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Buds, bushfires and resprouting in the eucalypts
Australian Journal of Botany, 2013Eucalypts encounter a wide range of severe disturbances such as extensive defoliation by insects, major structural damage from cyclonic winds, as well as foliage and bark loss during drought and fire. Most healthy, mature eucalypts are not killed by these events, but regenerate vegetatively.
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Seedling Recruitment Strategies in Obligate‐Seeding and Resprouting Banksia Shrubs
Ecology, 1987Banksia ericifolia is killed by fire and so depends upon seeds for persistence. In contrast, B. oblongifolia can persist after fire by resprouting from protected buds, as well as by recruiting seedlings. These serotinous species coexist in the fire—prone scrublands of the Sydney Basin.
Charles, Zammit, Mark, Westoby
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Vigour of Post-Fire Resprouting by Quercus Coccifera L.
The Journal of Ecology, 1988(1) Experiments were carried out on Quercus coccifera in southern France to examine the effects of age of stand, fire intensity, fire season, and prefire canopy structure on the vigour of resprouting. Eighteen experimental treatment combinations were tested. Three ages since last fire, three fire intensities, and two seasons were combined.
George P. Malanson, Louis Trabaud
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Plant Ecology, 2015
Resprouting ability is a key functional trait determining plant responses and vegetation dynamics after disturbances such as fire that shape most global biomes. It is likely that rising atmospheric CO2 concentrations will alter resource allocation patterns in plants which in turn will alter resprouting responses.
Peter J. Clarke +2 more
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Resprouting ability is a key functional trait determining plant responses and vegetation dynamics after disturbances such as fire that shape most global biomes. It is likely that rising atmospheric CO2 concentrations will alter resource allocation patterns in plants which in turn will alter resprouting responses.
Peter J. Clarke +2 more
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Changes in evapotranspiration following wildfire in resprouting eucalypt forests
Ecohydrology, 2014ABSTRACTForests that recover from disturbance predominately via vegetative resprouting may be expected to have different catchment water balance dynamics following wildfire than forests recovering from seed. However, the impacts of wildfire on forest water use are largely unknown in resprouting forest types.
Nolan, Rachael H +4 more
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The Effects of Fire on Photosynthesis in Chaparral Resprouts
1983The success and rapid growth of vegetation regenerating after fire is probably due to a complex set of factors. In sprouting shrubs it may be due to the utilization of carbohydrate reserves in the roots and lignotubers. It may also be due in part to increased photosynthetic rates, as Radosevich et al.
W. C. Oechel, S. J. Hastings
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PLANT FUNCTIONAL DIFFERENCES BETWEEN RESPROUTERS AND NON-RESPROUTERS ACROSS ALL LIFE FORMS
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