ausblenden:
Schlagwörter:
elevated CO2; glucosinolates; crucifers; plant defense;
carbon/nutrient balance hypothesis
Carbon-dioxide atmospheres; plutella-xylostella; nutrient
balance; diamondback moth; cruciferae; herbivory; mustard;
growth; allelochemicals; identification
Zusammenfassung:
The carbon/nutrient balance hypothesis has recently been interpreted to predict that plants grown under elevated CO2 environments will allocate excess carbon to defense, resulting in an increase in carbon-based secondary compounds. A related prediction
