Citation: Gm. Berntson et al., GROWTH AND NITROGEN UPTAKE IN AN EXPERIMENTAL COMMUNITY OF ANNUALS EXPOSED TO ELEVATED ATMOSPHERIC CO2, Global change biology, 4(6), 1998, pp. 607-626
Citation: A. Li et al., THE DYNAMICS OF ROOT PRODUCTION AND LOSS IN BETULA-PAPYRIFERA SEEDLINGS IN RESPONSE TO ELEVATED CO2 AND AN ALUMINUM PULSE, Zeitschrift fur Pflanzenernahrung und Bodenkunde, 161(1), 1998, pp. 17-21
Citation: Gm. Berntson et Fa. Bazzaz, REGENERATING TEMPERATE FOREST MESOCOSMS IN ELEVATED CO2 - BELOW-GROUND GROWTH AND NITROGEN CYCLING, Oecologia, 113(1), 1998, pp. 115-125
Citation: Gm. Berntson et Fa. Bazzaz, NITROGEN CYCLING IN MICROCOSMS OF YELLOW BIRCH EXPOSED TO ELEVATED CO2 - SIMULTANEOUS POSITIVE AND NEGATIVE BELOW-GROUND FEEDBACKS, Global change biology, 3(3), 1997, pp. 247-258
Citation: Gm. Berntson et P. Stoll, CORRECTING FOR FINITE SPATIAL SCALES OF SELF-SIMILARITY WHEN CALCULATING THE FRACTAL DIMENSIONS OF REAL-WORLD STRUCTURES, Proceedings - Royal Society. Biological Sciences, 264(1387), 1997, pp. 1531-1537
Citation: Dl. Godbold et Gm. Berntson, ELEVATED ATMOSPHERIC CO2 CONCENTRATION CHANGES ECTOMYCORRHIZAL MORPHOTYPE ASSEMBLAGES IN BETULA-PAPYRIFERA, Tree physiology, 17(5), 1997, pp. 347-350
Citation: Gm. Berntson et al., BELOW-GROUND ARCHITECTURAL AND MYCORRHIZAL RESPONSES TO ELEVATED CO2 IN BETULA-ALLEGHANIENSIS POPULATIONS, Functional ecology, 11(6), 1997, pp. 684-695
Citation: Gm. Berntson et Fa. Bazzaz, ELEVATED CO2 AND THE MAGNITUDE AND SEASONAL DYNAMICS OF ROOT PRODUCTION AND LOSS IN BETULA-PAPYRIFERA, Plant and soil, 190(2), 1997, pp. 211-216
Citation: Dl. Godbold et al., GROWTH AND MYCORRHIZAL COLONIZATION OF 3 NORTH-AMERICAN TREE SPECIES UNDER ELEVATED ATMOSPHERIC CO2, New phytologist, 137(3), 1997, pp. 433-440
Citation: Gm. Berntson, TOPOLOGICAL SCALING AND PLANT-ROOT SYSTEM ARCHITECTURE - DEVELOPMENTAL AND FUNCTIONAL HIERARCHIES, New phytologist, 135(4), 1997, pp. 621-634
Authors:
MCCONNAUGHAY KDM
BASSOW SL
BERNTSON GM
BAZZAZ FA
Citation: Kdm. Mcconnaughay et al., LEAF SENESCENCE AND DECLINE OF END-OF-SEASON GAS-EXCHANGE IN 5 TEMPERATE DECIDUOUS TREE SPECIES GROWN IN ELEVATED CO2 CONCENTRATIONS, Global change biology, 2(1), 1996, pp. 25-33
Citation: Gm. Berntson et Fa. Bazzaz, BELOW-GROUND POSITIVE AND NEGATIVE FEEDBACKS ON CO2 GROWTH ENHANCEMENT, Plant and soil, 187(2), 1996, pp. 119-131
Citation: Gm. Berntson et Fa. Bazzaz, THE ALLOMETRY OF ROOT PRODUCTION AND LOSS IN SEEDLINGS OF ACER-RUBRUM(ACERACEAE) AND BETULA-PAPYRIFERA (BETULACEAE) - IMPLICATIONS FOR ROOT DYNAMICS IN ELEVATED CO2, American journal of botany, 83(5), 1996, pp. 608-616
Citation: Gm. Berntson et al., ALLOCATION, WITHIN AND BETWEEN ORGANS, AND THE DYNAMICS OF ROOT LENGTH CHANGES IN 2 BIRCH SPECIES, Oecologia, 101(4), 1995, pp. 439-447
Citation: Gm. Berntson, THE CHARACTERIZATION OF TOPOLOGY - A COMPARISON OF 4 TOPOLOGICAL INDEXES FOR ROOTED BINARY-TREES, Journal of theoretical biology, 177(3), 1995, pp. 271-281
Citation: Sd. Wullschleger et al., MODELING THE BELOWGROUND RESPONSE OF PLANTS AND SOIL BIOTA TO EDAPHICAND CLIMATIC-CHANGE - WHAT CAN WE EXPECT TO GAIN, Plant and soil, 165(1), 1994, pp. 149-160
Citation: Gm. Berntson, MODELING ROOT ARCHITECTURE - ARE THERE TRADEOFFS BETWEEN EFFICIENCY AND POTENTIAL OF RESOURCE ACQUISITION, New phytologist, 127(3), 1994, pp. 483-493