Lyriothemis Keralensis

sfg-2026

News: Recently researchers have confirmed the discovery of a new dragonfly species from Kerala’s low-lying coastal plains, named Lyriothemis keralensis  commonly called the Slender Bombardier.

About Lyriothemis keralensis

Lyriothemis keralensis
Source: TOI
  • It is a newly identified species of dragonfly discovered in Kerala.
  • The species was first spotted in 2013 at Varappetty near Kothamangalam in Ernakulam district, Kerala.
  • Habitat
    • This species inhabits vegetated pools, shaded irrigation canals, and seasonal water bodies within agricultural landscapes.
    • Unlike many dragonflies, L. keralensis is not a forest specialist and thrives in human-modified habitats such as pineapple and rubber plantations.
  • Distribution: Known only from low-lying coastal plains of Kerala, particularly areas near Kothamangalam in Ernakulam district.
  • Characteristics
    • Sexual Dimorphism: Males and females differ markedly in colouration and body shape.
    • Males: Deep blood-red abdomen with black markings and a slender body.
    • Females: Slightly broader with yellow and black colour patterns.
    • The species exhibits unique features including a distinctively shaped tail and genitalia, which help differentiate it from closely related species.
  • Threats
    • Most populations exist outside protected areas and depend on fragile microhabitats within agricultural landscapes.
    • Threats include land-use changes, irrigation canal dredging, and potential pesticide runoff that can degrade the shaded wet habitats they rely on.
  • Conservation Status
    • As a recently described species, Lyriothemis keralensis has not yet been evaluated for the IUCN Red List.
Dragonfly

  • About: It is an aerial predator insect most commonly found near freshwater habitats throughout most of the world.
  • Habitat: Most species of dragonflies live in the tropics and particularly in the rainforests.
  • Indicator Species: These are premier bioindicators for aquatic health, signaling clean water, high oxygen levels, and biodiversity.
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