tenebrionid (16)
Edney, E. B
The body temperature of tenebrionid beetles in the Namib desert of southern africa.
Coineau, Y; Lancaster, N; Prodon, R; Seely, M. K
Burrowing habits and substrate selection in ultra psammophilous tenebrionid beetles of the Namib Desert
Hamilton III, W. J; Penrith, Mary. L
Description of an individual possible hy brid tenebrionid beetle and the habitat preference of the parental species
Kelso, O.L; Pietruszka, R.O; Seely, M.K
Do desert tenebrionid larvae compete.
Henwood, Kenneth
A field tested thermoregulation model for two diurnal Namib desert tenebrionid beetles
Marden, J, H
In Pursuit of Females Following and Contest Behavior by male of a Namib desert tenebrionid beetle physadesmia globosa
Henschel,Joh; Seely, M; Polis Gary
Long term population dynamics of teneroid beetles in the Namib Desert.
Louw, G. N ; Hamilton lll, W. J
Physiological and behavioural ecology of the ultra psammophilous namib desert tenebrionid lepidochora argentogrisea.
Edney, E. B
Physiological zoology.
Hanrahan, S.A; McClain, E; Chemaly, G
Preliminary report on changes in elytron structure of tenebrionid beetles as a result of aging.
Gerneke, D; McClain, L
sem study of wax blooms in tenebrionid beetles from the Namibi desert.
Villiers, P. S.; Hanrahan, S. A
Sperm competition in the Namib desert beetle onymacris unguicularis.
Hauffe, Heidi. C; Seely, Mary. K
The taxonomic status of two morphotypes of the tenebrionid onymacris rugatipennis: indicationsfrom morphological, geographical and physiological studies
Koch. C
The tenebrionid beetles of South West Africa.
Pamela A. Coutchie; John H. Crowe
Transport of water vapor by tenebrionid beetles.
John R.B. Lighton
Ventilation in Namib desert tenebrionid beetles mass scaling and evidence of a novel quantized flutter phase.