Whether or not a plant can recover its investment of resources in a chemical defense is central to the ''mobile-immobile'' metabolite dichotomy of the resource availability theory. Biochemical measures of metabolite turnover have been used to estimate
The chemical defenses of plants are thought to play many different functional roles, all of which in...
One of the goals of chemical ecology is to assess costs of plant defenses. Intraspecific trade-offs ...
In nutrient-poor environments, plants employ many strategies to acquire and recycle scarce nutrients...
Whether or not a plant can recover its investment of resources in a chemical defense is central to t...
Nicotine is thought to be an excellent example of a ''mobile'' (sensu Coley et al. 1985) plant defen...
Nicotine is thought to be an excellent example of a ''mobile'' (sensu Coley et al. 1985) plant defen...
Resource-based tradeoffs in the allocation of a limiting resource are commonly invoked to explain ne...
We quantified the accumulation of and tolerance to exogenously-fed nicotine by monitoring photosynth...
Nicotiana attenuata is a post-fire annual that utilizes jasmonate-inducible nicotine production as a...
PubMed ID: 18318685Mitochondrial electron transport pathways exert effects on carbon-nitrogen (C/N) ...
Folivory results in both leaf damage and the loss of photosynthetic capacity. Leaf damage activates ...
Plants produce metabolites that directly decrease herbivore performance, and as a consequence, herb...
<div><p>Plants produce metabolites that directly decrease herbivore performance, and as a consequenc...
Plants have to balance their allocation of resources to growth, reproduction, and defence to survive...
Several lines of evidence support the defensive function of nicotine production in the Nicotiana gen...
The chemical defenses of plants are thought to play many different functional roles, all of which in...
One of the goals of chemical ecology is to assess costs of plant defenses. Intraspecific trade-offs ...
In nutrient-poor environments, plants employ many strategies to acquire and recycle scarce nutrients...
Whether or not a plant can recover its investment of resources in a chemical defense is central to t...
Nicotine is thought to be an excellent example of a ''mobile'' (sensu Coley et al. 1985) plant defen...
Nicotine is thought to be an excellent example of a ''mobile'' (sensu Coley et al. 1985) plant defen...
Resource-based tradeoffs in the allocation of a limiting resource are commonly invoked to explain ne...
We quantified the accumulation of and tolerance to exogenously-fed nicotine by monitoring photosynth...
Nicotiana attenuata is a post-fire annual that utilizes jasmonate-inducible nicotine production as a...
PubMed ID: 18318685Mitochondrial electron transport pathways exert effects on carbon-nitrogen (C/N) ...
Folivory results in both leaf damage and the loss of photosynthetic capacity. Leaf damage activates ...
Plants produce metabolites that directly decrease herbivore performance, and as a consequence, herb...
<div><p>Plants produce metabolites that directly decrease herbivore performance, and as a consequenc...
Plants have to balance their allocation of resources to growth, reproduction, and defence to survive...
Several lines of evidence support the defensive function of nicotine production in the Nicotiana gen...
The chemical defenses of plants are thought to play many different functional roles, all of which in...
One of the goals of chemical ecology is to assess costs of plant defenses. Intraspecific trade-offs ...
In nutrient-poor environments, plants employ many strategies to acquire and recycle scarce nutrients...
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