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Basic Entomology
 

Basic Entomology

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  • THINK about issueASK the right questionsUtilizing RESOURCES
  • Insects are small but they have a significant impact! They are major players in all sorts of life processes.I am here to try to show you just a few ways that insects are relevant to our life and world today and why plant/insect interactions are so important!
  • The most important message to take away though is:ONLY 1% of all insect species are ever considered a pest!!
  • sensory, intake, communicationdigestion, sensory,leg & wing attachment respiration, reproduction, defense, output, special
  • One way insects sense is by vision. Simple= ocelli Complex= compound – made of 40,000 facets so vision is by mosaic. It is not as clear, but it is much better at detecting movement. It is like seeing the world through your screen door.
  • Different forms of antennae depend on their function: What it needs to smell.some GROUND dwelling..have no use for eyes, and rely on smell and taste. Some can also sense vibration through typanal membranes…located either in thorax, or along the abdomen.Chemosensation is the main mode of sensing.
  • OVIPOSITOR story: mason bees , we’ll see later…can actually deposit male (fertilized) eggs near entrance to protect his sisters… incredible accuracy!
  • Chewing, piercing-sucking, rasping-sucking, siphoning, sponging, cutting-sponging, chewing lapping
  • The piercing-sucking mouthparts are composted of 4 “stylets” that are really modified mandibles and maxilla
  • Talk about advantages and disadvantagesComplete metamorphosis: more stages for parasitism
  • Phyllum, class, order, family, tribe, genus, species… with various “subs”Organizes, provides common languageReflects evolutionary relationships Most resources have a Glossary! You will need it!
  • MONO – Eloria moth caterpillar..actually used….coca plantationsOLIGO – monarch bfly larv. milkweedPOLY – including other insects. Japanese Beetle , feeds on over 300spp of plants…prob. Is why, in huge part, it’s a PEST
  • HOW insects eat depends on SPECIALIZED MOUTHPARTS. Plant damage DIFFERS depending on what type of insect that is doing the damage.The most ancestral type of mouthpart is CHEWING.
  • Cinnabar moth damage on Noxious weed: Tansy Ragwort. This moth was introduced as a biocontrol agent, and the “damage” is caused by larval feeding on the plant.
  • The Ragwort fleabeetle was also introduced, and proved to be a more effective biocontrol agent than the Cinnabar moth. See before and after examples (several years have passed)
  • TRUE BUGS..PESTS:aphids, thrips, spider mites, whitefliesIn addition to direct feeding damage, sap suckers often act as disease vectors
  • Gall formation is insect initiated: Plant growth is altered by a signal from the insect to form gall tissue. Unknown how gall formation gets triggered… saliva, excretions? Studies show increased levels of SUGARS, LIPIDS, PROTIENS available to the gall forming insect within the gall tissue.Aside from being unsightly, most galls are not harmful to the plant.Examples: Cynipid wasps on oak….grape tube
  • Wings: Beetles have two sets of wings Meet in a straight line down the back Membranous back wings hidden under front used for flying Front or back wings may be greatly reducedMouth parts: strong mandibles predatory, seed eating, leaf chewing, scavengingStriped cucumber beetle: Diabrotica sp. Related to the spotted cucumber beetle Becoming more of a problem Also related to Western corn root worms (larvae cause similar damage to roots/crowns)
  • Either front or hind wings may be greatly reduced. I the case of blister beetles and rove beetles, it is the front wings that are reducedBlister beetles rove around on the ground eating bee and grasshopper eggs. They produce a toxin that can be hazardous to livestock.
  • Cabbage seedpod weevil Ceutorhynchus obstrictusCucumber beetle Diabrotica sp.Potato flea beetle Epitrix sp. “Shot holing”Native weevilSeed weevil on Kincaid’s lupine
  • The spotted cucumber beetle is a major pest in squash, cucumbers, beans and other crops. In this picture you can clearly see its well developed mandibles that it uses to chew holes in leaves.This weevil is an example of a seed weevil, just to give you an idea of what they look like. Weevils are also called snout beetles because of their elongated nose, and many of them are considered pests. They also have strong chewing mandibles, but they are located on the end of a long snout.Click beetles aren’t really pests, but their larvae are. Their larvae are called wire worms, and can be big pests in potatoes, sugar beats and other crops. They kind of look like millipedes without all the legs. They look similar to the larvae of ground beetles. Ground beetles are beneficial insects, so look closely before you decide to squash it. Ground beetles have two cerci at their tail end… kind of like earwigs.
  • Can you tell me what these two examples of damage have in common, and what is different. The picture on the right is Rhododendron leaves, and the one on the right is a dead Thyme leaved fuschia. The host isn’t necessarily important.
  • Vine weevils present a good lesson in prevention, and tolerance. They are pretty difficult to control. All of the weevils are female, and therefore just one weevil can turn into a problem… one female can lay up to 500 eggs per year. Nurseries will reject a whole shipment of plants if they find even one black vine weevil in the truck. Don’t buy plants that show weevil damage on the leaves, and it could be a good idea to check the root balls of plants that you purchase between Fall and spring… this is the time when the larvae are visible.
  • True bugs have:abdomen that is Broadly joined to the thoraxTwo pairs of wingsHemelytra= front wings= most distinctive characteristicScutellumBox elder bugs are a common insect in western Oregon. They develop on maple trees during the summer. They are most visible when they congregate on or in buildings! Seal up gaps around windows and doors and put screens in windows to prevent entry.Can be pests, predators or parasites
  • Damages:tree fruit, grapes, berries, vegetables, corn, soybeans, and ornamental plants aggregates on the side of houses
  • The nomenclature used to describe insects varies: While I was reading up on the marmorated stink bug I found the thorax region of this insect described as the Prothorax, pronotum and shoulders
  • Natural enemies= green lace wings, minute pirate bug, azalea plant bugCultural control= azaleas in the sun or that are water stressed are more likely to get damaged. There are also varieties that are resistantThere are native lace bugs on Indian Plum
  • Variable life histories:Largest member of suborder= Cicadas with life cycles that last between 4 and 17 yearsAphids have many generations per yearScales (males) and white flies= last nymphalinstar is quiescent and pupalike, making it resemble complete metamorphosisProduce honeydew= sooty moldScale= European fruit lecaneum scale
  • Knowing the lifecycle helps decide how to target control effortsFlies tend to be pests in their larval stage.Walnut husk fly is related to the apple maggot it causes discoloration in walnut shell so lower value
  • Insects that cause galls are often very host specific. See examples of oak gall, mossy rose gall…In addition to flies there are also wasps (oak gall), mites (maple gall)Fungus gnats can feed on root hairs, crowns and inside stems
  • Confirmed hosts:BlueberriesCherriesWine and table grapesStrawberriesBlackberriesMarrionberriesRaspberriesPlumsPeachesFigsHardy kiwiAsian pears
  • grain belt damage picant story ghoppercpt., “bad” imageadults vs nymphsCongeners Widely varying habit Family, genus, spp. Red list to Red Book
  • They have a short proboscis that is probably used for piercing and sucking liquid.Some describe it as a scraping and sucking feeding actionMany generations per yearVery common on daisies and dandelion
  • Prefer to feed on rapidly growing tissuesCause tiny scars : “Stipling”Damaged leaves papery and distorted and discolored… often with black specksStunted growthMalformed fruit
  • Scales come off like dust11,000 species occur in US and CanadaButterflies have knobbed antenae, moths have
  • The black spotted cutworm is very common on Dutch Iris and lupines in the home gardenThe best way to identify it is the black “triangular” markings on it’s posterior segments
  • Black cutworm= grass, corn, brassicasGlassy cutworm= very common in grass, corn, brassicasCrane fly larvae do not have legs or a hard head capsule (see ruffly mouth parts..)
  • Black cutworm= grass, corn, brassicasGlassy cutworm= very common in grass, corn, brassicasCrane fly larvae do not have legs or a hard head capsule (see ruffly mouth parts..)
  • Compare the damage of Coddling Moth (Lepidoptera) to the Apple maggot (Diptera)
  • Tortricid leaf rollerPicture: male… often colors more muted as scales are brushed offFirst found in US in California Bay Area in 2007Can consume 250 known plants including grapes, apples and other economically important cropsIt feeds on foliage, reducing photosynthetic ability… weakens plants.It can also feed directly on fruit making it unmarketableIt has not been found in Oregon yet, BUT master gardeners are one of the first lines of defense!
  • Root feeding leads to lack of vigourOften found in patches or circlesThey are considered a huge pest in organic gardens and farmsNot much is knownWhat works for one person, doesn’t work for othersTo monitor put out slices of potatoes under up turned garden pots
  • True insects have 3 body parts and 3 sets of legs
  • European red mites cause stippling and in serious cases “bronzing” of leavesSpruce spider mite effects all conifers. This picture is Douglas fir. Effective control during summer includes overhead watering and insecticidal soap. Unusual b/c overwinter as eggsSpider mite on tomatoGall mite on big leaf maple
  • Hobo spider is also known as the Aggressive House spider. The spider is neither aggressive or overly prone to living in household environments. At some point it’s latinname:Tegenariaagrestis(agrestis means “rural” in latin) was misinterpreted to mean aggressive.Easiest to ID what is NOT a hoboCan’t rely on size or color because they vary and can be similar between species
  • Giant house spiders and other look alikes are much more common than Hobo spidersIt is unusual to find them in the houseThose giant brown hairy ones are giant house spidersOnly giant house spider and domestic house spider have spots on sternum (at base of legs). They may be very faint!Stripes on cephlothorax= NOT hoboStripes on legs = NOT hoboShiny reddish legs= NOT hobo
  • Pterostichus melanariusLady bug: aphidsSoldier beetle: pollen, nectar, aphids, caterpillars, soft bodied insectsScaphinotusangusticollis: Snails
  • The red mites are predatory.
  • I’m just going to stick to beneficials!
  • Parasitized aphids: Aphid mummies! Note the “tail pipes” or cornicles (this is the telltale sign that you would look for to know that it is an aphid). The circular “trap doors” on their backs are the spots where the grown parasitoids exited their home.
  • Top right: Hymenoptera laying eggs inside a log (more likely, laying eggs in a larvae found inside the log..!)Top left: parasitized lepidoptera larva. This would be an “ecto parasite” because the eggs are on the outside of the host.Bottom left: Hymenoptera parasitizing a pupae in the soilBottom right: life cycle of the Hymenoptera that parasitizes aphids (aphid mummies seen on previous slide)Hyperparasitoidism is when a parasitoid on/inside a host is parasitized by another parasitoid…
  • Not all insects that visit flowers are pollinators!Here is a clearwing moth on a native forget me notTiny diptera on Royal jacobs ladder
  • Flowers with open corollas are usually pollinated by many different insects. Other flowers with specialized flower shapes may be better suited to particular pollinators: humming birds, bats, bumble bees, etc.Some insects are just cheaters and get away with the nectar without helping with pollination.Bottom: human vs insect view of flower color!
  • How could you tell that this is a fly and not a bee?: only two wings (bees have 4). If you look closely you can see the second set of modified wings on flies called a haltier.Do you see anything else in the picture besides the syrphid fly larvae and aphids? Could some of these aphids be parasitized?
  • Shelter: Crop rotation, Beetle banks, alternate row harvest, perennial hedgerows, or perennial plantings among otherwise annual crops
  • Angelica: ladybird beetles, lacewingsCilantro: hover flies, parasitoid wasps and flies,Lomatium: native beesLovage: parasitoid waspsOthers include: DillFennelCarawayAniseChervilBlue lace flowerWhite lace flowerQueen Ann’s lace
  • Goldenrod: Soldier beetles, predatory bugs, lady beetles, parasitoid waspsChamomile: lady beetlesCosmos: hover flies, lace wings, minute pirate bugsOregon sunshine: native insects and pollenators

Basic Entomology Basic Entomology Presentation Transcript

  • Introductory Entomology
    Master Gardener Training
    February 16, 2010
    Linn and Benton Co., OR
    Laurel Moulton
    --Graduate Student --
    Oregon State University
  • The Menu for today:
    Basic Entomology
    Identifying plant damage
    Common insect orders
    BREAK
    Lab
    Beneficial insects
    Habitat
  • Goals for today
    Basic knowledge
    Questions to ask
    Resources
    What is this ?
    How do I fix it???
  • Small bodies, BIG impact
    • waste management
    • nutrient cycling
    • crop protection
    • food webs
    • cultural value
    • plant propagation
    • entomophagy
    • disease transmission
    • destroy commodities
    Christian Grantham
  • from Gullen & Cranston, “The insects: and outline of entomology”
  • Basic anatomy
    Head:
    • Sensory
    • Intake
    • Communication
    Thorax:
    • Wing attachment
    • leg attachment
    Abdomen:
    • Digestion
    • Respiration
    • Reproduction
    Arthropods:
    Insects= 6 legs
    Non insect Arthropods:
  • What’s inside?
  • Sensory: Visual
    Geoff Woodard
    • Ocelli
    light vs. dark
    • Compound eyes
    Mosaic
    Movement
    UV detection
    Bjorn Roslett
    Photo credits: Univ. of Wisconsin Dept. of Entomology
  • Chemosensory: Antennae
    “Smell”
    Pheromones
    Structure = function!
  • Chemosensory: Antennae
    filiform
    pectinate
    aristate
    clavate
    setacious
    serate
    flabellate
  • Legs/tarsi
    Vibration
    Taste
    Ovipositor
    Suitable habitat
    Egg laying preference
    Sensory: Other
    Stanislav Georb
  • Piercing-sucking
    Mouthparts
    • Structure = Function
    • Variable
    • Modified
    sponging
    chewing
    siphoning
    D.G. MacKean
    From: A. Imms
  • Zweibel laboratory
  • Insect Metamorphosis
    COMPLETE
    SIMPLE
    nymph – adult
    same habitat
    same resources
    “adult”
    winged
    reproductive
    egg – larva – pupa - adult
    different habitats
    often different diet
    advantages ?
    parasitism
    adults may not feed
    Invasive.org
  • What’s in a name?- Taxonomy -
    Organizational language
    Family Genus species
    Classification
    Latin roots: “-ptera”,“hemi-”,“holo-”
    Directional
    dorsal, ventral
    anterior, posterior
    basal, apical
  • Insects & plants
  • Herbivory
    Plant experiences:
    Tissue loss
    Seed reduction
    Reduced vitality/vigor
    Pathogens
    Insect receives:
    Nutrition
    Growth
    Habitat
  • Phytophagy = plant eater
    Polyphagous
    Monophagous
    Oligophagous
    Most specific
    Specialists
    1:1
    More broad
    Related genera
    1: a few
    • a.k.a Generalists
    • Unrelated families
    • 1: whatever’s in the fridge
  • Defoliation
    Chewing
    Lepidoptera, Coleoptera
    Symptoms
    Holes
    Skeletonizing
    Defoliation
    Univ. of Kentucky
    D G Mackean
  • Ravenous plant munching can be a good thing… Biocontrol
    Peter McEvoy
  • Ragwort fleabeetle
    Peter McEvoy
    Cinnabar moth
    Peter McEvoy
  • Plant Mining
    Chewing
    Larvae of
    Diptera
    Lepidoptera
    Symptoms
    Trails, tunnels
    Frass
    Secondary infections
    Univ. of Hawaii
    USDA-APHIS
  • Sap Suckers
    Piercing-Sucking
    Most life stages:
    Homoptera
    Heteroptera
    Symptoms
    discoloration
    reduced vigor
    wilting, curling
    spittle
    Disease transmission
    D G Mackean
    APSnet.org
  • Gall Formation
    Piercing-sucking
    Plant response
    salivary fluids
    egg laying
    not generally harmful
    Hymenoptera, Homoptera
    Symptoms on
    leaves
    stems/twigs
    flowers
    Univ. Of Wisc.onsin
    Ohio State Univ.
    Oregon BLM
  • Common insect orders
  • James Young 2008
    Coleoptera“sheath-wings”
    Beetle
    BEETLES
    Chewing mouthparts
    Complete metamorphosis
    Elytra
    hardened/leathery front wings
    Largest order if insects
    Sam Houston 2009
  • Not all beetles have full elytra…
  • Cabbage seed weevil
    Cucumber beetle
    Coleoptera: Black vine weevil
    Potato flea beetle
    James Young 2007
    • Wire worm
    • Seed weevil
    • Spotted cucumber beetle
    Mark Gray
    Ground beetle larva
    NOT wire worm
    Mark Fowler 2005
  • Black vine weevil
  • Black vine weevil
    Chris Adam 2007
    B. Anderson and M. Reding 2009
  • Box elder bug
    Heteroptera
    “different-winged“
    • TRUE BUGS
    • Piercing-Sucking mouthparts
    • Simple metamorphosis
    • Front wing is divided
    • thickened at base
    • membranous at tip
    • Scutellum
  • Pest Alert:
    Brown Marmorated Stink Bug
    Peter Shear
    Peter Shear
    James LaBonte
  • Identification:
    Brown Marmorated Stink Bug
    Can be confused with:
    Rough Stink Bug
  • Identification:
    Brown Marmorated Stink Bug
    Can be confused with:
    Rough Stink Bug
    Pro thorax
    Pronotum
    Shoulders
  • Azalea lace bug
    Identifying character: lacy wings!
    Damage: extensive leaf stippling
    Photos: Robin Rosetta
  • Homoptera
    “same-winged“
    • APHIDS, WHITEFLIES, SCALES, PLANT HOPPERS, CICADAS
    • Piercing-Sucking mouthparts
    - Vector disease
    • Wings with uniform texture
    - Held tent-like over body
    • Many plant pests
    Robin Rosetta
    UC IPM
    Eric Matthews
  • Aphids!
    WSU Whatcom Co. Extension
    Blueberry scorch virus
    = disease vector!
    Cornicles = Aphid
    WSU Whatcom Co. Extension
    Barley yellow dwarf virus
  • Diptera“two-wings”
    FLIES
    Chewing, often modified
    Sponging (cutting)
    Piercing-sucking
    Complete metamorphosis
    One pair of wings
    Hind “wings” reduced: Halter
  • Apple maggot
    • Red sphere trap+lure
    NEW PEST ALERT…
    Canadian ministry of Ag.
    Cal extension
    Beet leaf miner
    Crane fly
    A. Schattmann
  • Fungus gnat
    Debbie Roos NC extenstion
    Goldenrod
    gall fly
    W. Abrahamson and P. Heinrich
  • Spotted winged drosophila
    Spotted Wing Drosophila
    D. Bruck 2009
    M. Hauser, CDFA
    Mike Reitmajer 2009
  • Drosophila suzukii locations in Oregon, 2011
    Confirmed locations from collected fruits or trapping by ODA, APHIS and OSU
  • Guidelines for Monitoring Adult SWD Presence
    Clear container with lid, ~10 holes (3/16”) around the side of container
    1.5-2 inches of solution
    Real apple cider vinegar + small drop of unscented liquid dish soap
    Service traps weekly
    Hang from plant or stake in shade at fruiting level in the canopy, out of wind
    Place as many traps in your susceptible crops as you can reasonably maintain
    Pay particular attention to high risk areas
    Diverse field edges with ample shade
    Deploy traps just prior to fruit coloring
    Count and record the number of male SWD weekly
    *Watch website for regional detections of SWD
  • Spotted Winged Drosophila
    Drosophila suzukii, an invasive pest
    of berry and stone fruits
    Oregon Non-Commercial Homeowners
    Backyard Management Guide
    Backyard Gardener Monitoring
    To share your information with OSU researchers, make sure to provide as much of the requested information as possible.
    • Report any findings of SWD adults and larvae in fruit to your nearest extension office
    • Fill out the online excel record sheet and email to : SWD.OREGON@GMX.COM
    Found on SWD website, For Gardeners
    http://swd.hort.oregonstate.edu
  • Orthoptera
    “long-winged“
    • GRASSHOPPERS, KATYDIDS, CRICKETS
    • Chewing
    • Simple metamorphosis
    • Characteristic legs
    - Hind leg= modified for jumping,
    - thickened femur
    - sound production
    • Not much of a pest on west side…
    ©Red Planet Inc.
  • Isoptera
    “similar-winged“
    • TERMITES
    • Chewing
    • Structural pests
    • Beaded antennae
    • Social castes
    - colonies
    - queen, workers
    © Lucas Raptis 2008
    photo: Kevin Hall 2008
  • Thysanoptera“fringe-wing”
    THRIPS
    Sucking or rasping-sucking
    Intermediate development
    wings develop in 3rd larval stage
    Go through pupal stage
    4 wings fringed with hair
    Sample: yellow sticky card
    TX A&M extension
    Bumblebee.org
  • Feed on flowers, fruit, leaves, twigs, buds
    Disease vectors
    A.M Varela
  • Butterflies of Singapore
    Glen K. Peterson
    Lepidoptera: Butterflies & moths“scale-wings”
    Long proboscus: siphoning
    Complete metamorphosis
    2 pairs of wings
    Butterfly wings upright at rest
    Moth wings flat at rest
  • Cabbage Looper
    Indian meal moth
    Peach tree borer
  • Cabbage butterfly
    Cabbagelooper
    OSU IPPC
    NM extension
    TX A&M extension
    Love Apple Farm 2008
  • Cutworms: Black spotted cutworm
    Photos: OSU IPPC
    Robin Rosetta
  • Other common cutworms…
    Black cutworm
    NOT a cutworm: What is it? Why?
    Glassy cutworm
  • Other common cutworms…
    Black cutworm
    NOT a cutworm: What is it? Why?
    Glassy cutworm
    No legs!
    Ruffly posterior
  • WSU extension
    Coddling Moth
    Doug Wilson USDA-ARS
    Apple maggot
  • Be on the lookout for: Light brown apple moth
    D. Williams
  • Class: Isopoda“same foot”
    • PILL-BUGS, ROLY-POLYS, SOWBUGS
    • “non-insect arthropod”
    • Habitat:
    • moist, damp, dark
    • soil macrofauna
    • Scavengers =
    • plant tissue
    • detritus
  • Symphyla“”
    Garden symphylans
    Related to millipedes
    3-6mm long
    Feed on fine roots and germinating seeds
    7-8 per shovel= pest
    Sampling with potato…
  • Arachnida“spider”
    spiders, mites, ticks, scorpions
    Two body segments
    4 pairs of legs
    Bio-bee.com
  • Mites
    Spruce spider mite
    European red mite
    Canadian ministry ofagriculture
    Jack DeAngeles
    UC Georgia
    Spider mite
    Maple Gall mite
    Ronald S. Kelly
  • Hobo??
    Giant house spider??
    D. Hagon
  • NOT a Hobo
    D. Boe
    NOT a Hobo
    NOT a Hobo
    David Phillips
    Maybe a Hobo
    R. Vetter
  • Black widow
    Most poisonous spider in Oregon
    Less than 1% of bites result in death
    Dark places: wood piles, basements, garages
    ID characteristic: red hourglass on females
    False black widow: no red markings
  • Break time!
  • Beneficial insects
  • Lee R. 2007
    Dave Ingram
  • Predatory mites
    Denis Crawford
  • Neuroptera
    “net-wing”
    LACEWING
  • Mantodea
    • PRAYING MANTIS
    • Predators!
    • Simple metamorphosis
    - Ootheca – Nymph – Adult
    • Raptorial foreleg
    • Business of Bugs
    Lance Cromwell
    ©2004 V.J.Hickey
    • Big eyed bug
    • Minute pirate bug
    • Crab spider
    • Hover fly
    Jack Dykinga
    Jack Dykinga
    Pamela Martin
  • Hymenoptera “membrane wing”
    WASPS, BEES, SAWFLIES, ANTS
    Chewing, lapping
    Complete metamorphosis
    4 membranous wings
    Ovipositor often modified into stinger
    Beneficial services:
    Pollinators
    Parasitoids
    mutualism
    Dan Perlman
    ©Red Planet Inc.
    ©Red Planet Inc.
  • What are these?
  • Parasitoid wasps
    • What is the difference between a Parasite and parasitoid??
    • Parasite = host survives
    • Parasitoid = host is killed
    • All life stages are targeted
    • Egg
    • Larvae
    • Pupae
    • Adult
    • Hyperparasitoidism
    © Dwight Kuhn
    ©Red Planet Inc.
  • Pollinators: beyond honey bees
  • Pollination
    Diptera , Coleoptera, Lepidoptera, Hymenoptera
    Bats, birds…
    Specificity
    corolla structure
    nectar timing
    co-evolution?
    Cheating
    Visit ≠ pollination
    Nectar thieves
    James Altland, OSU
    Yoshioka et al., 2005
  • Diptera
    • Syrphid flies
    • Adults
    • pollinate
    • feed on nectar
    • Larvae
    • predacious
    • 1 can consume >100 aphids per month
  • Go to native bee slides…
  • Habitat: Conservation Biocontrol
    Be careful with pesticides
    Provide alternative habitat
    Shelter
    Pollen
    nectar
    Alternative prey
  • Carrot family:
    Lovage
    Lomatium
    G.D. Car 2007
    Angelica
    Cilantro/Coriander
  • Cosmos
    Tom Adams 2005
    Goldenrod
    Chamomile
    Oregon sunshine
    Native seed network
  • Habitat:
    Plant flowers… try some natives
    Let some of your salad mix go to seed!
    Flowers from mustards & cabbages beneficial
    Leave “beetle banks” in farm fields
    Diverse structure
    Water
    Hiding places
  • Resources!
    Don’t forget the resource handout!