Honey Bee Medicine for the Veterinary Practitioner

Honey Bee Medicine for the Veterinary Practitioner
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An essential guide to the health care of honey bees Honey Bee Medicine for the Veterinary Practitioner offers an authoritative guide to honey bee health and hive management. Designed for veterinarians and other professionals, the book presents information useful for answering commonly asked questions and for facilitating hive examinations. The book covers a wide range of topics including basic husbandry, equipment and safety, anatomy, genetics, the diagnosis and management of disease. It also includes up to date information on Varroa and other bee pests, introduces honey bee pharmacology and toxicology, and addresses native bee ecology. This new resource: Offers a guide to veterinary care of honey bees Provides information on basic husbandry, examination techniques, nutrition, and more Discusses how to successfully handle questions and ‘hive calls’ Includes helpful photographs, line drawings, tables, and graphs Written for veterinary practitioners, veterinary students, veterinary technicians, scientists, and apiarists, Honey Bee Medicine for the Veterinary Practitioner is a comprehensive and practical book on honey bee health.

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Table of Contents

List of Tables

List of Illustrations

Guide

Pages

Honey Bee Medicine for the Veterinary Practitioner

List of Contributors. Editors

Contributors

Acknowledgments

Honey Bee Medicine: A One Health Challenge

One Health Issue: Planetary Health (Biodiversity and Climate Change)

One Health Issue: Food Security

One Health Issue: The Global Epidemic of Antimicrobial Resistance

Our Challenge

1 Looking to Nature to Solve the Health Crisis of Honey Bees

Prologue

A Tenet of Medicine: Learn the Normal

Good Genes Versus Good Lifestyle: The Varroa Story

Good Genes

Good Lifestyle

Part 1: The Environment of a Wild Colony. Cavity Size

Wall Thickness and Thermoregulation

Propolis Envelope

Bee Microbiome

Part 2: Epidemiology for Bee Health: How Lifestyle Impacts Disease Spread

Ecological Drivers of Disease

A Critical Distinction: Vertical vs. Horizontal Disease Transmission

Vertical Transmission: Swarming

Horizontal Transmission: Bee Drift, Robbing, Forager Contact, and Contamination

Honey Bee Demographic Turnover

Lessons from the Wild Bees

Promoting Good Genes

Goal 1: Select Locally Adapted, Survivor Stock

Goal 2: Promote Drone Comb Building and Drone Mating in Congregation Areas

Goal 3: Cull Failing Colonies Before Collapse

Goal 4: Select Quality Queens and Let the Bees Requeen!

Promoting Good Lifestyle

Goal 1: Boost Rather than Disrupt Social Immunity of the Superorganism

Goal 2: Quarantine from Pests and Pathogens

Goal 3: Design Apiary as Close to Nature as Feasible

References

2 The Superorganism and Herd Health for the Honey Bee

Introduction

Part 1: The Superorganism and Swarm Intelligence

Part 2: Social Immunity: Bees as Their Own Doctors!

Task Allocation and Compartmentalization

Antimicrobial Compounds Produced by Bees

Resin Collection, Propolis, and Immune Modulation

Self‐medication in Honey Bees

Social Fever

Part 3: Herd Health for the Honey Bee

References

3 Honey Bee Anatomy

Introduction

Head. Eyes

Mouthparts

Thorax. Wings

Legs

Abdomen

Circulatory and Respiratory Systems

Nervous System

Digestive and Excretory System

Glands

Reproductive System

References

4 Physiology of the Honey Bee – Principles for the Beekeeper and Veterinarian

Part 1: Comparing Vertebrates and Bees. Physiology of the Honey Bee Compared with Vertebrates

Digestive System and Metabolism

Circulatory and Respiratory Systems

Nervous System

Sense Organs

Immune System

Age Polyethism

Overwintering Biology

Temperature Regulation

Part 2: Communication in Honey Bees

Physical Communication. Waggle Dance

Tremble Dance

Shaking Dance

Chemical Communication

Queen Pheromones

Worker Pheromones

Drone Pheromones

Brood Pheromones

Acoustic Communication

Conclusion

References

5 The Honey Bee Queen

The Queen's Function in the Hive

Queen Development and Performance. Queen Larval Development

Queen Diet

Queen Mating

Queen Performance

Queen Performance vs. Colony Performance

Queen Longevity

Queen Succession

Supersedure

“Balling” of the Queen

Queen “Failure”

Swarming

Management to Minimize Swarming

Usurpation Swarms

Emergency Queen Rearing

“Laying Worker” and “Hopelessly Queenless” Colonies

Queen Status Assessment

Signs of Queenrightness, Failing Queens, and Queenlessness

Scattered Drone Cells

Queenlessness Colonies

Signs of Being in the Process of Self Requeening

Signs of Being Hopelessly Queenless

How to Tell a Drone‐Layer from a Laying Worker Colony

Odd Problems

“Spotty Brood”

Queen Replacement and Introduction

Identifying and Locating the Queen

Handling the Queen

Introduction of Queens

Introduction via Queen Cell

Wrap Up

References

Notes

6 Honey Bee Strains

German or Black Bee

Caucasian (or Gray) Bee

Hygienic Bees

Africanized Bee

Why are they Called “Killer Bees?”

Defensive Bees

Removal of Defensive (Africanized) Bees

References

7 Wild Bees: Diversity, Ecology, and Stressors of Non‐Apis Bees

Bee Diversity and Distribution

Diversity of Social Behavior

Diversity of Life Cycles

Abiotic Stressors to Wild Bees

Biotic Stressors: Pathogens and Pests

Conclusion

Acknowledgements

References

Notes

8 Honey Bee Nutrition

Understanding the Honey Bee Superorganism

Carbohydrates vs. Other Nutrients

Nutritional Needs of the Colony Over Seasons

Colony Growth Is Not Exponential

Colony Growth Rate Compared to Vertebrates

Nutrition as a Limiting Factor to Colony Growth

Nutritional Requirements of a Hive

Carbohydrates

Protein and Amino Acids

Vitamins and Minerals

Lipids

Sterols

Other Phytochemicals

Pollen Consumption

Food Handling and Processing in the Hive

Nectar

Problems with Nectar and Honey

Toxic Nectars and Pollens

Colony Checkpoints for Avoiding Toxins

The Case of Almond Pollen

Pollen Processing in the Hive

Digestion of Pollen

Consumption of Pollen

Jelly as the Currency of Protein in the Hive

Field Assessment of Colonies' Nutritional Status. Entrance Assessment

In‐Hive Assessment

Carbohydrate Income Assessment

Protein Status Assessment

Monitoring the Jelly

Supplementary Feeding of Colonies

Supplementary Feeding of Sugar

Winter Stores

Feeding to Prevent Imminent Starvation

Feeding for Stimulation

Supplementary Feeding of Protein

Composition of Pollen Subs

Pollen Sub Feeding Tips

Bee “Health Products”

Probiotics

References

Further Reading

Notes

9 Honey Bee Microbiota and the Physiology of Antimicrobial Resistance

Overview

Antibiotics in Beekeeping

The Honey Bee Gut Microbiome. The Worker Gut Microbiome

The Queen and Drone Gut Microbiome

Natural Fluctuations in the Worker Microbiome

Strain‐Level Diversity Within the Worker Microbiome

Impact of Antibiotics on the Honey Bee Microbiome

Probiotics for Honey Bees

Other Possible Impacts of Antibiotic Treatment on Honey Bee Health. Temperature Sensitivity

Potential Impacts on Reproductive Health

Antibiotic Resistance. The Bee Gut Microbiome and Bee Bacterial Pathogens

Conclusion

Acknowledgments

References

10 Honey Bee Pharmacology

Introduction

Principles of Pharmacology

Pharmacokinetics

Pharmacodynamics

Pharmacogenomics

Pharmacology of the Individual Honey Bee as it Impacts the Hive Organism. Pharmacokinetics. Absorption

Distribution

Metabolism

Phase I Biotransformation

Phase II Biotransformation

Phase III Transporters

Excretion

Pharmacodynamic Considerations in the Individual Honey Bee as they Impact the Hive Organism. Specific Receptors

Specific Chemical Classes

Antimicrobials

Acaricides

Fungicides

Herbicides

Insecticides

Pharmacologic Considerations for Honey Bees as Food‐Producing Animals

Summary

References

11 Equipment and Safety

Introduction

Langstroth Hive

Bee Space

Components of a Hive

Bottom Board

Entrance Reducer

Hive Body

Frames

Specialty Frames

Queen Excluder

Inner Cover

Outer Cover

Hive Stand

Alternative Hives

Tools of the Trade

Personal Protective Equipment

Veils

Gloves

Hive Tool

Smoker

Feeders

Pollen Traps

Safety

Bee Stings

Apiary Site Selection

Pesticide Use

Summary

References

Note

12 The Apiarist

The Apiarist

Classification by Operation Size. Commercial Beekeepers. Demographics

Management

Colony Configuration

Apiary Size and Transportation

Health Monitoring

Pathogen and Pest Transmission

Visiting Apiaries

Hobby Beekeepers. Demographics

Management

Colony Configuration

Apiary Size and Transportation

Health Monitoring

Pathogen and Pest Transmission

Visiting Apiaries

Sideliner Beekeepers

Classification by Operation Type. Honey Producers

Pollinators

Queen and Package Bee Producers

Example of a Year in the Life of a Commercial Beekeeper

Summary

13 Basics of Apiary Design

Effect of Apiary Location and Design on Honey Bee Health

Considerations for Size of Beekeeping Operation

References

14 Clinical Examination of a Honey Bee Hive

Let's Open a Bee Hive

15 Veterinary Regulations

Introduction

Health Inspections

Antibiotic Control

Veterinary Feed Directive Background

Non‐medically Important Antibiotics

Antibiotic Approvals

Beekeepers' Definition of How They Use Antibiotics

Antibiotic Resistance

Withholding

Veterinary Client Patient Relationships Required for a VFD

The VFD Form

Extra Label Drug Use

How to Obtain Antibiotics

Identity of Hives

Size of the Beekeeping Operation and Duties of the Veterinarian

Honey Bee Veterinary Regulations in Canada

References

16 Medical Records

Veterinary Client Patient Relationship (VCPR)

Hive Records

Medical Records

Veterinary Feed Directives/Prescriptions

Resources

Appendix 16.1A: Veterinary ‐ Client Management Agreement

Appendix 16.1B: Sample Hive Record

17 Epidemiology and Biosecurity

Apis mellifera Disease Epidemiology

Exotic Diseases of Honey Bees

Varroa destructor

Nosemosis

Multi‐year Disease Baseline

Honey Bee Viruses

Viral Transmission

Knowledge and Management Practices as Drivers of Honey Bee Health

Biosecurity

General Management Practices for Biosecurity. Training

Record Keeping and Traceability

Apiary Placement and Signage

Sourcing

Colony Management Practices

Hive Inspections

Sanitation and Hygiene

Special Considerations for Migratory Colonies

Summary

The Role of the Veterinarian in Biosecurity

References

Appendix 17.A Beekeeping Biosecurity and Best Practices Checklist

18 Parasite Transmission Between Hives and Spillover to Non‐Apis Pollinators

Introduction

Parasite Transmission Within an Apiary

Parasite Transmission Between Apiaries

Evidence of Parasite Spillover From Apis mellifera to Non‐Apis Insects

References

19 Colony Collapse Disorder and Honey Bee Health

Introduction

Was CCD a Unique and Significant Phenomenon?

Searching for a Cause: Biotic Actors

Abiotic Causes of Honey Bee Declines

Interactive Effects

Conclusions

References

20 The Parasitic Mite Varroa destructor: History, Biology, Monitoring, and Management

Introduction

History

Biology

Mite Life History

Reproductive Phase

Phoretic Phase

Consequences of Mite Infestation

Virus Transmission

Transmission Between Colonies. Natural Modes of Transmission

Beekeeper‐Assisted Transmission

Monitoring

Variation in Mite Populations

On the Seasonality of Mites

Methods not Based on Bee Samples. Visual Inspection

Capped Brood Cell Dissection

Sticky Boards and Screened Bottom Boards

Bee Sample‐Based Methods

Sugar Shake

Alcohol Wash

Problems with Lethal Sampling Methods

Treatment

Treatment Thresholds

Chemical

Synthetic Pesticides

Organic Acids

Other Compounds

Non‐Chemical Mite Interventions. Brood Interruption by Small Hives, Swarming, and Splitting

Drone Comb Removal

Screened Bottom Boards

Treatment‐Free Beekeeping

Mite‐Resistant Bees

Conclusion

References

21 Honey Bee Viral Diseases

Introduction

Iflaviridae Family

Deformed Wing Virus

Sacbrood Virus

Slow Bee Paralysis Virus

Dicistroviridae Family

Black Queen Cell Virus

Acute Bee Paralysis Virus

Kashmir Bee Virus

Israeli Acute Paralysis Virus

Viruses in Unassigned Families

Chronic Bee Paralysis Virus

Lake Sinai Viruses

Honey Bee DNA Virus. Apis mellifera Filamentous Virus

Recently Identified Honey Bee Viruses

Bee Macula‐like Virus

Tobacco Ringspot Virus

Moku Virus

Rhabdovirus‐1 and ‐2

Multi‐virus Infection

Transmission Pathways

Viral Disease Management

Virus Isolation, Detection, and Diagnoses

References

22 Honey Bee Bacterial Diseases

Distribution

Economic Importance in North America

European Foulbrood (EFB) Etiologic Agent

Transmission

Infection

Prognosis

American Foulbrood. Etiologic Agent

Transmission

Infection

Prognosis

Diagnosis of Bacterial Diseases. Colony Evaluation for Bacterial Disease

Visual Identification

Visual Signs of EFB

Visual Signs of AFB

Odor

Differentiation from Other Diseases

Field Tests. Matchstick Test

Holst Milk Test

Commercial Field Tests

Laboratory Diagnosis

Submission of Samples to the USDA

Reporting

Treatment and Control

Colonies Identified as Sick with American Foulbrood

Colonies Identified as Sick with European Foulbrood

Colonies in the Same Yard as an Infected Colony

Colonies in High Risk Situations

Burning a Honey Bee Hive

Shook Swarm Method

Watchful Waiting

Antibiotics

Sterilization of Equipment

Prevention and Control

Other Bacterial Pathogens

Conclusion

References

23 Honey Bee Fungal Diseases

Nosema Disease. Causative Agents

Biology

Pathology and Epidemiology

Symptoms and Diagnosis

Treatment

Prevention

Chalkbrood Disease. Agent and Biology

Symptoms and Diagnosis

Pathology and Treatment

Stonebrood Disease. Agent and Biology

Symptom and Diagnosis

Pathology and Treatment

Conclusion

References

24 Honey Bee Parasites and Pests

Tracheal Mites

Wax Moths

Hive Beetles. Small Hive Beetle

Large Hive Beetle

Tropilaelaps

Asian Hornets. Asian Yellow‐Legged Hornet

Asian Giant Hornet

Ants, Wasps and Hornets, and Robbing. Ants

Wasps and Hornets

Robbing

Bears, Raccoons, Skunks and Mice. Bears

Raccoons

Skunks

Mice

Non‐Harmful Hive Commensals

References

25 Pesticides

Categorizing Pesticides

Regulation of Pesticides

Determining the Toxicity of Pesticides to Bees

Preparing for Expected Pesticide Exposure

Identifying and Reporting a Suspected Pesticide‐Related Bee‐Kill

Recovering from a Bee‐Kill

References

26 Diagnostic Sampling

Sampling for Field Analysis. American Foulbrood: Ropy Test

American Foulbrood: Holst Milk Test

American Foulbrood and European Foulbrood: Diagnostic Test Kits

Varroa Mites: Alcohol Wash and Sugar Roll Tests

Alcohol Wash Test

Sugar Roll Test

Sampling for Laboratory Analysis

American Foulbrood (AFB)

Tracheal Mites

Nosema

Pesticide Analysis

References

27 Necropsy of a Hive

Colony Phase Dynamics

Performing a Hive Necropsy

The Diagnostic Kit

Personal Protective Equipment

Seasonal Loss Analysis

Overwinter (Dormant Phase) Colony Loss

Weak Colony

Is It a Strong or a Weak Spring Colony?

Starvation

What Does Starvation Look like?

Spring Increase Phase Colony Loss

Disease Loss

How to Confirm AFB

How to Confirm EFB (Figure 27.11)

Queen Replacement

Drone Layer or Laying Workers?

Summer (Peak Population) Loss

Fall Population Decrease Phase

What Does PMBS Look like?

Parasitic Mite Brood Syndrome

Conclusion

References

28 Common Husbandry Issues

Some Common Questions Regarding Starting Beekeeping

Common Mistakes

Euthanizing a Colony

Spring Issues and Considerations

(Largely) Summer‐Early Fall Issues and Considerations

Fall Issues and Considerations

Overwintering

References

Further Reading

29 Queen Rearing and Bee Breeding

US Commercial Queen Rearing Industry

Benefits of Queen Rearing

Queen Cell Building

Grafting

Equipment Needed

Grafting Process

Banking Queens

Queen Piping

Keeping Good Records

Selective Breeding

Drones

Basic Bee Genetics

Instrumental Insemination

References

30 The Future Direction of Honey Bee Veterinary Medicine

Honey Bee Medicine. Resources. Websites

University Bee Labs

Beekeeping Courses and Mentoring Are Offered at State (or provincial) and Local Bee Clubs

State Dept. of Agriculture Beekeeper sites

Provincial Government Apiculture Sites

Laws and Legal Information on Bees and Honey

Books

Suppliers

Notes on Editors and Contributors. Editors

Contributors

Index. a

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Edited by

Terry Ryan Kane, DVM, MS

.....

Second, keep hive size small to avoid creating colonies with large brood chambers that support large, continually running “assembly lines” of mite reproduction. Seeley (2017b) suggests using one deep hive body for a brood nest and one shallow super over a queen excluder for harvesting some honey.

Third, perform colony splits (as a method to mimic swarming behavior) to initiate a broodless period that creates a break in reproduction by Varroa mites (Loftus et al. 2016). A beekeeper makes a split (a small, new colony) by removing from a colony its queen and some of its worker bees and brood, and putting them in a separate hive. The remainder of the colony, still living in the original hive, then rears a replacement queen.

.....

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