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Original Articles

Leaf allocation patterns and 13C and 15N natural abundances of tropical lianas (Passiflora sp.) as dependent on external climbing support

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Pages 98-108 | Received 20 Dec 2011, Accepted 12 Jun 2012, Published online: 08 Nov 2012

References

  • Schnitzer , S. A. and Bongers , F. 2002 . The Ecology of Lianas and Their Role in Forests . Trends Ecol. Evol. , 17 ( 223 )
  • Richards , P. W. 1996 . The Tropical Rain Forest: An Ecological Study , Cambridge : Cambridge University Press .
  • Appanah , S. , Gentry , A. H. and LaFrankie , J. V. 1993 . Liana Diversity and Species Richness of Malaysian Rain Forests . J. Trop. For. Sci. , 6 ( 116 )
  • Gentry , A. H. 1991 . The Distribution and Evolution of Climbing Plants, The Biology of Vines , Edited by: Putz , F. E. and Mooney , H. A. 3 – 42 . Cambridge : Cambridge University Press .
  • Putz , F. E. 1984 . The Natural History of Lianas of Barro Colorado Island, Panama . Ecology , 65 ( 1713 )
  • Kazda , M. , Miladera , J. and Salzer , J. 2009 . Optimisation of Spatial Allocation Patterns in Lianas Compared to Trees Used for Support . Trees – Struct. Funct. , 23 ( 295 )
  • Fisher , J. B. and Ewers , F. W. 1991 . Structural Responses to Stem Injury in Vines, The Biology of Vines , Edited by: Putz , F. E. and Mooney , H. A. 99 – 126 . Cambridge : Cambridge University Press .
  • Caballé , G. 1998 . Self-Supporting Capacity of Tropical Lianas: Synthesis of Growth Strategies . Can. J. Bot. , 76, 1703
  • Caballé , G. 1993 . Liana Structure, Function and Selection: A Comparative Study of Xylem Cylinders of Tropical Rainforest Species in Africa and America . Bot. J. Linn. Soc. , 113 ( 41 )
  • Prósperi , J. , Caballé , G. and Caraglio , Y. 2001 . Lianas and Hemiepiphytes: Distribution Development and Adaptations . Selbyana , 22 ( 197 )
  • Hegarty , E. E. 1991 . Vine–Host Interactions, in The Biology of Vines , : 357 – 375 . Cambridge University Press, Cambridge
  • Hietz , P. , Wanek , W. and Popp , M. 1999 . Stable Isotopic Composition of Carbon and Nitrogen and Nitrogen Content in Vascular Epiphytes along an Altitudinal Transect . Plant Cell Environ. , 22 ( 1435 )
  • Bonal , D. , Sabatier , D. , Montpied , P. , Tremeaux , D. and Guehl , J. M. 2000 . Interspecific Variability of δ13C among Trees in Rainforests of French Guiana: Functional Groups and Canopy Integration . Oecologia , 124 ( 454 )
  • Cernusak , L. A. , Winter , K. , Aranda , J. and Turner , B. L. 2008 . Conifers, Angiosperm Trees, and Lianas: Growth, Whole-Plant Water and Nitrogen Use Efficiency, and Stable Isotope Composition (δ13C and δ18O) of Seedlings Grown in a Tropical Environment . Plant Physiol. , 148 ( 642 )
  • Cai , Z. Q. , Schnitzer , S. A. and Bongers , F. 2009 . Seasonal Differences in Leaf-Level Physiology Give Lianas a Competitive Advantage over Trees in a Tropical Seasonal Forest . Oecologia , 161 ( 25 )
  • Cordell , S. , Goldstein , G. , Meinzer , F. C. and Handley , L. L. 1999 . Allocation of Nitrogen and Carbon in Leaves of Metrosideros polymorpha Regulates Carboxylation Capacity and δ13C along an Altitudinal Gradient . Funct. Ecol. , 13 ( 811 )
  • Vitousek , P. M. , Field , C. B. and Matson , P. A. 1990 . Variation in Foliar δ13C in Hawaiian . Metrosideros polymorpha: A Case of Internal Resistance? Oecologia , 84 ( 362 )
  • Hanba , Y. T. , Miyazawa , S. I. and Terashima , I. 1999 . The Influence of Leaf Thickness on the CO2 Transfer Conductance and Leaf Stable Carbon Isotope Ratio for Some Evergreen Tree Species in Japanese Warm-Temperate Forests . Funct. Ecol. , 13 ( 632 )
  • Schulze , E. D. , Turner , N. C. , Nicolle , D. and Schumacher , J. 2006 . Species Differences in Carbon Isotope Ratios, Specific Leaf Area and Nitrogen Concentrations in Leaves of Eucalyptus Growing in a Common Garden Compared with along an Aridity Gradient . Physiol. Plantarum , 127 ( 434 )
  • Field , C. B. and Mooney , H. A. 1986 . “ The Nitrogen/Photosynthesis Relationship in Wild Plants ” . In On the Economy of Plant Form and Function , Edited by: Givinish , T. 25 – 55 . Cambridge : Cambridge University Press .
  • Hikosaka , K. , Hanba , Y. T. , Hirose , T. and Terashima , I. 1998 . Photosynthetic Nitrogen-Use Efficiency in Leaves of Woody Herbaceous Species . Funct. Ecol. , 12 ( 896 )
  • Witkowski , E. T.F. and Lamont , B. B. 1991 . Leaf Specific Mass Confounds Leaf Density and Thickness . Oecologia , 88 ( 486 )
  • Schieving , F. and Poorter , H. 1999 . Carbon Gain in a Multispecies Canopy: The Role of Specific Leaf Area and Photosynthetic Nitrogen-Use Efficiency in the Tragedy of the Commons . New Phytol. , 143 ( 201 )
  • Field , C. and Mooney , H. A. 1983 . Leaf Age and Seasonal Effects on Light, Water, and Nitrogen Use Efficiency in a California Shrub . Oecologia , 56 ( 348 )
  • Warren , C. R. and Adams , M. A. 2000 . Water Availability and Branch Length Determine δ13C in Foliage of . Pinus pinaster, Tree Physiol. , 10 ( 637 )
  • Wooller , M. , Smallwood , B. , Jacobson , M. and Fogel , M. 2003 . Carbon and Nitrogen Stable Isotopic Variation in . Laguncularia racemosa (L.) (White Mangrove) from Florida and Belize: Implications for Trophic Level Studies, Hydrobiologia , 499 ( 13 )
  • Loreto , F. , Harley , P. C. , Di Marco , G. and Sharkey , T. D. 1992 . Estimation of Mesophyll Conductance to CO2 Flux by Three Different Methods . Plant Physiol. , 98 ( 1437 )
  • von Caemmerer , S. and Evans , J. R. 1991 . Determination of the Average Partial Pressure of CO2 in Chloroplasts from Leaves of Several C3 Plants . Funct. Plant Biol. , 18 ( 287 )
  • Warren , C. R. , McGrath , J. F. and Adams , M. A. 2001 . Water Availability and Carbon Isotope Discrimination in Conifers . Oecologia , 127, 476
  • Bai , E. , Boutton , T. W. , Liu , F. , Wu , X. B. and Archer , S. R. 2008 . Variation in Woody Plant δ13C along a Topoedaphic Gradient in a Subtropical Savanna Parkland . Oecologia , 156 ( 479 )
  • Hanba , Y. T. , Mori , S. , Lei , T. T. , Koike , T. and Wada , E. 1997 . Variations in Leaf δ13C along a Vertical Profile of Irradiance in a Temperate Japanese Forest . Oecologia , 110 ( 253 )
  • McKee , K. L. , Feller , I. C. , Popp , M. and Wanek , W. 2002 . Mangrove Isotopic (δ15N and δ13C) Fractionation across a Nitrogen vs. Phosphorus Limitation Gradient . Ecology , 83 ( 1065 )
  • Högberg , P. 1997 . 15N Natural Abundance in Soil–Plant Systems . New Phytol. , 137 ( 179 )
  • Choi , W. J. , Chang , S. X. , Allen , H. L. , Kelting , D. L. and Ro , H. M. 2005 . Irrigation and Fertilization Effects on Foliar and Soil Carbon and Nitrogen Isotope Ratios in a Loblolly Pine Stand . Forest Ecol. Manag. , 213 ( 90 )
  • Lopes , M. S. , Nogués , S. and Araus , J. L. 2004 . Nitrogen Source and Water Regime Effects on Barley Photosynthesis and Isotope Signature . Funct. Plant Biol. , 31 ( 995 )
  • Delwiche , C. C. and Steyn , P. L. 1970 . Nitrogen Isotope Fractionation in Soils and Microbial Reactions . Environ. Sci. Technol. , 4 ( 929 )
  • Herman , D. J. and Rundel , P. W. 1989 . Nitrogen Isotope Fractionation in Burned and Unburned Chaparral Soils . Soil Sci. Soc. Am. J. , 53 ( 1229 )
  • Mariotti , A. , Germon , G. C. , Hubert , P. , Kaiser , P. , Létolle , R. , Tardieux , A. and Tardieux , P. 1981 . Experimental Determination of Nitrogen Kinetic Isotope Fractionation: Some Principles; Illustrations for the Denitrification and Nitrification Processes . Plant Soil , 62 ( 413 )
  • Garten , C. T.J. 1993 . Variation in Foliar 15N Abundance and the Availability of Soil Nitrogen on Walker Branch Watershed . Ecology , 74 ( 2098 )
  • Gebauer , G. and Schulze , E. D. 1991 . Carbon and Nitrogen Isotope Ratios in Different Compartments of a Healthy and a Declining . Picea abies Forest in the Fichtelgebirge, NE Bavaria, Oecologia , 87 ( 198 )

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