Alex Hyde Photography

  • Portfolio
  • About
  • Contact
  • Archive
    • All Galleries
    • Search
    • Cart
    • Lightbox
    • Client Area
  • Tuition
  • Events
    • Talks
    • Photo Tours
    • Exhibitions
  • commissions
  • Facebook
  • Twitter
x

Search Results

Refine Search
Match all words
Match any word
Prints
Personal Use
Royalty-Free
Rights-Managed
(leave unchecked to
search all images)
18 images found
twitterlinkedinfacebook

Loading ()...

  • Common Vapourer Moth (Orgyia antiqua) eggs hatching. The newly emerged caterpillars can be seen eating their egg cases. Derbyshire, UK, April.
    AH_Vapourer Moth Eggs (Orgyia antiqu...jpg
  • Common Vapourer Moth (Orgyia antiqua) eggs hatching. The newly emerged caterpillars can be seen eating their egg cases. Derbyshire, UK, April.
    AH_Vapourer Moth Eggs (Orgyia antiqu...jpg
  • Common vapourer moth (Orgyia antiqua) laying eggs on surface of coccoon from which it has emerged. Derbyshire, UK, July.
    AH_Vapourer_Moth _5429.jpg
  • Common vapourer moth (Orgyia antiqua) eggs on surface of coccoon. Derbyshire, UK, July.
    AH_Vapourer_Moth_Eggs_Insect_5413.jpg
  • Common Vapourer Moth (Orgyia antiqua) eggs hatching. The newly emerged caterpillars can be seen eating their egg cases. Derbyshire, UK, April.
    AH_Vapourer Moth Eggs (Orgyia antiqu...jpg
  • Common Vapourer Moth male {Orgyia antiqua}, showing feather-like antennae that it uses to find the flightless female. Peak District National Park, Derbyshire, UK. July.
    AH_Common Vapourer Moth male {Orgyia...jpg
  • Common vapourer moth (Orgyia antiqua) eggs on surface of coccoon. Derbyshire, UK, April.
    AH_Vapourer Moth Eggs cocoon Orgyia...jpg
  • Common Vapourer Moth (Orgyia antiqua) male showing feather-like antennae that it uses to find the flightless female. Photographed in mobile field studio on a white background. The National Forest, Leicestershire, UK. September.
    AH_Common Vapourer Moth (Orgyia anti...jpg
  • Common Vapourer Moth caterpillar (Orgyia antiqua} photographed on a white background in mobile field studio. The caterpillar is covered in urticating hairs that cause sever irritation to skin. Nordtirol, Tirol, Austrian Alps, Austria. August.
    AH_Common Vapourer Moth caterpillar ...jpg
  • Caterpillar of the Common Vapourer Moth {Orgyia antiqua}, showing defensive urticating hairs that deter predators. Peak District National Park, Derbyshire, UK. April.
    AH_Common Vapourer Moth Caterpillar ...jpg
  • Common vapourer moth (Orgyia antiqua) eggs on surface of coccoon. Derbyshire, UK, April.
    AH_Vapourer Moth Eggs cocoon Orgyia...jpg
  • Common vapourer moth {Orgyia antiqua} eggs layed on  cocoon from which female has emerged. Nottinghamshire, UK. September.
    AHIMG_1023-Edit.jpg
  • Common vapourer moth (Orgyia antiqua) laying eggs on surface of coccoon from which it has emerged. Derbyshire, UK, July.
    AH_MG_5404-Edit.jpg
  • Common vapourer moth (Orgyia antiqua) eggs on surface of coccoon. Derbyshire, UK, July.
    AH_MG_5410.jpg
  • Common vapourer moth (Orgyia antiqua) laying eggs on surface of coccoon from which it has emerged. Derbyshire, UK, July.
    AH_MG_5453.jpg
  • Common vapourer moth (Orgyia antiqua) eggs on surface of coccoon. Derbyshire, UK, July.
    AH_MG_5444-Edit.jpg
  • A selection of moths attracted to a Robinson moth trap, using a mercury vapour bulb. Clockwise from top left: Tree-lichen Beauty {Cryphia algae}, Small Phoenix {Ecliptopera silaceata}, Copper Underwing {Amphipyra pyramidea},  Birch Marble {Apotomis betuletana}, Lozotaeniodes formosanus, Broad-bordered Yellow Underwing {Noctua fimbriata},  Lesser Broad-bordered Yellow Underwing {Noctua janthe}, Black Arches {Lymantria monacha}, Nut-tree Tussock {Colocasia coryli} and Jersey Tiger Moth {Euplagia quadripunctaria}. All species photographed in mobile field studio on a white background. Surrey, UK. August. Digital composite.
    AH_Moth Watch_.jpg
  • Stomata on the underside of an Ash (Fraxinus excelsior) leaf. 0.16 millimetres across in real life. Seven stomata are visible, pores in the surface of the leaf that allow gas exchange to occur. The rate of gas exchange is controlled by a pair of specialised guard cells that flank each pore, swelling or shrinking as required to alter the aperture. Carbon dioxide enters through the stomata and is used in photosynthesis to produce energy for the plant. Oxygen is released into the atmosphere as a by-product of this process, central to our very existence. Water vapour is released through the stomata, driving the process of transpiration in which water is drawn upwards through the plant’s tissues against gravity by capillary action. Peak District National Park, Derbyshire, UK. False-coloured scanning electron micrograph, produced at the University of Derby. 0.16 millimetres across in real life, x625 magnification when printed at 10cm across.
    AH_Stomata Leaf Ash - Fraxinus excel...jpg