My ACE study cards

  1. What is integrated Pest Management
    IPM is a science based environmentally sound approach to pest control
  2. What are the 6 essential IPM Steps?
    • 1. Identify the pest
    • 2. Establish pest thresholds
    • 3. Inspection/monitoring over time
    • 4. Good record keeping
    • 5. Using multiple pest control tactics
    • 6. Gaining the trust/cooperation of the client
  3. What are the 3 sides of the pest pyramid?
    • 1. Food source
    • 2. Moisture/water source
    • 3. Suitable habitat/Harbourage
  4. What are pest conducive conditions?
    • Conditions where food, water and habitat help a pest species to survive.
    • eg spilled food, water leak
  5. Name 11 tools useful to detect and ID pests.
    • 1. flashlight
    • 2. moisture meter
    • 3. IR camera
    • 4. flushing agent
    • 5. stethescope
    • 6. camera/borescope
    • 7. magnifiers
    • 8. spatula
    • 9. collecting vials with alcohol
    • 10. canines
    • 11. online tools
  6. What is frass?
    Frass is debris indicating insect activty such as saw dust and insect parts
  7. What is scat?
    Scat is insect or rodent feces
  8. What are mud tubes?
    Mud tubes are built by subterrranian termites to maintain nest moisture and protect it from predators
  9. What can exit holes in wood tell us?
    A number of wood boring beetles make characteristic holes as they emerge, the size, shape and type of wood can help[ identify the pest.
  10. What are oothecae?
    Cockroach egg sacs, these can be used to identify the cockroach pest
  11. What can the nests of ants and wasps tell us?
    • The size location and number of exit holes can help ID the ant species.
    • Social wasps buid characteristic paper nests out of chewed up wood.
  12. What are the 9 components of a good pest report?
    • 1.name of inspector
    • 2. Date & Time in/out
    • 3. location and pest count or evidence
    • 4. map of site, if applicable
    • 5. control actions taken
    • 6. locations of inaccessible areas
    • 7. sanitation or structural concerns 
    • 8. onsite hazards
    • 9. temp, weather, wind speed for outdoor applications
  13. What is a sample?
    A sample is the result of a single inspection.
  14. What is monitoring?
    Monitoring a pest population occurs when samples are recorded over a period of time
  15. What is thigmotaxis?
    • Navigating via touch along structural guidelines.
    • eg. wall edges, pipes, wires
  16. What are pheromone traps?
    Pheromone traps use insect emitted chemical substances to lure insects into sticky traps. They are used to monitor and supplement pest control.
  17. Name 3 types of insect pheromones
    • 1. Sex pheromone - used to find as mate
    • 2. Aggregation - signals insects to form groups in a communal 
    •                          harbourage
    • 3. Trail - used to lead others to food sources, esp. ants &                       termites
  18. What is a passive trap?
    • passive traps are devices that collect insects without a lure
    • eg. sticky trap
  19. What is an active trap?
    • Active traps are devices that actively attract pests with a lure.
    • eg baited snap trap, pheromone traps
  20. What is a pitfall trap?
    • pitfall traps are devices that capture insects with the help of gravity and a catch basin they cannot escape from.
    • eg BB moat
  21. What is an insect light trap?
    Light traps us UV to attract and capture flying insects either by electrocution or on a sticky pad.
  22. How should a light trap be installed?
    Light traps should be mounted 4-6 feet above the floor and 12-15 feet from exterior doors. Keep 5' from food preparation areas and only indoors.
  23. How far away can flies and moths detect UV light?
    • Flies 25 feet
    • Moths 100 feet
  24. What are thresholds of action?
    Thresholds of action occur when pest activty/numbers reach harmful/damaging levels
  25. What are 4 threshold examples?
    • 1. health/safety - pests that bite/sting or spread disease - low
    • 2. personal - involves individual attitudes to pests - varies
    • 3. legal - laws and public safety codes regarding certain pests 
    •               in certain locations - low
    • 4. economic - how much damage a pest does to a commodity      or business - varies
  26. Name 8 IPM control options.
    • 1. quarantine - prevent pest entry
    • 2. sanitation - clean food debris
    • 3. cultural - clearing clutter to remove harbourages
    • 4. exclusion - fixing & sealing gaps and holes
    • 5. physical control - change temp, humidity, light, ect to repel 
    • 6. mechanical - traps, vacuums
    • 7. biological - use living organisms to control pest 
    • 8. chemical - substance or mixture to control or repel pests
  27. What is mode of action?
    The means by which an insecticide works to control a pest
  28. What is cross resistance?
    Cross resistance occurs where an insect resistant to one type of insecticide, will be resistant to all insecticides with the same mode of action
  29. Chlorinated hydrocarbons (organochlorines) MOA & examples
    MOA- affect nerve sodium channels

    eg. DDT, chlordane, lindane, aldrin, dieldrin, heptachlor, dicofol, endosulfan

    Persistant
  30. Borates MOA and examples
    MOA - uncertain, thought to be a cellular toxin, must be ingested

    eg. borax, boric acid, disodium octaborate tetrahydrate
  31. Organophosphates MOA and examples
    MOA - inhibit acetylcholinesterase, an enzyme in the nerve cell 

    eg. dichlorvos, malathion, acephate, naled

    non-reversible
  32. Carbamates MOA and examples
    MOA - inhibit acetylcholinesterase, an enzyme in the nerve cell

    eg. carbaryl, propoxur

    Reversible
  33. Physical toxicants MOA and examples
    MOA - scratching, cutting, drying, suffocating or drowning

    eg. Diatomaceous earth, horticultural oils
  34. What are botanicals?
    pesticides derived from a plant
  35. Name 3 types of botanicals
    • 1. nicotine - tobacco
    • 2. pyrethrins - chrysanthemums
    • 3. azadirrachtin - neem tree
  36. Pyrethrins MOA and examples
    MOA - affect nerve sodium channel 

    • eg. pyrethrins I & II
    •       cinerin I & II
    •       jasmolin I & II
  37. What is a synergist?
    Mixed with pyrethrins or pyrethroids to prevent insects from metabolizing and recovering from exsposure to application
  38. What are 2 types of synergists?
    • 1. piperonyl butoxide
    • 2. MGK-264
  39. Pyrethroids MOA and examples
    MOA - nerve sodium channels

    eg. bifenthrin, cyflurin, cypermethrin, lambda-cyhalothrin
  40. Neonictoids MOA and examples
    MOA - Nerve cell, bind with niconictic acetylcholine receptors

    eg. imidacloprid, thiamexotham, acetamiprid, dinotefuran, clothianidin
  41. Spinosyns MOA and examples
    MOA - bind to acetylcholine receptors and block GABA gated chlorine channels

    eg. spinosad
  42. phenylpyrazoles MOA and examples
    MOA - inhibit energy production within the cell and block GABA activated chloride channel.

    eg. fipronil
  43. Pyrroles MOA and examples
    MOA - inhibit energy production within the cell

    eg. chlorfenapyr
  44. Macrocylic lactones MOA and examples
    MOA - disrupt GABA activated chloride channels

    eg - abamectin, emamectin, benzoate, ivermectin
  45. Anthranilic diamides MOA and examples
    MOA - disrupt ryanodine receptors, an itercellular calcium channels that play a central role in muscle and nerve function

    eg. chlorantraniliprole
  46. Microbials MOA and examples
    MOA - various

    eg. Bacillicus thuringiensis (Bt)
  47. Insect growth regulators MOA and examples
    MOA - disrupt molting and other developmental processes

    eg. methoprine, hydroprene, pyriproxyfen, diflubenzuron, hexaflumuron
  48. Name 2 types of insect growth regulators
    • 1. Juvanoids
    • 2. Chitin synthesis inhibitors

    *only effective against immature stages
  49. Oxadiazines MOA and examples
    MOA - blocks sodium channels

    eg. indoxocarb
  50. Fumigants MOA and examples
    MOA - various

    eg. sulfuryl fluoride, methyl bromide, phosphine
  51. What is the common name?
    • The common name is used in everyday language.
    • eg. Baking soda
  52. What is the trade name?
    • The trade name is given by the manufactuer.
    • eg. arm & hammer baking soda
  53. What is the chemical name?
    • The chemical name is the active ingredient. 
    • eg. sodium bicarbonate
  54. What are the 3 routes of pesticide entry into insects, and how it occurs for each?
    • 1. contact - takes place through the exoskeleton, spiracles or feet
    • 2. ingestion - occurs during bait consumption, grooming, necrophagy, or corprophagy.
    • 3. respiration - entry during respiration of fumigants.
  55. Contact insecticides, also known as _______ have a half life, explain.
    * residual

    • Half life - insecticides break down over time.
    • eg. a 2 hour half life means 50% will be gone in 2 hours, 75% gone in 4 hours, 88% in 6 hours ect
  56. What are the 5 main types of pesticide applications?
    • 1. broadcast
    • 2. space
    • 3. barrier
    • 4. spot
    • 5. crack & crevice
  57. What are the 3 signal words from most to least toxic?
    • 1. Danger - somtimes with word poison
    • 2. Warning
    • 3. Caution
  58. What are the 3 C's for peswticide spills?
    • 1. control - stop the leak
    • 2. contain - apply absorbant material
    • 3. clean up - place sweepings into chemical proof containers for disposal or reuse
  59. What are the 4 main poisoning routes of entry?
    • 1. Dermal - most common
    • 2. oral
    • 3. inhalation
    • 4. ocular
  60. What are the signs of pesticide poisoning?
    • Poisoning signs are the ones YOU see:
    • Vomiting, sweating, trembling, convulsions
  61. What are the symptoms of pesticide poisoning?
    • Symptoms are those dedscribed by the victim:
    • headache, weakness, blurred vision, nausea, diarrhea
  62. What are the 3 main first aid steps for pesticide poisoning?
    • 1. make shure victim no longer exsposed to pesticide.
    • 2. Call doctor or ambulance
    • 3. apply first aid as directed by container label, or doctor
  63. The class arachnida contains which 4 arthropods?
    • 1. scorpions 
    • 2. spiders
    • 3. mites
    • 4. ticks
  64. What order do scorpions belong to?
    scorpiones
  65. What order do spiders belong to?
    araneae
  66. What order do ticks and mites belong to?
    acari
  67. What are the 3 body regions of scorpions, and what do they contain?
    • 1. prosoma - (head region) contain the claws
    • 2. mesosoma - (abdominal region) contains the legs
    • 3. metasoma - the tail and stinger
  68. What 2 body regions do spiders have, and what do they contain?
    • 1. cephalothorax - fusion of head & thorax, contains the legs
    • 2. abdomen - contains sex organs & spinnerets
  69. What class do centipedes belong to?
    chilopoda
  70. What class do millipedes belong to?
    diplopoda
  71. What features do centipedes have?
    • a head with venomous prehensors (claws)
    • multiple body segments with 1 pair of legs per segment
    • predators of other animals
  72. What features do millipedes have?
    • Head and multiple body segments with 2 pair of legs per segment
    • feed mainly on decaying plant matter
  73. Arthropods in Class insecta have what features?
    • 1. 6 legs (hexapoda)
    • 2. 3 body parts, head, thorax, abdomen
    • 3. antennae
    • 4. 2 pairs of wings (not all)
    • 5. develop through metamorphosis
  74. Order - Blattodae (means)
    examples of hexapods in this order and some characteristics
    • means cockroach in latin
    • develop through gradual metamorphosis
    • Cockroaches
    • dorsally flattened and head mostly hidden by pronotum 
    • cryptic (secretive)
    • related to termites
  75. Order - Coleoptera (means)
    examples of hexapods in this order and some characteristics
    • means sheathed wings
    • complete metamorphosis
    • beetles
    • larvae (grubs) have 6 legs 
    • hardened front wings (elytra0 protect hind wings while burrowing in wet or abrashive enviroments.
  76. Order - Collembola (means)
    examples of hexapods in this order and some characteristics
    • means - glue bolt
    • no metamorphosis
    • Springtails
    • collophore organ regulates water and allows them to stick to surfaces
    • spring like tail allows them to jump many times their body length
  77. Order - Dermeptera (means)
    examples of hexapods in this order and some characteristics
    • means - skin wing
    • gradual metamorphosis
    • Earwigs
    • can fly
    • distictive pincers (cerci) at end of abdomen
  78. Order - Diptera (means)
    examples of hexapods in this order and some characteristics
    • means - two wings
    • complete metamophosis
    • Flies
    • hind wings reduced to knob like halteres, used like gyroscopes in flight
    • Larvae are legless (maggots)
  79. Order - Hemiptera (means)
    examples of hexapods in this order and some characteristics
    • means - half wings
    • gradual metamorphosis
    • True bugs - aphips, bed bugs, leafhoppers
    • piercing sucking mouth parts
  80. Order - Hymenoptera (means)
    examples of hexapods in this order and some characteristics
    • means - membranous wing
    • complete metamorphosis
    • Bees, ants, wasps
    • Have a constricted "wasp" waist
    • many are social insects
  81. Order - Isoptera (means)
    examples of hexapods in this order and some characteristics
    • means equal wings
    • gradual metamorphosis
    • Termites
    • feed on wood
    • social insects
  82. Order - Lepidoptera (means)
    examples of hexapods in this order and some characteristics
    • means scaly wings
    • complete metamorphosis
    • moths and butterflies
    • adults are nectar feeders
    • Larvae called caterpillars, have 3 pairs of true legs and fleshy claspers called prolegs
  83. Order - Siphonaptera (means)
    examples of hexapods in this order and some characteristics
    • means wingless tube feeder
    • complete metamorphosis
    • Fleas
    • oval, laterally flattened bodies
    • enlarged coxae on legs for jumping
  84. Order - Orthoptera (means)
    examples of hexapods in this order and some characteristics
    • means straight wings
    • gradual metamorphosis
    • Grasshoppers, crickets, katydids
    • Long antennae
    • thickened forewings protect folded pair of second wings
    • females have prominent ovipositor
    • males employ stridation (rubbing one body part against another) to produce sound to attract mates
  85. Order - Zygentoma (means)
    examples of hexapods in this order and some characteristics
    • means bridge insect
    • no metamorphosis
    • Silverfish, firebrats
    • tear drop shaped bodies
    • 3 tail like appendages at posterior
    • adults continue to molt
  86. Exoskeletons, also n\known as _______, are made of what material?
    the cuticle and are made of chitin
  87. What are the 4 basic kinds of insect mouths?
    • 1. chewing
    • 2. piercing/sucking
    • 3. sponging
    • 4. siphoning
  88. What are the 5 parts of an insect mouth?
    • 1. Labrum - upper lip
    • 2. Mandibles - jaws
    • 3. Maxilliae & Palps - manipulate and taste food
    • 4. Hypopharynx - tongue
    • 5. Labium - lower lip
  89. Name the 12 antennae types.
    • 1. Setaceous - Hair like
    • 2. Geniculate - elbowed
    • 3. Pectinate - 1 sided comb
    • 4. Bipectinate - 2 sided comb
    • 5. Filiform - thread like stacked cylinders
    • 6. Moniliform - bead like
    • 7. Lamellate - Plate like lopsided club
    • 8. Plumose - feather like
    • 9. Serrate - saw like teeth
    • 10. Clavate - top end segments form gradual expanding club
    • 11. Capitate - top end segments form abrupt club
    • 12. Aristate - short oval with hair at top side
  90. Insect compound eyes are composed of multiple _______.
    Ommatidia
  91. Simple eyes are called _______
    Ocelli
  92. Name the 5 parts of the insect leg
    • 1. Coxa - closest to body
    • 2. Trochanter - short joint section
    • 3. Femur
    • 4. Tibia
    • 5. Tarsus - the "foot" made of subsegments called tarsomeres
  93. What does Apterous mean?
    Wingless
  94. Insects breath through __1___ attached to ___2___ that branch into smaller ___3___ that deliver oxygen to all the body cells.
    • 1. Spiracles
    • 2. Tracheae
    • 3. Tracheoles
  95. Nerve cells also called ___1___ consists of a cell body called a ___2___ and a long arm called an ___3___.
    • 1. Neurons
    • 2. Soma
    • 3. Axon
  96. Insect digestive systems consist of a tube from mouth to anus called an ___1___.
    1. Alimentary canal
  97. The alimentary canal consists of what 3 parts?
    • 1. Foregut
    • 2. Midgut
    • 3. Hindgut
  98. What life stages define complete metamorphosis?
    • 1. Egg
    • 2. Larvae
    • 3. Pupae
    • 4. Adult
  99. What life stages define gradual metamorphosis?
    • 1. Egg
    • 2. Nymph
    • 3. Adult
  100. What is Parthenogenesis?
    A means of reproduction without fertilization from a male
  101. Insects communicate primarily through ___1___ known as ___2___
    • 1. Scents
    • 2. Semiochemicals
  102. The 2 main types of semiochemicals are ___1___, ___2___
    • 1. Pheromones
    • 2. Allelochemicals
  103. Pheromones are secreted to do what?
    To influence members of the same species
  104. Name 4 types of pheremones.
    • 1. Alarm
    • 2. Trail
    • 3. Sex
    • 4. Aggregation
  105. Allelochemicals are secreted to do what?
    Secreted by one species to influence behavior of another species
  106. Name 2 types of allelochemicals and what they do
    • 1. Allomones - repel or harm another species
    • 2. Kairomones - benefit the receiving species but harms the emitter eg humans emit & attract bed bugs
  107. Insects that live in colonies and and have labour divisions are called
    Eusocial
  108. Insects that care for young but do not build nests with others are called
    Pre-social
  109. Ant antennae consist of long basal segment called ___1___ and a multi segmented section called the ___2___
    • 1.Scape
    • 2. Funiculus
  110. The ant abdomen is called a ___1___ connected to the thorax with a ___2___ that have ___3___
    • 1. Gaster
    • 2. Pedicel
    • 3. Nodes or Petioles
  111. Ant species workers can be all one sized or ___1___
    2 sizes of workers or ___2___
    Multiple sizes of workers or ___3___
    • 1. Monomorphic
    • 2. Dimorphic
    • 3. Polymorphic
  112. General ant sizes
    1. Small ants are - ?inches
    2. Medium ants are - ?inches
    3. Large ants are - ?inches
    • 1. 1-2mm - 1/16"
    • 2. 3-6mm - 1/8-1/4"
    • 3. 7-12mm - >1/4"
  113. Name the 3 main sub-families of ants are what?
    • 1. Formicinae
    • 2. Dolichoderine
    • 3. Myrmecinae
  114. What are the characteristics of Formicinae ants?
    • All are single noded
    • All have a round hair fringed anus
    • All can spray formic acid
  115. What are the characteristics of Dolichoderine ants?
    • All single noded
    • Slit like anus
  116. What are the characteristics of Myrmecinae ants?
    • All have 2 nodes
    • All posses stingers
  117. Name 3 Formicinae ants
    • 1. Carpenter ant
    • 2. Field ant
    • 3. Crazy ant
  118. Name 3 Dolichoderine ants
    • 1. Odorous house ants
    • 2. Argentine ants
    • 3. Ghost ant
  119. Name 3 Myrmecinae ants
    • 1. Pharaoh ants
    • 2. Red imported fire ants
    • 3. Pavement ants
  120. Carpenter ant characteristcs
    • Polymorphic 1/8-1/2" 4-13mm
    • 12 segmented no club antennae
    • Smooth rounded thorax
    • No spines, 1 node
    • Round anus with ring of hair
    • Omniverous
    • Nest in decaying wood, satelite nests in cavity
    • (similar to field ant but their thorax uneven)
    • Reproduce by swarming
    • CONTROL
    • perimeter spray, trim vegetation from touching walls, seal exterior gaps.
    • Look for wood frass with insect parts
  121. Pharaoh ant characteristics
    • Monomorphic 1/16" 2mm
    • 12 segmented 3 clubbed antennae
    • Abdomen has dark tip
    • 2 nodes and a stinger
    • Feed on honey dew & protein
    • Nest indoors in warm humid areas near food
    • (similar to thief ants, they have 10 segment 2 club antennae)
    • Reproduce by budding
    • CONTROL
    • Bait near foraging trails close to entry/exit holes.
    • Educate client not to disturb bait stations or treat/remove ants.
  122. Pavement ant characteristics
    • Monomorphic 1/16-1/8" 2-3mm
    • Head & thorax grooved with parallel lines
    • 12 segmented 3 club antennae
    • Spine on thorax, 2 nodes and a stinger
    • Omniverous
    • Nests indoors in cracks in masonry/cement
    • (similar to harvester ant but they have a "beard")
    • Reproduce by swarming
    • CONTROL
    • Treat nest directly
    • perimeter treatment of exterior
    • Inside treat foraging trails
  123. Red imported fire ant characteristics
    • Polymorphic 1/16-1/4" 2-6mm
    • 10 segmented 2 club antennae
    • 2 nodes, stinger
    • Prefer high protein food
    • Nests in ground, likes to nest next to building foundations
    • (similar to pavement ant but has no spine)
    • Reproduce by swarming
    • CONTROL
    • Mound injections
    • Broadcast slow acting bait or fast acting bait
  124. Odorous house ant characteristics
    • Monomorphic 1/16-1/8" 2-3mm
    • 12 segmented no club antennae
    • 1 node, uneven thorax, stinger
    • Feed on honeydew and protein
    • Nest indoors in voids near moisture, outside under bricks, boards ect.
    • (ghost ant similar but with lighter abdomen and legs)
    • Reproduce by swarming
    • CONTROL
    • Treat nest directly 
    • Exterior perimeter spray
    • Baiting
  125. Name 6 1 node ants
    • 1. argentine
    • 2. carpenter
    • 3. crazy
    • 4. ghost
    • 5. odorous house
    • 6. white footed
  126. Name 7 2 node ants
    • 1. acrobat
    • 2. big headed
    • 3. little black
    • 4. pavement
    • 5. pharaoh
    • 6. red imported fire 
    • 7. thief
  127. What are the 2 most important families of structure infesting cockroaches and main differences?
    • Blattidae - larger
    • Blattellidae - smaller
  128. German cockroach and characteristics
    • 2 dark stripes on pronotum
    • 1/2-5/8" 13-16mm
    • Pronotum yellow/brown
    • shun light, do not fly
    • Indoors
    • Ootheca - yellow/brown 30-50 eggs
    •                5/8" 16mm long
    •                carried by female to within 1-2 days of hatching
    • Egg to adult 2-3 months
  129. Asian cockroach and characteristics
    • Similar to German cockroach
    • 1/2-5/8" 13-16mm 
    • pronotum ashy grey
    • FLIES and is attracted to light
    • Mainly outdoors
    • Ootheca - yellow/brown 20-40 eggs
    •                3/8" 10mm long
    •                carried by female to within 1-2 days of hatching
    • Egg to adult 2 months
  130. American cockroach and characteristics
    • 1-3/8-2-1/8" 35-55mm
    • Pronotum reddish brown with pale yellow edging
    • Flies
    • Indoors and outdoors in sewers
    • Ootheca - Dark reddish brown 12-18 eggs
    •                3/8" 10mm long
    •                Not carried by female, drops in moist areas
    • Egg to adult 20 months
  131. Brown banded cockroach and characteristics
    • 1/2" 13mm
    • Pronotum brown with yellow margins
    • Only males fly
    • Indoors warm areas near ceiling
    • Ootheca - reddish brown 14-18 eggs
    •                1/4" 6mm long
    •                Female glues to objects or ceiling
    • Egg to adult 9 months
  132. Oriental cockroach and characteristics
    • 1" 25mm
    • Pronotum black
    • Does not fly
    • Mostly outdoors, indoors cool areas at ground level
    • Ootheca - dark red brown 16 eggs
    •                1/2" 10mm
    •                Female doe not carry, deposits near food source
    • Egg to adult 20 months
  133. Name the 3 castes of termites
    • 1. workers
    • 2. soldiers
    • 3. reproductives
  134. What are aletes?
    The winged reproductives of ants and termites
  135. What is a neotenic?
    A termite reproductive that retains some juvenile characteristics
  136. What is a termite nasutiform?
    A type of termite soldier that uses chemical secretions from a head gland to entangle or repel attackers
  137. What is a fontanelle?
    In termites the opening of of the frontal pore on the head, can be used to identify species
  138. What is the humeral structure?
    The point where termite wings break off after mating
  139. What are the 2 main differences between subterranean termites and dampwood/drywood termites?
    • 1. Mandibles of ST smooth & drywood/dampwood jagged
    • 2. Pronotum of ST thinner than its head & drywood/dampwood wider than its head.
  140. (Reticulitermes) Eastern/western subterranean termite and characteristics
    • Most common termite genus
    • Swarmers dark brown to black
    • 3/8" 10mm long
    • Swarm during the day
    • Soldiers rectangular head
    • smooth mandibles
  141. Formosan subterranean termites and characteristics
    • Most destructive
    • Swarmers yellowish
    • 1/2" 12-15mm
    • Swarm in evening, attracted to light
    • Soldiers tear drop shaped heads 
    • smooth mandibles
  142. Subterranean Termite characteristics
    • Live underground
    • build mud tubes to connect to wood food sources, protect nest from enemies and keep moisture in
  143. Drywood termite characteristics
    • Live in the wood they eat
    • require little moisture
    • produce 6 sided fecal pellets
  144. Incisitermes spp. Drywood termite and characteristics
    • Most common drywood termite
    • Swarmers yellow/brown to reddish brown
    • 1/2" 11-13mm long
    • Transfered in infested wood
    • Soldiers rectangular head
    • Jagged mandibles
  145. Dampwood termite characteristics
    • Live in the wood they eat
    • prefer very moist wood
    • produce 6 sided fecal pellets
  146. Zootermopsis spp Dampwood termite and characteristics
    • Swarmers Dark brown
    • 3/8-3/4" 9-19mm long
    • Soldiers with rounded heads
    • Jagged mandibles
  147. Termite control
    • Physical or chemical barriers
    • Remove damaged wood and replace with treated wood
    • Directly treat damaged wood
    • Bait
    • Fumigation
  148. Anobiine beetle
    • Reinfest wood
    • New and old hardwoods and softwoods
    • exit holes round 1/16-1/8"
    • adults reddish/brownish/black 1/8-1/4" long
    • heads hidden from above by pronotum 
    • eg death watch beetle, furniture beetle
  149. Lyctine Beetles
    • Reinfest wood
    • new hardwood
    • exit holes round 1/32-1/8"
    • adults dark brown 1/8-1/4" long
    • Head visable from above
    • eg powder post beetle
  150. Bostrichid beetles
    • Reinfest wood
    • new hardwood
    • exit holes round 3/32-9/32"
    • adults reddish/brown/black with teeth on pronotum, head not visable from above, 1/8-1/4" long
    • eg false powder post beetle
  151. Old house borer
    • Reinfest wood
    • new and old softwood
    • exit holes oval 1/4-3/8"
    • adults brownish-black with grey hairs, shiny ridge on pronotum 5/8-1" long
  152. Wood boring weevils
    • Reinfest wood
    • new/old hardwoods and softwoods
    • exit holes round 1/16-1/12"
    • adults elongated snouts, 1/8-3/16" long
  153. Ambrosia eetles
    • Do not reinfest wood
    • new hardwords and softwoods
    • exit holes round 1/50-1/8"
  154. Bark beetles
    • Do not reinfest wood
    • raw hardwoods and softwoods
    • exit holes round 1/16-3/32"
  155. Metallic wood borers
    • Do not reinfest wood
    • raw hardwoods and softwoods
    • exit holes oval 1/8-1/2"
  156. Longhorn beetles
    • Do not reinfest wood
    • raw hardwoods and softwoods
    • exit holes round to oval 1/8-3/8"
  157. Flat oak borer
    • Do not reinfest wood
    • new hardwood primarily oak
    • exit holes round to oval 1/8-1/4"
  158. Wood-destroying Beetle Control
    • Remove and destroy affected wood
    • Borate salt solution applied to wood
    • Fumigation 
    • Heat
    • Moisture control
  159. Internal feeders
    Feed and develop entirely inside the whole seed or kernal
  160. External feeders
    Develop outside the whole seed or kernal
  161. Scavenger
    Only attack grains that have been processed or damaged
  162. Secondary pest
    Infest grain products that are rotten or moldy
  163. Rice weevil
    • Internal feeder
    • brown 1/8" 2-3mm long
    • Dense round pits on pronotum
    • 4 reddish-yellow marks on corners of elytra 
    • attracted to fly lights
  164. Granary weevil
    • Internal feeder
    • reddish-brown to black 3-5mm long
    • oval pits on pronotum
    • do not fly and are not attracted to lights
  165. Angoumiois Grain Moths
    • Internal feeders
    • pale yellow with fringed wings
    • 1/2-5/8" long
    • Fly and attracted to lights
  166. Drugstore beetle
    • External feeder
    • Adults brown 1/16-1/8" 2-3mm lomg
    • Elytra have distinct rows of pits
    • antennae are 3 clubbed
    • Fly and attracted to lights
  167. Cigarette beetle
    • External feeder
    • Adults brown 1/16-1/8" long
    • Elytra smooth 
    • antennae serrate
    • Fly and attracted to light
  168. Indian meal moth
    • External feeder
    • Adults bi-colour bronze at base, tan up top
    • 5/8-3/4" long
    • fly and attracted to light
  169. Mediterranean flour moth
    • External feeder
    • Adult grey, with 2 black zig-zag lines in middle 1" 25mm long
    • fly and attracted to light
  170. Almond moth
    • External feeder
    • Adult mottled grey 1/2-3/4" 13-21mm long
    • fly and attracted to lights
  171. Varied Carpet beetle
    • Adults colourful varied pattern on pronotum and elytra
    • 2-4mm long
    • single ocellus between compound eyes
    • Larvae have Hastisetae
  172. What are Hastisetae?
    Spear shaped hairs on carpet beetle larvae that can affect human health
  173. Black carpet beetle
    • Adults dark-brown to black and oval in shape
    • Larvae carrot shaped and lack hastisetae and urogomphi
  174. Hide beetle
    • Adult dark coloured with white underside 
    • 1/4-1/2" 6-13mm long
    • End of elytra serrated
    • Larvae have 2 forward curving urogomphi on 9th segment
  175. What are Urogomphi?
    Spines at the tail of larvae
  176. Larder beetle
    • Adults dark coloured with a yellow-white band on elytra
    • 1/4-12" 6-13mm long
    • Larvae have rearward curving urogomphi
  177. Warehouse beetles
    • Adults brown/black with yellow/brown markings on hairy elytra
    • 1-3mm long
    • single ocellus in middle of head between compound eyes
  178. Khapra beetle
    • Adult vague mottled brown black and hairy
    • 2-3mm long
  179. Red Flour beetle
    • Scavenger
    • Adults reddish-brown
    • 3-4mm long
    • Tarsal formula 5-5-4 segments
    • 3 clubbed antennae
    • Fly and attracted to light
  180. Confused flour beetle
    • Scavengers
    • Adults reddish-brown
    • 3-4mm long
    • Tarsal formula 5-5-4 segements
    • 4 clubbed antennae
    • do not fly and attracted to light
  181. Sawtoothed grain beetle
    • Scavenger
    • Adults brown
    • 2-3mm long
    • area behind eye greater than 1/2 eye diameter
    • saw like notches on sides of pronotum
    • do not fly and are not attracted to light
  182. Merchant grain beetle
    • Scavenger
    • Adults brown
    • 2-3mm long
    • area behind eye less than 1/2 eye diameter
    • saw like notches on pronotum 
    • fly and are attracted to light
  183. Foreign grain beetles
    • Secondary feeder
    • Adults reddish-brown
    • 2-3mm long
    • pronotum square
    • antennae 3 clubbed
  184. Webbing clothes moth
    • Fabric pest
    • Adults golden with red tuft on head
    • 1/2" 12mm long
    • Adults shun light
    • Larvae do not carry a tube like case
  185. Casemaking clothes moth
    • Fabric pest
    • Adults brownish 3 dark spots on each forewing
    • 3/8-5/8" 10-15mm long
    • Adults shun light
    • Larvae carry a tube like case
  186. Control for stored product and fabric pests
    • Rotate stock FIFO
    • Heat
    • cold
    • vacuum
    • dry cleaning
    • fumigation
  187. House fly
    • Filth fly
    • 1/4" 4-7mm long
    • Adults grey with 4 black stripes on the thorax
    • hold wings in a V shape over back
    • breed outdoors in garbage & manure
  188. Lesser house fly
    • Filth fly
    • Look similar to house fly
    • Wings fold over back not in V shape
    • Breed outdoors in manure & garbage
  189. Blow flies
    • Filth fly 
    • 1/8-5/8" 4-16mm long
    • Metallic body blue to green
    • Breed outdoors/indoors in carrion
  190. Flesh fly
    • Filth fly
    • 1/4-7/16" 6-11mm long
    • Adults grey with 3 black stripes on thorax
    • Breed outdoors/indoors in carrion
  191. Cluster Fly
    • Filth fly
    • 5/16" 8mm long
    • Adults golden hairs on thorax light and grey areas on abdomen
    • Breed outdoors in earthworms
  192. Fly control Indoors
    • Exclusion
    • Air curtains
    • Outdoor lighting use yellow bulbs or sodium vapour lamps located away from door ways 
    • Insect light traps
    • Microbial drain cleaners
    • Sanitation
  193. Yellow jackets
    • Adults abdomen yellow black banded
    • Prefer to build grey coloured nests in ground or other voids
  194. Bald faced hornets
    • Adults black and white colouring
    • Build grey coloured aerial nests in trees sometimes on sheltered exterior areas
  195. European hornet
    • Adults brown with yellow abdominal bands
    • Largest wasp, nests brown in colour and prefer tree hollows or other voids
  196. Paper wasps
    • Adults wasp waist abdomen brownish with yellow bands
    • Nests exposed upside down umbrella shape
  197. Horse fly & deer fly
    • Adults 1/4 -1-1/4" 6-30mm long
    • blood pool feeders
    • can transmit disease
  198. What is difference between mosquitoes & midges
    • Midges do not bite
    • mosquitoes have scaled vein wings
  199. Bed bugs
    • 5 instar stages
    • require blood meal to molt and lay eggs
  200. Bed bugs vs bat bugs
    • Bat bugs pronotum very wide with long hairs on edge
    • Require their own specific host to survive and reproduce
  201. Conenose bug
    • Adults 3/4 - 1" 18-24mm
    • Dark-brown to black with red hash marks around edge of abdomen
    • Feed on vertebrate blood
    • known as kissing bug as bites human faces around mouth
    • Can transmit chagas disease
  202. Head lice/body lice/crabs
    • Presence of these is considered a health issue and should be referred to a physician
    • Adults cannot survive more than 2-5 days off a host
    • Eggs can take 10-14 days to hatch so bedding, clothing ect should be cleaned and treated (heat)
  203. Spiders - passive hunters
    • Do not spin webs, what for prey to pass by
    • eg trap door spiders
  204. Spiders - active hunters
    • Move about in search of prey
    • eg. jumping spider
  205. Spiders - web builders
    • Use silk to build elaborate structures to entice or entangle prey
    • eg. orb weavers
  206. What 2 spiders are considered dangerous in North America?
    • Widow spiders
    • Brown recluse
  207. Brown recluse spider
    • Dark violin shaped marking on cepholathorax
    • 6 eyes arranged in 3 pairs 2-2-2
    • 1/4-1/2" long
    • like cluttered areas to build retreats
    • Venom is necrotic causing a painful slow healing sore
  208. What is the difference between venomous and poisonous?
    • Venom is injected by wasps, scorpions, spiders ect
    • Poison is ingested or absorbed mushrooms some frogs
  209. Widow spiders
    • Include black and brown widows
    • red to orange hourglass marking on underside of abdomen
    • adults 1/2" 12-13mm long
    • Build irregular 'cobweb' webs 
    • prefer sheltered areas near the ground outside
    • venom neurotoxin bites cause pain, cramps, nausea, somtimes death
  210. House spider
    • Globular abdomen dirty white with dark markings
    • 3/16 - 5/16" 5-8mm long
    • build tangled cobwebs
    • Common indoors
  211. Cellar spiders
    • small boddied long thin legs 
    • 8 eyes arranged 3-2-3
    • 1/16 - 3/8" 2-10mm long
    • Build irregular webs 
    • Hang in webs upside down
    • Carry egg sac in fangs
    • prefer cool dark sites, basements, crawlspaces ect
  212. Hobo Spider
    • Brown colour with chevron markings on abdomen
    • 8 eyes arranges 2 rows of 4
    • 1-1/2 - 2" 40-50mm long
    • Build funnel webs
    • Not aggressive biters
  213. Sac spiders
    • Include yellow sac & Agrarian sac spider
    • Body pale-yellow
    • 8 eyes arranged in 2 rows of 4
    • 1/4 -3/8" 5-10mm long
    • Active hunters
    • Necrotic venom
    • Occasional biters
  214. Wolf spiders
    • Hairy body
    • Colour dark brown with pale stripe in middle of cephalothorax
    • 8 eyes unique arrangement of 4-2-2 bottom to top
    • 3/8 - 1-3/8" 9-35mm long
    • Active hunters
    • Carry egg sacs at end of abdomen
    • Not aggressive bitters
  215. Ground Spiders
    • Unique prominent elongated spinnerets
    • Colour brown/grey/tan/black
    • 1/16 - 7/16" 2-12mm
    • Active hunters
  216. Jumping Spiders
    • Hairy bodies
    • Colour black with pale markings
    • 1/8 -3/4" 4-18mm
    • 8 eyes 3-2-3 Two large forward facing eyes and 3 eyes each side
    • Active hunters
  217. Black-legged ticks
    • Legs and area behind head brown-black reddish end
    • Hard bodied tick
    • 1/8" 2-3mm
    • Transmit Lyme disease 
    • May to July
  218. American dog ticks
    • Orangish-brown body, dark reddish-brown legs
    • Hard bodied tick
    • 1/8" 3mm
    • Adults transmit Rocky mountain spotted fever
  219. Bird mites & rodent mites
    • Occasionally bite humans but cannot breed off their appropriate host
    • Removal of bird and rodent nests and treating area with an approved pesticide
  220. Arizona bark scorpion
    • Only one of medical importance
    • Colour light yellow/brown
    • 2-1/2" 63mm long
    • neurotoxic venom
  221. Control of Biting/Stinging pests
    • Vacuum
    • Sticky traps 
    • Exclusion
    • DEET insect repellent
  222. Occasional invaders
    Mainly live outdoors but come inside accidentally, or when seeking shelter on a temporary seasonal basis
  223. What is a Collophore?
    Only found in springtails, play a role in water uptake
  224. What is a Furcula?
    A tail like structure that allows springtails to jump
  225. Brown marmorated stink bug
    • Shield shaped, brown with white marbling & white ticking on edges of abdomen
    • 1/2" 11-14mm
    • Overwintering nuisance pest
    • can produce unpleasant odour when disturbed
  226. Boxelder bug
    • Black with red markings on edges(similar to milkweed bug that has a distinctive red X on back)
    • 1/2" long 
    • Feed on maples
    • Overwintering nuisance pest
    • Feces can stain fabrics
  227. Western conifer seed bug
    • Brown colour white marks along abdomen edge 
    • Wider back legs
    • Overwintering nuisance pest
    • Can produce an piney odour
  228. Multi coloured Asian lady beetle
    • Multiple colours, red, orange, yellow, brown, black
    • All have a wide W mark on pronotum behind the head
    • 1/4 - 3/8" 6-10mm
    • Overwintering nuisance pest
  229. Elm leaf beetle
    • Colour wide yellow and black stripes on elytra
    • 1/4" 5-7mm long
    • Overwintering nuisance pest
  230. House cricket
    • Can survive inside
    • Colour yellow/brown with 3 dark cross bands on head
    • 3/4-7/8" 16-22mm
    • can damage cloth and carpets
  231. Field crickets
    • Cannot survive indoors
    • Colour black
    • 1/2- 1-1/8" 13-30mm
  232. Camel cricket
    • Humped back appearance
    • Colour light brown
    • 1/2 - 1-1/4" long
    • Fabric pest
  233. Sowbugs vs Pillbugs
    • Pillbugs roll into balls
    • Sowbugs do not roll up and have 2 tail like appendages
  234. Mayflies, stoneflies, caddisfly
    • Have aquatic nymphs called Naiads
    • Swarm in large numbers, adults do not live long
  235. What order do bats belong to?
    Chiroptera
  236. What disease can be spread by bat feces?
    Histoplasmisis
  237. What distance apart should rat and mouse stations be placed?
    • Mice 8-12 feet
    • Rats 15-30 feet
    • All within 100 feet of a man made structure
  238. House mouse
    • Tail length equal to total body
    • Range up to 12 feet from nest
    • Gets water needs from food source
    • Nests in wall voids and appliances
    • droppings 1/8-1/4" and pointed
    • Can carry Salmonellosis, leptospirosis, LCM
  239. Deer Mouse
    • Tail has two toned colour
    • Generally outdoors larger foraging area than house mouse
    • Needs freestanding water
    • Nest in sheds and other structures near wooded areas
    • droppings 1/8 -1/4" and pointed
    • Primary transmitter of hantavirus
  240. Norway rat
    • AKA - brown rat, sewer rat
    • Tail shorter than entire body
    • Range up to 450 feet from nest
    • Requires water source 1-2 ounces per day
    • Nest outdoors in burrows, indoors wall voids & under floors
    • droppings 3/4" blunt
    • Can carry rat bite fever, salmonellosis, listeriosis, trichinosis
  241. Roof rat
    • AKA - Black rat, fruit rat
    • Tail longer than entire body
    • Range up to 300 feet from nest
    • Requires water source 1-2 ounces per day
    • Nest above ground attics, wall voids, trees
    • Droppings 1/2 curved and pointed
    • Can carry rat bite fever, salmonellosis, listeriosis, trichinosis
  242. Name 3 pest birds.
    • European starling
    • House sparrows
    • Pidgeons
Author
WC
ID
357577
Card Set
My ACE study cards
Description
Updated