Posts by farmerknowsnothing

Getting started: Should beginners purchase one hive or several?

Starting beekeeping involves more than purchasing equipment.

Beginners need suitable protective clothing, basic hive tools, an appropriate hive, healthy bees and sufficient time to develop their practical skills.

Joining a local beekeeping association and completing an introductory course before purchasing bees can help avoid expensive mistakes.

An experienced mentor can also provide guidance when unusual colony behaviour, suspected disease or unexpected swarming creates difficulties.

Although managing multiple colonies requires additional investment and time, having two colonies can offer useful opportunities to compare development and identify potential problems.

However, beginners should avoid expanding beyond the number of colonies they can confidently inspect and manage.

Five things every beekeeper should prioritise

- Choosing suitable hives and locations: Select equipment appropriate to your experience, climate and intended management system. Consider access, shelter, forage availability, water, neighbouring properties and the safety of people and livestock.

- Understanding colony management: Learn to recognise a healthy brood pattern, monitor food stores, identify the queen's presence and understand how colony development changes throughout the year.

- Swarm prevention and management: Recognise the signs of swarming and establish an appropriate management plan before the busiest part of the season.

- Varroa and disease prevention: Regularly monitor colonies for mites, disease and abnormal behaviour. Follow appropriate bee-health guidance and use authorised treatments when necessary.

- Honey production and financial planning: Understand extraction, storage, food hygiene, packaging and labelling requirements. Calculate the cost of producing honey before investing in additional colonies.

Beekeeping can be a rewarding addition to a farm or smallholding, offering opportunities for honey production, pollination and diversification. Whether you're considering your first hive, managing several colonies or developing a commercial honey business, successful beekeeping requires knowledge, preparation and year-round responsibility.

One of the biggest mistakes beginners make is assuming that keeping bees involves purchasing a hive, introducing a colony and collecting honey at the end of summer.

In reality, honey bees are living colonies that require regular inspections, sufficient food, effective pest and disease management and careful preparation for seasonal changes.

The important question: Are you keeping bees primarily to produce honey, support pollination or establish a genuinely profitable agricultural enterprise?

Important

Incubation, hatching and chick rearing involve animal-welfare and disease-prevention responsibilities. Follow species-specific incubation guidance, manufacturer instructions and appropriate veterinary advice.

In England and Wales, poultry keepers generally must register their birds within one month of starting to keep them, including most small backyard flocks. Separate requirements and additional obligations may apply when breeding, transporting or selling birds.

Check current avian influenza restrictions and biosecurity requirements before moving, purchasing or selling poultry.

A disclaimer can help explain the intended use and limitations of your spreadsheet, but it cannot guarantee protection against legal claims or exclude liabilities that cannot lawfully be excluded. If you intend to distribute or sell the workbook, have a qualified solicitor review your disclaimer and any accompanying terms of use.

The bigger discussion: Is breeding your own poultry financially worthwhile?

Imagine owning a small breeding flock and purchasing an automatic incubator to produce chicks for sale.

Your first hatch is successful, and several customers express interest in purchasing birds.

Encouraged by the results, you decide to increase production.

However, electricity, fertile eggs, feed, bedding, equipment maintenance and additional brooding accommodation begin increasing your costs.

You also discover that some chicks remain unsold longer than expected.

Would you expand production, reduce the number of eggs incubated or concentrate on producing smaller batches with reliable buyers?

The correct decision depends on calculating the full cost of producing and rearing healthy birds.

An impressive hatch rate doesn't automatically guarantee a profitable breeding enterprise.

Farmers and breeders should also plan responsibly for male birds, unsold chicks and animals that cannot be retained. Hatching should never begin without suitable arrangements for the welfare of every bird produced.

Up for a discussion:

1. Which incubator have you found most reliable, and would you recommend it to someone starting out?
2. What's the highest hatch rate you've achieved, and which management practices contributed to that result?
3. Have temperature fluctuations, humidity problems or equipment failures ever caused substantial hatch losses?
4. How often do you candle your eggs, and have you found it useful for identifying recurring fertility or incubation problems?
5. Do you prefer artificial incubation or allowing broody hens and ducks to hatch their own eggs?

One final question: If you had £500 available to improve your hatching setup, would you invest in a better incubator, improved monitoring equipment, additional brooding facilities or higher-quality breeding stock?

I'd be particularly interested in hearing from poultry keepers who have improved their hatch rates through careful record-keeping rather than simply purchasing more expensive equipment.

What changes made the biggest difference, and which mistakes would you advise beginners to avoid?

Sharing genuine experiences, equipment recommendations and realistic production costs could help other members achieve better results while protecting chick welfare.

Successful incubation isn't simply about producing the greatest number of chicks. It's about maintaining suitable conditions throughout development and ensuring that every bird hatched receives the care it needs to thrive.

Brooding: The job doesn't finish when the eggs hatch

Newly hatched chicks require suitable accommodation, warmth, clean drinking water and appropriate nutrition.

Brooding facilities should be prepared and checked before the expected hatch date.

Temperature management is particularly important because young chicks are vulnerable to both chilling and overheating.

Observe chick behaviour throughout the day. Birds crowding tightly around a heat source may be cold, while birds avoiding it and showing signs of heat stress may be too warm.

Appropriate ventilation is essential, but harmful draughts should be avoided.

Provide suitable starter feed, hygienic feeding equipment, appropriate drinkers and clean bedding.

Ducklings have different requirements from chicks, particularly regarding access to water and managing moisture in their accommodation.

Regular observation, cleaning and prompt attention to illness are essential.

Hatching day: When should you help a chick?

Hatching can take time, and not every chick emerges at exactly the same moment.

It can be tempting to intervene when an egg has been externally pipped for several hours or a chick appears to be struggling.

However, premature or inappropriate assistance can cause serious injury, bleeding and other complications.

Do not routinely break shells or pull chicks from eggs simply because hatching appears slow.

If a chick appears to require assistance, obtain advice from an experienced poultry professional or veterinary surgeon who can assess the situation.

Successful hatching should never come at the expense of the chick's welfare.

Candling: What can your eggs tell you?

Candling involves shining a suitable light through an egg to examine its internal contents and assess development.

It can help identify developing embryos, eggs that appear infertile and eggs where development may have stopped.

However, candling results can be difficult to interpret, particularly for beginners or when examining dark-shelled eggs.

Repeated or unnecessary handling can also create problems.

Use suitable equipment, work carefully and follow an appropriate candling schedule for the species being incubated.

Do not automatically discard an egg simply because development is difficult to see.

Where results are uncertain, seek advice from an experienced breeder or poultry professional.

Hatch rates: Are you recording the right information?

Imagine placing 40 eggs inside an incubator.

At the end of the incubation period, 24 chicks successfully hatch.

Your apparent hatch rate is 60%.

However, further investigation reveals that only 30 of the original eggs were fertile.

That means 24 chicks hatched from 30 fertile eggs, giving a hatch rate of 80% among fertile eggs.

These two figures tell different stories.

The first measures the proportion of all eggs set that successfully hatched. The second helps assess hatch performance after accounting for fertility.

Recording both figures can help distinguish breeding or fertility problems from potential incubation difficulties.

Useful records include egg source, collection date, storage conditions, incubation settings, fertility observations, hatch dates and chick survival.

The objective should be to identify consistent patterns across several hatches rather than drawing conclusions from one disappointing result.

Temperature and humidity: Why consistency matters

Different poultry species have different incubation requirements.

For example, domestic chicken eggs typically hatch after approximately 21 days, while most domestic duck eggs require approximately 28 days. Muscovy ducks generally require longer.

Incubation temperature and humidity settings depend on the species, incubator design and manufacturer's instructions.

Incorrect conditions can affect embryo development, hatch timing and chick health.

Farmers should use reliable monitoring equipment, follow appropriate species-specific incubation guidance and avoid repeatedly changing settings without a clear reason.

A separate calibrated thermometer or suitable monitoring instrument can help identify discrepancies between the incubator's displayed settings and actual conditions.

During the final stage of incubation, the requirements for egg turning and humidity generally change as the chicks prepare to hatch.

These changes should be planned in advance rather than introduced after problems occur.

Incubators: Is expensive equipment always better?

Incubators range from small manually operated units to sophisticated automatic systems capable of managing substantially larger numbers of eggs.

A more expensive incubator may offer automatic turning, digital monitoring, humidity control and alarms. However, these features don't automatically guarantee higher hatch rates.

A properly maintained smaller machine can perform well when used correctly.

Before purchasing an incubator, investigate its temperature stability, capacity, cleaning requirements, spare-parts availability and running costs.

Consider whether the equipment provides appropriate ventilation and can maintain suitable conditions throughout the incubation period.

Positioning is also important. An incubator placed in direct sunlight, beside a heater or inside a building with substantial temperature fluctuations may struggle to maintain consistent conditions.

The best investment is equipment that provides reliable conditions and suits the number and species of birds you intend to hatch.

Incubating and hatching poultry can be one of the most rewarding parts of keeping chickens and ducks. Whether you're using a small incubator at home, expanding a breeding flock or producing chicks for sale, a successful hatch requires considerably more than placing fertile eggs in a warm machine.

Temperature, humidity, egg quality, turning, ventilation and hygiene can all influence the outcome. Even when everything appears to be working correctly, small problems during incubation can lead to disappointing hatch rates or weak chicks.

One of the biggest mistakes poultry keepers make is concentrating entirely on getting chicks out of their shells without considering their health, welfare and the cost of rearing them afterwards.

The important question: Are you measuring success by how many chicks hatch, or by how many develop into healthy, productive birds?

Five things every poultry keeper should prioritise

- Choosing a reliable incubator: Select equipment that provides stable temperature control, appropriate humidity management, ventilation and reliable egg turning. Understand the manufacturer's operating instructions before introducing fertile eggs.

- Selecting suitable hatching eggs: Obtain fertile eggs from healthy breeding birds, inspect them for damage and follow appropriate collection and storage procedures. Fertility, parental health and egg-handling conditions all influence hatch results.

- Candling and monitoring development: Learn how to candle eggs safely to observe embryo development and identify potential problems without excessive handling or unnecessary temperature fluctuations.

- Managing hatch rates: Record the number of eggs set, fertility results, incubation conditions, hatch outcomes and chick survival. Use these records to investigate recurring problems rather than automatically adjusting equipment after every unsuccessful hatch.

- Preparing for newly hatched chicks: Have suitable brooding accommodation, appropriate heat, feed, drinking water, bedding and emergency arrangements ready before hatching begins.

Important

Fish farming and aquaculture may require formal authorisation, aquatic animal-health registration, planning permission, water abstraction licences, environmental permits and compliance with applicable food-safety legislation. Requirements vary according to location, species, production system and intended commercial activities.

In England and Wales, aquaculture production businesses generally require authorisation from the Fish Health Inspectorate before commencing operations. Other types of fishery, cropping water and aquaponics activities may have different registration requirements.

Non-native fish species, including tilapia, may be subject to additional restrictions and permissions. Never release farmed fish into natural watercourses or introduce species without establishing the applicable legal requirements.

Seek advice from the relevant regulatory authorities, qualified aquatic veterinarians and experienced aquaculture professionals before investing in a commercial operation.

A disclaimer can help explain the intended use and limitations of your spreadsheet, but it cannot guarantee protection against legal claims or exclude liabilities that cannot lawfully be excluded. If you intend to distribute or sell the workbook, have a qualified solicitor review your disclaimer and any accompanying terms of use.

The bigger discussion: Could aquaculture offer farmers a realistic diversification opportunity?

Traditional agricultural businesses face increasing pressure from fluctuating input costs, unpredictable weather and uncertainty over commodity prices.

Aquaculture could offer an additional source of income for some farms, particularly where suitable water resources, infrastructure and reliable customers are available.

However, fish farming introduces its own risks.

Energy costs, disease, water availability, environmental regulations and specialist equipment can make an apparently simple diversification project surprisingly complicated.

There is also the question of scale.

Could a smallholding realistically earn a worthwhile income from producing a modest quantity of premium fish, or does commercial aquaculture generally require substantial investment and production volume?

The answer is likely to differ considerably between species, locations and business models.

Up for a discussion:

1. Have you successfully established a fish pond or small-scale aquaculture system, and what did the initial investment cost?
2. Would you recommend trout, tilapia or another suitable species to someone considering fish farming for the first time?
3. What's been your biggest challenge: maintaining water quality, controlling feeding costs, preventing disease or finding reliable customers?
4. Have electricity, heating, filtration or equipment maintenance costs significantly affected your profitability?
5. Do you believe small-scale aquaculture offers a realistic diversification opportunity for UK farmers and smallholders?

One final question:** If you had £10,000 available to investigate fish farming, would you construct an outdoor pond, develop a small indoor tank system or invest first in professional feasibility assessments?

I'd be particularly interested in hearing from farmers and aquaculture operators who have recorded their actual production costs, growth rates, fish losses and selling prices.

What worked, what proved unexpectedly expensive, and what would you do differently if you were starting again?

Sharing genuine experiences and realistic financial information could help other farmers determine whether aquaculture represents a worthwhile business opportunity or an investment better avoided.

Successful fish farming isn't simply about producing the largest quantity of fish. It's about maintaining a healthy aquatic environment, managing production efficiently and developing a business that generates sustainable returns without compromising animal welfare or surrounding ecosystems.

Small-scale aquaculture: Is starting small always cheaper?

Starting with a small pond or tank system can provide valuable practical experience.

However, smaller operations don't automatically achieve lower production costs per kilogram of fish.

Water testing, filtration, electricity, heating, feed, specialist equipment and regulatory compliance may represent significant expenses even when relatively few fish are produced.

Before investing, calculate your expected production volume and realistic selling price.

Consider whether you intend to sell fish directly to customers, supply restaurants, work with fishmongers or establish another appropriate sales arrangement.

Each market may have different quality, handling, food-safety and delivery requirements.

A project that appears profitable based solely on fish sales may be less attractive once the full operating costs are included.

Fish health: Prevention is better than losing an entire pond

Disease, poor water quality and equipment failures can cause serious problems in aquaculture.

Unlike livestock in a field, fish cannot simply escape unsuitable water conditions.

A prolonged power cut, failed aeration pump or filtration malfunction can threaten an entire production system.

Farmers should establish appropriate biosecurity procedures, monitor fish regularly and develop emergency arrangements for essential equipment.

Unexpected mortality, abnormal swimming, reduced feeding or visible signs of disease should prompt immediate investigation.

Seek advice from an appropriately qualified aquatic veterinarian or fish-health specialist rather than applying treatments without a diagnosis.

Fish welfare should remain a central consideration throughout production, handling, transport and harvesting.

Feeding: Are you converting feed into profitable fish?

Feed can represent a substantial proportion of aquaculture operating costs.

However, purchasing cheaper feed doesn't automatically improve profitability.

Poor-quality or unsuitable feed may affect growth, increase waste and contribute to water-quality problems.

Farmers should monitor feed consumption, fish growth, mortality and feed conversion.

Different species and production stages require appropriate nutrition.

Overfeeding not only wastes money but may also increase the burden on filtration and water-treatment systems.

The most useful calculation is the complete cost of producing each kilogram of saleable fish, including feed, energy, labour, equipment and other operating expenses.

Pond management: Is your water suitable for fish?

A pond may look perfectly healthy while containing conditions that threaten fish.

Dissolved oxygen, temperature, ammonia, nitrite, pH and other water-quality characteristics can influence fish health and growth.

Problems may develop rapidly, particularly during hot weather, equipment failures or periods of excessive feeding.

Regular monitoring and appropriate equipment can help identify deteriorating conditions before substantial losses occur.

Farmers should also consider the environmental impact of their operations.

Uneaten feed, fish waste and poorly managed discharge can contribute to water pollution.

Constructing new ponds, modifying existing watercourses or abstracting and discharging water may require regulatory approval.

Trout or tilapia: Which is more suitable?

Trout are cold-water fish requiring suitable temperatures, clean water and adequate dissolved oxygen.

They can be suitable for certain UK aquaculture operations, particularly where a reliable supply of appropriate freshwater is available.

However, an ordinary farm pond isn't automatically suitable for trout production.

Water temperature, seasonal conditions, oxygen levels, water movement and stocking density must all be considered.

Tilapia, by comparison, are warm-water fish.

Although they are widely farmed internationally, maintaining suitable growing conditions in the UK can require heated indoor systems or other carefully controlled environments.

Heating costs can substantially influence profitability, particularly during winter.

Before choosing either species, investigate the expected production costs and establish whether there is sufficient local demand.

Fish farming offers an interesting opportunity for farmers and smallholders looking to diversify their businesses. Whether you're considering a small trout pond, investigating tilapia production or developing a commercial aquaculture enterprise, success depends on considerably more than filling a pond with water and introducing fish.

Water quality, oxygen availability, suitable species, feeding costs, disease prevention and reliable markets can determine whether a fish-farming project succeeds or becomes an expensive mistake.

One of the biggest mistakes new fish farmers make is investing in ponds, tanks and equipment before establishing whether their water supply and chosen fish species are suitable for the proposed operation.

Five things every prospective fish farmer should prioritise:

- Choosing suitable fish species: Research the temperature, oxygen, water-quality and feeding requirements of the species you intend to farm. Trout and tilapia have very different environmental needs, and neither is suitable for every location.

- Pond design and water management: Investigate water availability, drainage, pond depth, aeration, filtration and suitable systems for removing waste. A poorly designed pond can become difficult and expensive to maintain.

- Fish health and biosecurity: Monitor water quality, fish behaviour, growth and mortality. Purchase stock from appropriate suppliers and establish procedures to minimise disease transmission and prevent fish escaping.

- Feeding and production costs: Understand feed conversion, feed prices, electricity consumption, equipment maintenance and the cost of producing each kilogram of saleable fish.

- Regulations and finding customers: Establish which registrations, authorisations, environmental permits and food-business requirements apply before investing. Research potential customers and realistic selling prices before purchasing stock.

The important question: Could a small fish farm generate worthwhile additional income, or would its operating costs outweigh the value of the fish produced?

Imagine owning a smallholding with several acres of land and an existing pond.

You're considering introducing trout and eventually selling fresh fish directly to local customers.

However, further investigation reveals that the water becomes too warm during summer, additional aeration equipment would be necessary, and maintaining suitable water quality could involve significant expenditure.

Alternatively, you could construct an indoor tank system for tilapia, but doing so would require reliable heating, filtration, electricity and backup equipment.

Would you invest in outdoor trout production, explore indoor tilapia farming or reconsider whether fish farming is suitable for your property?

The answer depends on understanding the environmental conditions, capital requirements, ongoing expenses and commercial opportunities before committing your money.

The bigger discussion: Who should pay farmers to protect the countryside?

Farmers manage a substantial proportion of Britain's rural landscape.

Their decisions influence food production, biodiversity, soil condition, water quality and the appearance of the countryside.

Environmental improvements can benefit society more widely, but the practical work and financial responsibility often fall on individual land managers.

This raises an important question.

If society wants farmers to provide additional environmental benefits, should farmers receive reliable long-term financial rewards for delivering them?

Or should environmental management increasingly become part of normal agricultural business practices without depending on government funding?

There's also the question of fairness.

Large estates may have greater access to professional advisers and the capital required to establish substantial environmental projects.

Smaller farms and new entrants may find the administrative requirements and initial expenditure more challenging.

Environmental policies should recognise the different circumstances of the businesses expected to deliver them.

Up for a discussion:

1. Have you entered an environmental stewardship agreement, and did the financial benefits justify the management requirements?
2. Do you believe productive agricultural land should ever