P
Species Profile

Pond Skater

Gerridae

Skating predators of the surface film
Kiolk/Shutterstock.com

Pond Skater Distribution

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Found in 66 countries

Common pond skater (Gerris lacustris) froze on the surface of the water.

At a Glance

Family Overview This page covers the Pond Skater family as a group. Stats below are general traits shared across the family.
Also Known As Jesus bug, Water skater, Water skimmer, Water skipper, Skater
Activity Diurnal+
Lifespan 10 years
Weight 0.0002 lbs
Status Not Evaluated
Did You Know?

They can stand and sprint on water because their weight is spread across long legs with water-repellent (hydrophobic) hairs.

Scientific Classification

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

Pond skaters (water striders) are semi-aquatic true bugs that live on the surface of freshwater. They "skate" by exploiting surface tension, using hydrophobic leg hairs and long mid/hind legs to distribute weight and propel themselves.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Hemiptera
Family
Gerridae

Distinguishing Features

  • Lives on the water surface and moves rapidly by skating/rowing motions
  • Very long middle and hind legs; forelegs often used to grasp prey
  • Hydrophobic body/leg hairs that repel water and prevent wetting
  • Predatory/scavenging: feeds on insects and other small arthropods trapped on the surface

Physical Measurements

Males and females differ in size

Weight
♂ 0 lbs (0 lbs – 0 lbs)
♀ 0 lbs (0 lbs – 0 lbs)
Top Speed
4 mph
surface skating

Appearance

Primary Colors
Secondary Colors
Skin Type Chitinous exoskeleton with waxy, highly hydrophobic cuticle; dense micro- and macro-setae (water-repellent hairs), especially on legs, helping maintain a dry body and support on surface tension.
Distinctive Features
  • Family-wide size range: ~0.15-3 cm body length (small temperate to larger tropical species).
  • Very long mid and hind legs spread body weight; rowing-like strokes propel across surface film.
  • Forelegs shorter and raptorial for seizing prey; piercing-sucking beak (rostrum) for feeding.
  • Legs and body covered with hydrophobic hairs trapping air; resist wetting and aid flotation.
  • Often show wing polymorphism: fully winged, short-winged, or wingless forms vary by habitat/stability.
  • Common ecology: surface predators/scavengers on ponds, lakes, slow streams; some tolerate brackish/coastal waters, but most are freshwater.
  • Life history range across Gerridae: multiple instars (nymphs resemble adults); development weeks to months depending temperature/latitude.
  • Lifespan range (egg to death): typically a few months to ~1 year; some overwintering adults can approach ~2 years in cooler regions.
  • Behavior generalizations: patrol territories, detect ripples for prey/mates; cannibalism and intraguild predation occur, intensity varies by density/resources.
  • Often used as freshwater habitat-quality indicators; presence/abundance varies with vegetation, pollution, flow, and predator pressure.

Sexual Dimorphism

Sexes often differ subtly: females are typically larger with broader abdomens, while males may have more specialized grasping structures on forelegs or terminal segments for mating. Degree of dimorphism varies widely among genera and species, and wing morph frequencies can differ between sexes.

♂
  • Often smaller, more streamlined abdomen relative to females.
  • May show modified forelegs/foretarsi or abdominal tip structures used to grasp females.
  • In some taxa, more pronounced body surface sculpturing or appendage proportions linked to mating behavior.
♀
  • Often larger overall with wider abdomen for egg production.
  • Abdomen may appear more rounded or elongated when gravid.
  • In some populations, higher tendency toward flight-capable morphs during dispersal periods (variable).

Did You Know?

They can stand and sprint on water because their weight is spread across long legs with water-repellent (hydrophobic) hairs.

Many species come in both winged and wingless forms; the same species may produce different morphs depending on habitat stability.

They "hear" the surface: ripples and vibrations on the water film help them locate prey, rivals, and mates.

Some gerrids live in brackish water, and a few (notably in the genus Halobates) live on the open ocean-unique among insects.

They often inject digestive saliva into prey and then drink the liquefied contents (typical of many true bugs).

Water striders can be useful indicators of freshwater habitat quality because they depend on intact surface films and suitable shoreline vegetation for egg-laying.

Unique Adaptations

  • Hydrophobic leg microstructure: Dense, water-repellent hairs and microscopic cuticle features trap air, reduce wetting, and help keep legs from breaking the surface film.
  • Long middle and hind legs: These distribute weight and generate thrust; front legs are more raptorial, adapted for seizing prey.
  • Surface-tension locomotion mechanics: They exploit the elastic "skin" of water, pushing backward to form dimples and propel forward without sinking.
  • Vibration sensitivity: Mechanoreceptors in the legs detect tiny surface waves, enabling rapid strikes at prey and responses to approaching threats.
  • Water-repellent body surfaces: Many have waxy coatings that help resist wetting and allow quick recovery if splashed or briefly submerged.
  • Diverse habitat specializations: Across the family are species adapted to quiet ponds, flowing streams, shaded forest pools, brackish margins, and even pelagic (open-ocean) surface life.

Interesting Behaviors

  • Surface-hunting: Most patrol the water surface as visual-and-vibration-guided predators/scavengers, grabbing insects that fall onto the water or emerge at the surface.
  • Ripple communication: Leg taps and body movements send signals through the surface film; used in courtship, territorial encounters, and prey detection (exact patterns vary by species).
  • Wing polymorphism & dispersal: Many species produce winged adults to colonize new waters and wingless adults that invest more in reproduction-proportions vary with season and habitat permanence.
  • Mating conflict behaviors: In several species, males persistently attempt mating; females may use resistance behaviors and surface signals to reduce harassment (strength of this varies among species).
  • Cannibalism and intraguild predation: When food is scarce, larger individuals may take smaller conspecifics or other surface predators; frequency varies by density and prey supply.
  • Egg-laying strategies: Eggs are typically attached to floating or emergent plants, debris, or shoreline substrates; timing and site choice differ among habitats and species.
  • Seasonal cycles (temperate regions): Often one or more generations per year; many overwinter as adults in sheltered terrestrial sites near water, returning when conditions improve.

Cultural Significance

Pond skaters (water striders) are common near ponds and slow water. They are used in classrooms to show surface tension and how they move, inspire water-walking robots, and signal pond surface and shore health.

Myths & Legends

"Jesus bugs" / "Jesus insects": In parts of North America, water striders are commonly nicknamed for their ability to appear to walk on water-an informal folk label tied to Christian imagery.

Japan's children's culture: In Japan, water striders are commonly known as "amenbo" and are often used as a seasonal image of summer ponds in traditional poetry (haiku) and nature-themed children's writing.

Natural-history symbolism in modern culture: In popular nature writing and science storytelling, the water strider's 'walking on water' is often used as an emblem of hidden physical forces (surface tension) shaping the everyday world.

You might be looking for:

Common pond skater

33%

Gerris lacustris

Widespread Palearctic water strider commonly seen skating on still or slow waters.

Small water striders (riffle bugs)

20%

Veliidae

Sometimes also colloquially called pond skaters; smaller relatives of Gerridae.

European water strider

18%

Aquarius najas

A larger European gerrid often found on rivers and larger water bodies.

Common water strider (North America)

18%

Aquarius remigis

Common North American species frequently seen on streams and pond margins.

Broad-shouldered water strider

11%

Limnoporus rufoscutellatus

A gerrid found in parts of the Holarctic; typically in quiet waters and pond edges.

Life Cycle

Birth 10 nymphs
Lifespan 10 years

Lifespan

In the Wild
2–24 years
In Captivity
1–18 years

Reproduction

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

Across Gerridae, both sexes commonly mate multiple times; males often harass or compete for access and may briefly guard females. Pairings are short-lived, and females typically oviposit and provide no parental care beyond egg placement.

Behavior & Ecology

Social Aggregation Group: 15
Activity Diurnal, Crepuscular, Cathemeral
Diet Insectivore Immobilized or struggling insects on the surface film (especially small flies/midges and mosquitoes that fall onto the water).
Seasonal Hibernates

Temperament

Generally wary and quick to flee disturbances; strong startle response to shadows and vibrations
Resource- and mate-competition common; males often persistent and can be aggressive toward rivals
Territorial spacing may occur on small patches; intensity varies by habitat crowding
Opportunistic predation and occasional cannibalism/scavenging, especially under high density or low prey

Communication

none known; communication is primarily non-vocal
Surface-ripple (capillary wave) signaling for courtship, rivalry, and alarm; frequency patterns vary among genera
Substrate-borne vibrations through water surface during mate pursuit and rejection interactions
Chemical cues (contact/short-range pheromones) for mate recognition and possibly aggregation; strength varies among species
Visual cues (movement, silhouette, posture) used at close range; effectiveness depends on light and water glare
Tactile interactions (leg tapping/grappling) during mating attempts and aggressive encounters

Habitat

Biomes:
Freshwater Wetland Marine Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Tundra Alpine +9
Terrain:
Riverine Valley Plains Hilly Mountainous Coastal Island Muddy +2
Elevation: Up to 14763 ft 9 in

Ecological Role

Surface-dwelling predator (and frequent scavenger) at the air-water interface, linking terrestrial insect fall-in to freshwater food webs.

Suppresses populations of surface-active insects (including mosquitoes and midges in some settings) Recycles nutrients by scavenging trapped/drowned insects and other invertebrates Transfers energy from terrestrial insect inputs to aquatic ecosystems (interface 'subsidy' processing) Provides prey for higher trophic levels (fish, amphibians, aquatic birds, larger predatory insects), supporting food-web connectivity

Diet Details

Main Prey:
Terrestrial insects on the water surface Aquatic and semiaquatic insects and larvae Small surface-dwelling arthropods Small invertebrates at the air-water interface Tadpoles or fish fry

Human Interaction

Domestication Status

Wild

Gerridae (pond skaters, water striders) are not domesticated. People meet them in ponds, lakes, slow streams, wetlands, rice paddies and ditches and sometimes catch them for class, hobby or lab study. They live on the water surface, eat small insects using surface tension, are harmed by oils and pesticides, and help show surface water health.

Danger Level

Low
  • Can deliver a small defensive bite/puncture if handled or trapped against skin (usually brief pain, minor redness).
  • Potential mild local irritation or allergic reaction in sensitive individuals (uncommon).
  • Not generally considered significant disease vectors; main risk is minor handling-related injury.

As a Pet

Not Suitable as Pet

Legality: Generally not regulated as a 'pet' in most jurisdictions, but collection/keeping may be restricted by local wildlife, park, or protected-wetland rules; transporting live insects across borders can also be regulated. Always check local regulations before collecting.

Care Level: Experienced

Purchase Cost: Up to $20
Lifetime Cost: $10 - $150

Economic Value

Uses:
Education Scientific research Biomimicry/engineering inspiration Ecosystem services (predation on nuisance insects)
Products:
  • No direct commercial products typical; value is mainly indirect (teaching specimens, research use, inspiration for surface-tension locomotion designs, and minor contribution to controlling some surface-dwelling insect populations).

Relationships

Related Species 5

Riffle bugs Veliidae Shared Order
Water measurers Hydrometridae Shared Order
Pondweed bugs Mesoveliidae Shared Order
Velvet water bugs Hebridae Shared Order
Water treaders Macroveliidae Shared Order

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Types of Pond Skater

18

Explore 18 recognized types of pond skater

Common pond skater Gerris lacustris
Common water strider Aquarius remigis
Large water strider Aquarius najas
Pale water strider Aquarius paludum
Red-shouldered water strider Limnoporus rufoscutellatus
Limnoporus dissortis (water strider) Limnoporus dissortis
Water strider Gerris thoracicus
Water strider Gerris argentatus
Water strider Gerris odontogaster
Water strider Gerris buenoi
Water strider Gerris marginatus
Water strider Metrobates hesperius
Water strider Trepobates pictus
Water strider Trepobates subnitidus
Water strider Rheumatobates rileyi
Ocean skater Halobates micans
Ocean skater Halobates germanus
Ocean skater Halobates sericeus

The pond skater, also known as a water strider, lives its entire life on or around water.

But unlike many other aquatic insects, it has the ability to glide serenely across the surface as if by magic. These bugs are an integral part of the ecosystem wherever they’re found. They keep the populations of other insects in check.

Pond Skater Facts

  • The pond skater can dash across the water at up to a hundred body lengths per second.
  • Male and female pond skaters have evolved an antagonistic reproductive relationship. Females have a shield on their genitals to protect against forced copulation. But males have also evolved the ability to copulate in a way that exposes the female to potential predators, thus forcing her to submit quickly. This antagonistic relationship is all about controlling the spread of the individual’s genes to the next generation.
  • The pond skater female will carry between two and 20 eggs at a time. She lays them on rocks or vegetation just underneath the water.
  • The pond skater undergoes five different nymph stages in its life cycle, each of which lasts up to 10 days and ends with the insect molting its skin. It reaches the adult phase in its life cycle after two months or so. Many species have a lifespan of only about a year, which gives them a single chance to reproduce before they die.

Pond Skater Species, Types, and Scientific Name

The scientific name for the pond skater family is Gerridae. There are more than 350 species in this family. They are divided into several different genera. Gerris is the largest genus of pond skaters. It’s found worldwide and under many different ecological conditions. Halobates is the only genus that inhabits saltwater habitats. Most of the rest have local or limited distributions. Here is a short list of them:

  • Gerris
  • Halobates
  • Rheumatobates
  • Aquarius
  • Limnogonus
  • Neogerris

Appearance: How to Identify the Pond Skater

The pond skater is characterized by a slender body, three pairs of long, sinewy legs, and retractable claws. The entire brown or black-colored body is covered in tiny, water-repellent hairs that trap air and prevent the insect from sinking. They can support up to 15 times the entire insect’s weight, allowing it to stay buoyant even in heavy rainstorms.

The three pairs of legs each serve their own purpose. The shorter front pair is adapted for grabbing prey. The long middle pair serves as paddles for the insect to move. The back legs, which are the longest of all in size, allow the insect to steer and brake. The body itself measures about 0.2 inches long, but the legs can easily equal or exceed the size of the body.

The typical pond skater is a wingless insect because wings would tend to weigh down the body and make it more difficult to stay afloat. However, one of the most interesting facts about this insect is that newly born pond skaters can develop long or short wings out of necessity. This gives the pond skater the ability to fly away and seek out new water sources if conditions become crowded or dry. It is attracted to pretty much any reflective surface it can find.

Gerris lacustris or common pond skater

Habitat: Where to Find the Pond Skater

The pond skaters are found in freshwater rivers, lakes, ponds, and streams all over the world. The species in the genus Halobates are the only saltwater pond skaters (and the only saltwater insects in general).

Diet: What Do the Pond Skaters Eat?

The pond skater consumes spiders and insects that get too close to the water. It grabs the prey with the front legs, pierces the body, and then sucks out all of the inner parts. The pond skater’s favorite food is mosquito larvae that poke out from the surface of the water with a little snorkel. If there is not enough food available or it’s too overcrowded, then they have been known to cannibalize their own nymphs.

Prevention: How to Get Rid of the Pond Skater

Pond skaters do not usually cause large infestations on the scale of, say, ants or termites, but they are sometimes attracted to the surface of swimming pools. You can get rid of individual skaters by spraying them with soapy water. This prevents their ability to skate across the water. If you have a large infestation of pond skaters, then the best advice is to remove anything that attracts insects on which the pond skater feeds. The growth of algae is one of the most common problems that attract insects to a swimming pool. They can be removed by brushing the sides of the pool and any other areas and pushing the algae toward the filter. You can also trim or remove plants, eliminate areas of standing water, and maintain proper chlorine and pH balance in the pool to prevent insects from gathering.

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Sources

  1. Cool Green Science / Accessed February 13, 2021
  2. Britannica / Accessed February 13, 2021
  3. SF Gate / Accessed February 13, 2021
A-Z Animals Staff

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A-Z Animals Staff

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Pond Skater FAQs (Frequently Asked Questions)

Pond Skaters are Herbivores, meaning they eat plants.