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Soil grading and herbaceous vegetation seeding are essential reclamation practices that may influence plant community reestablishment and hydrologic processes that are essential to forested landscapes.
Bacteria containing ACC-deaminase in the vicinity of roots may influence plant growth by modifying root architecture through their potential to regulate ethylene synthesis in plant roots.
This study represents a step forward in both modeling ground-surface microclimate at relatively fine scales and understanding how this fine-scale variability may influence plant seedling survival and govern landscape and regional patterns of future species distributions.
However, the southwest region has an added characteristic that may influence plant diversification.
Differential herbivory and/or differential plant resistance or tolerance in sun and shade environments may influence plant distribution along the light gradient.
For example, physiological traits which may influence plant distributions are known to exist at phylogenetic nodes for aluminum accumulation (e.g., Vochysiaceae and Melastomataceae).
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This may be particularly important within anthropogenic areas, where either the patchy distribution of wild plants or the presence of cultivated fleshy-fruits may influence plant-disperser interactions.
However, whether these environmental factors may influence the plant growth promoting (PGP) potential of the root-associated bacteria is not widely understood.
Because many desert plants exist as seeds in the ground for long periods, harvester ants may greatly influence plant population dynamics.
Our results suggest that contemporary genetic variation at Nod factor signaling genes may potentially influence plant fitness in M. truncatula.
The colocalization of NFP and DMI3 with average fruit weight and leaf number indicates that naturally occurring variation in nodulation signaling genes may potentially influence plant performance and fitness traits.
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