Pillar I
Happy
Calm colonies. Natural behaviours. Less disturbance, purposeful care.

Master Beekeeper Mark Vanderende
4H stands for Happy, Healthy, Heavy and Harmony. It is Mark’s way of natural, treatment-free beekeeping: four guiding principles for understanding bees, caring for them and living more attentively alongside nature.
What 4H stands for
Pillar I
Calm colonies. Natural behaviours. Less disturbance, purposeful care.
Pillar II
Pollen nourishes growing bees. Sound brood and health checked with care.
Pillar III
Keep winter honey and brood-side pollen. Share only honey the bees can spare.
Pillar IV
Follow local blooms, pollen and weather. Grow within the land’s limits.
Curious about bees, or ready to become a better beekeeper? Start here. 4H brings together the art of attentive care and the science of colony life. Learn what bees need, how your choices affect them and what time in nature can teach you about patience and yourself.
Learn to build your own hive woodware, protect natural comb, collect pollen responsibly, raise queens and keep useful records. Connect these skills with colony nutrition, seasonal growth, winter preparation and personal reflection. Beginners build a foundation; experienced keepers learn to bring the whole apiary together.
The 4H way
Being a 4H beekeeper means practising Happy, Healthy, Heavy and Harmony in the apiary and in life. Build, observe, nurture and reflect. Learn to supply more of your own apiary’s needs while leaving the bees what they need to thrive.
The science helps us understand bees, nutrition, reproduction and the seasons. The art is learning to notice, act with care and recognise when to leave the colony undisturbed. Hive Awakening connects that knowledge with nature and personal wellness: slowing down, finding perspective and carrying patience into life beyond the apiary. It is a journey of awareness, not a medical promise or a requirement to share a belief.
Learn how bees live and communicate. Observe before intervening, work calmly and disturb the nest only for a clear reason.
Protect food, comb and the hive environment. Learn to recognise sound brood and signs of trouble, and seek help when needed.
Understand honey as energy and pollen as nourishment. Protect their food through seasonal gaps and winter; take only a genuine honey surplus.
Read blooms, weather and the wider landscape. Respect other pollinators and let the land’s capacity guide the apiary, rather than forcing it to fit a calendar.
Put 4H into practice · In the apiary and in life
The closed-loop 4H way connects the whole yard: your woodware, comb, food, queens, young colonies and records. Each season informs the next. The goal is less dependence on bought replacements—not a promise of perfect self-sufficiency.
Learn to make and repair hive boxes and frames. Keep interiors untreated and suitably rough, protect the propolis lining and let bees build natural comb.
Learn responsible pollen collection from healthy colonies during abundance, safe handling and storage. Leave brood-side bee bread and winter honey; never collect through a shortage or share unverified feed.
Learn breeder selection, the 10-over-10 cell builder, queen cells and mating nucs with Mark. Follow daughters through winter and spring; a good afternoon or a score alone does not make a breeder.
Use planned splits, brood donors, queen castles and overwintered nucs to support the yard. Scale to forage and donor strength; never move resources from a colony with suspected disease.
Record blooms, pollen gaps, colony behaviour, queen lineage, food and actions. Review winter survival and spring recovery, then use what you learn to guide the next season.
Use time in the apiary to slow down, notice nature and practise patience. Carry that care into daily life. Personal awakening is reflection and connection, not a medical promise.
The 10-over-10 is a queen-rearing cell builder using two stacked 10-frame deep boxes. Emerging brood concentrates young nurse bees. A prepared queenless starter raises selected young larvae into queen cells; a strong finisher completes them, and ripe cells go into queen castles or mating nucs. Learn this as an advanced, supervised skill, not an everyday inspection routine.
Match the sequence to larval age, colony strength, natural food, mature drones and mating weather. Planned queen separation for cell building is different from routine queen hunting in production hives. Neither acceptance nor successful mating is guaranteed.
Four principles, many landscapes. Happy, Healthy, Heavy and Harmony can guide learning around the world; hive design, queen-rearing timing, forage and winter care must fit your climate, local bee populations and apiary rules. Learn the principles, then adapt the practice—not a Canadian calendar copied everywhere.
A first hive or years of experience: curiosity is the starting point. Mark’s goal is a worldwide community learning and practising the 4H way. Explore the lessons wherever you keep bees, learn with Mark and bring thoughtful care into your own apiary and life.
Closed-loop does not mean sealed-off genetics or guaranteed survival. Open-mated queens may mate with outside drones; protect genetic diversity, monitor health and respond promptly when a colony needs help. Hive work and woodworking need appropriate protection and skilled supervision; children learn alongside a guardian.
Pollen & nutrition · Healthy and Heavy
A hive can be heavy with honey and still lack the pollen needed to raise young bees. In 4H, nutrition means both energy and building materials.
Honey supplies carbohydrates for flight, daily work and winter warmth. Leave abundant, reachable honey before taking a surplus.
Pollen supplies protein, fats and other nutrients. Nurse bees use it to develop the glands that produce brood food; good nutrition also supports the fat body, a tissue involved in nutrient storage and immune function.
Bees store pollen as bee bread beside and above brood. Keep that food close to the young bees; do not strip brood-side pollen stores during harvest or routine frame changes.
Watch local blooms, returning pollen and weather that prevents flight. Colours are clues, not a protein test. Entrance traffic alone cannot prove adequate stores or nutrition; investigate a suspected shortage promptly with qualified help.
Pollen needs vary with the season and colony. There is no single protein percentage or fixed pollen-arch size that proves good nutrition. Do not use unverified honey or pollen from other colonies as feed: it can spread disease.
The curriculum
Module 1
Learn what each H means and how the four work together. Colony care starts with the bees, their food and their surroundings, not a score.
Module 2
Learn a purposeful hive visit: start outside, ask a clear question and disturb the brood nest only when needed.
Module 3
Connect your own comb, breeder selection, queen rearing and young colonies into a sustainable yard. Progress from foundations to advanced supervised practice; neither natural comb nor propolis replaces health checks.
Module 4
Connect the colony to its landscape. Plan around the forage, rain, cold and wind at the actual hive site, not a universal calendar.
The position
Synthetic miticides, antibiotics and replacement syrup can keep weak colonies in the breeding pool. That prevents the yard from showing which bees are adapted to local conditions.
The 4H Method selects resilient queens from local survivors, protects the comb and propolis envelope, and leaves the bees their winter honey. We measure results through the following spring, not just at harvest. When monitoring shows a colony needs help, we diagnose and act rather than calling neglect natural beekeeping.
This is the standard behind every hive at the Princeton–Similkameen yard and at Rain Bird Farms in North Delta, and behind every jar and tin that leaves them.
The LISTEN Principle
LISTEN is the discipline that keeps a treatment-free apiary from being managed to death with good intentions. Look, Inspect, Sound, Touch, Evaluate, Navigate — observe first, then choose a justified next step.
Watch entrance traffic, landings, pollen and the weather. Pollen colours suggest forage variety, not proof of complete nutrition.
Read top-bar seams and visible evidence with minimal disturbance. Inspect brood only when a real question warrants it; never hunt for a queen just to prove she is there.
Listen at the entrance or top notch. Compare the colony with previous visits; a hum or roar alone cannot establish queen status or health.
Check cover warmth and heft the hive safely. A cover reading cannot prove the brood nest is at 35°C; wear suitable protection and never touch bees to test temperament.
Record Stores, Brood Pattern, Bee Density, Temperament and Hygiene & Health, each 1–5. Unknown evidence stays unscored; a complete audit totals 5–25.
If unsure, take a photo safely, close up and seek qualified help. Choose the smallest justified action and a follow-up date; disease or starvation needs prompt attention.
Mark's teaching notes
In a rough tree cavity, bees spread tree resin over the nest walls — a thin lining I call the propolis envelope. Think of it as the bees' own raincoat on the inside of the hive.
HiveVerity by The Foraging Bee
Read the hive. Prove the story.
4H is the philosophy. HiveVerity is how you read it, score it and prove it.
4H is the standard
Happy, Healthy, Heavy, Harmony defines success. Nothing in HiveVerity counts unless it serves that outcome.
LISTEN is the practice
Look, Inspect, Sound, Touch, Evaluate, Navigate — attention before intervention, every visit.
5-Point Scorecard is the instrument
Five areas, 1–5 each; max 25 only when complete. Any urgent sign overrides the total.
Evidence is the proof
QR hive records and lab-tested honey, bee and pollen samples turn observation into verified story.
Optional
Research and further reading +−
Published propolis research and its limits. Not needed to start.
Evidence behind the practice
The propolis envelope has the clearest direct research connection to the 4H method. The evidence supports a better social-immune environment, while hard outcomes such as survival and mite control remain mixed.
Published studies test specific outcomes; beekeeper lectures and historical accounts describe methods that worked in their own yards. Neither proves the whole 4H standard. Each source below says what it shows and where the claim stops.
Published field experiment · Strong field evidence
Read the source ↗Shanahan et al. (2024), PLOS ONE
What it shows: Rough-sawn hive interiors produced the most wall propolis. Some pathogen detections were lower, and some colonies grew larger.
What it cannot show: The study did not find better overall survival. Results varied by yard, season and management system, and first-year honey production was lower in one setting; it recovered in the second year of that comparison.
Published colony study · Moderate field evidence
Read the source ↗Borba et al. (2015), Journal of Experimental Biology
What it shows: Colonies with a propolis envelope showed seasonally lower immune-gene activity and lower levels of some pathogens.
What it cannot show: Immune-gene activity and pathogen load are health markers, not proof that disease or winter loss will be prevented.
Published research review · Moderate field evidence
Read the source ↗Simone-Finstrom et al. (2017), Insects
What it shows: A research review found the clearest support for antimicrobial activity and social immunity, including effects involving foulbrood and chalkbrood organisms.
What it cannot show: Laboratory activity does not always become a colony-level outcome. Propolis chemistry also changes with plant source and region.
Published field comparison · Mixed or limited
Read the source ↗Drescher, Klein & Neumann (2017), Insects
What it shows: A direct field comparison found no significant reduction in Varroa infestation or associated virus levels from a natural propolis envelope.
What it cannot show: This is the essential boundary: a propolis envelope cannot be presented as Varroa control or as a replacement for monitoring.
Published laboratory & behaviour study · Promising mechanism
Read the source ↗Pusceddu et al. (2021), Proceedings of the Royal Society B
What it shows: Laboratory and behavioural work suggests propolis compounds can affect mites and that bees place resin around brood cells.
What it cannot show: A plausible laboratory mechanism is not evidence that a natural envelope controls mite levels in a working apiary.
The honest boundary
The evidence supports propolis as part of the colony’s social immune environment. It does not show that propolis prevents all disease, improves survival in every yard, or replaces mite counts, brood-disease diagnosis, biosecurity, nutrition, or responsible management.
HiveVerity · 5-Point Scorecard
Five areas, 1–5 each. Record what you know; leave unknowns unscored. Harmony adds the local blooms, microclimate and forage context. A complete audit totals 5–25, not a guarantee of health.
Not assessed — keep the evidence gap visible.
Not assessed — keep the evidence gap visible.
Not assessed — keep the evidence gap visible.
Not assessed — keep the evidence gap visible.
Not assessed — keep the evidence gap visible.
Leave unknown areas unscored. Do not open a cold or settled brood nest just to finish a total.
Strong evidence, not an automatic breeding approval.
A working colony; follow its lowest area and seasonal needs.
Diagnose the cause before moving bees or resources.
Audit version: 4h-25-v1. Previous 18-point records keep their original meaning.