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This research project investigates one of the key stages in the plant life cycle that is hypothesised to explain species coexistence in high diversity ecosystems. It examines seedling establishment after fire (the `regeneration niche' sensu Grubb 1977) in a high diversity, fire-prone ecosystem from south-western Australia, using a sample of serotinous species (i.e. plants with canopy seed storage) with different life history attributes and recruitment behaviours
2019, Springer Nature B.V. Fire management at the landscape scale may be detrimental to threatened s...
The structure and composition of much of the contemporary vegetation of south-western Australia is c...
Up to thirteen demographic, four morphological and four ecophysiological attributes were assessed in...
Postfire resprouting and recruitment from seed are key plant life-history traits that influence popu...
In fire-prone ecosystems, plant species exhibit a range of traits which allow them to persist under ...
Time since last fire and fire frequency are strong determinants of plant community composition in fi...
Postfire resprouting (R+) and recruitment from seed (S+) are common resilience traits in Australian ...
The density and species richness of plants with different regenerative strategies and life forms wer...
The regeneration niche defines the specific environmental requirements of the early phases of a plan...
Time since last fire and fire frequency are strong determinants of plant community composition in fi...
Changing disturbance-climate interactions will drive shifts in plant communities: these effects are ...
Aim: Knowledge of how climate and fire regimes affect regeneration in foundation species is critical...
Little is known about the relationship between fire regimes and plant diversity in Australia's tempe...
Calytrix breviseta Lindl. subsp. breviseta is a critically endangered, obligate-seeder shrub within ...
Changing disturbance-climate interactions will drive shifts in plant communities: these effects are ...
2019, Springer Nature B.V. Fire management at the landscape scale may be detrimental to threatened s...
The structure and composition of much of the contemporary vegetation of south-western Australia is c...
Up to thirteen demographic, four morphological and four ecophysiological attributes were assessed in...
Postfire resprouting and recruitment from seed are key plant life-history traits that influence popu...
In fire-prone ecosystems, plant species exhibit a range of traits which allow them to persist under ...
Time since last fire and fire frequency are strong determinants of plant community composition in fi...
Postfire resprouting (R+) and recruitment from seed (S+) are common resilience traits in Australian ...
The density and species richness of plants with different regenerative strategies and life forms wer...
The regeneration niche defines the specific environmental requirements of the early phases of a plan...
Time since last fire and fire frequency are strong determinants of plant community composition in fi...
Changing disturbance-climate interactions will drive shifts in plant communities: these effects are ...
Aim: Knowledge of how climate and fire regimes affect regeneration in foundation species is critical...
Little is known about the relationship between fire regimes and plant diversity in Australia's tempe...
Calytrix breviseta Lindl. subsp. breviseta is a critically endangered, obligate-seeder shrub within ...
Changing disturbance-climate interactions will drive shifts in plant communities: these effects are ...
2019, Springer Nature B.V. Fire management at the landscape scale may be detrimental to threatened s...
The structure and composition of much of the contemporary vegetation of south-western Australia is c...
Up to thirteen demographic, four morphological and four ecophysiological attributes were assessed in...
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