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amazing inhabitants of the microworld under a microscope

This is a common spangle gall on an Oak leaf, caused by the cynipid wasp Neuroterus quercusbaccarum. The gall is induced by an adult wasp, it provides a nutrient source for the larvae developing within.

A dead flower that will need deadheading.

The pupa of a beetle from the Curculionidae family, genus Anthonomus. Commonly called Weevils, snout beetles or true weevils. For example boll or strawberry blossom weevil.

Honeybee wings under light microscope with white background

Closeup on the insect trapping structure of a Venus Flytrap plant

Rat tailed maggot photographed in a studio

Flower of Alpinia family in the deep forest of Thialand

Curculio elephas (chestnut weevil) is a beetle whose larvae can be found in ripe chestnuts or cause premature fall of hedgehogs before the fruit develops.Reflected in a mirror

Caterpillar of Box tree moth, cydalima perspectalis, on Boxwood, Buxus sempervirens, close-up of a destroyed boxwood branch with green caterpillar.

Granary Weevil (Sitophilus granarius) also called Grain or Wheat Weevil. Larva developing inside the grain.

Nereid (segmented worm) from San Fancisco Bay, California, USA. Photographed through a microscope. Wet mount (internal organs visible), 50X, transmitted light.

A close-up photo of a green lotus seed pod resting on a gray surface. The pods numerous seed cavities are clearly visible.

Other common names include anthurium, tailflower, flamingo flower, and laceleaf. The flower signifies 'love' and 'friendship'

$Epipactis helleborine, the broad-leaved helleborine, is a terrestrial species of orchid with a broad distribution. It is a long lived herb which varies morphologically with ability to self-pollinate. \nDescription:\nEpipactis helleborine can grow to a maximum height of 1 m or more under good conditions, and has broad dull green leaves which are strongly ribbed and flat The flowers are arranged in long drooping racemes with dull green sepals and shorter upper petals. The lower labellum is pale red and is much shorter than the upper petals. \nFlowering occurs June–September. \nHabitat:\nFound in woods and hedge-banks and often not far from paths near human activity. It is one of the most likely European orchids to be found within a city, with many sites for example in Glasgow, London and Moscow. Sometimes spotted beside car parks. \nEpipactis helleborine is known for its successful colonization of human-made or anthropogenic habitats such as parks, gardens or roadsides. These roadside orchids exhibit special features such as large plant size and greater ability to produce flowers. Pollination plays a huge role as pollinators such as Syrphidae, Culicidae, Apidae etc. possess greater species diversity and visits the flowering sites more in anthropogenic habitats as compared to native ones. The visitation rates along with the reproductive success of these orchids are higher in large populations as they are more attractive to pollinators. \n\nDistribution:\nThis species is widespread across much of Europe and Asia, from Portugal to China, as well as northern Africa (source Wikipedia).\n\nThis is a very common Species in the described Habitats in the Netherlands.$

Scale insects pest. The growth stage of imago. Close up.

Underwater photography of tropical reef species in Papua New Guinea

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El infante Carlos María Isidro de Borbón (Museo del Prado).jpg

Mompha_epilobiella_a_shoot_of_Epilobium_hirsutum_disfigured_by_larva.JPG

Mompha_propinquella_a_mined_leaf_of_Epilobium_hirsutum.JPG

Mompha_terminella_a_leaf_of_Circaea_lutetiana_mined_by_larva.JPG

Incurvaria_koerneriella_a_beech_leaf_eaten_by_larva.JPG

Coleophora_currucipennella_oak_leaf_eaten_by_the_larva.JPG

Xenolechia_aethiops_a_sprig_of_heath_eaten_by_larva.JPG

Recurvaria_leucatella_a_sprig_of_hawthorn_eaten_by_larva.JPG

Athrips_mouffetella_a_sprig_of_honeysuckle_eaten_by_larva.JPG

Anacampsis_temerella_a_sprig_of_Salix_eaten_by_larva.JPG

Coleophora_cracella_leaf_of_Vicia_cracca_eaten_by_the_larva.JPG

Athrips_tetrapunctella_sprigs_of_Medicago_sativa_eaten_by_larva.JPG

Scrobipalpa_artemisiella_sprig_of_Thymus_serpyllum_eaten_by_larva.JPG

Mirificarma_maculatella_a_leaf_of_Coronilla_varia_eaten_by_larva.JPG

Pseudotelphusa_paripunctella_oak_leaves_spun_together_and_eaten_by_larva.JPG

Teleiodes_vulgella_hawthorn_leaves_fastened_together_and_eaten_by_larva.JPG

Neofriseria_peliella_a_sprig_of_Rumex_acetosella_eaten_by_larva.JPG

Aroga_flavicomella_leaves_of_sloe_fastened_together_and_eaten_by_larva.JPG

Anacampsis_scintillella_a_sprig_of_Helianthemum_vulgare_eaten_by_larva.JPG

Mirificarma_lentiginosella_a_sprig_of_Genista_tinctoria_eaten_by_larva.JPG

Gelechia_hippophaella_a_shoot_of_Hippophae_rhamnoides_eaten_by_larva.JPG

Eulamprotes_wilkella_a_sprig_of_Cerastium_holosteoides_eaten_by_larva.JPG

Caryocolum_vicinella_sprig_of_Silene_uniflora_eaten_by_larva.JPG

Exaeretia_allisella_a_sprig_of_Lithospermum_officinale_eaten_by_larva.JPG

Ethmia_quadrillella_a_piece_of_Symphytum_officinale_leaf_eaten_by_larva.JPG

Ethmia_dodecea_a_sprig_of_Lithospermum_officinale_eaten_by_larva.JPG

Aproaerema_anthyllidella_leaves_of_Anthyllis_vulneraria_eaten_and_discoloured_by_larva.JPG

Coleophora_ibipennella_birch_leaves_eaten_by_the_larva,_with_two_cases_attached.JPG

Coleophora_siccifolia_hawthorn_leaves_eaten_by_the_larva,_with_two_cases_attached.JPG

Coleophora_pennella_leaves_of_Echium_vulgare_eaten_by_the_larva,_with_two_cases_larval_attached.JPG

Coleophora_anatipennella_sloe_twig_with_leaf_eaten_by_the_larva_and_a_case_attached_to_the_stem.JPG