Using this species as a model, we have previously explored the molecular basis of temperature compensation as well as entrainment of the circadian clock by small temperature shifts [ 17].
Using this species as a model plant, we suggest that other species restricted to restored areas and similar with respect to attractiveness to insect pollinators and pollinator community composition may show similar patterns of effective pollen dispersal.
Consequently, this chapter focuses on models developed using this species.
We used this species to perform an exhaustive study of telomerase expression and telomere length among a broad range of tissues throughout its life.
In this study, we used this species because of its great abundance and because it presents a standard leaf type regarding form and size.
We used this species and location because it experienced the greatest range of rainfall and water potential variation, thus allowing the broadest data set upon which to parameterize the hydraulic model.
We used this species further for investigating FokI eccDNA levels in different tissues including young/developing or old leaves and root meristems (Fig. 1B D), and also in leaf tissues stressed by wounding (Fig. 1E F).
We used this species as an experimental animal model in order to elucidate the physiological mechanism behind the sex-change as they are abundantly available in Okinawa, Japan, and they can easily be captured and handled.
Therefore, we decided to use this species as a biodiesel feedstock in the present study.
