Project 2517: D. A. Woller, H. Song. 2017. Investigating the Functional Morphology of Genitalia During Copulation in the Grasshopper Melanoplus rotundipennis (Scudder, 1878) via Correlative Microscopy. Journal of Morphology. 278 (3):334-359.
Specimen: Melanoplus rotundipennis (unvouchered)
View: Right cross section of genitalia of both sexes


We investigated probable functions of the interacting genitalic components of a male and a female of the flightless grasshopper species Melanoplus rotundipennis (Scudder, 1878) (frozen rapidly during copulation) via correlative microscopy; in this case, by synergizing micro-computed tomography (micro-CT) with digital single lens reflex camera photography with focal stacking, and scanning electron microscopy. To assign probable functions, we combined imaging results with observations of live and museum specimens, and function hypotheses from previous studies, the majority of which focused on museum specimens with few investigating hypotheses in a physical framework of copulation. For both sexes, detailed descriptions are given for each of the observed genitalic and other reproductive system components, the majority of which are involved in copulation, and we assigned probable functions to these latter components. The correlative microscopy approach is effective for examining functional morphology in grasshoppers, so we suggest its use for other animals as well, especially when investigating body regions or events that are difficult to access and understand otherwise, as shown here with genitalia and copulation.

Read the article »

Article DOI: 10.1002/jmor.20642

Project DOI: 10.7934/P2517,
This project contains
  • 51 Media
  • 1 Document
  • 1 Taxon
  • 1 Specimen
Total size of project's media files: 2048 MB

Download Project SDD File
Currently Viewing:
MorphoBank Project 2517

    This research
    supported by


    member name taxa specimens media media
    Derek Woller
    Project Administrator
    Last logged in 03/08/17

    Project has no matrices defined.

    Project views

    type number of views Individual items viewed (where applicable)
    Total project views11885
    Project overview1195
    Media views6796Media search (916 views); M430703 (105 views); M430702 (99 views); M430670 (117 views); M430542 (129 views); M434322 (117 views); M434330 (100 views); M434332 (80 views); M437350 (109 views); M434331 (110 views); M430692 (98 views); M434333 (123 views); M430689 (123 views); M430694 (222 views); M430701 (115 views); M434323 (98 views); M430679 (112 views); M430682 (114 views); M430538 (132 views); M434328 (94 views); M430699 (111 views); M430687 (104 views); M427156 (126 views); M430671 (148 views); M430672 (113 views); M430673 (119 views); M430674 (102 views); M430675 (105 views); M430676 (131 views); M430677 (122 views); M430678 (109 views); M430680 (127 views); M430681 (122 views); M430683 (98 views); M430684 (138 views); M430685 (121 views); M430686 (121 views); M430688 (97 views); M430690 (127 views); M430691 (120 views); M430693 (133 views); M430695 (89 views); M430696 (118 views); M430697 (102 views); M430698 (103 views); M430700 (114 views); M434324 (132 views); M434325 (126 views); M434326 (111 views); M434327 (98 views); M434329 (99 views); M434334 (97 views);
    Documents list346
    Specimen list495
    Taxon list454
    Views for media list562

    Project downloads

    type number of downloads Individual items downloaded (where applicable)
    Total downloads from project88
    Media downloads11M437350 (1 download); M430670 (2 downloads); M430703 (2 downloads); M434322 (1 download); M430674 (1 download); M434326 (4 downloads);
    Project downloads77