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Results: 1-12 |
Results: 12
ENRICHED ATMOSPHERIC CO2 AND DEFOLIATION - EFFECTS ON TREE CHEMISTRY AND INSECT PERFORMANCE
Authors: ROTH S LINDROTH RL VOLIN JC KRUGER EL
Citation: S. Roth et al., ENRICHED ATMOSPHERIC CO2 AND DEFOLIATION - EFFECTS ON TREE CHEMISTRY AND INSECT PERFORMANCE, Global change biology, 4(4), 1998, pp. 419-430
CO2-MEDIATED CHANGES IN ASPEN CHEMISTRY - EFFECTS ON GYPSY-MOTH PERFORMANCE AND SUSCEPTIBILITY TO VIRUS (VOL 3, PG 279, 1997)
Authors: LINDROTH RL ROTH S KRUGER EL VOLIN JC KOSS PA
Citation: Rl. Lindroth et al., CO2-MEDIATED CHANGES IN ASPEN CHEMISTRY - EFFECTS ON GYPSY-MOTH PERFORMANCE AND SUSCEPTIBILITY TO VIRUS (VOL 3, PG 279, 1997), Global change biology, 4(2), 1998, pp. 234-234
RELATIONSHIPS OF LEAF DARK RESPIRATION TO LEAF NITROGEN, SPECIFIC LEAF-AREA AND LEAF LIFE-SPAN - A TEST ACROSS BIOMES AND FUNCTIONAL-GROUPS
Authors: REICH PB WALTERS MB ELLSWORTH DS VOSE JM VOLIN JC GRESHAM C BOWMAN WD
Citation: Pb. Reich et al., RELATIONSHIPS OF LEAF DARK RESPIRATION TO LEAF NITROGEN, SPECIFIC LEAF-AREA AND LEAF LIFE-SPAN - A TEST ACROSS BIOMES AND FUNCTIONAL-GROUPS, Oecologia, 114(4), 1998, pp. 471-482
INFLUENCES OF ATMOSPHERIC CO2 ENRICHMENT ON THE RESPONSES OF SUGAR MAPLE AND TREMBLING ASPEN TO DEFOLIATION
Authors: KRUGER EL VOLIN JC LINDROTH RL
Citation: El. Kruger et al., INFLUENCES OF ATMOSPHERIC CO2 ENRICHMENT ON THE RESPONSES OF SUGAR MAPLE AND TREMBLING ASPEN TO DEFOLIATION, New phytologist, 140(1), 1998, pp. 85-94
ELEVATED CARBON-DIOXIDE AMELIORATES THE EFFECTS OF OZONE ON PHOTOSYNTHESIS AND GROWTH - SPECIES RESPOND SIMILARLY REGARDLESS OF PHOTOSYNTHETIC PATHWAY OR PLANT FUNCTIONAL-GROUP
Authors: VOLIN JC REICH PB GIVNISH TJ
Citation: Jc. Volin et al., ELEVATED CARBON-DIOXIDE AMELIORATES THE EFFECTS OF OZONE ON PHOTOSYNTHESIS AND GROWTH - SPECIES RESPOND SIMILARLY REGARDLESS OF PHOTOSYNTHETIC PATHWAY OR PLANT FUNCTIONAL-GROUP, New phytologist, 138(2), 1998, pp. 315-325
CO2-MEDIATED CHANGES IN ASPEN CHEMISTRY - EFFECTS ON GYPSY-MOTH PERFORMANCE AND SUSCEPTIBILITY TO VIRUS
Authors: LINDROTH RL ROTH S KRUGER EL VOLIN JC KOSS PA
Citation: Rl. Lindroth et al., CO2-MEDIATED CHANGES IN ASPEN CHEMISTRY - EFFECTS ON GYPSY-MOTH PERFORMANCE AND SUSCEPTIBILITY TO VIRUS, Global change biology, 3(3), 1997, pp. 279-289
INTERACTION OF ELEVATED CO2 AND O-3 ON GROWTH, PHOTOSYNTHESIS AND RESPIRATION OF 3 PERENNIAL SPECIES GROWN IN LOW AND HIGH-NITROGEN
Authors: VOLIN JC REICH PB
Citation: Jc. Volin et Pb. Reich, INTERACTION OF ELEVATED CO2 AND O-3 ON GROWTH, PHOTOSYNTHESIS AND RESPIRATION OF 3 PERENNIAL SPECIES GROWN IN LOW AND HIGH-NITROGEN, Physiologia Plantarum, 97(4), 1996, pp. 674-684
INTERACTION OF OZONE POLLUTION AND LIGHT EFFECTS ON PHOTOSYNTHESIS INA FOREST CANOPY EXPERIMENT
Authors: TJOELKER MG VOLIN JC OLEKSYN J REICH PB
Citation: Mg. Tjoelker et al., INTERACTION OF OZONE POLLUTION AND LIGHT EFFECTS ON PHOTOSYNTHESIS INA FOREST CANOPY EXPERIMENT, Plant, cell and environment, 18(8), 1995, pp. 895-905
AN OPEN-AIR SYSTEM FOR EXPOSING FOREST CANOPY BRANCHES TO OZONE POLLUTION
Authors: TJOELKER MG VOLIN JC OLEKSYN J REICH PB
Citation: Mg. Tjoelker et al., AN OPEN-AIR SYSTEM FOR EXPOSING FOREST CANOPY BRANCHES TO OZONE POLLUTION, Plant, cell and environment, 17(2), 1994, pp. 211-218
LIGHT ENVIRONMENT ALTERS RESPONSE TO OZONE STRESS IN SEEDLINGS OF ACER-SACCHARUM MARSH AND HYBRID POPULUS L .1. IN-SITU NET PHOTOSYNTHESIS,DARK RESPIRATION AND GROWTH
Authors: TJOELKER MG VOLIN JC OLEKSYN J REICH PB
Citation: Mg. Tjoelker et al., LIGHT ENVIRONMENT ALTERS RESPONSE TO OZONE STRESS IN SEEDLINGS OF ACER-SACCHARUM MARSH AND HYBRID POPULUS L .1. IN-SITU NET PHOTOSYNTHESIS,DARK RESPIRATION AND GROWTH, New phytologist, 124(4), 1993, pp. 627-636
LIGHT ENVIRONMENT ALTERS RESPONSE TO OZONE STRESS IN SEEDLINGS OF ACER-SACCHARUM MARSH AND HYBRID POPULUS L .2. DIAGNOSTIC GAS-EXCHANGE ANDLEAF CHEMISTRY
Authors: VOLIN JC TJOELKER MG OLEKSYN J REICH PB
Citation: Jc. Volin et al., LIGHT ENVIRONMENT ALTERS RESPONSE TO OZONE STRESS IN SEEDLINGS OF ACER-SACCHARUM MARSH AND HYBRID POPULUS L .2. DIAGNOSTIC GAS-EXCHANGE ANDLEAF CHEMISTRY, New phytologist, 124(4), 1993, pp. 637-646
LIGHT ENVIRONMENT ALTERS RESPONSE TO OZONE STRESS IN SEEDLINGS OF ACER-SACCHARUM MARSH AND HYBRID POPULUS L .3. CONSEQUENCES FOR PERFORMANCE OF GYPSY-MOTH
Authors: LINDROTH RL REICH PB TJOELKER MG VOLIN JC OLEKSYN J
Citation: Rl. Lindroth et al., LIGHT ENVIRONMENT ALTERS RESPONSE TO OZONE STRESS IN SEEDLINGS OF ACER-SACCHARUM MARSH AND HYBRID POPULUS L .3. CONSEQUENCES FOR PERFORMANCE OF GYPSY-MOTH, New phytologist, 124(4), 1993, pp. 647-651
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