B
Species Profile

Black Aphids

Aphididae

Tiny bugs, huge plant impact
iStock.com/Ewa Saks

Black Aphids Distribution

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Invasive Species
Origin Location

This map shows the native origin of the Black Aphids. As a cosmopolitan species, they are now found worldwide.

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Black aphids

At a Glance

Family Overview This page covers the Black Aphids family as a group. Stats below are general traits shared across the family.
Also Known As Aphids, Plant lice, Plant louse, Greenfly, Garden aphids, Sap-suckers
Diet Herbivore
Activity Cathemeral+
Lifespan 30 years
Weight 1.0E-5 lbs
Status Not Evaluated
Did You Know?

Aphididae span roughly ~0.5-8(-10) mm long-among the smallest and also some of the largest sap-feeding insects.

Scientific Classification

Family Overview "Black Aphids" is not a single species but represents an entire family containing multiple species.

Aphididae are small, soft-bodied sap-feeding insects (true bugs) that commonly form colonies on plant stems and leaf undersides. “Black aphids” refers to various dark-pigmented aphid species within this family, many of which are significant agricultural and garden pests.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Hemiptera
Family
Aphididae

Distinguishing Features

  • Small (often 1–4 mm), pear-shaped, soft-bodied insects
  • Often wingless in colonies; winged forms produced for dispersal
  • Two rear-facing tube-like structures (cornicles) on the abdomen
  • Piercing-sucking mouthparts for feeding on plant phloem sap
  • Frequently tended by ants due to honeydew production

Physical Measurements

Males and females differ in size

Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Tail Length
0 in (0 in – 0 in)
Top Speed
1 mph
slow; winged a few km/h

Appearance

Primary Colors
Secondary Colors
Skin Type Soft-bodied, thin-cuticled insects; often slightly glossy when unwaxed, or matte/'dusty' when coated in waxy secretions. Body is easily compressed and lacks hard armor, with flexible abdominal segments.
Distinctive Features
  • Measurements (family-wide range): ~0.1-1.0 cm body length across Aphididae (most commonly ~0.1-0.4 cm); winged adults typically appear more slender due to developed thorax and wings.
  • Nymphs become adults in about 5–20 days; adults live about 1–8 weeks. Many species have many fast generations per season. In temperate zones they overwinter as eggs; in mild places they breed year-round.
  • Core aphid body plan: pear-shaped body; long antennae; piercing-sucking mouthparts (rostrum) for sap feeding; and a pair of abdominal cornicles (siphunculi) that are prominent diagnostic structures in Aphididae.
  • Cornicles: typically short to moderately long tubes/pores on the abdomen; shape and length vary greatly across the family and are often used for identification.
  • Wing polymorphism: common alternation between wingless (apterous) colony forms and winged (alate) dispersal forms; winged morphs have a more developed thorax, clear wings with dark veins, and often darker thoracic sclerites.
  • Colony behavior/ecology (common patterns with variation): many species form dense colonies on stems, buds, and leaf undersides; some are more solitary or low-density depending on host, season, and predator pressure.
  • Honeydew production is widespread; sugary excretions can lead to sooty mold growth on leaves and surrounding surfaces, especially in heavy infestations.
  • Ant attendance is common but variable: many aphids are tended/defended by ants in exchange for honeydew, while other species are less frequently attended or only under certain conditions.
  • Plant impacts (general): sap removal can cause leaf curling, yellowing, stunting, distorted growth, and reduced vigor; severity varies widely by host plant, aphid density, and plant stress level.
  • Virus vectoring: many Aphididae can transmit plant viruses (non-persistent to persistent transmission depending on virus/aphid), but competency varies strongly among species and virus types.
  • Defenses and interactions: alarm pheromones, dropping behavior, and waxy coatings occur in parts of the family; major natural enemies include lady beetles, lacewing larvae, hoverfly larvae, and parasitoid wasps (often producing 'mummy' aphids).
  • Some aphid species are heteroecious, switching seasonal hosts, while monoecious species stay on one host. Many show cyclic parthenogenesis with occasional sexual generations in temperate areas; others stay mainly asexual.

Sexual Dimorphism

Sexual dimorphism occurs in Aphididae but varies and is often hidden by winged vs wingless and seasonal forms. Many species reproduce asexually much of the year (cyclic parthenogenesis): mostly live-bearing females, with small, short-lived males and egg-laying females seasonally. This varies across the family and among black aphid species.

  • Often smaller and more slender than females in species with a sexual phase; males are frequently winged (alate) to locate mates, though wingless males occur in some taxa.
  • Males may show more conspicuous sclerotization in parts of the abdomen/genital region; overall coloration can be similar to females but may differ by species and seasonal form.
  • Parthenogenetic females typically dominate colonies; wingless females are common, often more robust/pear-shaped and optimized for rapid reproduction.
  • In species with a sexual phase, egg-laying females (oviparae) may differ from viviparous females in body proportions and sometimes coloration; differences are species- and season-dependent.

Did You Know?

Aphididae span roughly ~0.5-8(-10) mm long-among the smallest and also some of the largest sap-feeding insects.

Many species can reproduce without mating for long stretches, producing live young (parthenogenetic vivipary) that are "born pregnant" in a telescoping generation effect.

The same species can produce wingless and winged adults; crowding, predators, and host quality often influence which morphs appear.

Aphids excrete sugary honeydew; this can fuel sooty mold growth and attract ants that "tend" aphids like livestock.

Most aphids rely on internal bacterial partners (notably Buchnera) to make essential amino acids missing from plant sap.

Across Aphididae, some species alternate between unrelated host plants seasonally, while others stay on one host group year-round.

Aphids are major plant virus vectors; even small populations can spread disease far beyond the visible feeding damage.

Unique Adaptations

  • Cornicles ("tailpipes"): Paired tubes on the abdomen secrete defensive fluids and/or alarm-related compounds; size and shape are key identification traits and vary strongly across Aphididae.
  • Symbiosis for nutrition: Obligate bacterial endosymbionts (especially Buchnera) compensate for the nutrient-poor nature of plant sap; many aphids also carry secondary symbionts affecting heat tolerance or defense.
  • Rapid, flexible reproduction: Alternation between sexual and asexual reproduction (and between egg-laying and live birth) enables fast population growth and winter survival in many lineages.
  • Phenotypic plasticity: The same genotype can yield different body forms (winged/wingless, color morphs including black/dark forms, thicker cuticle, etc.) in response to environment.
  • Honeydew production: Efficient sugar processing and excretion supports mutualisms with ants and drives broader community effects like sooty mold growth on leaves.
  • Virus transmission capability: Mouthpart probing behaviors and phloem feeding make many Aphididae effective vectors of plant viruses, with transmission biology differing among viruses and aphid species.

Interesting Behaviors

  • Colony living: Many Aphididae form dense colonies on tender growth, stems, and leaf undersides; colony size and spacing vary widely by species and host plant.
  • Wing polymorphism: Wingless forms dominate when conditions are stable; winged dispersers are produced when plants decline, colonies crowd, or enemies increase-though triggers and timing differ by species.
  • Ant attendance: Numerous "black aphid" pests are frequently tended by ants that harvest honeydew and defend the colony; other aphids are rarely tended or actively avoided.
  • Defensive signaling: Many aphids release an alarm pheromone (often E-beta-farnesene) that prompts nearby aphids to drop, walk away, or produce more winged dispersers; sensitivity varies among species.
  • Feeding strategy: Aphids insert needle-like mouthparts into phloem and can feed for long periods; some species induce leaf curling or galls, while others feed openly with minimal distortion.
  • Seasonal cycling: In temperate regions, many species overwinter as eggs and surge through multiple rapid generations in spring and summer; in milder climates some persist year-round.
  • Enemy interactions: Predation and parasitism are central-lady beetles, lacewings, hoverfly larvae, and parasitoid wasps commonly regulate populations, but effectiveness depends on habitat and aphid species.

Cultural Significance

Aphids (including many black aphids, family Aphididae) harm vegetables, fruit trees, ornamentals and crops and can spread plant viruses. They shape gardening through natural control by lady beetles, lacewings, hoverflies, and ant farming metaphors.

Myths & Legends

In parts of Europe, ladybirds were called "Our Lady's beetles" and linked to the Virgin Mary. Farmers welcomed them as crop protectors because they eat aphids, and harming them was unlucky.

European folk called the sweet sticky leaf stuff 'honeydew from heaven', saying it fell from the sky. Later scientists linked it to sap-feeding insects like aphids and their droppings.

Since early European nature writing, the idea of ants 'milking' and keeping aphids has been told as a farm tale in moral stories and children's books to show small-scale cooperation.

Conservation Status

NE Not Evaluated (family-level hub; Aphididae not assessed as a single unit)

Has not yet been evaluated against the criteria.

Population Unknown

You might be looking for:

Black bean aphid

42%

Aphis fabae

Very common shiny black aphid on beans, beets, and many ornamentals; forms dense colonies on new growth.

Cowpea aphid / black legume aphid

25%

Aphis craccivora

Often dark brown to black; important pest of legumes worldwide and a vector of multiple plant viruses.

Black citrus aphid

18%

Toxoptera aurantii

Dark aphid on citrus and tea; can build up rapidly on flush growth and produce abundant honeydew.

Black cherry aphid

15%

Myzus cerasi

Dark aphid on Prunus (especially cherry), curling leaves and producing honeydew; common in temperate regions.

Life Cycle

Birth 40 nymphs
Lifespan 30 years

Lifespan

In the Wild
7–300 years
In Captivity
10–40 years

Reproduction

Mating System Asexual Reproduction
Social Structure Aggregation Group
Breeding Pattern Not Applicable
Fertilization Parthenogenesis
Birth Type Parthenogenesis

Most Aphididae reproduce asexually by parthenogenesis for much of the year, making live young. Many switch seasonally to sexual reproduction—males mate with egg-laying females to make cold-hardy eggs. Some populations stay always asexual. No pair bonds or cooperative breeding.

Behavior & Ecology

Social Colony Group: 200
Activity Cathemeral, Diurnal
Diet Herbivore Phloem sap from actively growing, nutrient-rich plant tissues (tender new growth)
Seasonal Migratory, Hibernates 31 mi

Temperament

Generally non-aggressive toward conspecifics; high tolerance of crowding on shared feeding sites
Defensive rather than confrontational: individuals commonly drop from the plant, walk away, kick, or secrete wax/honeydew when threatened; intensity and effectiveness vary widely among species and morphs
Colony-level risk management is common (rapid dispersal, production of winged morphs under stress); some species form tighter aggregations when tended by ants, while others are more dispersed when ant attendance is absent

Communication

Chemical alarm signaling: many Aphididae release an alarm pheromone (often involving (E)-β-farnesene) that can trigger dispersal, dropping, or defensive movements; sensitivity and chemistry vary across species
Chemical cues and contact signaling within colonies (antennation, cuticular hydrocarbons) influencing aggregation and recognition; expression varies by species, morph, and host plant
Honeydew-mediated interactions: honeydew acts as a strong cue for mutualists (notably ants) and can indirectly structure colony behavior and defense; degree of ant mutualism varies from strong to absent across the family
Substrate-borne vibrations/tremulation: some aphids produce or respond to plant-borne vibrational signals, including in contexts such as disturbance and mating in sexual generations; prevalence and function vary among taxa

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 +8
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine +2
Elevation: Up to 14763 ft 9 in

Ecological Role

Phloem-sap herbivores and major plant pests; important prey base in terrestrial food webs; frequent vectors of plant pathogens (especially viruses).

Primary consumer converting plant phloem resources into biomass for predators/parasitoids (lady beetles, lacewings, hoverfly larvae, parasitoid wasps, spiders, birds) Honeydew production subsidizes ant mutualists and supports sooty mold communities (often a crop disservice) Vectoring of plant viruses and facilitation of secondary infections via feeding damage (major agricultural/garden disservice) Can induce plant stress responses and, in some lineages, gall formation or tissue deformation Nutrient/energy redistribution on plants via honeydew deposition and subsequent microbial activity

Diet Details

Other Foods:
Phloem sap Plant parts Host plants Honeydew

Human Interaction

Domestication Status

Wild

Black aphids (dark-pigmented aphids in the family Aphididae) have no domestication history. They are wild insects that primarily interact with humans as agricultural and garden pests on cultivated plants, although some species are maintained as laboratory cultures for research and teaching.

Danger Level

Low
  • Do not typically bite or sting; no venom risk in normal contact
  • Allergic or irritation reactions are uncommon but possible with heavy exposure (handling colonies, contaminated plant material)
  • Indirect human risk via agriculture: some species transmit plant pathogens/viruses that reduce food and ornamental plant production
  • Honeydew and sooty mold can create mess/nuisance indoors (houseplants/greenhouses) and on outdoor surfaces

As a Pet

Not Suitable as Pet

Legality: Black aphids (Aphididae) are usually not treated as pets, but many aphids are controlled as agricultural/plant pests. Keeping, moving, or releasing them may be limited by local plant-health and quarantine laws, and farms or institutions may ban them.

Care Level: Expert Only

Purchase Cost: Up to $30
Lifetime Cost: $5 - $200

Economic Value

Uses:
Agricultural and horticultural pest (major negative impact in many species) Plant virus vector (major negative impact in many species) Research/education organism (limited positive value) Food-web role supporting beneficial insects (indirect value)
Products:
  • Negative economic impact: reduced crop yield/quality from sap feeding and plant distortion
  • Negative economic impact: transmission of plant viruses (losses can exceed direct feeding damage)
  • Costs of management: insecticides, biological control programs, monitoring and quarantine
  • Research use: laboratory cultures for studies of reproduction, symbiosis, insecticide resistance, and plant-insect interactions
  • Indirect/ancillary: honeydew accumulation leading to sooty mold (a nuisance/cost rather than a product)

Relationships

Predators 8

Lady beetles
Lady beetles Coccinellidae
Green lacewing Chrysoperla
Hoverflies Syrphidae
Aphid parasitoid wasps Aphidius spp.
Minute pirate bugs Orius spp.
Soldier beetle
Soldier beetle Cantharidae
Spider
Spider Araneae
Insectivorous birds
Insectivorous birds Passeriformes

Related Species 10

Aphids
Aphids Aphis spp. Shared Family
Green peach and cherry aphids and relatives Myzus Shared Family
Toxoptera Toxoptera spp. Shared Family
Macrosiphum Macrosiphum Shared Family
Acyrthosiphon Acyrthosiphon Shared Family
Cereal aphids Rhopalosiphum Shared Family
Giant oak aphids Stomaphis Shared Family
Woolly aphids
Woolly aphids Eriosoma Shared Family
Pine adelgids Adelgidae Shared Family
Grape phylloxera Daktulosphaira vitifoliae Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Whiteflies Aleyrodidae Like aphids, whiteflies are phloem-feeding Hemiptera that form colonies on leaves, excrete honeydew that supports sooty mold, and can transmit plant viruses.
Scale insects Coccoidea Sap-feeding insects that often occur in dense infestations; they produce honeydew, foster sooty mold, and are frequently tended by ants, representing a functionally similar plant-pest role despite different life histories.
Mealybugs
Mealybugs Pseudococcidae Phloem feeders that aggregate on stems and the undersides of leaves, excrete honeydew, and are often tended by ants; they overlap in greenhouse and orchard pest niches.
Psyllids Psylloidea Specialized sap feeders that may cause leaf curl and galling and transmit plant pathogens; occupy a similar sap-sucking, plant-deforming niche on woody and herbaceous hosts.
Leafhoppers and planthoppers Auchenorrhyncha Sap feeders and major plant-disease vectors. They differ in mobility and feeding site but strongly overlap in crop damage dynamics.

Types of Black Aphids

15

Explore 15 recognized types of black aphids

Black bean aphid Aphis fabae
Cowpea aphid (often dark/black) Aphis craccivora
Black citrus aphid Toxoptera aurantii
Cherry aphid (often dark) Myzus cerasi
Brown citrus aphid Toxoptera citricida
Green peach aphid (highly variable in color) Myzus persicae
Cotton/melon aphid (highly variable; can be dark) Aphis gossypii
Pea aphid Acyrthosiphon pisum
Potato aphid Macrosiphum euphorbiae
Cabbage aphid Brevicoryne brassicae
Rose aphid Macrosiphum rosae
Bird cherry-oat aphid Rhopalosiphum padi
English grain aphid Sitobion avenae
Woolly apple aphid Eriosoma lanigerum
Giant oak aphid Stomaphis quercus

Black aphids are small, sap-sucking insects in the superfamily Aphidoidea. The term black aphid does not refer to a single species, but rather several species. These “black aphids” differ in size, shape, and behavior, but generally appear dark brown or black, hence the name. Black aphids are among the most destructive and difficult to remove of all garden pests. They can reproduce both sexually and asexually, which allows them to multiply extremely quickly. 

5 Black Aphid Facts

  • Excess sugar in a black aphid’s diet is expelled in the form of a sugary droplet known as honeydew
  • Black aphids begin life as flightless juveniles and develop working wings as they mature, enabling them to migrate to new host plants. 
  • Some black aphids attract ants that protect the aphids from predators in exchange for the sugary honeydew produced by the aphids. 
  • Black aphids often serve as vectors of diseases that can harm plants, and the honey they produce can lead to the growth of sooty mold. 
  • The eggs of black aphids can survive temperatures up to -25 degrees Fahrenheit. 
Black aphids

Black aphids are among the worst crop and garden pests in the world.

Species, Types, and Scientific Name

All black aphids belong to the aphid family Aphididae in the true bug order Hemiptera. The famed Swedish botanist, zoologist, and taxonomist Carl Linnaeus coined the New Latin term aphides. To date, the reasoning behind his decision remains unknown. According to one theory, the term “aphid” derives from the Greek word apheides, meaning “lavishly bestowed,” or “unsparing.” The theory is that Linnaeus chose this name in reference to the amazing reproductive capacity of aphids. 

As previously mentioned, the term “black aphid” does not refer to one specific species, but rather numerous different aphid species. Most aphids belong to the subfamily Aphidinae, which contains 283 genera and over 3,200 described species. Other aphid subfamilies include Lachninae, or the “giant aphids,” Hormaphidinae, Calaphidinae, Chaitophorinae, and Eriosomatinae, or the “wooly aphids.” 

While numerous species fall under the umbrella of “black aphids,” the species most commonly associated with the group is the black bean aphid (Aphis febae). The black bean aphid belongs to the genus Aphis in the subfamily Aphidinae. Its specific name, febae, derives from the Latin word faba, meaning “bean,” a common host plant for the species. 

Other species commonly referred to as black aphids include:

  • Melon Aphids – Aphis gossypii
  • Giant Willow Aphids – Tuberolachnus salignus
  • Cowpea Aphids – Aphis craccivora
  • Hedgehog Grain Aphid – Sipha maydis
  • Elder Aphids – Aphis sambuci
  • Waterlily Aphids – Rhopalosiphum nymphaeae

Appearance: How to Identify Black Aphids

Black aphids share most of the same characteristics as other aphids. They possess soft, pear-shaped bodies with a pair of small tubes near the rear of the abdomen. These tubes, known as cornicles, exude the excess sugar known as honeydew created as a result of the black aphids’ sugar-rich diet.

Typically, black aphids in early spring and summer lack wings. These wingless forms go by the name ”apterous” morphs, while winged morphs are called “alates.” Like all aphids, black aphids have long mouthparts known as a rostrum that they use to suck sap. They also possess fairly long antennae and small eyes.

In terms of size, most black aphids range between 2 and 6 millimeters long, with most averaging less than 3 millimeters. As their name implies, all black aphids appear predominantly black or dark brown. That said, color differences vary, with some appearing dark red, gray, or tan. 

Black bean aphid (Aphis febae)

Black aphids, such as the black bean aphid, possess soft, pear-shaped bodies with a pair of small tubes near the rear of the abdomen.

Habitat: Where to Find Black Aphids

You can find black aphids on every continent except Antarctica. While they live worldwide, they typically prefer temperate climates. You’ll typically find black aphids on the undersides of leaves or the stems of host plants. That said, winged aphids can migrate incredible distances in order to seek out new food sources. They live both outdoors in gardens, fields, woodlands, and farms, as well as indoors in homes and in greenhouses. 

For example, black bean aphids originated in Europe and Asia. However, they have since spread worldwide. You can now find black bean aphids in North America and parts of Africa and South America. This same story is true for many other black aphids. Due to the growth in global shipping and trade, aphids can easily transfer from one region to another by hitching a ride on plants and other produce. 

Diet: What Do Black Aphids Eat?

In technical terms, black aphids are phloem feeders. Phloem refers to the vascular tissue in plants that moves sugars and other nutrients to and from the leaves, shoots, and roots of the plant. Black aphids obtain sap from plants by mechanically sucking the sap from phloem tubes using their soft-bodied mouthparts. Plant sap contains high levels of sugar but little protein or other nutrients. As a result, black aphids must consume enormous quantities of sap in order to get enough protein and other amino acids needed to survive. They tuck away the excess sugar in their rectum and excrete it later as honeydew. 

Black aphids feed on different host plants depending on the species. While some species feed on only a handful of host plants, others may parasitize dozens or hundreds of different plants. For example, black bean aphids typically feed on shrubs like spindle trees or mock oranges during the spring and autumn. These plants serve as hosts for black bean aphid eggs. Meanwhile, they feed on various host plants during the summer, including sugar beets, celery, tobacco, spinach, and beans, hence their name. In total, black bean aphids feed on over 200 different plant species.

Let’s take a look at the dietary preferences of a few other black aphid species. For instance, melon aphids often feed on squash, cucumber, or watermelon. Meanwhile, cowpea aphids are often pests of beans and legumes, including cowpeas, chickpeas, and peanuts. Some aphids target more unusual host plants. For example, water lily aphids prefer to feed on water lilies and other aquatic plants, while willow aphids normally feed on the leaves of willow trees. 

Black aphids swarm on plant

Black aphids feed on different host plants depending on the species.

Prevention: How to Get Rid of Black Aphids

Black aphids are among the worst crop and garden pests in the world. These little insects suck the life out of plants and can leave unsightly sooty mold on leaves and stems. Unfortunately, many commercial insecticides do not prove effective at getting rid of aphids. Aphids can develop resistance to certain insecticide solutions, and often cling to the bottom of leaves, which makes them hard to reach. As a result, many people turn to alternative solutions to remove black aphids from plants. 

To remove black aphids, you can try creating a solution of water and dish soap and using them to coat plants. Alternatively, you can try creating a solution of white vinegar and water. Aphids find both solutions distasteful, which in turn can protect your plants.

Another effective method includes spraying infected plants with a high-pressure water hose. Just remember, the water pressure must be strong enough to knock the aphids off the plant, but not too strong to damage the plant itself. Some gardeners swear by other methods, such as the use of diatomaceous earth or certain essential oils. You can always try several solutions to see which method works best for you. 

Related Animals

  1. Red Aphids
  2. Green Aphids
  3. Yellow Aphids
View all 453 animals that start with B

Sources

  1. University of Idaho / Accessed March 29, 2023
  2. Wisconsin Horticulture / Accessed March 29, 2023
  3. ScienceDirect / Accessed March 29, 2023

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Black Aphids FAQs (Frequently Asked Questions)

Like all aphids, black aphids are herbivores that eat the sap of plants. They typically prey on a handful of host plants and use a pump mechanism in their heads to suck phloem sap from leaves and stems.