H
Species Profile

Hawk Moth Caterpillar

Sphingidae (larval stage)

Hornworms: big bites, bold disguises
Ernie Cooper/Shutterstock.com
Hawk moth caterpillars are often wonderful shades of green with diagonal white stripes.

At a Glance

Family Overview This page covers the Hawk Moth Caterpillar family as a group. Stats below are general traits shared across the family.
Also Known As Hornworm, Sphinx caterpillar, Sphinx moth caterpillar, Sphinx larva, Horned caterpillar
Diet Folivore
Activity Nocturnal+
Lifespan 5 years
Weight 0.04 lbs
Status Not Evaluated
Did You Know?

Many sphingid caterpillars have a rear "horn," but in some species it shrinks into a button-like bump in later stages.

Scientific Classification

Family Overview "Hawk Moth Caterpillar" is not a single species but represents an entire family containing multiple species.

Hawk moth caterpillars are the larvae of hawk moths (family Sphingidae), typically stout-bodied, smooth-skinned caterpillars often bearing a posterior ‘horn’ (hence ‘hornworms’). They are important herbivores and are the juvenile stage of fast-flying, often nectar-feeding adult hawkmoths.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Lepidoptera
Family
Sphingidae

Distinguishing Features

  • Usually a single horn or button-like structure on the rear (caudal horn)
  • Large, smooth, cylindrical body with strong segmental patterning; many are green for camouflage
  • Some species have prominent eyespots or bold lateral stripes
  • Often feed on specific host plant families (e.g., Solanaceae, Onagraceae, Rubiaceae, Vitaceae)

Physical Measurements

Length
3 in (1 in – 5 in)
Weight
0 lbs (0 lbs – 0 lbs)
Tail Length
Up to 1 in
Top Speed
0 mph
Usually slow; brief fast bursts

Appearance

Primary Colors
Skin Type Hawk moth caterpillars (Sphingidae larvae) are stout and usually smooth or slightly bumpy with a leathery, waxy look. Many lack hairs; some have small bumps. A tail horn, knob, or eye-spot is common.
Distinctive Features
  • Hawk moth caterpillars usually measure about 2–13 cm long, some species smaller, largest hornworms about 10–13 cm, and about 0.4–2+ cm wide with a thick, tube-shaped body.
  • Hawk moth (Sphingidae) caterpillars feed as larvae about 2–8+ weeks in warm weather, longer in cool areas or with diapause. Many have 1–3+ generations per year and often overwinter as pupae.
  • Caudal horn ('hornworm' trait): many Sphingidae larvae have a rear horn on the eighth abdominal segment. It can be a nub, spine, or eye-spot, with different colors that may change between instars.
  • Large false eyespots: present in many lineages (especially on anterior segments), often revealed during defensive postures; eyespots can be ringed with light/dark colors and may mimic vertebrate eyes.
  • Head and posture: capable of retracting the head/first segments and inflating the thorax; many adopt a 'sphinx' posture (raised front end) when disturbed.
  • Hawk moth caterpillars defend by startle displays (showing eyespots), thrashing, spitting up, some clicking, dropping on silk, or staying still and hidden. Bright warning colors or camouflage vary by species and host plant.
  • Sphingidae caterpillars are mostly solitary, feed on leaves outside the plant, and are often active at night or dusk. They can eat lots of foliage and sometimes become crop pests; some are generalists, others need specific hosts.
  • Pre-pupation changes: many wander from the host plant to pupate; some burrow into soil or leaf litter, others use loose surface litter. Many larvae change color (often duller/browner) shortly before pupation.
  • As larvae, hawk moth caterpillars eat many plants and are eaten by birds, parasitic wasps and flies, and other predators. Adult moths often fly fast, feed on nectar, and pollinate; roles vary by species and habitat.

Did You Know?

Many sphingid caterpillars have a rear "horn," but in some species it shrinks into a button-like bump in later stages.

Some can inflate the front of the body and display large eyespots-startling birds without being venomous.

Some hawk moth caterpillars are among the largest, with the biggest species reaching about 12-13 cm long (for example, the death's-head hawkmoth caterpillar).

Most feed mostly at night and hide by day, blending in with leaf veins, stems, or bark.

When ready to pupate, many wander off the host plant and burrow into soil or leaf litter to form a pupa.

Adults of the same family are famous pollinators (some hover like hummingbirds), linking larval herbivory to adult pollination roles.

Host-plant choice is diverse: many are specialists on one plant family, while others use multiple unrelated hosts.

Unique Adaptations

  • Caudal horn (or its reduced remnant): a hallmark defense feature in many sphingid larvae-conspicuous but not a stinger.
  • Smooth, muscular "bullet" body: suited for powerful gripping on stems/leaves and rapid repositioning when threatened.
  • Eyespots and false head effects: markings near the front can misdirect attacks toward less vital body regions.
  • Cryptic striping and oblique side bands: common camouflage motifs that break up the body outline along leaf midribs and stems.
  • Strong internal physiology for rapid growth: many species achieve large size quickly on nutrient-rich host plants, then pupate underground where humidity is stable.
  • Soil-adapted pupation: many pupae have a free "proboscis case" (in some lineages) and are shaped for subterranean chambers, aiding safe metamorphosis.
  • Dietary specialization tools: gut enzymes and feeding behavior allow many species to handle specific plant defenses (varies strongly by host and lineage).

Interesting Behaviors

  • Nocturnal feeding with daytime hiding: a common pattern, though some species feed openly or by day depending on habitat and predator pressure.
  • Threat displays: rearing the front body ("sphinx" pose), retracting the head, or flashing eyespots; intensity varies widely among genera.
  • Dropping response: many let go and fall when disturbed; some also regurgitate plant material as a deterrent.
  • Color and pattern shifts across instars: individuals may change from green to brown morphs, often matching seasonal foliage or drying leaves.
  • Wandering pre-pupation: late instars often travel meters away from the host to find suitable soil/leaf litter; some spin a loose cocoon, many do not.
  • Host-plant-driven ecology: larvae can be major defoliators in outbreaks, yet most populations are kept in check by parasitoid wasps/flies and predators.
  • Geographic and climatic variation: tropical species may breed continuously, while temperate species often have 1-2+ generations and overwinter as pupae.

Cultural Significance

Hawk moth caterpillars (hornworms, family Sphingidae) are known in gardens and farms because some eat crops and ornamentals. Adults are strong flyers and pollinators of long-tubed flowers. Their Sphingidae name refers to a Sphinx-like larval pose. They’re used in classes to show metamorphosis, plant-insect links, and food webs (including parasitoids).

Myths & Legends

European folklore around the Death's-head hawkmoth (Acherontia spp.) treated the moth as an omen of misfortune or death; its skull-like thoracic marking helped fuel superstition and later gothic storytelling.

The term "sphinx" in hawkmoth names comes from early naturalists likening the caterpillar's reared-up resting pose to the Sphinx-an enduring naming story repeated in natural history traditions.

In Western art and popular culture, hawkmoths have been used as symbols of mortality and transformation (most famously the Death's-head hawkmoth motif in modern literature/film), drawing on older European associations of hawkmoths with the uncanny.

Conservation Status

NE Not Evaluated (family-level hub; assessments are typically at species level)

Has not yet been evaluated against the criteria.

Population Unknown

You might be looking for:

Tobacco hornworm / Carolina sphinx moth caterpillar

32%

Manduca sexta

Large green hornworm caterpillar common on tomatoes and other Solanaceae; classic example of a sphingid larva.

Tomato hornworm / five-spotted hawkmoth caterpillar

22%

Manduca quinquemaculata

Very similar to tobacco hornworm; another well-known North American sphingid caterpillar.

View Profile

Elephant hawk-moth caterpillar

18%

Deilephila elpenor

Often brown/green with large eyespots; widespread and well-known in Europe.

White-lined sphinx caterpillar

16%

Hyles lineata

Variable-striped larva; widespread in North America and frequently encountered.

Privet hawk-moth caterpillar

12%

Sphinx ligustri

Large green-and-purple larva found on privet and related plants in Eurasia.

Life Cycle

Birth 200 larvas
Lifespan 5 years

Lifespan

In the Wild
2–20 years
In Captivity
2–16 years

Reproduction

Mating System Polygynandry
Social Structure Solitary
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Sphingidae larval stage note: these caterpillars do not mate; adult moths are solitary and mobile. Females use sex pheromones to attract mates. Both sexes often mate with multiple partners. Fertilization is internal; females store sperm. Eggs are laid singly or in small batches; no parental care.

Behavior & Ecology

Social Aggregation Group: 1
Activity Nocturnal, Crepuscular, Cathemeral
Diet Folivore Tender new leaves of the larva's specific host plant (family-wide host range is broad, but many species are host-specialists)

Temperament

Generally non-social and avoidance-oriented; many species rely on crypsis (green/brown coloration, countershading) and stillness by day, with feeding often shifted to dusk/night.
Defensive behaviors are common but vary across the family: thrashing, rearing the anterior body, clicking/mandible snaps in some taxa, startle displays (eye-like spots, sudden posture changes), regurgitation of gut contents, and biting when handled.
Sphingidae larvae use many defenses: many are cryptic, while others have bold, warning-like patterns and startle poses; some change with growth (cryptic when young, more showy later, or vice versa).
Hawk moth caterpillars (Sphingidae larvae) feed on leaves and stems of many plants; some are plant specialists, others generalists. Predators and parasitoid wasps/flies shape their hiding, feeding times, and movement.
Hawk moth caterpillars (Sphingidae) at final stage are usually 3–12 cm long (earlier stages smaller). Their bodies are stout and smooth, often with a rear horn that varies in size or may be reduced.
Hawk moth caterpillars (Sphingidae) usually take about 2–8 weeks to develop in warm, continuous conditions. In cool areas or with diapause, the larval stage can last months; generations per year vary.

Communication

None; larvae are generally silent No true vocal communication
Chemical cues: contact/short-range cues from host-plant chemistry, frass, and cuticular chemicals may influence spacing/avoidance and host use; larvae primarily 'communicate' via inadvertent chemical traces rather than intentional signaling.
Tactile signaling: physical contact can trigger defensive thrashing, rearing, or dropping behavior; these responses can incidentally deter nearby conspecifics or predators.
Vibrational cues: movement and feeding can produce substrate-borne vibrations; while not a complex social signal, larvae and predators/parasitoids may use these cues for detection or avoidance.
Visual displays: posture changes and exposure of eyespots/contrasting patches function as startle signals to predators; this is widespread but variable across sphingid lineages and instars.

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Tundra Alpine Freshwater Wetland Marine +9
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky Sandy Muddy +7
Elevation: Up to 13123 ft 4 in

Ecological Role

Primary consumer (foliar herbivore) and major prey resource within terrestrial food webs; in some regions also an occasional agricultural/ornamental pest guild.

Transfers plant biomass into animal biomass, supporting predators (birds, small mammals, reptiles, arthropods) Supports parasitoid communities (especially parasitoid wasps and flies), contributing to natural biological control dynamics Accelerates nutrient cycling via frass (caterpillar droppings) that enriches soils and influences plant-microbe interactions Shapes plant performance and community composition through defoliation pressure; impacts vary from negligible to locally severe outbreaks Serves as a key juvenile stage linking plant production to adult hawkmoth populations (adult roles often include pollination, though larval and adult diets differ)

Diet Details

Other Foods:
Leaves of host plants Host plants Flowers, buds and young shoots Soft fruit and seedpods

Human Interaction

Domestication Status

Wild

Hawk moth caterpillars (family Sphingidae) are not domesticated. They are wild, and some are farm pests, like hornworms on solanaceous crops. Some species (notably Manduca sexta, the tobacco hornworm) are often reared in captivity for research or teaching, but this is captive rearing, not domestication by people over many generations.

Danger Level

Low
  • No medically significant venom or stinging apparatus in sphingid larvae; the caudal 'horn' is not a stinger
  • Minor skin/eye irritation or allergic reactions are possible from handling (contact with caterpillar, frass, or host-plant residues)
  • Rare minor nips/pinches from chewing mouthparts if mishandled
  • Indirect harm via crop/ornamental plant damage in pest species (economic loss rather than direct physical danger)

As a Pet

Suitable as Pet

Legality: It is usually legal to keep or raise locally found or bought Sphingidae caterpillars for learning or hobby, but rules vary. Protected species/areas and moving live insects across borders may be banned.

Care Level: Moderate

Purchase Cost: Up to $25
Lifetime Cost: $10 - $200

Economic Value

Uses:
Agricultural and horticultural impact (some species are notable defoliators/crop pests; many are minor or neutral) Commercial rearing as feeder insects (reptiles/amphibians/invertebrate pets) for a limited number of species/lines Research organisms (physiology, neurobiology, development, insect-plant interactions) Education and outreach (classroom rearing, metamorphosis demonstrations, citizen science) Biodiversity/ecosystem services (as larvae: herbivory; as adults: many are important pollinators, affecting human-valued plants indirectly) Wild food/entomophagy in some regions (selected large larvae harvested locally)
Products:
  • Live feeder caterpillars (e.g., sold as 'hornworms')
  • Rearing supplies and educational kits (eggs/larvae, artificial diet, care materials)
  • Laboratory cultures (for experimental use; species-dependent)
  • Occasional use as fishing bait (locally, where permitted)

Relationships

Predators 10

Insectivorous birds
Insectivorous birds Aves
Paper wasps and yellowjackets
Paper wasps and yellowjackets Vespidae
Predatory stink bugs Podisus spp.
Praying mantis
Praying mantis Mantodea
Spider
Spider Araneae
Lizard
Lizard Squamata
Rodents
Rodents Rodentia
Braconid wasps Braconidae
Ichneumon wasps Ichneumonidae
Tachinid flies Tachinidae

Related Species 5

Giant silk moths
Giant silk moths Saturniidae Shared Family
Silkworm moths Bombycidae Shared Order
Brahmin moths Brahmaeidae Shared Order
Lappet moths Lasiocampidae Shared Order
Owlet moths Noctuidae Shared Order

Ecological Equivalents 4

Animals that fill a similar ecological role in their ecosystem

Tomato and tobacco worm caterpillars Noctuidae Share a similar niche as conspicuous, leaf-feeding caterpillars on crops and garden plants and are often controlled by the same predators and parasitoids, despite being unrelated to Sphingidae.
Giant silk moth caterpillars Saturniidae Large-bodied herbivorous larvae that consume substantial foliage and are important prey for birds and parasitoid wasps and flies. They play a similar role in forest and shrub food webs, though they lack the typical sphingid caudal horn.
Swallowtail caterpillars
Swallowtail caterpillars Papilionidae Medium-to-large, leaf-feeding caterpillars with strong anti-predator defenses and host-plant specialization. They overlap on some ornamental and wild host plants in gardens and edge habitats.
Notodontid moth caterpillars Notodontidae Foliage-feeding tree and shrub caterpillars that can be similarly sized and cryptic, often adopting defensive postures and chemical defenses; they share predator and parasitoid guilds.

Types of Hawk Moth Caterpillar

11

Explore 11 recognized types of hawk moth caterpillar

Tobacco hornworm / Carolina sphinx Manduca sexta
Tomato hornworm / five-spotted hawkmoth Manduca quinquemaculata
Elephant hawk-moth Deilephila elpenor
White-lined sphinx Hyles lineata
Privet hawk-moth Sphinx ligustri
Oleander hawk-moth
Oleander hawk-moth Daphnis nerii
Convolvulus hawk-moth Agrius convolvuli
Death's-head hawk-moth Acherontia atropos
Hummingbird clearwing
Hummingbird clearwing Hemaris thysbe
Hummingbird hawk-moth
Hummingbird hawk-moth Macroglossum stellatarum
Tersa sphinx Xylophanes tersa

“One of the largest caterpillars”

Besides being one of the largest caterpillars, hawk moth caterpillars are among the prettiest and come in shades of green or greenish-blue. Unfortunately, a caterpillar that’s supposed to grow to as much as 4 inches before it pupates needs a great deal of provender. There are legions of gardeners who go out to pick their tomatoes in the morning to find the plants stripped bare by the tomato hornworm, one of the most notorious of the hawk moth caterpillars. On the other hand, the nimble hawk moth is a major pollinator of plants both needful and beautiful.

Top Facts About the Hawk Moth Caterpillar

  • Some hawk moth caterpillars nip at would-be threats while others like the Abbott’s and Walnut Sphinx caterpillars hiss, squeak, and whistle.
  • In warmer climates, some hawk moths have two or more generations of caterpillars a year.
  • Some hawk moth caterpillars overwinter in the earth as pupae.
  • The African death’s-head hawk moth was the rather creepy moth seen in the movie Silence of the Lambs, among other movies. Its scientific name Acherontia atropos comes from Acheron, a Greek river thought to be the way to the underworld, and Atropos, one of the three fates who clipped the thread of a person’s life.
The Hawk Moth Caterpillar usually has a horn at the back, though this horn is not at all hard but fleshy.

The Hawk Moth Caterpillar usually has a horn at the back, though this horn is not at all hard but fleshy.

Scientific Name

Hawk moth caterpillars belong to the Sphingidae family of moths. The family gets its name because the caterpillar raises its front legs and head when it’s at rest and so resembles the Great Sphinx of Giza. The family has three subfamilies, about 200 genera, and 1450 species. One of the three subfamilies is Macroglossinae, named for its members’ very long, probing tongues.

Species

There are 1,450 species of hawk moth including:

What do moths eat - hummingbird hawk-moth eating

The hummingbird hawk-moth hovers like a hummingbird.

  • Hummingbird hawk-moth or white-lined sphinx moths – hover in midair while they feed making them resemble hummingbirds.
  • Elephant hawk-moth – the caterpillar of this moth feeds on wild grape leaves.
  • Oleander hawk-moth – the caterpillar of this moth eats oleander leaves.
  • White-lined sphinx – hovers while feeding and is also mistaken for hummingbirds.
  • Lime hawk-moth – these moths fly at dusk and rest on tree trunks.
  • Poplar hawk-moth – these caterpillars eat toxins from plants.
  • African death’s head hawk-moth – this moth migrates and got its name from its resemblance to a human face.
  • Convolvulus hawk-moth – this moth has an extra-long proboscis that allows it to feed from tubular flowers.
  • Nessus sphinx hawk-moth – this caterpillar makes hissing and clicking noises by moving air back and forth past a constriction in its gut.
  • Eyed hawk-moth – this moth doesn’t feed as an adult but is attracted to light.

Evolution

Butterflies and moths are thought to have coevolved with flowering plants and echolocating bats. The most recent common ancestor of all extant Lepidoptera dates to the late Carboniferous period, approximately 300 million years ago. The nectar-feeding proboscis appeared around 240 million years ago in the Middle Triassic period – along with the diversification period of flowering plants.

Appearance & Behavior

Hawk moth caterpillars are large, with cylindrical bodies. They usually have a horn at the back, though this horn is not at all hard but fleshy. Other caterpillars may have a hardened button or an eyespot in the same area. For example, Abbott’s sphinx has what looks like a reptile’s eye where the horn is on other sphinx caterpillars. The caterpillar’s back legs, which are formally called anal prolegs, are flattened so they can hold on tightly to the plant as the caterpillar feeds. Hawk moth caterpillars are often wonderful shades of green with diagonal white stripes, red spots, and white granules that look like tiny pearls. Some hawk moth caterpillars turn brown as they mature.

Hawk moth caterpillars are often wonderful shades of green with diagonal white stripes.

Hawk moth caterpillars simply eat all that they can for a month until they pupate.

Much of the behavior of hawk moth caterpillars is simple. They eat, and they eat all manner of plants. When these caterpillars first hatch they start eating in the middle of the leaf where their egg was laid, which leaves holes that alert a gardener to a problem. Their fecal pellets also give away the caterpillar’s whereabouts because they are unusually large and grooved.

Hawk moth caterpillars do not like to be handled, and when you try to pick one up it will thrash around, vomit, try to nip at you, or may even squeak or hiss.

Eating as voraciously as they do helps the caterpillar grow rapidly. By the time it is mature, a tomato hornworm has grown 10,000 times the size it was when it hatched out of its egg 21 days before. Hawk moth caterpillars generally molt their skin four times before they reach their full size. The form of the caterpillar after it hatches or molts is called an instar, and lepidopterists can tell which instar a caterpillar has arrived at by measuring its size and sometimes its appearance.

After they have eaten and grown to the right size, some hawk moth caterpillars drop to the ground and burrow in where they pupate. Others spin a cocoon attached to the trunk or main stem of their food plant. Some hawk moth caterpillars spend the winter as pupas and don’t emerge until the next spring.

The Elephant Hawk Moth Caterpillar look like elephant's trunks and have eyespots to scare off predators.

Hawk moth caterpillars prefer warm climates and have formed relationships with flowers that they pollinate.

Habitat

Hawk moth caterpillars live in a variety of habitats, but they predominate in warmer climates. There are tropical flowers that are dependent on the hawk moth adults to pollinate them. This can be seen in the relationship between the Madagascar Star Orchid and the hawk moth Xanthopan morgani, whose tongue is just long enough to reach into the long nectar spurs of the flower.

Besides tropical forests, hawk moth caterpillars can be found in gardens, fields, meadows, waste places, urban parks, woodlands, and the edges of woodlands, pine barrens, and wet meadows. They can be found in fencerows, along watercourses, and in hammocks and orchards. They are, in a word, found anywhere there is a good supply of plant food.

Diet

One of the reasons for the success of hawk moths is that their caterpillars seem to be able to eat any kind of plant, even if the plant is toxic. Tomato hornworms munch on the leaves of tomatoes and other nightshades, which are toxic. The letter sphinx eats Virginia creeper, which is full of raphides. The giant sphinx likes pond apples while the streaked sphinx goes for Brazilian peppers. The great ash sphinx prefers ash trees and olive trees and their relatives, while the snowberry clearwing likes honeysuckle, snowberry, and dogbane.

Predators & Threats

Braconidae

Braconid wasps lay their eggs inside hawk moth caterpillars for their young to feed upon.

Hawk moth caterpillars have smooth, plump bodies that lack poisonous spines or bristles and are amazingly nutritious. Therefore they are on the menu of a great many animals. This is true even if they eat toxic plants, for most hawk moth caterpillars don’t keep the toxins in their bodies but excrete most of them. Hawk moth caterpillar predators include many types of birds, reptiles, spiders, bats, frogs, and toads. Predatory insects such as ladybugs and their own larvae eat the caterpillars when they hatch and are still tiny. Some types of hornworms are even sold as food for pet reptiles.

One of the ghastliest predators is the braconid wasp, which doesn’t eat the caterpillar herself but uses it as a food source for her babies. She deposits many eggs inside the caterpillar, and when the eggs hatch the larvae eat the caterpillar’s blood while sparing its vital organs. Eventually, they tunnel up through the caterpillar’s flesh and spin cocoons on its body. This kills the caterpillar.

Other threats to hawk moth caterpillars are climate change, habitat destruction, and the overuse of pesticides. Some of these caterpillars are pests on plants that are valuable to humans, but the adult moths also pollinate these plants.

Reproduction, Babies, and Lifespan

Oleander hawk moth on green leaves

After eating for about a month, the hawk moth caterpillar pupates and becomes a moth.

The hawk moth caterpillar doesn’t reproduce but is itself the larva of the hawk moth. It hatches out of a large, smooth round egg that its mother laid on the underside of a leaf of a host plant. The hatchling is tiny compared to what it will become when it is ready to pupate.

The caterpillar feeds for about a month, and when it’s grown it stops eating and pupates. If the caterpillar was born in the spring, it will emerge as a moth sometime in the summer. If it was born later in the summer, it might remain as a pupa during the winter and emerge as a moth the next spring. An adult hawk moth only lives a few weeks.

Population

Some species of sphinx moth are endangered and near threatened.

Though there’s some concern that the population of hawk moths, and thus hawk moth caterpillars are declining in the northeastern United States, there are still over 1400 species of hawk moths around the world, and the conservation status of many has not been classified. However, hawk moths such as Blackburn’s sphinx moth and the Kern Primrose Sphinx are endangered and near threatened respectively.

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Sources

  1. Missouri Department of Conservation / Accessed May 4, 2022
  2. Project Noah / Accessed May 4, 2022
  3. Breeding Butterflies / Accessed May 4, 2022
  4. Wikipedia / Accessed May 4, 2022
  5. U.S. Forest Service / Accessed May 4, 2022
  6. University of Minnesota Extension / Accessed May 4, 2022
  7. Australian Museum / Accessed May 4, 2022
  8. National Library of Medicine / Accessed May 4, 2022
  9. Wildlife Journal Junior / Accessed May 4, 2022
Lisha Pace

About the Author

Lisha Pace

After a career of working to provide opportunities for local communities to experience and create art, I am enjoying having time to write about two of my favorite things - nature and animals. Half of my life is spent outdoors, usually with my husband and sweet little fourteen year old dog. We love to take walks by the lake and take photos of the animals we meet including: otters, ospreys, Canadian geese, ducks and nesting bald eagles. I also enjoy reading, discovering books to add to my library, collecting and playing vinyl, and listening to my son's music.

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Hawk Moth Caterpillar FAQs (Frequently Asked Questions)

The hawk moth caterpillar is an herbivore. Indeed, there seem to be few plants that are off-limits to these caterpillars. Because of this, some hawk moth caterpillars are pests on crops such as tomatoes, potatoes, tobacco, and even catalpa trees in the case of the catalpa sphinx.