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[38]The alkaloidal responses of wild tobacco to real and simulated herbivory

   [39]IT Baldwin - Oecologia, 1988 - Springer
   [40]IT Baldwin
   Oecologia, 1988 o Springer
   I compared the induced alkaloidal response in undamaged leaves of plants
   subjected to
   herbivory by the larvae of Manduca sexta and to different simulations of this
   herbivory; all
   herbivory treatments removed similar amounts of leaf mass. Although larval
   feeding induced
   a significant increase (2.2 x) in alkaloid concentrations compared to undamaged
   plants, the
   alkaloid responses to larval feeding were significantly lower than the responses
   to an
   herbivory simulation (4x controls) which involved removing the same amount of
   leaf area ...
   Summary
   I compared the induced alkaloidal response in undamaged leaves of plants
   subjected to herbivory by the larvae of Manduca sexta and to different
   simulations of this herbivory; all herbivory treatments removed similar amounts
   of leaf mass. Although larval feeding induced a significant increase (2.2x) in
   alkaloid concentrations compared to undamaged plants, the alkaloid responses to
   larval feeding were significantly lower than the responses to an herbivory
   simulation (4x controls) which involved removing the same amount of leaf area
   from the same positions on the leaf, over a similar time period. Moreover,
   another herbivory simulation, identical in amount of leaf mass removed and
   duration of damage to the larval feeding, but without regard to spatial array of
   leaf damage, resulted in an alkaloidal response (5.5x controls) higher still than
   the previous herbivory simulation. In a second experiment the importance of leaf
   vein damage on the induced alkaloidal response was examined. Here, leaf removal
   that involved cutting leaf tissues from between secondary veins before removing
   the midrib, resulted in alkaloidal responses that were significantly lower (1.7x
   controls) than responses from leaf removal that involved cutting both veins and
   midribs along with the intervein tissues (2.6x controls). Vein damage alone did
   not produce a significant response. These results indicate that herbivory is
   difficult to simulate: that how a leaf is damaged can be as important as the
   magnitude of leaf damage in determining a plant's response to damage.
   Springer
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