs show clinical signs as early as 4-6 months, while others remain asymptomatic until middle age (1-3 years) when degenerative changes become apparent. Radiographic evaluation at 24 months identifies the hip structure before breeding, though environmental factors (rapid growth, obesity, excessive exercise during development) influence phenotypic expression.

Breeding implications: Never breed two dogs with marginal hip scores. Select breeding partners with excellent or good hip ratings when possible. Track hip scores across pedigrees to identify lines with better hip health.

Epilepsy

Prevalence: Moderate (3-5% of population)

Inheritance mode: Suspected polygenic inheritance, exact mode unknown

DNA test available: No

Idiopathic epilepsy manifests as recurrent seizures of unknown cause, typically presenting as generalized tonic-clonic seizures. Clinical signs include loss of consciousness, paddling movements, excessive salivation, and loss of bowel/bladder control. Seizures typically last 30 seconds to 2 minutes but can cluster in severe cases.

Most commonly first manifests between 1-5 years of age. Dogs may experience single isolated seizures or develop patterns of recurring episodes. Severity and frequency vary tremendously—some dogs have rare, well-controlled seizures while others experience frequent, debilitating episodes requiring multiple medications.

Breeding implications: Do not breed dogs with confirmed epilepsy. Avoid breeding close relatives of affected dogs. The polygenic inheritance pattern makes elimination difficult, but selective breeding can reduce incidence.

Hereditary Eye Disease

Prevalence: Uncommon (less than 5%)

Inheritance mode: Varies by specific condition

DNA test available: No (annual ophthalmologic examination required)

Several hereditary eye conditions occur in Harriers, though all remain uncommon. Cataracts cause lens opacity and vision loss, typically appearing between 3-5 years of age. Progressive retinal atrophy (PRA) causes night blindness progressing to complete blindness, with onset ranging from 6 months to middle age depending on the specific form. Retinal dysplasia affects visual acuity through abnormal retinal development.

Breeding implications: Annual CERF/OFA eye exams are required for all breeding stock. Do not breed dogs with progressive eye conditions. Cataracts and PRA show variable inheritance patterns—consult with veterinary ophthalmologists about specific cases.

Perianal Fistula

Prevalence: Rare (less than 2%)

Inheritance mode: Unknown, possibly genetic predisposition

DNA test available: No

Perianal fistula involves draining tracts around the anus, causing painful defecation, scooting, excessive licking of the perianal area, and foul-smelling discharge. This condition severely impacts quality of life and requires aggressive medical or surgical management. Most commonly develops in middle-aged dogs (5-8 years).

Breeding implications: While rare, perianal fistula appears in some Harrier lines more than others, suggesting genetic predisposition. Avoid breeding affected dogs or their close relatives.

Color and Coat Genetics

Harrier color genetics are straightforward compared to many breeds. The AKC standard accepts "any good hound color," providing breeders with flexibility while maintaining the breed's traditional hound appearance.

AKC accepted colors:

• Tri-color (black, white, tan) - most common
• Red and white
• Lemon and white
• Any good hound color

Disqualifying colors: None specified in the standard

The phrase "any good hound color" reflects the breed's working heritage, where function mattered more than color preference. However, classic hound patterns (tri-color, red and white) dominate the breed.

Relevant genetic loci:

A (Agouti) - Controls distribution of black and red pigment. The agouti locus determines whether the dog expresses solid color, tan points, or sable patterning. In Harriers, tan points (as seen in tri-color dogs) are most common.

E (Extension) - Controls presence of dark pigment. The extension locus determines whether black pigment can be deposited in the coat. Dogs with e/e genotype cannot produce black pigment, resulting in red or lemon coloration.

K (Dominant Black) - Typically k/k in Harriers, allowing agouti locus expression. The K locus determines whether the agouti pattern can be expressed. Harriers carry the recessive k allele, permitting the tan points and traditional hound patterns to show.

S (Spotting) - Controls white markings, typically s^p piebald pattern. The spotting locus creates the white markings characteristic of hounds. Harriers typically carry the piebald allele creating substantial white areas with colored patches.

Color complexity tier: Low

Harrier color genetics present few complications for breeders. No colors link to health conditions, and no complex interactions between loci create unexpected phenotypes. Breeders can predict offspring colors with reasonable accuracy based on parental phenotypes and known genotypes.

Common breeding color predictions:

• Tri-color × Tri-color = Primarily tri-color offspring
• Tri-color × Red and white = Mix of tri-color and red and white
• Red and white × Red and white = Red and white offspring (may produce lemon)
• Lemon and white appears when both parents carry the e allele

DNA color testing is available but rarely necessary in Harriers given the straightforward genetics and breed standard flexibility. Breeders focus on structure, health, and temperament over color preferences.

Selecting Breeding Stock

Selecting superior breeding stock requires evaluating conformation, health, temperament, and genetic diversity. Harriers are a rare breed with limited bloodlines, making every breeding decision significant for breed preservation.

Conformation priorities:

Sound, effortless movement with reach and drive for endurance - The single most important characteristic. Harriers must demonstrate efficient, ground-covering movement that can be sustained for hours. Evaluate at the trot—proper angulation front and rear produces balanced movement with good reach in front and powerful drive from behind.

Correct front assembly with good layback of shoulder - Shoulder angulation determines reach. A well-laid-back shoulder (approximately 45-degree angle) allows the front leg to extend forward, covering ground efficiently. Steep shoulders (more upright) restrict reach and create a choppy, tiring gait.

Strong, level topline with proper length of loin - The topline remains level and firm both standing and in motion. A short, strong loin couples the front and rear assemblies, transmitting drive from the rear through to forward movement. Long, weak loins waste energy and compromise endurance.

Well-angulated rear with good bend of stifle and hock - Rear angulation provides the power for sustained work. Good bend of stifle (knee) and short hock (from hock joint to ground) create leverage for efficient propulsion.

Proper head proportions with gentle expression - The head should be neither long and narrow (losing breed type) nor short and heavy (losing hound character). The gentle, intelligent hound expression defines breed type.

Good bone and substance throughout - Harriers need sufficient bone to carry them through all-day work without being coarse or heavy. Moderate bone in proportion to overall size indicates stamina without excess weight.

Common faults to select against:

Steep shoulders limiting reach - Creates inefficient, choppy movement unsuited to endurance work.

Weak or roached topline - Compromises power transfer from rear to front, wastes energy.

Straight stifles reducing drive - Limits propulsion power, creates stilted rear movement.

Lack of bone and substance - Results in fragile structure unable to sustain work.

Long narrow head - Loses breed type and hound character.

Tail carried incorrectly (curled or over back) - Indicates lack of breed type, may correlate with structural faults.

Temperament evaluation:

Harriers are pack hounds and must demonstrate pack sociability. Evaluate for friendliness with other dogs and absence of aggression. Test prey drive and hunting instinct if breeding for performance. Temperament must be tolerant and gentle, as Harriers work closely together in packs.

Shyness or aggression toward people or pack mates constitutes a serious fault. Observe candidates in group settings to assess pack behavior. The ideal Harrier is outgoing, friendly, and confident without being dominant or aggressive.

Genetic diversity considerations:

Average COI in breed: 8.5%

Target COI for breedings: Under 5%

With such a small breeding population, managing genetic diversity is critical. Calculate coefficient of inbreeding (COI) for all potential breedings using pedigree databases. Target breedings that produce COI under 5% (lower than breed average) to maintain genetic diversity.

Consider outcross breeding to unrelated lines when possible. Networking with other breeders and potentially importing frozen semen from international bloodlines may be necessary for long-term breed health.

Stud selection criteria:

Stud dogs should excel in all categories: conformation, health testing, temperament, and pedigree. Prioritize studs from lines with good hip scores and longevity. Avoid using popular sires repeatedly—this concentrates genes and reduces breed diversity.

Stud fee range: $500-$1,500

Stud fees reflect the quality, health testing, and titles of the stud dog. Higher fees typically correspond to dogs with championships, performance titles, and proven production of quality offspring.

Whelping and Neonatal Care

Most Harrier litters are whelped naturally without complications, though breeders should be prepared for veterinary intervention when necessary. The 12% C-section rate indicates that the majority of dams whelp normally, but approximately 1 in 8 litters requires surgical delivery.

Recommended whelping method: Natural whelping

Harriers have appropriate pelvic structure and moderate puppy size, making natural whelping the norm. Prepare a clean, quiet whelping area and monitor the dam closely once labor begins.

Breed-specific whelping complications:

Occasional large puppy causing dystocia - In litters with only 2-3 puppies, individual puppy size may be larger than average, potentially causing delivery difficulty. Monitor dams with small litters particularly closely.

Uterine inertia in some lines, particularly with very large litters - Some bloodlines show weak or ineffective contractions, especially when carrying 10-12 puppies. If active labor stops progressing for more than 2 hours between puppies, consult your veterinarian.

Rare narrow pelvis relative to puppy size - Structural faults in the dam (poor rear angulation, narrow pelvis) can create whelping difficulties. This is one reason to select breeding females with correct structure.

Expected birth weights:

Males: 13-15 oz (0.8-0.9 lbs)

Females: 12-14 oz (0.75-0.85 lbs)

Puppies significantly smaller than these ranges (under 10 oz) may be weak or premature, requiring close monitoring and possible supplementation. Exceptionally large puppies (over 18 oz) may indicate smaller litter size.

Daily weight gain target: 10% of birth weight daily during first 2 weeks, then approximately 1-2 lbs per week

Weigh puppies daily for the first two weeks to ensure adequate weight gain. A puppy born at 14 oz should gain approximately 1.4 oz per day, reaching roughly 28 oz by two weeks of age. After two weeks, expect 1-2 pounds of gain per week as puppies transition to solid food and grow rapidly.

Puppies not gaining weight adequately may not be nursing effectively or may be outcompeted by littermates. Supplement as needed with puppy milk replacer to ensure all puppies thrive.

Fading puppy risk factors:

Monitor for hypothermia (inability to maintain body temperature), hypoglycemia (low blood sugar), dehydration, and failure to nurse. Weak or fading puppies should be seen by a veterinarian immediately, as early intervention dramatically improves survival.

Dewclaw, tail, and ear practices:

Dewclaw removal: No

Tail docking: No

Ear cropping: No

Harriers are shown and worked in natural condition. No cosmetic alterations are performed.

Puppy Development Milestones

Understanding normal Harrier puppy development helps breeders monitor growth, identify structural concerns early, and time socialization appropriately.

Growth milestones:

Harrier puppies are born at approximately 12-15 oz and grow rapidly through the first 12 weeks. Male puppies are typically 10-15% heavier than females at each stage. By 8 weeks (go-home age), males average 12.5 pounds while females average 11.5 pounds.

Growth continues rapidly through 6 months, then slows as puppies approach adult size. Most Harriers reach full adult height by 12-14 months but continue filling out and maturing until 18-24 months.

Weekly developmental milestones:

Weeks 0-2 (Neonatal period): Eyes and ears closed, limited mobility. Puppies sleep and nurse exclusively. Daily weighing ensures adequate growth.

Weeks 2-3 (Transitional period): Eyes and ears open around day 10-14. Puppies begin to hear and see, though vision remains blurry. Start to interact with littermates.

Weeks 3-4 (Awareness period): Rapid sensory development. Puppies begin walking, playing with littermates, and showing interest in surroundings. Begin introduction to solid food.

Weeks 4-5: Weaning begins gradually. Continue offering puppy milk replacer while introducing moistened puppy food. Increase socialization with gentle handling by different people.

Weeks 5-7: Full weaning from dam. Puppies eating solid food independently. This is peak socialization period—expose to various sounds, surfaces, people, and gentle dogs.

Week 8: Minimum go-home age. Puppies should be fully weaned, eating solid food reliably, and have received first vaccinations. Preliminary structural evaluation can identify show prospects.

Socialization window: 3-14 weeks (critical period for exposure to people, dogs, environments)

The socialization window represents the period when puppies most readily accept novel experiences without fear. Expose puppies to various people (different ages, appearances, voices), household sounds (vacuum, TV, dishwasher), surfaces (grass, concrete, wood floors), and gentle, puppy-safe adult dogs.

Inadequate socialization during this critical period can result in fearful, anxious adults. Breeders play a vital role by providing rich, positive experiences before puppies go to new homes at 8 weeks.

Fear periods:

Puppies experience developmental fear periods around 8-10 weeks and again during adolescence (6-14 months). During fear periods, avoid overwhelming experiences. If a puppy shows fear of something previously accepted, do not force interaction. Instead, create positive associations through treats and calm exposure.

Structural evaluation timing:

8-10 weeks: Preliminary structural evaluation for show/breeding prospects. Puppies at this age show general proportions and movement that predict adult quality, though significant changes occur during growth.

6 months: More definitive structural assessment. Proportions stabilize and movement patterns become clearer. This is a good time to decide whether to show or pursue performance activities.

18-24 months: Final evaluation after physical maturity. Only at full maturity can final breeding quality assessment be made.

Go-home age: 8 weeks minimum

Eight weeks represents the minimum age for puppy placement. Some breeders prefer 9-10 weeks for show prospects, allowing additional time to evaluate structure and temperament.

Adult size achievement: 18-24 months

Harriers continue maturing well into their second year. While height is reached by 12-14 months, full muscular development, chest depth, and substance develop through 24 months.

Breeding Economics

Breeding Harriers responsibly is rarely profitable when all costs are accounted. Understanding the complete financial picture helps breeders plan appropriately and set realistic puppy pricing.

Complete cost breakdown per litter (natural whelping):

Health testing (dam): $240

Required CHIC testing includes hip dysplasia evaluation ($200) and eye examination ($40). This is the minimum testing—many breeders add cardiac evaluation and elbow screening, increasing costs to $365.

Stud fee: $800

Average stud fee for a health-tested, titled Harrier. Fees range from $500 for young, unproven males to $1,500 for accomplished studs with championships and proven production.

Progesterone testing: $400

Essential for determining optimal breeding timing, particularly for AI breedings. Each progesterone test costs $80-$120; most breedings require 3-5 tests to pinpoint ovulation.

Prenatal care: $500

Includes veterinary exams, prenatal ultrasound to confirm pregnancy and estimate litter size, nutritional supplements, and increased food costs during pregnancy.

Whelping (natural): $200

Includes whelping supplies (heating pads, clean bedding, scale, whelping box), emergency veterinary fund for after-hours consultations if needed.

Whelping (C-section, if needed): $2,500

Emergency C-sections cost $2,000-$3,000 depending on time of day and facility. With a 12% C-section rate, breeders should maintain emergency funds for this possibility.

Puppy veterinary costs: $150 per puppy × 8 puppies = $1,200

Includes first vaccinations, deworming protocol, veterinary health examination before placement, and microchipping if offered.

Food and supplies: $450

Dam's increased nutrition during pregnancy and lactation, plus puppy food from weaning through placement (4-5 weeks). Estimate $100 for dam, $350 for litter.

Registration costs: $320

AKC litter registration plus individual puppy registrations for 8 puppies (approximately $40 per puppy).

Total cost (natural whelping): $3,910

Total cost (C-section): $6,210

Revenue analysis:

Average puppy price (pet quality): $1,800

Average puppy price (show quality): $2,200

Average litter (8 puppies, mix of pet and show quality): $14,400

Most litters include 1-2 show-quality puppies priced at $2,200 and 6-7 pet-quality puppies priced at $1,800. Some breeders keep a show prospect, reducing revenue but maintaining breeding stock quality.

Net per litter:

With natural whelping: $14,400 revenue - $3,910 costs = $10,490 before time investment

With C-section: $14,400 revenue - $6,210 costs = $8,190 before time investment

These figures do not account for the breeder's time investment (whelping attendance, round-the-clock puppy care, socialization, buyer screening, ongoing support), advertising and marketing costs, facilities and equipment, or the cost of showing the dam to championship. When all factors are considered, responsible Harrier breeding generates modest returns relative to the significant time and effort required.

Additionally, given the breed's rarity, finding appropriate homes for 8 puppies can take months. Breeders may maintain puppies past 8 weeks, increasing costs substantially.

Breeder Resources

Successfully breeding Harriers requires connecting with the small but dedicated community of Harrier enthusiasts. These resources provide essential support, education, and networking opportunities.

Parent Club:

Harrier Club of America Website: http://www.harrierclubofamerica.com/

The HCA is the official AKC parent club for the breed, maintaining breed standards, coordinating national specialty shows, and providing breeder education. Membership connects you with experienced breeders who understand the unique challenges of breeding a rare, pack hound breed.

AKC Breeder Programs:

AKC Breeder of Merit - Recognizes breeders committed to health testing, education, and breed preservation. Requirements include health testing all breeding stock, participation in AKC events, and breeding experience.

AKC Bred with H.E.A.R.T. - Signifies breeders who meet high standards: Health testing, Education, Accountability, Responsibility, and Tradition. Bred with H.E.A.R.T. breeders commit to ongoing education and ethical breeding practices.

Recommended Books:

"The Complete Harrier" by Elsworth Howell - The comprehensive breed-specific reference covering history, breed standard interpretation, and breeding guidance.

"Breeding Better Dogs" by Dr. Carmen Battaglia - Practical guide to breeding program management, genetic selection, and puppy development.

"The Dog Breeder's Guide to Successful Breeding and Health Management" by Margaret V. Root Kustritz - Veterinary-authored resource covering reproductive health, whelping protocols, and neonatal care.

Online Communities:

Harrier Club of America members forum - Connect with fellow HCA members to discuss breeding, health, and preservation challenges specific to the breed.

AKC Hound Group breeders network - Broader hound group community for discussing scent hound breeding issues.

Scent Hound Health and Genetics Facebook group - Active community discussing health testing, genetic diversity, and breeding decisions across scent hound breeds.

The small Harrier breeding community makes networking particularly important. Many breeders must import frozen semen or travel significant distances for suitable breedings. Building relationships within the HCA and broader scent hound community provides access to breeding opportunities and collective knowledge essential for preserving this rare breed.

Frequently Asked Questions

How many puppies do Harriers typically have?

Harriers average 8 puppies per litter, with a typical range of 2-12 puppies. Litter size follows a bell curve distribution, with most litters containing 6-9 puppies. Very small litters (2-3 puppies) occur in approximately 5% of breedings, while very large litters (11-12 puppies) occur in roughly 7% of breedings. First-time mothers may have slightly smaller litters than experienced dams.

Do Harriers need C-sections?

Approximately 12% of Harrier litters require C-sections, which is lower than average for medium hounds and much lower than brachycephalic breeds. Most Harriers whelp naturally without complications. C-sections become necessary due to uterine inertia (weak or ineffective contractions), unusually large puppies in small litters, or structural issues in the dam. Breeders should maintain emergency funds and veterinary relationships for potential C-section needs, but natural whelping is the norm.

What health tests are required for breeding Harriers?

The CHIC program requires two health tests for Harrier breeding stock: Hip Dysplasia evaluation (OFA or PennHIP, $200, one-time at 24+ months) and Eye Examination (OFA, $40, annual). Additionally recommended tests include Elbow Dysplasia (OFA, $50, one-time) and Cardiac Evaluation ($75). Total cost is approximately $240 for required testing, or $365 if including recommended tests. All breeding stock should have current CHIC certification demonstrating completion of required testing.

How much does it cost to breed Harriers?

Responsible Harrier breeding costs $3,910-$6,210 per litter. Costs include health testing ($240), stud fee ($800), progesterone testing ($400), prenatal care ($500), whelping ($200 natural or $2,500 C-section), puppy veterinary care ($1,200 for 8 puppies), food and supplies ($450), and registration ($320). With average puppy pricing of $1,800 (pet) to $2,200 (show) and average litter size of 8 puppies, revenue is approximately $14,400, producing net income of $8,190-$10,490 before accounting for time investment and facilities.

At what age can you breed a Harrier?

Female Harriers should be at least 24 months old before first breeding, allowing for physical maturity and completion of OFA hip certification (required at 24+ months). Most breeders wait until the second heat after 24 months. Males can begin stud service at 18-24 months after health testing is complete, though many breeders prefer to wait until males prove show or working quality. Breeding before health testing completion risks producing puppies from unscreened parents.

How much do Harrier puppies cost?

Harrier puppies from health-tested parents typically cost $1,800-$2,200. Pet-quality puppies (sold on limited AKC registration with spay/neuter requirements) average $1,800, while show-quality puppies (full registration, breeding potential) average $2,200. Prices reflect the substantial costs of health testing, prenatal care, whelping, and puppy rearing, plus the breed's rarity. Significantly lower prices may indicate lack of health testing or inadequate puppy care.

What are the most common health problems in Harriers?

Hip dysplasia is the most common health concern in Harriers, affecting 15-20% of the population. This polygenic condition causes abnormal hip joint development resulting in pain, arthritis, and lameness. Epilepsy affects 3-5% of Harriers, manifesting as recurrent seizures typically beginning between 1-5 years of age. Hereditary eye diseases (cataracts, progressive retinal atrophy, retinal dysplasia) affect less than 5% of the breed. Perianal fistula is rare (under 2%) but occurs more frequently in some lines. Responsible breeding with health-tested stock reduces incidence of these conditions.

Is breeding Harriers profitable?

Breeding Harriers responsibly generates modest income relative to the time and effort invested. With natural whelping, net income per litter is approximately $10,490 ($14,400 revenue - $3,910 costs). However, this does not account for the breeder's time investment (whelping attendance, round-the-clock puppy care, socialization, buyer screening), facilities and equipment, showing costs to finish championships, or marketing expenses. C-sections reduce net income to $8,190. Most Harrier breeders breed for preservation and improvement rather than profit, as the breed's rarity and limited demand make commercial breeding unviable.

How long do Harrier females take to recover between litters?

Allow a minimum of 12 months between litters for Harrier females. This recovery period allows the dam to regain optimal body condition, replenish nutritional stores depleted during pregnancy and lactation, and return to normal hormone levels. Many breeders prefer 18-24 months between litters, particularly for larger litters or if the previous whelping had complications. Limiting females to a maximum of 5 litters and retiring by 7-8 years ensures breeding females maintain health and quality of life.

What makes Harrier breeding different from other hound breeds?

Harrier breeding is unique primarily due to extreme breed rarity in the United States. Ranked 183rd in AKC popularity, Harriers have critically limited genetic diversity and a very small breeding population. This requires breeders to prioritize genetic diversity through careful COI management (targeting under 5%), potential outcross breeding to unrelated lines, and networking for access to suitable breeding partners. Unlike popular breeds like Beagles or Basset Hounds, Harrier breeders often must import frozen semen or travel significant distances for breedings. Additionally, as pack hounds developed for sustained endurance work, Harriers require selection for sound, efficient movement above all else—a working dog priority that differs from companion-bred hounds.

How do you manage genetic diversity in such a rare breed?

Managing genetic diversity in Harriers requires calculating coefficient of inbreeding (COI) for all potential breedings and targeting results under 5% (lower than the breed average of 8.5%). Use pedigree databases to identify unrelated bloodlines. Consider importing frozen semen from international studs to access genetic diversity unavailable domestically. Network extensively with other Harrier breeders to coordinate breedings that minimize duplication of popular sires. Prioritize breeding stock from diverse lines rather than repeatedly using the same successful dogs. Track genetic diversity across the breed population through parent club coordination. Some breeders consider outcross breeding strategies, though this requires careful planning and parent club consultation to maintain breed type while expanding the gene pool.