thrips.net
a microcosm of biodiversity
Primary menu
Skip to primary content
Making of a thrips
Germ cell development
Egg cells
Sperm cells
Reproduction
Haplo-diploid parthenogenesis
Diplo-diploid parthenogenesis
Microorganism controlled parthenogenesis
Embryogenesis
Prekatatreptic phase
Katatrepsis
Postkatatreptic phase
Oviparous and ovoviviparous
Larvae
First instar larva
Second instar larva
Resting stages
Propupa
Pupa (I and II)
Adults
Female
Male
Taxonomy
Classification
Phylogeny and systematics
Collections
Biology
External morphology
Head
Head – capsule
Head – antennae
Head – mouthcone
Thorax
Prothorax
Pterothorax
Fore and hind wings
Fore, mid and hind legs
Abdomen
Pregenital segments
Genitoanal segments
Internal morphologhy
Segmentation & endoskeleton
Nervous system
Endocrine system
Muscle system
Circulatory system
Respiratory system
Excretory system
Reproductive system
Ecology
Abiotic factors
Biotic factors
Human and thrips
Behavior
Microorganisms
Viruses
Bacteria
Fungi
Virus vectors
Frankliniella
Scirtothrips
Thrips
Pest thrips
Pest thrips in ornamental crops
Pest thrips in agriculture and forestry
Chemical and biological control
Thrips in unlikely places
Economy
Identification
LucID Phoenix Keys
CD ROM Keys
LucID Key Server
Mobile phone identification
Molecular identification (ITS-RFLP technique)
Fact sheet fusion
Methods & more
Collecting methods
Slide preparation
Microscopy
Light microscopy
Scanning electron microscopy
Transmission electron microscopy
ITS-RFLP
Thrips species and cultures
Artificial nutrition
Abbreviations
External morphology
Internal morphology
Muscles
Nerves
Thrips-Virus-Interactions
Menu
Molecular identification using ITS-RFLP techniques
ITS-ID-DATA
base Thysanoptera
Comments are closed.
