Hive Stands for Pollination Services: Transport and Setup

By Dr. Zubair Khalid, DVM, MS, PhD · 2026-08-14

Key Takeaways

Pollination hive stands are critical for lifting hives off the ground, ensuring level placement, and providing a stable base for transport and seasonal apiary setup, directly impacting colony stability, accessibility, and productivity during pollination contracts.
Mobile hive stands, particularly palletized systems, significantly reduce loading and unloading times and protect colonies from ground moisture, ants, and skunks, with four-hive pallets being a common standard for large commercial operations.
Proper securing of hives via robust strapping is non-negotiable during transport to prevent colony damage, bee mortality, and road hazards; re-tightening straps after initial miles is essential as the load settles.
Optimal field setup involves orienting hive entrances away from prevailing winds and towards the crop, maintaining adequate row width for vehicle access, and ensuring stands are level to prevent water ingress and crooked comb formation.
Pre- and post-placement recordkeeping of colony strength, queen status, and disease signs is vital for dispute resolution and accurate future bidding, with immediate veterinary or apiarist consultation recommended for unexplained losses or notifiable disease signs.
Hive stand height should typically be 6-12 inches to ensure bottom board dryness and adequate airflow, with considerations for soft ground requiring wider footprints or raised platforms to prevent sinking.

This guide covers the practical decisions behind choosing, building, transporting, and setting up hive stands for pollination services. It is written for commercial beekeepers who move colonies into crops, orchard owners who bring in bees, and farm managers who host pollination apiaries. The focus is on the equipment and procedures that keep colonies stable, accessible, and productive during a pollination contract.

At a Glance

A pollination hive stand is any structure that lifts hives off the ground, keeps them level, and provides a stable base for transport and seasonal placement.
The best hive stand for pollination work is one that fits your truck or trailer, handles the weight of a full colony, and can be set up or retrieved quickly.
Mobile hive stands with integrated pallets or skids reduce loading time and protect colonies from ground moisture, ants, and skunks.
Strapping and securing hives before transport is not optional. A colony that shifts during transit can crush bees, break frames, or cause a road hazard.
Set up hives in the field with entrances facing away from prevailing winds and toward the crop where possible. Keep rows wide enough for a truck or ATV to pass.
Check local regulations and the pollination contract before moving bees. Some states require health certificates, and some crops require specific hive strength or colony health standards.
Record colony strength, queen status, and disease signs before and after each move. This data protects you in disputes and improves your bidding accuracy.
Call a veterinarian or your state apiarist if you see unexplained colony losses, unusual mortality, or signs of a notifiable disease during a pollination placement.

Why Hive Stands Matter for Pollination Services

Pollination contracts are different from stationary beekeeping. You are moving heavy colonies into unfamiliar ground, often at night, and placing them where they need to perform under a narrow bloom window. The hive stand is the interface between your bees and that field. It affects how quickly you can load and unload, how well the colony survives the move, and how easily the grower can work around the hives.

A hive stand for pollination does three jobs. It lifts the bottom board off the ground to keep moisture and mold away from the brood nest. It gives you a stable platform so the colony does not tip over on uneven terrain. And it creates a consistent handling point so you can strap, lift, and stack colonies without rethinking the process on every job.

Beekeepers who skip hive stands or use improvised materials often pay for it later. Hives placed directly on wet soil develop damp bottom boards and chilled brood. Hives set on uneven ground rock and shift, which disturbs the cluster and can topple the stack. Hives placed too low are harder to work during inspections, which means you are more likely to skip checks you should be doing. In a pollination context, where you may have hundreds of colonies spread across a large farm, these small problems multiply into real losses.

The commercial pollination industry has largely settled on palletized systems. Four or five colonies on a single pallet move as one unit, are strapped as one load, and can be lifted with a forklift or a boom truck. This approach saves time and reduces handling stress on the bees. But pallets are not the only option. Smaller operators may use individual hive stands, cinder blocks, or custom-built wooden racks. Each approach has trade-offs in cost, weight, and speed.

Your choice of hive stand should match your scale, your transport equipment, and the types of crops you service. A backyard beekeeper doing a small apple orchard does not need the same setup as a migratory operation moving 2,000 colonies into California almonds. The principles are the same, but the equipment scales up.

Understanding the Pollination Contract and Its Demands

Before you choose a hive stand, understand what the pollination contract requires. Many contracts specify minimum colony strength, usually measured in frames of bees or brood. Some specify that hives must be on stands or pallets. Others require that hives be placed in a certain orientation or at a certain distance from the crop. Read the contract before you build or buy equipment.

Typical contract terms that affect hive stand choice include:

Minimum number of frames of bees and brood per colony
Requirement for a healthy, laying queen
Hive placement within a specified distance of the crop
Access requirements for the grower or their employees
Timing of delivery and pickup
Liability for damage to the crop or equipment
Requirements for disease inspection or treatment records

If the contract requires a certain hive strength, your hive stand needs to support that size of colony. A strong colony with a deep brood box and a honey super can weigh 80 to 120 pounds or more. Multiply that by four colonies on a pallet and you have 400 to 500 pounds of live bees and equipment. Your stand, pallet, and lifting equipment all need to handle that weight without failure.

Some contracts also specify how hives must be oriented. For crops like almonds, hives are often placed with entrances facing the orchard rows. For crops like pumpkins or watermelons, bees may need to be placed at field edges with entrances facing the crop. Your hive stand should allow you to orient the hives correctly without extra work. A pallet that forces a single orientation may not work for every contract.

Finally, consider the pickup schedule. Some contracts run for a few weeks, others for a couple of months. Your hive stand needs to hold up for the full placement period and then be retrievable without damage. Cheap stands that rot, warp, or sink into the ground will cost you time and money at the end of the season.

Types of Hive Stands for Pollination Work

There is no single best hive stand for pollination. The right choice depends on your operation. Here are the main types used in commercial and semi-commercial beekeeping.

Individual Hive Stands

Individual hive stands are simple platforms that hold one or two colonies. They are usually made of wood, plastic, or metal and are placed under the bottom board. Common designs include:

Four wooden legs with a flat top
A plastic or rubber platform that snaps onto the bottom board
Cinder blocks or bricks used as a base
Metal stands with adjustable legs for uneven ground

Individual stands are cheap and easy to place. They work well for small pollination jobs where you are moving a few dozen hives to a local orchard. They also give you flexibility in placement, since each hive can be oriented independently.

The downside is speed. Setting up 200 hives on individual stands takes time, and each hive must be strapped and lifted separately during transport. If you are running a large migratory operation, individual stands will slow you down considerably.

Palletized Hive Stands

Palletized systems are the standard for large commercial pollination. In this system, four or five colonies are placed on a single pallet that serves as both the hive stand and the transport unit. The pallet is typically made of treated wood or plastic and is sized to fit standard hive equipment.

A four-hive pallet is usually 48 inches long and 40 inches wide, matching a standard pallet footprint. The hives are arranged with entrances facing outward on the long sides, or all facing the same direction depending on the pallet design. The pallet has a solid or slatted bottom that lifts the hives off the ground.

Palletized hives are loaded onto trucks with a forklift or a boom loader. The entire pallet moves as one unit, with the hives strapped together. This reduces handling time dramatically. A crew can load or unload a full truck in a fraction of the time required for individual hives.

The main trade-off is cost. Pallets cost more than individual stands, and they require lifting equipment. If you do not own a forklift, pallet boom, or truck with a lift gate, you will need to factor in rental costs or hire a loader.

Mobile Hive Stands with Skids

A variation on the pallet is the skid-mounted hive stand. Skids are similar to pallets but are built heavier and may have runners on the bottom so they can be dragged short distances. Some designs have integrated straps or brackets that hold the hives in place without separate strapping.

Skid-mounted stands are useful when you are moving hives within a farm or between adjacent fields. You can drag them with an ATV or a small tractor without needing a forklift. They also work well on soft ground where a forklift might sink.

The downside is that skids are heavier and bulkier than pallets. They take up more space on a truck and are harder to store in the off-season.

Custom and Improvised Stands

Some beekeepers build their own hive stands from lumber, concrete blocks, or recycled materials. Custom stands can be tailored to your specific equipment and the crops you service. For example, you might build a stand that holds two hives at a specific height to make inspections easier.

Improvised stands can work for small operations, but they have risks. Untreated wood rots quickly in wet fields. Cinder blocks can shift or crack. A stand that fails during transport or placement can destroy equipment and kill bees. If you build your own stands, use pressure-treated lumber or durable plastic, and test them with full colonies before using them on a paying contract.

Choosing the Right Hive Stand for Your Operation

Match your hive stand to your scale, your transport equipment, and the crops you service. Here is a decision framework.

Small Operation, Local Contracts

If you have fewer than 50 colonies and service local orchards or farms, individual hive stands are usually sufficient. You can load hives into a pickup truck or a small trailer, one at a time. Use sturdy stands that lift the hive at least 6 to 8 inches off the ground. This height keeps the bottom board dry and gives you room to work.

Look for stands that are stable on uneven ground. Adjustable legs help, but they add cost. Alternatively, carry a few shims or flat stones to level the stands in the field.

Medium Operation, Regional Contracts

If you run 50 to 500 colonies and move them several times a year, consider a hybrid approach. Use individual stands for small jobs and palletized systems for larger contracts. This gives you flexibility without requiring a full investment in pallets and lifting equipment.

A pickup truck with a small trailer can handle palletized hives if you have a way to lift them. A pallet jack or a small forklift can work for loading and unloading, but you need solid ground at both ends. If you are placing hives in fields with soft soil, you may need a boom truck or a tractor with a front-end loader.

Large Commercial Operation

If you run more than 500 colonies and service major crops like almonds, apples, or cherries, palletized systems are the standard. Invest in quality pallets, a reliable lifting system, and a truck designed for hive transport. The upfront cost is significant, but the time savings on every move will pay for the equipment.

For large operations, consider pallets with integrated strapping points. These save time during loading and reduce the risk of hives shifting in transit. Also consider pallets with a slight tilt or drainage holes to keep water off the bottom boards.

Building or Buying a Pollination Hive Stand

If you decide to build your own hive stands, use materials that can handle the weight and the weather. Pressure-treated lumber is the most common choice for wooden stands. It resists rot and insect damage, though it is heavier and more expensive than untreated lumber.

A simple individual stand can be built from two 2x4s or 2x6s cut to length, with legs made from short pieces of the same material. The top should be large enough to support the full footprint of the hive, with a little extra margin. Nail or screw the pieces together with galvanized fasteners to prevent rust.

For pallets, the design is more complex. A standard four-hive pallet needs to support 400 to 600 pounds of live weight, plus the hives themselves. Use 2x4s or 2x6s for the frame and 1x4s or 1x6s for the deck. The pallet should have fork pockets on two sides so a forklift can pick it up from either direction.

If you buy pallets, look for ones designed specifically for beekeeping. These are usually made of plastic or treated wood and are sized to fit standard hive equipment. They may have features like:

Integrated straps or strap slots
Drainage holes
Non-slip surfaces
Reinforced corners
Fork pockets on all four sides

Plastic pallets cost more upfront but last longer and are easier to clean. They do not absorb moisture, so they do not harbor mold or pests. They are also lighter than wooden pallets, which reduces transport weight.

Preparing Hive Stands for the Season

Before the pollination season starts, inspect all your hive stands and pallets. Look for:

Rot or insect damage in wooden stands
Cracks or warping in plastic pallets
Loose nails or screws
Broken or missing fork pockets
Splinters or sharp edges that could damage equipment or injure bees

Replace or repair any damaged stands before you load hives. A failure during transport or placement is dangerous and costly.

Clean and disinfect stands between contracts, especially if you have seen signs of disease or pests. Scrape off propolis and wax, then wash with a mild bleach solution or a commercial beekeeping disinfectant. Allow the stands to dry completely before stacking them.

Store stands in a dry, protected area during the off-season. Stack them flat so they do not warp. If you store wooden pallets outside, cover them with a tarp to keep them dry.

Transporting Hive Stands and Colonies

Transport is where hive stand design really matters. A well-designed stand makes loading and unloading fast and safe. A poor stand can turn a routine move into a disaster.

Loading the Hives

Load hives onto the truck or trailer the evening before the move, or in the early morning when the bees are less active. If you are moving palletized hives, position the pallets on the truck bed so they fit tightly together. Gaps between pallets allow hives to shift during transit.

Strap each pallet or individual hive securely to the truck bed. Use ratchet straps rated for the weight of the load. For palletized hives, run the straps over the top of the hives and through the pallet fork pockets or around the pallet frame. For individual hives, use a strap that goes around the hive body and the stand.

Do not overstack hives. Most trucks can carry two pallets high, but check the weight rating of your truck and the condition of the pallets. A pallet with a cracked frame can collapse under the weight of a second pallet.

Ventilation During Transport

Bees need ventilation during transport, especially in warm weather. Many commercial beekeepers use screened bottom boards or special transport screens that allow air to flow through the hive while keeping the bees inside.

If your hives do not have screened bottom boards, consider adding them before transport. They improve ventilation and also help with mite monitoring during the season. Alternatively, you can use a transport screen that replaces the inner cover during the move.

Do not close the hive entrance completely during transport. Bees need some airflow, and a completely sealed hive can overheat quickly. Use a screen or a porous material that blocks the entrance but allows air to pass.

Night Moving vs. Day Moving

Most commercial beekeepers move hives at night. Bees are inside the hive after dark, so fewer bees are lost during loading and unloading. Night moving also avoids the heat of the day, which reduces stress on the colonies.

If you must move during the day, do it early in the morning or late in the evening. Keep the move short and provide extra ventilation. Check the hives periodically for signs of overheating, such as bees clustering at the entrance or on the outside of the hive.

Securing the Load

Before you drive, walk around the truck and check every strap. A loose strap can allow a pallet to shift, which can crush bees or cause the load to shift dangerously. Re-tighten straps after the first few miles, as the load settles.

Drive carefully. Sudden stops, sharp turns, and rough roads put stress on the hives and the stands. If you are hauling a large load, consider taking a route with smooth roads and avoiding highways with heavy traffic.

Setting Up Hive Stands in the Field

When you arrive at the pollination site, the setup process begins. Proper placement is critical for colony health and for the success of the pollination contract.

Choosing the Location

Work with the grower to identify the best locations for the hives. You want:

A flat, well-drained area
Protection from prevailing winds
Easy access for your truck and equipment
Proximity to the crop, usually within 100 to 200 yards
Avoidance of areas where pesticides are applied
Avoidance of standing water or flood-prone areas

Talk to the grower about their spray schedule. Hives should be placed away from areas where pesticides are applied, and the grower should notify you before any spray application. Some contracts require the grower to give 48 hours notice before spraying.

Placing Individual Hive Stands

For individual stands, place the stand on level ground and check it with a bubble level. If the ground is uneven, use shims or dig out a small area to create a level base. The stand should not rock or wobble when you place the hive on it.

Orient the hive entrance in the desired direction. For most crops, the entrance should face the crop or the morning sun. Avoid facing the entrance into the prevailing wind, as this makes it harder for bees to fly and can chill the brood nest.

Space individual hives at least 3 to 5 feet apart. This gives you room to work between hives and reduces the chance of drifting, where bees from one colony enter the wrong hive.

Placing Palletized Hives

For palletized hives, position the pallet on level ground. If the ground is soft, consider placing a board or a paving stone under each corner of the pallet to prevent sinking. This is especially important in irrigated fields or areas with high rainfall.

Orient the pallet so that the hive entrances face the crop. Most pallets are designed for entrances on the long sides, so you may need to rotate the pallet to get the correct orientation.

Space pallets at least 10 to 15 feet apart. This gives the bees enough room to orient and reduces drifting between colonies. It also allows your truck or ATV to pass between rows for inspections and feeding.

Leveling and Stabilizing

A level hive is essential for colony health. If the hive tilts forward, water can run into the entrance. If it tilts backward, water pools on the bottom board. If it tilts sideways, the frames may not hang straight, which can cause the bees to build crooked comb.

Use a bubble level to check the hive from front to back and side to side. Adjust the stand or the ground until the hive is level. For pallets, you may need to add shims under one corner or dig out a high spot.

Wind Protection

Wind is a major stressor for bees. It makes flying harder, increases water loss from the hive, and can cool the brood nest. If the site is exposed, consider placing hives near a windbreak such as a hedge, fence, or tree line. Do not place hives directly under trees, as falling branches and dripping sap can damage them.

If no windbreak is available, you can create one with straw bales, fence panels, or a temporary windbreak cloth. This is especially important in early spring, when temperatures are cool and colonies are still building up.

Common Mistakes in Pollination Hive Stand Setup

Experienced beekeepers see the same mistakes repeated on pollination sites. Here are the most common ones and how to avoid them.

Placing Hives Too Close Together

When hives are crowded, bees drift between colonies. This spreads disease and weakens the genetic integrity of the colonies. It also makes inspections harder and increases the chance of robbing.

Give each hive or pallet enough space. For individual hives, 3 to 5 feet is the minimum. For pallets, 10 to 15 feet is better. If the grower wants hives concentrated in a small area, explain that spacing is necessary for colony health.

Setting Hives in Low or Wet Areas

Water is the enemy of a healthy hive. Hives placed in low areas collect runoff and stay damp. This promotes mold, rots the bottom board, and chills the brood.

Walk the field before placing hives. Look for low spots, drainage patterns, and areas that stay wet after rain. Place hives on the highest, driest ground available.

Failing to Level the Hives

A hive that is not level will have problems with water, comb, and brood. Bees build comb perpendicular to the top bar, so a tilted hive produces crooked comb that is hard to inspect and may collapse.

Always check level with a bubble level. Adjust the stand or the ground until the hive is level in both directions.

Overlooking Ants and Other Pests

Ants can be a serious problem in some regions. They invade hives, eat pollen and brood, and stress the colony. A hive stand that touches the ground gives ants an easy path into the hive.

Use stands with legs that can be placed in cans of oil or water, or use stands with sticky barriers. Keep the area around the hives clear of grass and debris, which gives ants cover.

Not Securing Hives for Transport

Every season, beekeepers lose hives because they were not strapped down properly. A hive that falls off a truck is not just a loss of equipment. It is a public safety hazard and can cause a serious accident.

Check every strap before you drive. Use straps rated for the weight of the load. Re-tighten after the first few miles. Never assume a strap is tight just because it looks secure.

Ignoring the Grower's Access Needs

The grower may need to access the hives for irrigation, spraying, or harvesting. If your hives block a road or an irrigation line, you create a problem for the grower and a liability for yourself.

Talk to the grower before placing hives. Ask about their equipment, their irrigation system, and their access needs. Place hives where they do not interfere with farm operations.

Decision Thresholds for Hive Stand Upgrades

How do you know when to upgrade your hive stand system? Here are some signs that your current setup is costing you money.

You Are Losing Time on Every Move

If you are spending more than a few minutes per hive on loading and unloading, your system is inefficient. Individual stands work for small operations, but they are slow for large moves. If you are moving more than 100 colonies per job, consider palletized systems.

You Are Seeing Hive Damage During Transport

If hives are shifting, tipping, or getting damaged during transport, your stands or strapping are inadequate. Inspect your equipment and upgrade to a more secure system. The cost of a new pallet is less than the cost of a lost colony.

You Are Having Trouble with Wet or Uneven Ground

If your stands sink into soft ground or rock on uneven terrain, you need a more stable platform. Consider pallets with a larger footprint or stands with adjustable legs. In very wet areas, you may need to build a raised platform or use gravel pads.

Your Growers Are Complaining

If growers complain about hive placement, access, or appearance, listen to them. A good relationship with growers is worth more than the cost of new equipment. Ask what they need and adjust your setup accordingly.

You Are Expanding Your Operation

If you are taking on more colonies or larger contracts, your equipment needs to scale with you. Plan for growth by investing in a system that can handle more hives without requiring proportionally more labor.

Monitoring and Recordkeeping During Pollination Placements

Once the hives are set up, the work is not done. You need to monitor the colonies throughout the pollination period and keep records for your own use and for the grower.

What to Monitor

Check the following at least every 7 to 10 days during a pollination placement:

Colony strength and population
Queen presence and egg-laying pattern
Brood pattern and amount of brood
Food stores (honey and pollen)
Signs of disease or pests
Signs of pesticide exposure
Hive condition and stability

Use a standardized inspection form so you can compare colonies across time and across contracts. Record the date, the location, the colony number, and your observations.

Signs of Pesticide Exposure

Pesticide exposure is a major risk in pollination. Signs include:

Large numbers of dead bees at the entrance
Bees crawling or twitching at the entrance
Sudden loss of foraging bees
Brood that is dead or dying
Bees that are aggressive or disoriented

If you suspect pesticide exposure, contact the grower immediately. Document the symptoms with photos and notes. You may need to file a claim with the grower or their pesticide applicator.

Signs of Disease

Monitor for signs of common bee diseases, including American foulbrood, European foulbrood, chalkbrood, and nosema. Also watch for varroa mites, which are the most serious pest affecting honey bees.

If you see signs of a notifiable disease, contact your state apiarist or a veterinarian. Do not move the affected hives until you have a diagnosis.

Recordkeeping for Your Business

Good records help you in several ways:

They show the grower that you are monitoring your hives
They help you identify problems early
They provide evidence in case of a dispute
They help you bid accurately on future contracts

Keep records for at least three years. Store them in a format you can access easily, whether that is a paper notebook or a digital spreadsheet.

Reporting to the Grower

Most pollination contracts require you to report on colony strength and health. Provide the grower with a summary after each inspection. This builds trust and helps the grower understand the value you are providing.

If you find a problem, report it immediately. Do not wait for the next scheduled inspection. Early reporting can save the crop and your relationship with the grower.

When to Call a Veterinarian or Extension Agent

Beekeepers are often self-reliant, but there are times when you need professional help. Here are the situations where you should call a veterinarian, your state apiarist, or a cooperative extension agent.

Unexplained Colony Losses

If you are losing colonies at a rate higher than normal, and you cannot identify the cause, call for help. Sudden colony losses can indicate disease, poisoning, or environmental problems. A veterinarian or extension agent can help you diagnose the problem and prevent further losses.

Signs of Notifiable Diseases

American foulbrood is a notifiable disease in many states. If you suspect it, you are required to report it to your state apiarist. Do not try to treat it yourself without guidance.

Pesticide Poisoning

If you suspect pesticide poisoning, document the evidence and contact your state apiarist or the local extension office. They can help you confirm the diagnosis and may assist with a claim against the applicator.

Questions About Colony Health

If you are unsure about the health of your colonies, ask for help. A veterinarian with bee experience can examine your colonies and give you a professional assessment. Many state extension services offer bee health resources and can connect you with a specialist.

Regulatory Questions

If you are moving bees across state lines, you may need a health certificate or an inspection. Contact your state department of agriculture for the requirements. Your veterinarian or state apiarist can help you navigate the paperwork.

Preparing for Pickup and the Next Contract

At the end of the pollination period, you need to retrieve your hives and prepare for the next job.

Timing the Pickup

Coordinate the pickup with the grower. You want to remove the hives as soon as the crop no longer needs pollination, but you also want to give the colonies time to gather enough stores for the move. In most cases, the grower will tell you when the bloom is over and the bees are no longer needed.

Checking the Hives Before Loading

Before you load the hives, do a quick inspection of each colony. Check for:

Signs of disease or pests
Queen presence
Food stores
Hive condition

If you find a problem, note it in your records. You may need to treat the colony or combine it with another colony after you return home.

Cleaning Up the Site

Remove any debris, empty boxes, or equipment from the site. Leave the area as clean as you found it. This is good practice and it also protects your relationship with the grower.

Loading for the Return Trip

Load the hives the same way you loaded them for the outward trip. Secure every strap, check the load, and drive carefully. If the hives have been on a pesticide-treated crop, be aware that the bees may have brought contaminated nectar and pollen back to the hive.

Post-Contract Care

After the move, give your colonies time to recover. Check them within a few days to make sure they are healthy. If you saw signs of disease or pesticide exposure during the contract, address those issues promptly.

Frequently Asked Questions

How high should a pollination hive stand be off the ground?

Most hive stands lift the bottom board 6 to 12 inches off the ground. Six inches is enough to keep the bottom board dry and provide some airflow. Twelve inches is better if you are in a wet area or if you want to make inspections easier. The height should be consistent across your operation so you can work comfortably.

Can I use cinder blocks as hive stands for pollination?

Cinder blocks can work for small, local pollination jobs, but they have drawbacks. They can shift or crack under the weight of a full colony, and they do not provide a stable base for transport. If you use cinder blocks, make sure they are in good condition and placed on level ground. For any operation that moves hives regularly, invest in proper hive stands or pallets.

How do I keep hives from sinking into soft ground?

If you are placing hives on soft or irrigated ground, use a larger footprint to distribute the weight. Place a board or paving stone under each leg or corner of the pallet. In very wet areas, you may need to build a raised platform or use a gravel pad. Check the hives regularly and adjust if they start to sink.

What is the best orientation for hive entrances in a pollination setup?

In most cases, hive entrances should face the crop and the morning sun. This gives the bees a direct flight path to the flowers and warms the hive early in the day. Avoid facing entrances into prevailing winds, which makes flying harder and chills the brood. If the contract specifies an orientation, follow the contract.

How many hives can I put on a single pallet?

Standard beekeeping pallets hold four or five hives. A four-hive pallet is the most common and is easier to handle with a forklift. Five-hive pallets are more efficient for transport but are heavier and harder to manage. Choose the size that matches your lifting equipment and the weight capacity of your truck.

Do I need a forklift to use palletized hive stands?

You need some way to lift the pallets, but it does not have to be a forklift. Many beekeepers use a boom truck, a tractor with a front-end loader, or a pallet jack on solid ground. If you are moving pallets into soft fields, a boom truck or a tractor is the better choice.

How do I strap hives for transport?

Use ratchet straps rated for the weight of the load. For palletized hives, run the strap over the top of the hives and through the pallet fork pockets or around the pallet frame. For individual hives, run the strap around the hive body and the stand. Tighten the straps until the hives are secure, then re-tighten after the first few miles.

What should I do if I suspect pesticide poisoning during a pollination contract?

Contact the grower immediately and document the evidence with photos and notes. Collect samples of dead bees if possible. Contact your state apiarist or a veterinarian for guidance. Do not move the hives until you have documented the situation, as moving them may destroy evidence needed for a claim.

Related Farming Guides

This section will be populated with related farming guides from the same publication. Check back for links to companion articles on honey bee health, pollination contracts, and commercial beekeeping operations.

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References

This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.