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Trait plasticity, not values, best corresponds with woodland plant success in novel and manipulated habitats

Journal of Plant Ecology 2013年第3期6卷 201-210页

作者： Robert J.Warren II Jeffrey K.Lake Department of Biology SUNY Buffalo State1300 Elmwood AvenueBuffaloNY 14222USA Department of Biology Adrian CollegeAdrianMI49221USA

Aims The clustering of plants with similar leaf traits along environmental gradients may arise from adaptation as well as acclimation to het-erogeneous habitat *** the forces that shape plant leaf traits requires both linking variation in trait morphology with abiotic gradients and linking that trait variation with plant per-formance under varying abiotic *** the spectrum of plant types,shade-tolerant evergreen herbs are relatively low in trait plasticity,compared to deciduous and sun-adapted *** plants employ stress-tolerant strategies for survival,which coincide with relatively static trait morphologies,slow growth and hence a lower ability to adjust to changing environmental *** We investigate how the survival of two ecologically similar under-story evergreen species,Asarum arifolium and hepatica nobilis,cor-responds with variation in six commonly measured functional traits(leaf area,specific leaf area,plant height,leaf number,leaf length and shoot mass)along natural and experimental abiotic *** examine temporal(the period 2007-9)and spatial(100 km)variations in these traits after(i)translocating 576 plants across a span from the southerm Appalachian Mountains in NC,USA,to the Piedmont,GA,USA,which includes north-and south-facing slope habitats and(ii)the experimental manipulation of diffuse light and soil *** findings We find that when translocated into a novel habitats,with novel environmental conditions that often are more extreme than the source habitat,both species appear capable of considerable mor-phological acclimation and generally converge to similar trait *** nobilis does not exhibit mean trait values particu-larly different from those of ***,but it demonstrates much greater phenotypic *** results indicate that relatively conservative plant species nonetheless acclimate and survive across heterogeneous environmental conditions.

关键词： Functional traits Asarum arifolium hepatica nobilis niche specific leaf area understory

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