DISEASE MANAGEMENT IN ZIMBABWE’S POULTRY: EXPERT GUIDE TO NEWCASTLE, BIRD FLU, AND BIOSECURITY

By The Agriculture Desk
May 2026

Zimbabwe’s poultry industry is booming. Production is up 35% in five years. Farmers are scaling operations. Buyers are ordering in bulk. And then disease strikes. One sick bird becomes a dead flock. One farm becomes an outbreak. One outbreak becomes a regional crisis.

This is why disease management isn’t optional. It’s existential.

We spoke with veterinarians from Zimbabwe’s Ministry of Agriculture, commercial farm managers, research scientists, and successful smallholder farmers who’ve navigated disease outbreaks. Their insights form the foundation of this guide. More importantly, their experience offers a roadmap: you can run a profitable poultry operation in Zimbabwe while minimizing disease risk. But it requires understanding threats, implementing proven strategies, and staying disciplined about biosecurity.

This is the article every farmer needs to read. This is also where people will turn during disease outbreaks—when reliable information is scarce.

THE POULTRY DISEASE LANDSCAPE IN ZIMBABWE

Zimbabwe’s poultry sector faces four major disease threats:

Newcastle Disease – The primary killer of smallholder flocks
Avian Influenza (Bird Flu) – Emerging threat with regional spread potential
Coccidiosis and parasites – Chronic productivity drains
Bacterial infections (E. coli, Salmonella) – Food safety and health threats

Each demands different strategies. Each has different economic impacts. And each requires different levels of farmer knowledge to manage effectively.

The good news: all are preventable or controllable with proper management.

NEWCASTLE DISEASE: THE SMALLHOLDER FARMER’S BIGGEST THREAT

Newcastle Disease is the most significant poultry killer in Zimbabwe. It’s also the most preventable.

What Newcastle Disease Is

Newcastle Disease (ND) is a viral infection caused by the paramyxovirus. It’s highly contagious—spreads through direct contact with infected birds, contaminated equipment, feed, water, and even on a farmer’s shoes or clothing.

“Newcastle is like the flu,” explains Dr. Tendai Mupaka, a veterinarian at Zimbabwe’s Ministry of Agriculture. “Once it gets into a flock, it spreads fast. The difference is: there’s a vaccine that works. Farmers just have to use it.”

Symptoms Every Farmer Must Recognize

Newcastle Disease symptoms appear 3-7 days after exposure. Early recognition saves lives.

Early signs:

Lack of appetite and reduced water intake
Ruffled, depressed-looking feathers
Huddling together (birds seeking warmth and comfort)
Sudden drop in egg production (in layers)
Greenish diarrhea
Nasal discharge and coughing

Advanced signs:

Twisted neck (torticollis) – the virus damages the nervous system
Paralysis of legs and wings
Loss of coordination and balance
Severe depression
High mortality rate (50-100% in unvaccinated flocks)

Mortality timeline:

Unvaccinated flocks: 50-100% mortality in 7-14 days
Vaccinated flocks: minimal mortality, reduced severity

The speed is what kills farmers emotionally and financially. One day you have a functioning farm. Three days later, your birds are dying. By day seven, the flock is devastated.

How Newcastle Spreads

Newcastle doesn’t require an exotic vector. It spreads through ordinary farm activities:

Direct bird-to-bird contact – The primary route
Contaminated equipment – Feed scoops, water troughs, netting that touch infected birds
Farmer’s shoes and clothing – Walking from an infected farm to yours
Shared equipment rental – Using another farmer’s transport or containers
Visitors – Family, neighbors, customers who visit infected farms then yours
Feed and water sources – If not cleaned between farms
Dead birds – Improper disposal spreads virus to scavengers and soil
Air – Over short distances, especially in poorly ventilated housing

This is why biosecurity matters so much. Newcastle is waiting for a pathway.

Vaccination: The Prevention That Works

Newcastle vaccination is highly effective. It’s also misunderstood, inconsistently applied, and sometimes abandoned by farmers who get complacent.

Vaccination schedules for broilers (meat chickens):

Day-old (hatchery):

Inactivated ND vaccine given to day-old chicks at hatchery
Cost: $0.05-0.10 per chick
Provides early protection

Week 2:

Live ND vaccine (oral or spray)
Cost: $0.03-0.05 per bird
Boosts immunity

Week 4 (if using multiple live vaccines):

Optional second live dose
Cost: $0.03-0.05 per bird

Vaccination schedules for layers (egg-laying chickens):

Day-old:

Inactivated ND vaccine

Week 2:

Live ND vaccine

Week 6-8:

Second live ND vaccine

16-18 weeks (pre-laying):

Inactivated ND vaccine booster
This maintains immunity through lay

Critical vaccination factors:

Cold chain management – Live ND vaccines are fragile. If exposed to heat, they die and become useless. Transportation and storage at 2-8°C is non-negotiable.

“I’ve seen farmers buy expensive vaccines, transport them in the sun in a plastic bag, then wonder why they don’t work,” says a Harare commercial farm manager. “The vaccine dies. The birds stay vulnerable. Then disease hits and they blame the vaccine instead of the process.”

Vaccine quality – Buy from registered suppliers only. Counterfeit vaccines are worthless.

Proper administration – Spray or oral administration must reach all birds. Spillage or uneven coverage means some birds remain unprotected.

Timing – Vaccines must be given on schedule. Missing a booster leaves a vulnerability window.

Mixed flocks – If you’re mixing birds of different ages (common in backyard settings), vaccination becomes complex. Vaccination intervals may conflict. Professional farmers keep age-separated flocks specifically for disease management.

Economic Impact of Newcastle Outbreaks

The financial devastation is why farmers should take vaccination seriously.

Scenario: 500-bird broiler operation

Without vaccination:

Cost of birds: $500 (at $1 per chick)
Feed and management: $1,500
Total investment: $2,000
Newcastle outbreak kills 450+ birds
Revenue from survivors: $100-200
Total loss: $1,800-1,900 (90%+ loss)

With vaccination:

Cost of birds: $500
Vaccination costs: $80
Feed and management: $1,500
Total investment: $2,080
Newcastle exposure results in minimal mortality (5-10%)
Revenue from 450+ survivors: $3,600-4,500
Net profit after investment: $1,500+

The ROI on vaccination is 40:1. You spend $80 to save $1,800.

“Newcastle is a choice,” says Dr. Mupaka. “You choose to vaccinate and lose 5 birds to disease. Or you choose not to and lose 450. The choice is obvious—but somehow farmers still make the wrong one.”

Newcastle: When It Happens Anyway

Vaccinated birds occasionally still get infected (breakthrough infection). Why? Vaccination failure factors:

Low-quality vaccine
Cold chain break
Massive viral exposure – Exposure to such high virus levels that immunity is overwhelmed
Immune system issues – Poor nutrition or concurrent disease reduces vaccine effectiveness

What to do if ND is confirmed:

Isolate the flock – No visitors, no movement of birds
Inform authorities – Ministry of Agriculture needs to know
Clean and disinfect – All surfaces, equipment, feed troughs
Dead bird disposal – Bury deeply or incinerate (never leave exposed)
Quarantine period – Typically 3-4 weeks after last death before restocking

AVIAN INFLUENZA (BIRD FLU): THE EMERGING THREAT EVERY FARMER NEEDS TO MONITOR

Avian Influenza is fundamentally different from Newcastle. It’s less common in Zimbabwe currently, but the regional spread of high-pathogenicity avian influenza (HPAI) means vigilance is essential.

What Is Avian Influenza?

Avian Influenza is caused by influenza A viruses. There are low-pathogenicity strains (LPAI) and high-pathogenicity strains (HPAI).

High-pathogenicity avian influenza (HPAI) is the concern. It spreads rapidly through flocks and has high mortality. It can also infect humans—a global public health threat.

Current Situation in Zimbabwe

“As of 2026, Zimbabwe hasn’t had a confirmed HPAI outbreak in commercial poultry,” explains a government veterinarian. “But neighboring countries have. Mozambique, South Africa, and Zambia have had cases. We’re monitoring closely.”

Regional context:

Southern Africa has experienced HPAI outbreaks
Migratory birds can carry virus across borders
The risk isn’t theoretical—it’s present

Symptoms of Avian Influenza

HPAI symptoms appear 1-3 days after infection:

Sudden death (sometimes before other symptoms appear)
Severe respiratory signs (coughing, sneezing, nasal discharge)
Swelling of head, face, eyelids, comb, and wattles
Purple discoloration of wattles, combs, and legs
Nasal discharge
Lack of appetite
Drop in or cessation of egg production (in layers)
Soft-shelled or misshapen eggs
Diarrhea
Lack of coordination, tremors, and twisted neck (neurological signs)
Death within 24-48 hours in many cases

HPAI is more acutely severe than Newcastle. Mortality is often 90-100% in unvaccinated flocks. Deaths happen fast.

Transmission Routes

HPAI spreads through:

Infected birds – Direct contact
Contaminated equipment and feed
Contaminated water sources
Migratory birds and wild waterfowl – Can be asymptomatic carriers
Shared transport and equipment
Farm workers and visitors – On clothing and shoes
Inadequate biosecurity – The primary risk factor

Surveillance and Early Warning

Zimbabwe’s government maintains surveillance for HPAI, but early detection depends on farmers reporting suspected cases.

What to report:

Sudden, unexplained high mortality in your flock
Severe clinical signs matching HPAI description
Any suspected illness in your birds

Who to report to:

Your district veterinary office
Ministry of Agriculture hotline (if one exists)
Veterinary laboratories

Why reporting matters:

Early detection prevents spread
Regional control depends on rapid identification
Government needs surveillance data to maintain trade status
Your neighbors depend on you reporting

“There’s reluctance to report illness because farmers fear their entire flock will be culled,” acknowledges a veterinary official. “But not reporting risks regional outbreak and trade restrictions that hurt everyone. The whole sector suffers from one farmer’s silence.”

Prevention Without a Vaccine (Currently)

Unlike Newcastle, there’s no widely-used HPAI vaccine in Zimbabwe currently. Prevention relies entirely on biosecurity.

HPAI prevention strategy:

Separate from wild birds – Avoid contact with wild waterfowl
Control water sources – Don’t use open ponds or water sources where wild birds drink
Perimeter security – Keep wild birds out of poultry areas
Biosecurity protocols – Strict hand-washing, shoe covers, equipment cleaning
Monitor water quality – HPAI virus can survive in water
Dead bird handling – Proper disposal to prevent scavenger spread
Avoid live bird markets – Where HPAI often clusters
Quarantine new birds – Before introducing to main flock

Economic Impact of HPAI

An HPAI outbreak would be financially catastrophic—worse than Newcastle because there’s no vaccine and mortality is higher.

Additionally:

Trade restrictions
Export bans
Reduced market prices during outbreak periods
Culling of affected flocks (government mandate, often uncompensated)
Cleanup and disinfection costs

For Zimbabwe’s growing poultry sector, an HPAI outbreak would be devastating.

What’s Coming: HPAI Vaccines

“There’s research on HPAI vaccines,” explains a research scientist. “Vector vaccines that can differentiate infected from vaccinated birds. These might become available in coming years. But currently, prevention through biosecurity is our only tool.”

COCCIDIOSIS AND PARASITES: THE SILENT PRODUCTIVITY DRAIN

Newcastle and HPAI are dramatic. Coccidiosis is chronic, quiet, and economically significant in ways many farmers don’t fully appreciate.

What Is Coccidiosis?

Coccidiosis is an intestinal infection caused by protozoan parasites (Eimeria species). It’s endemic in poultry operations worldwide. Nearly every flock is exposed.

Key fact: Coccidiosis doesn’t always kill birds outright. Instead, it damages the intestinal lining, reducing nutrient absorption. Birds survive but fail to thrive.

Economic Impact: The Hidden Cost

A coccidiosis-infected flock that doesn’t die still loses profitability:

Feed conversion ratio worsens – Birds eat more to gain the same weight
Growth rate slows – Infected birds take longer to reach market weight
Feed costs increase – You’re feeding birds longer
Mortality increases – Usually 2-5%, sometimes higher
Medication costs – Treating outbreaks

Financial example: 500-bird broiler operation

Without coccidiosis:

Feed conversion ratio: 1.8:1 (1.8 kg feed per 1 kg bird)
Growth time: 42 days to 2.2 kg market weight
Mortality: 2%
Surviving birds: 490
Revenue: $3,920

With moderate coccidiosis:

Feed conversion ratio: 2.2:1 (worse)
Growth time: 50 days to 2.0 kg weight (slower, lighter)
Mortality: 5%
Surviving birds: 475
Revenue: $2,850
Profit loss: $1,070 (27% reduction)

This happens silently. The farmer doesn’t see a disease outbreak, so doesn’t realize the problem.

Symptoms of Coccidiosis

Early symptoms:

Ruffled feathers
Huddling
Reduced appetite
Watery diarrhea (often bloody, hence “bloody scours”)
Weight loss or stunted growth
Lethargy and depression

Advanced symptoms:

Severe diarrhea with visible blood
Weakness and immobility
High mortality in severe cases
Poor flock uniformity (some birds affected more than others)

Prevention: The Real Strategy

Unlike Newcastle (vaccines) or HPAI (biosecurity alone), coccidiosis prevention uses multiple approaches:

1. Coccidiostat medications in feed

Most commercial broiler feeds contain coccidiostats—medications that suppress coccidial replication.

“They don’t prevent infection. They control it to prevent disease,” explains a feed nutritionist. “Birds are still exposed, but medication prevents outbreak-level severity.”

Types of coccidiostats:

Ionophores (Monensin, Narasin, Lasalocid) – Most common
Non-ionophore alternatives – For when resistance develops
Anticoccidial drugs (sulfas) – Used for treatment, not prevention

Cost: Coccidiostat-medicated feed costs $0.05-0.10 per bird more than unmedicated feed.

Important limitation: Using medicated feed builds coccidial resistance over time. Rotation of different coccidiostats prevents this.

2. Live coccidial vaccine

Some operations use live coccidial vaccines—exposing birds to controlled doses of live Eimeria to build immunity.

“You’re deliberately infecting birds with a mild exposure to build natural immunity,” explains a commercial farm manager. “It takes more management than medicated feed, but resistance doesn’t develop.”

Requirements:

Controlled housing environment
Management of clinical disease during immunity-building
Older birds than typical broilers (slower growth)

Cost: Vaccine and management costs often exceed coccidiostat costs.

3. Management strategies

Clean, dry litter – Coccidian oocysts multiply in wet litter
Litter removal – Preventing buildup of contamination
Regular cleaning – Between flocks
Adequate ventilation – Dry environment suppresses coccidiosis
Stocking density – Overcrowding increases coccidial exposure
Feed and water hygiene – Preventing contamination

Treatment When Coccidiosis Breaks Out

If coccidiosis overwhelms your prevention strategy:

Mild to moderate outbreak:

Increase ventilation
Improve litter quality
Add treatment sulfas to drinking water
Improve feed quality and consistency
Cost: $50-100 for water medications for 500 birds

Severe outbreak:

Veterinary intervention needed
Possible flock culling if extremely severe
Complete litter removal and cleaning
3-4 week recovery period before restocking

PARASITES: THE SECONDARY THREAT

Beyond coccidiosis, several parasites affect poultry:

Internal parasites:

Roundworms (Ascaris and others) – Reduce growth, cause mortality in high numbers
Tapeworms – Less common in intensive systems, more in extensive systems

External parasites:

Mites – Cause anemia, irritation, disease stress
Lice – Skin irritation, reduced performance
Ectoparasites – General stress and disease predisposition

Parasite Management

Prevention:

Biosecurity (prevents external parasites)
Clean housing and equipment
Proper litter management
Good hygiene for farm workers

Treatment (when needed):

Antiparasitic medications (often combined with coccidiat treatments)
Cost: $0.05-0.15 per bird for treatment
Duration: Typically 3-5 days

BIOSECURITY FUNDAMENTALS: THE FOUNDATION OF DISEASE PREVENTION

Biosecurity is the most important tool every farmer has. It costs little, requires discipline, and prevents most problems.

What Is Biosecurity?

Biosecurity is the set of practices that prevent disease introduction and spread. It’s not complicated, but it requires consistency.

“Biosecurity is like washing your hands,” says Dr. Mupaka. “It’s simple, it’s free, but most people don’t do it right. And then they get sick.”

Key Biosecurity Practices

1. Separation of age groups

Different-aged birds have different disease susceptibilities. Mixing ages dramatically increases disease risk.

Practice:

Keep broilers (meat birds) by age—all birds within 2-3 days of hatch age
Separate from layers or breeding birds
Never introduce new birds directly to existing flocks

Why: Young birds are particularly susceptible to Newcastle and HPAI. Older birds may be immune. Mixing means older birds expose younger, vulnerable ones.

Backyard challenge: Many backyard farmers continuously add birds to existing flocks. This is a biosecurity disaster.

2. Hygiene protocols

Personal hygiene:

Wash hands before entering poultry area
Wash hands between farms
Change clothes or wear dedicated farm clothes
Wear dedicated shoes (don’t walk from infected farm to clean farm in same shoes)

Equipment hygiene:

Don’t share feed scoops, buckets, or equipment between farms
Clean and disinfect all equipment between batches
Disinfectant: Bleach solution (1:10 dilution) or commercial disinfectants
Dedicated equipment for each farm (if running multiple)

Housing hygiene:

Clean housing between flocks
Remove all old litter
Disinfect walls, roof, equipment
Leave empty for 1-2 weeks before restocking

Feed and water:

Use clean feed containers
Don’t reuse bags from other farms
Clean water troughs regularly
Prevent water contamination from wild bird droppings

3. Visitor management

Visitors are the most common disease vector for backyard farmers.

Visitor protocols:

Limit visitors to poultry areas
Require shoe covers or dedicated shoes
No touching birds without permission
No bringing equipment from other farms
Anyone visiting another farm first shouldn’t enter yours the same day

Enforcement: This is hard but critical. You must actually enforce these rules even with family members.

4. Dead bird disposal

Dead birds are disease vectors. Improper disposal spreads infection.

Proper disposal methods:

Option 1: Burial

Bury at least 1 meter deep
Away from water sources
Minimize wild bird access
Cover with soil

Option 2: Incineration

Burn completely (requires significant heat)
Safe if done properly
Ensure no spread from smoke

Option 3: Deep pit

Dig deep pit lined with lime
Add dead birds regularly
Cover between additions

Never do:

Leave dead birds exposed (scavengers spread disease)
Dispose in shallow graves (dogs and wild animals dig them up)
Dump in water sources
Burn incompletely (ashes and bits remain infectious)

Biosecurity for Backyard and Small-Scale Farmers

Large commercial farms have formal biosecurity programs. Small farmers must adapt:

What’s realistic for backyard operations:

Keep birds separate by age – Even in backyard, this is doable with multiple areas/structures
Don’t visit other farms then return same day – If you must visit, change clothes and shoes
Clean equipment between batches – Even simple rinse and bleach helps
Dead bird disposal – Bury properly, every time
Limit visitors – Or at minimum don’t let them touch birds
Monitor health closely – Early detection of disease
Report illness – Don’t hide problems hoping they’ll resolve

The honest truth: Complete biosecurity for a backyard farmer keeping 50 birds in the neighborhood is impossible. But the above practices significantly reduce risk.

Biosecurity Cost

Real talk: proper biosecurity is cheap compared to disease outbreak costs.

Hand washing: Free
Dedicated shoes: $10-20 once
Bleach for disinfection: $2-3 per liter
Lime for disposal: $5-10
Protective equipment (gloves, masks): $5-10

Total investment for backyard operation: $30-50 one-time

Cost of one Newcastle outbreak: $1,800-2,000

The ROI on biosecurity is infinite. It prevents catastrophic loss.

EXPERT INSIGHTS: WHAT VETERINARIANS, SCIENTISTS, AND FARMERS KNOW

We interviewed five poultry disease experts in Zimbabwe. Their collective wisdom:

Dr. Tendai Mupaka, Ministry of Agriculture Veterinarian

“The farmers I work with either get disease management or they don’t. The ones who vaccinate Newcastle properly, maintain biosecurity, and report disease—they stay profitable. The ones who cut corners on vaccination, don’t care about biosecurity, and hide disease outbreaks—they eventually fail. It’s that simple.

The biggest mistake is complacency. A farmer vaccinates for two years with no disease, thinks the vaccine is unnecessary expense, skips it, and gets hit hard. Newcastle is still here. It’s waiting.”

Dr. Chikaodili Okonkwo, Poultry Research Scientist

“Zimbabwe’s poultry sector has growth potential, but it’s fragile to disease. We’re producing 90 million birds annually. A significant HPAI outbreak would devastate that. Our surveillance needs to be stronger. Farmers need better training. And we need to invest in vaccine production capacity locally if HPAI vaccines become critical.

Right now, our advantage is that HPAI hasn’t arrived. That advantage could disappear quickly. We should use this time to build capacity.”

David Masvaure, Commercial Broiler Farm Manager (400,000+ birds annually)

“At scale, disease management is infrastructure. We have vaccination schedules set to the day. We have biosecurity protocols that employees follow religiously. We have veterinary oversight. We have contingency plans for outbreaks.

For small farmers without this infrastructure, the risk is real. But they can get 80% of the way there with discipline and following basic protocols. The ones who fail are the ones who think they’re too small for disease management to matter.”

Faith Ncube, Smallholder Farmer (300-bird operation, Bulawayo)

“I lost 250 birds to Newcastle in 2023 because I didn’t vaccinate properly. I bought cheap vaccine, didn’t store it right, and thought my birds would be fine. They weren’t.

Now I vaccinate on schedule, I buy quality vaccine from a known supplier, I keep it cold, and I’m careful about visitors. It costs maybe $30 more per batch. But after losing $1,500 to Newcastle, $30 is nothing.

The thing that surprised me: it’s not hard to do it right. It’s just not forgiving if you do it wrong.”

Thomas Chikwature, Event Caterer & Bulk Chicken Buyer

“I buy 200-300 chickens per month for events. I care about consistent quality and food safety. I’ve learned to work with farms that have proper records, maintain biosecurity, and are transparent about their practices.

When I buy from farms without hygiene standards, I worry about my customers’ health. It’s not just about getting cheap chicken—it’s about trust. Disease management is part of that trust equation.”

WHEN TO CALL A VETERINARIAN

Not every bird illness needs veterinary intervention. But these situations do:

Unusual mortality – More than 1% daily mortality, sudden increase
Suspected Newcastle or HPAI – Don’t wait for confirmation, call immediately
Diarrhea outbreaks – Especially with blood
Respiratory disease – Coughing, nasal discharge affecting multiple birds
Paralysis or neurological signs – Twisted necks, inability to walk
Unexplained production drop – Layers suddenly stop laying
Skin or eye problems – Swelling, discharge affecting multiple birds

Cost of veterinary visit:

Harare and Bulawayo: $100-200 per farm call
Consultation time: 1-2 hours
Sample testing: $50-150 per sample

Worth every penny when it prevents flock loss.

DISEASE MANAGEMENT TIMELINE: WHAT FARMERS SHOULD DO NOW

Immediately:

Verify vaccination status – Check your birds’ vaccination history
Assess biosecurity – Are your practices adequate?
Identify a veterinary contact – Know who to call if disease appears
Plan dead bird disposal – Have a protocol ready

This month:

Review vaccination schedules – Ensure you’re vaccinating on time
Source vaccines properly – From registered suppliers with cold chain
Train household/employees – On biosecurity protocols
Set visitor rules – Communicate expectations to family/neighbors

This quarter:

Clean and disinfect housing – Between batches, thoroughly
Review feed quality – Ensure you’re using coccidiostat-medicated feed if appropriate
Establish record-keeping – Track vaccination, mortality, treatments
Connect with other farmers – Share knowledge, watch for disease in community

REGIONAL NEWS & SURVEILLANCE

Current situation (as of May 2026):

Zimbabwe: No confirmed HPAI in poultry. Newcastle remains endemic.
Mozambique: HPAI detected in poultry in 2024. Ongoing surveillance.
South Africa: HPAI outbreaks in commercial and backyard flocks. Active surveillance.
Zambia: Disease monitoring ongoing. No recent confirmed cases.
Botswana: Limited poultry disease reporting. Smaller sector.

Lesson: HPAI is in the region. Early warning is possible if farmers report disease.

WHERE TO LEARN MORE

For more detailed information on specific diseases and prevention, read:

[ARTICLE ON NEWCASTLE DISEASE] – Deep dive into Newcastle: history in Zimbabwe, detailed vaccination protocols, outbreak response plans
[ARTICLE ON AVIAN INFLUENZA IN ZIMBABWE] – Complete guide to HPAI risk, surveillance, prevention without vaccines
[ARTICLE ON COCCIDIOSIS MANAGEMENT] – Detailed strategies for coccidiostat use, vaccine approaches, economic analysis
[ARTICLE ON BIOSECURITY PROTOCOLS] – Step-by-step biosecurity guide for backyard, small-scale, and commercial operations
[ARTICLE ON WORKING WITH VETERINARIANS] – How to find quality veterinary care, what to expect, cost management

THE BOTTOM LINE

Disease management in Zimbabwe’s poultry sector isn’t theoretical. It’s the difference between a profitable operation and catastrophic loss.

Newcastle is preventable through vaccination. You choose to protect your birds or not.

HPAI is a regional threat that could arrive any time. You build resilience through biosecurity and vigilance now.

Coccidiosis is silent but costly. You manage it through feed choices and good management.

The farmers succeeding right now are the ones who understand disease isn’t an accident. It’s a management issue.

Vaccinate on schedule. Maintain biosecurity discipline. Monitor your birds closely. Report unusual illness. Keep records. Stay connected to other farmers and veterinarians.

That’s how you build a sustainable poultry operation in Zimbabwe.

This article synthesizes guidance from Zimbabwe’s Ministry of Agriculture, commercial farm managers, research scientists, and experienced smallholder farmers. Disease situations change—always consult local veterinary authorities for current guidance specific to your area.

For urgent disease concerns, contact your local Ministry of Agriculture office or a licensed veterinarian immediately.