Crew Scheduling for Yard Visits in Commercial Beekeeping

Unscheduled yard visits result in 20-30% longer drive times and missed health interventions. A 1,000-hive operation requires 3-5 crew members visiting each yard monthly at minimum. When that work isn't systematically scheduled, yards get visited out of order, some get skipped when things get busy, and health problems that should have been caught in week 2 don't get noticed until week 5.

Getting crew scheduling right is not a luxury for a large commercial operation. It's the operational backbone that determines whether colony health problems get found in time to fix them and whether the fleet stays in condition to meet contract commitments.

TL;DR

A 2-person crew can place 200-300 hives per day for almond delivery; a 1,000-hive operation requires 7-10 crew-days for a single crop placement.
Seasonal beekeeping labor is in high demand during February-May pollination season; recruiting begins months in advance for well-run operations.
Clear task assignment and documentation requirements for crew work reduce errors and create accountability for inspection and treatment records.
OSHA requirements for outdoor agricultural work apply to commercial beekeeping crews, including sting response protocols and appropriate PPE.
Payroll, workers' compensation, and H-2A visa compliance (for operations using seasonal agricultural workers) add administrative complexity that scales with crew size.

Building a Crew Schedule That Actually Works

The foundation of a functional crew schedule is understanding your crew's capacity and your yard's visitation requirements simultaneously.

Step 1: Map your yards by geography. Group all your yard locations into geographic clusters, meaning sets of yards within a 30-40 mile radius that can be visited in a single day by one crew. A 1,000-hive operation with 15 yards typically falls into 3-5 natural geographic clusters depending on how spread out the operation is.

Step 2: Determine visit interval by season. Not all yards need the same visit frequency. During spring buildup (February-April), every yard should be on a 10-14 day rotation to track buildup progress for contract commitments. During summer honey production, yards in active flow need 7-10 day visits for super management. Off-season wintering yards can extend to 14-21 days without significant risk.

Step 3: Calculate crew capacity per day. Realistic assessment: a 2-person crew working efficiently can visit 80-100 hives in 6-8 hours of active work, including drive time between yard locations. If average yard size is 80 hives and average drive between yards is 45 minutes, a crew visits 2-3 yards per day.

Step 4: Build the rotation. Assign each cluster to a crew and crew day. Create a repeating schedule: Crew A visits the north cluster on Mondays and Thursdays; Crew B visits the south cluster Tuesday-Wednesday; etc. Write this down and share it with the crew.

Step 5: Review and adjust weekly. Every Monday morning, confirm the week's schedule. Weather changes, mechanical issues, crew sick days, and peak-season priorities all require adjustments. A schedule reviewed weekly stays accurate; a schedule built once and never revisited is fiction by week 3.

Assigning Crews to Yards

The assignment structure matters for accountability and skill development:

Geographic ownership: Assign primary crew members to specific yard clusters that they're responsible for. They know "their" yards: the quirky colonies, the landowner preferences, the road conditions after rain. This familiarity reduces the time spent orienting at each visit and improves the quality of observations.

Cross-training: Primary assignment doesn't mean exclusive assignment. Crew members should regularly visit each other's yards so everyone can cover any yard if the primary person is unavailable. This is also how skills develop. Newer crew members learn from watching experienced ones in different yards.

Skill matching: Yards with specific complexity (a yard that historically has high varroa pressure and requires more careful mite assessment, or a yard where the landowner prefers a specific approach) should have experienced crew assigned. Routine maintenance yards work fine with less experienced crew.

Accountability: When a specific crew member is assigned a specific yard, there's clear accountability if a problem goes unnoticed. Diffuse assignments ("anyone can go to any yard") produce diffuse accountability.

What the Crew Does at Each Visit

The tasks at a yard visit depend on the season and what monitoring shows, but the baseline visit checklist:

Always:

Colony count verification (any dead-outs since last visit)
Average frame count sample (assess representative colonies for strength)
Varroa mite wash (on schedule per your treatment program, typically every 3-4 weeks during active season)
Feed check (pollen patties, syrup as applicable)
Queen status in any flagged colonies from last visit

Seasonally:

Super management (add, remove, extract for summer honey production)
Brood nest inspection (spring buildup, pre-delivery)
Treatment application (on schedule)
Entrance reduction (fall/winter)

As needed:

Requeen flagged colonies
Combine underperformers
Add shaker frames to understrength colonies before contracts

In PollenOps, yard visit checklists are customized by season and yard type. Crew members open the app at the yard, work through the checklist, record findings, and flag items for follow-up. By the time they leave the yard, the data is in the system, not on a paper notepad that gets transcribed (or lost) later.

Tracking Task Completion

A schedule without completion tracking is a wish list. You need to know, at any time, whether scheduled visits happened and what was found.

Digital tracking through your operations platform: The most reliable system. Yard visits are marked complete in the operations app with a timestamp and the crew member's login. Any yard that's approaching its next scheduled date without a recent visit completion shows up as overdue.

Photo documentation: Crew members take photos at each visit: colony entrances, any flagged colonies, the yard overall. Photos are timestamped and attached to the yard record. This creates a visual history of each yard that's more informative than text notes alone.

Flagged items follow-through: When a crew member flags a colony for follow-up (possible queen issue, unusual brood pattern, low stores), the flag shows in the operations platform until it's resolved. The next crew member to visit that yard sees the outstanding flag and addresses it. Nothing falls through because of the gap between one visit and the next.

Weekly operations review: The operation owner or manager reviews the previous week's visit data every Monday: flagged items, any yards that were missed, health trends across the operation. This is when management decisions happen: additional resources to yards in decline, route adjustments, pre-contract assessment scheduling.

Peak Season Scheduling Demands

Peak periods (California almond delivery in February, extraction in July-August, fall treatments in September) create competing demands for crew time. Regular yard rotation still needs to happen, but peak tasks require concentrated effort.

Almond season (January-February): Crew is split between final pre-delivery yard assessments, truck loading operations, and maintaining yards that aren't in the delivery. The rotation schedule needs to explicitly account for which crew members are on loading detail versus continuing yard visits.

Extraction season (July-August): Pulling supers, moving frames, running the extractory, and regular yard visits all compete for the same crew time. Plan extraction timing with the rotation schedule — schedule extraction runs when the crew would be visiting those yards anyway, pulling supers during the yard visit instead of making a separate trip.

Fall treatment season: All yards need treatment within a specific window. This is concentrated crew work, with 2-3 weeks where every yard gets visited for treatment application. Staff this period explicitly rather than assuming it fits into the regular rotation.

Integrating Fleet Logistics with Crew Scheduling

For migratory operations, crew scheduling overlaps with truck scheduling. A driver who's loading hives for a California move isn't available for yard visits. A crew member doing a morning yard visit shouldn't also be expected to do an 8-hour truck drive the same day.

The integration point: when you plan a truck movement, the crew schedule for that week needs to reflect who's available for yard visits and who's on truck duty. PollenOps's fleet module and yard management system share crew assignments. Building a truck movement in the platform automatically flags which crew members are allocated to that movement and shows who's still available for yard rotation.

FAQ

How do you assign crews efficiently across 20+ yards?

Group yards into geographic clusters and assign primary crew ownership to each cluster. Each crew member becomes the primary caretaker of their assigned yards, building familiarity with those specific colonies and locations. Create a rotating backup system so every crew member has visited every yard at least occasionally. This enables coverage during absences. Track assignments digitally so the schedule is visible to everyone and adjustment is centralized rather than communicated individually.

How do you track whether yard visit tasks were completed?

Use digital tracking with timestamped visit completions in your operations platform. Crew members mark visits complete via mobile app at the yard, not from the truck, not the next morning. Any yard approaching its next scheduled date without a recent completion shows as overdue in your dashboard. Flagged items from previous visits show as pending until resolved. The goal is making it impossible for a task to silently fall through the cracks.

What is the optimal crew size for a 1,000-hive operation?

Plan for 3-5 full-time employees at 1,000 hives. The specific number depends on your circuit complexity, how spread your yards are geographically, and how much the owner participates in yard work. Operations with yards concentrated in a single region need fewer crew members per hive than those spread across multiple states. Three crew members can manage a well-organized 1,000-hive operation if the yards are geographically efficient; five are needed if the circuit involves frequent interstate moves, multiple state registrations, and complex contract logistics.

What is the difference between commercial and hobby beekeeping?

Commercial beekeeping is distinguished by scale (typically 100+ hives, often 500-5,000+), revenue source (pollination contracts and bulk honey sales rather than local honey retail), and management approach (systematic protocols applied across yards rather than individual colony attention). Commercial operators manage bees as an agricultural enterprise, with the administrative, regulatory, and logistical complexity that entails. Most commercial operators derive the majority of their income from pollination services; honey production is a supplementary revenue stream.

How many hives are needed to make commercial beekeeping a full-time income?

Most beekeeping economists put the full-time commercial threshold at 500-800 hives, assuming efficient operations management and a combination of pollination and honey revenue. At 500 hives and $200/hive for almond pollination, almond season alone generates $100,000 in gross revenue before expenses. Net margins depend on operational efficiency, but well-run operations can achieve 30-50% net margins on pollination revenue. Additional crops and honey production improve per-hive economics but require additional management capacity.

Sources

USDA Agricultural Research Service
Bee Informed Partnership
American Beekeeping Federation (ABF)
USDA Farm Service Agency

Get Started with PollenOps

Crew management during peak season is one of the most operationally demanding aspects of commercial beekeeping. PollenOps coordinates crew scheduling with yard assignments and contract timelines so your team is always working on the right yards at the right time.