Sodium Uptake by Puddling in a Moth

  title={Sodium Uptake by Puddling in a Moth},
  author={Scott R. Smedley and Thomas Eisner},
  pages={1816 - 1818}
Male Lepidoptera commonly visit stands of water to drink, a behavior known as puddling. Males of the notodontid moth Gluphisia septentrionis routinely puddle for hours, imbibing hundreds of gut-loads and voiding the fluid as repetitive anal jets. Cationic analyses showed puddling to lead to systemic sodium gain, a potential benefit to Gluphisia, whose larval food plant is low in sodium. Male Gluphisia are specialized for puddling, possessing a wide oral slit and a highly expanded enteric… Expand
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of Plant Tissues from the Hubbard Brook Ecosystem (Na uptake versus K loss
  • ChemicalAnalyses 1 mM (n = 10)
  • 1991
Hanra-Franclemont (to whom this paper is fondly dedicatmixture of 0.25 ml of nitric acid (70%) and 0.10 ml of han
  • Physiol
  • 1986
other was kept without fluid as a control (if former parisons: P < 0.001. 30. Calculation based on (1). moth failed to puddle, the pair was discarded)
  • thesis, Yale Univerassigned to puddle (solution as in Fig. 2B), and the 10)
  • 1982
New 32. We thank D. Deutschman, M. Eisner, P. Fraissinet, J. and weighed, then digested
  • 1980
Sodium and potassium.