Beetles (16)
Edney, E. B
The body temperature of tenebrionid beetles in the Namib desert of southern africa.
Hardley, N. F ; Louw, G. N
Cuticular Hydrocarbons and evaporative water loss in two Tenebrionid Beetles from the Namib Desert.
Seely, M.K
Factors controlling reproduction of certain Namib Desert tenebrionids.
Henwood, Kennetii
A field tested thermoregulation model for two diurnal Namib desert tenebrionid beetles
Hattingh, J; Ganhao, M; Naidu, S.G
Haemolymph composition in Namib desert tenebrionid beetles
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.
Heinschel, R. Joh; Seely, K. Mark; Hamilton, William. J
Pulsed rainfall events trigger responses of Namib Desert tenebrionid beetles.
E. McClain, E; Kok, C. J; Monard, L. A. G
Reflective Wax Blooms on Black Namib Desert beetles enhance day activity.
Gerneke, D; McClain, L
sem study of wax blooms in tenebrionid beetles from the Namibi desert.
Cloudsley-Thompson, J. L
Successful Desert Animals - Scorpions, Beetles and Lizards
Ferguson, J.W.H
Summer activity patterns of the riparian desert beetle physadesmia.
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.
McClain, E; Kok, C.J; Monard, L.A.G
wax Blooms Prevent Sunstroke in Black Namib Desert Beetles