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Putting adaptation into vegetation models: towards a predictive theory of trait diversity and stand structure
- Title
- Putting adaptation into vegetation models: towards a predictive theory of trait diversity and stand structure
- Funding
- ARC | Discovery Projects
- Contract (GA) number
- DP110102086
- Start Date
- 2011/01/01
- End Date
- 2013/12/31
- Open Access mandate
- no
- Organizations
- -
- More information
- http://purl.org/au-research/grants/arc/DP110102086
-
Trajectories: how functional traits influence plant growth and shade tolerance across the life-cycle
Fitzjohn, Richard; Falster, Daniel; Duursma, Remko (2016)
Projects: ARC | Putting adaptation into vegetation models: towards a predictive theory of trait diversity and stand structure (DP110102086)Plant species differ in many functional traits that drive differences in rates of photosynthesis, biomass allocation, and tissue turnover. Yet, it remains unclear how -- and even if -- such traits influence whole-plant growth, with the simple linear relationships predicted by existing theory often lacking empirical support. Here we present a new theoretical framework for understanding the effect of diverse functional traits on plant growth and shade-tolerance, extending a widely-used theoreti...Quantifying and understanding reproductive allocation schedules in plants
Wenk, Elizabeth Hedi; Falster, Daniel S. (2015)
Projects: ARC | Australian Laureate Fellowships - Grant ID: FL100100080 (FL100100080), ARC | Putting adaptation into vegetation models: towards a predictive theory of trait diversity and stand structure (DP110102086)Abstract A plant's reproductive allocation (RA) schedule describes the fraction of surplus energy allocated to reproduction as it increases in size. While theorists use RA schedules as the connection between life history and energy allocation, little is known about RA schedules in real vegetation. Here we review what is known about RA schedules for perennial plants using studies either directly quantifying RA or that collected data from which the shape of an RA schedule can be inferred. We al... -
No project research data found
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