Phlaeothripinae

Uzel, 1895

Genus Guides

10

Phlaeothripinae is the largest of thrips (Thysanoptera), comprising hundreds of and thousands of . Members exhibit diverse feeding habits including fungus-feeding, leaf-feeding, and gall induction. The subfamily shows remarkable morphological plasticity, with many species exhibiting related to wing development and . Notable genera include Liothrips (leaf-feeding, gall-associated), the Australian Acacia-thrips lineage (-specific with documented host-shifts), and various fungus-feeding groups.

Gynaikothrips ficorum by (c) Stephen Thorpe, some rights reserved (CC BY), uploaded by Stephen Thorpe. Used under a CC-BY license.Klambothrips by (c) Cricket Raspet, some rights reserved (CC BY), uploaded by Cricket Raspet. Used under a CC-BY license.Klambothrips by (c) Jon Sullivan, some rights reserved (CC BY). Used under a CC-BY license.

Pronunciation

How to pronounce Phlaeothripinae: //ˌflioʊˈθrɪpɪniː//

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Images

Habitat

Highly variable across : leaf-litter, fungal substrates, green leaves, galls, and specific plants. Some inhabit branches of trees, seed capsules, or lepidopterous leaf mines.

Distribution

. Strong representation in Australia (including tropical northern zones, Western Australia, Queensland, Tasmania), China (diverse Liothrips fauna), New Zealand, and Holarctic regions. Some introduced to Brazil, California, and Kenya.

Diet

Diverse: fungus-feeding (major feeding mode in many lineages), leaf-feeding on green leaves, gall induction or association with galls. Some kleptoparasitic in leaf roll galls.

Behavior

Many induce galls or live in association with galls. Some form substantial colonies within lepidopterous leaf mines. associated with wing development and sex is common; some lineages show pronounced in feeding stylets. Documented -shifts between unrelated angiosperm orders (Fabales to Proteales and Myrtales) in specialized lineages.

Ecological Role

Fungal-feeding contribute to decomposition in leaf-litter systems. Gall-inducing species modify plant growth. Some species function as kleptoparasites in existing gall systems.

Sources and further reading