Skip to main content
Home
  • merial
  • Select your language

  • Home
  • Maps
  • Download the maps
  • Ectoparasites
    • Introduction
    • ticks
    • fleas
    • lice
    • sarcoptic mites
    • ear mites
    • demodex mites
    • cheyletiella mites
    • trombicula
    • dermanyssus & ornithonyssus
    • sandflies
    • mosquitoes
  • diseases
    • Introduction
    • main vector-borne diseases
    • main direct ectoparasitic diseases
  • News
    • news
    • Press Review
    • Links
  • methodology
    • Introduction
    • Data sources
    • Activity
    • Density
    • Risk
    • References
homepage > ectoparasites > sandflies
  • Ticks
    • Main Facts
    • How to recognise Ticks
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Fleas
    • Main Facts
    • How to recognise Fleas
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Lice
    • Main Facts
    • How to recognise Lice
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Sarcoptic mites
    • Main Facts
    • How to recognise Sarcoptic mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Ear Mites
    • Main Facts
    • How to recognise Ear Mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Demodex mites
    • Main Facts
    • How to recognise Demodex mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • cheyletiella mites
    • Main Facts
    • How to recognise cheyletiella mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • trombicula
    • Main Facts
    • How to recognise trombicula
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • dermanyssus & ornithonyssus
    • Main Facts
  • sandflies
    • Main Facts
    • How to recognise sandflies
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • mosquitoes
    • Main Facts
    • How to recognise mosquitoes
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention

Sandflies

  • Ticks
    • Main Facts
    • How to recognise Ticks
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Fleas
    • Main Facts
    • How to recognise Fleas
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Lice
    • Main Facts
    • How to recognise Lice
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Sarcoptic mites
    • Main Facts
    • How to recognise Sarcoptic mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Ear Mites
    • Main Facts
    • How to recognise Ear Mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • Demodex mites
    • Main Facts
    • How to recognise Demodex mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • cheyletiella mites
    • Main Facts
    • How to recognise cheyletiella mites
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • trombicula
    • Main Facts
    • How to recognise trombicula
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • dermanyssus & ornithonyssus
    • Main Facts
  • sandflies
    • Main Facts
    • How to recognise sandflies
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention
  • mosquitoes
    • Main Facts
    • How to recognise mosquitoes
    • Life Cycle
    • Risk & Diseases
    • Treatment & Prevention

What is the life cycle of sandflies ?

The larvae are not aquatic, unlike true mosquitoes. The eggs are laid in very damp areas (gutters, places which retain a level of dampness with lots of detritus). The larvae, which hatch quickly, feed on organic and vegetable debris. After 4 stages, they develop into nymphs, the 5th and last stage, and these turn into adults within a few days. From the egg to L4, development takes 3 to 5 weeks. L4 are the larvae which go into diapause in winter. The nymph stage, prior to emergence as adults, lasts between 1 and 2 weeks.

Check the risk for parasites in your area:

Enter the name of your city

Learn more about parasites

The threat of arthropod parasites for human and animal health is increasingly recognized world wide. The hazard of these insects or acarids is linked to both the direct lesions

they generate as well as their ability to transmit diseases.

Read more about parasites

How does the model work ?

FleaTickRisk is a unique and dynamic model encompassing an ongoing collaboration between researchers. The maps generated allow visualisation of the risk of infestation by ticks and fleas.

Read more about the mathematical model

Content for professionals

The site is a tool dedicated to professionals to assist them with predicting and managing the risk posed by ectoparasites and the diseases they transmit.

Read more
footer logol

Mobile App

Home
Download our free mobile app to stay up to date with the changing risks for parasites in your region.
 
 
©Boehringer Ingelheim Animal Health
  • Legal mention
  • Sitemap
  • Cookie Policy
  • Contact
  • Boehringer Ingelheim
  • Mobile App