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Results: 1-18 |
Results: 18
SEEDLINGS OF 5 BOREAL TREE SPECIES DIFFER IN ACCLIMATION OF NET PHOTOSYNTHESIS TO ELEVATED CO2 AND TEMPERATURE
Authors: TJOELKER MG OLEKSYN J REICH PB
Citation: Mg. Tjoelker et al., SEEDLINGS OF 5 BOREAL TREE SPECIES DIFFER IN ACCLIMATION OF NET PHOTOSYNTHESIS TO ELEVATED CO2 AND TEMPERATURE, Tree physiology, 18(11), 1998, pp. 715-726
GROWTH AND PHYSIOLOGY OF PICEA-ABIES POPULATIONS FROM ELEVATIONAL TRANSECTS - COMMON GARDEN EVIDENCE FOR ALTITUDINAL ECOTYPES AND COLD ADAPTATION
Authors: OLEKSYN J MODRZYNSKI J TJOELKER MG ZYTKOWIAK R REICH PB KAROLEWSKI P
Citation: J. Oleksyn et al., GROWTH AND PHYSIOLOGY OF PICEA-ABIES POPULATIONS FROM ELEVATIONAL TRANSECTS - COMMON GARDEN EVIDENCE FOR ALTITUDINAL ECOTYPES AND COLD ADAPTATION, Functional ecology, 12(4), 1998, pp. 573-590
CLOSE ASSOCIATION OF RGR, LEAF AND ROOT MORPHOLOGY, SEED MASS AND SHADE TOLERANCE IN SEEDLINGS OF 9 BOREAL TREE SPECIES GROWN IN HIGH AND LOW-LIGHT
Authors: REICH PB TJOELKER MG WALTERS MB VANDERKLEIN DW BUSHENA C
Citation: Pb. Reich et al., CLOSE ASSOCIATION OF RGR, LEAF AND ROOT MORPHOLOGY, SEED MASS AND SHADE TOLERANCE IN SEEDLINGS OF 9 BOREAL TREE SPECIES GROWN IN HIGH AND LOW-LIGHT, Functional ecology, 12(3), 1998, pp. 327-338
PHOTOSYNTHESIS AND RESPIRATION RATES DEPEND ON LEAF AND ROOT MORPHOLOGY AND NITROGEN CONCENTRATION IN 9 BOREAL TREE SPECIES DIFFERING IN RELATIVE GROWTH-RATE
Authors: REICH PB WALTERS MB TJOELKER MG VANDERKLEIN D BUSCHENA C
Citation: Pb. Reich et al., PHOTOSYNTHESIS AND RESPIRATION RATES DEPEND ON LEAF AND ROOT MORPHOLOGY AND NITROGEN CONCENTRATION IN 9 BOREAL TREE SPECIES DIFFERING IN RELATIVE GROWTH-RATE, Functional ecology, 12(3), 1998, pp. 395-405
TEMPERATURE AND ONTOGENY MEDIATE GROWTH-RESPONSE TO ELEVATED CO2 IN SEEDLINGS OF 5 BOREAL TREE SPECIES
Authors: TJOELKER MG OLEKSYN J REICH PB
Citation: Mg. Tjoelker et al., TEMPERATURE AND ONTOGENY MEDIATE GROWTH-RESPONSE TO ELEVATED CO2 IN SEEDLINGS OF 5 BOREAL TREE SPECIES, New phytologist, 140(2), 1998, pp. 197-210
PRIMARY AND SECONDARY HOST PLANTS DIFFER IN LEAF-LEVEL PHOTOSYNTHETICRESPONSE TO HERBIVORY - EVIDENCE FROM ALNUS AND BETULA GRAZED BY THE ALDER BEETLE, AGELASTICA-ALNI
Authors: OLEKSYN J KAROLEWSKI P GIERTYCH MJ ZYTKOWIAK R REICH PB TJOELKER MG
Citation: J. Oleksyn et al., PRIMARY AND SECONDARY HOST PLANTS DIFFER IN LEAF-LEVEL PHOTOSYNTHETICRESPONSE TO HERBIVORY - EVIDENCE FROM ALNUS AND BETULA GRAZED BY THE ALDER BEETLE, AGELASTICA-ALNI, New phytologist, 140(2), 1998, pp. 239-249
NEEDLE CO2 EXCHANGE, STRUCTURE AND DEFENSE TRAITS IN RELATION TO NEEDLE AGE IN PINUS-HELDREICHII CHRIST - A RELICT OF TERTIARY FLORA
Authors: OLEKSYN J TJOELKER MG LORENCPLUCINSKA G KONWINSKA A ZYTKOWIAK R KAROLEWSKI P REICH PB
Citation: J. Oleksyn et al., NEEDLE CO2 EXCHANGE, STRUCTURE AND DEFENSE TRAITS IN RELATION TO NEEDLE AGE IN PINUS-HELDREICHII CHRIST - A RELICT OF TERTIARY FLORA, Trees, 12(2), 1997, pp. 82-89
ALTERED ROOT-GROWTH AND PLANT CHEMISTRY OF PINUS-SYLVESTRIS SEEDLINGSSUBJECTED TO ALUMINUM IN NUTRIENT SOLUTION
Authors: OLEKSYN J KAROLEWSKI P GIERTYCH MJ WERNER A TJOELKER MG REICH PB
Citation: J. Oleksyn et al., ALTERED ROOT-GROWTH AND PLANT CHEMISTRY OF PINUS-SYLVESTRIS SEEDLINGSSUBJECTED TO ALUMINUM IN NUTRIENT SOLUTION, Trees, 10(3), 1996, pp. 135-144
EVIDENCE THAT LONGER NEEDLE RETENTION OF SPRUCE AND PINE POPULATIONS AT HIGH ELEVATIONS AND HIGH-LATITUDES IS LARGELY A PHENOTYPIC RESPONSE
Authors: REICH PB OLEKSYN J MODRZYNSKI J TJOELKER MG
Citation: Pb. Reich et al., EVIDENCE THAT LONGER NEEDLE RETENTION OF SPRUCE AND PINE POPULATIONS AT HIGH ELEVATIONS AND HIGH-LATITUDES IS LARGELY A PHENOTYPIC RESPONSE, Tree physiology, 16(7), 1996, pp. 643-647
NEEDLE RESPIRATION AND NITROGEN CONCENTRATION IN SCOTS PINE POPULATIONS FROM A BROAD LATITUDINAL RANGE - A COMMON GARDEN TEST WITH FIELD-GROWN TREES
Authors: REICH PB OLEKSYN J TJOELKER MG
Citation: Pb. Reich et al., NEEDLE RESPIRATION AND NITROGEN CONCENTRATION IN SCOTS PINE POPULATIONS FROM A BROAD LATITUDINAL RANGE - A COMMON GARDEN TEST WITH FIELD-GROWN TREES, Functional ecology, 10(6), 1996, pp. 768-776
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
SEED MASS EFFECTS ON GERMINATION AND GROWTH OF DIVERSE EUROPEAN SCOTSPINE POPULATIONS
Authors: REICH PB OLEKSYN J TJOELKER MG
Citation: Pb. Reich et al., SEED MASS EFFECTS ON GERMINATION AND GROWTH OF DIVERSE EUROPEAN SCOTSPINE POPULATIONS, Canadian journal of forest research, 24(2), 1994, pp. 306-320
RELATIONSHIP OF ALUMINUM AND CALCIUM TO NET CO2 EXCHANGE AMONG DIVERSE SCOTS PINE PROVENANCES UNDER POLLUTION STRESS IN POLAND
Authors: REICH PB OLEKSYN J TJOELKER MG
Citation: Pb. Reich et al., RELATIONSHIP OF ALUMINUM AND CALCIUM TO NET CO2 EXCHANGE AMONG DIVERSE SCOTS PINE PROVENANCES UNDER POLLUTION STRESS IN POLAND, Oecologia, 97(1), 1994, pp. 82-92
UREA FERTILIZATION EFFECTS ON NUTRIENT-UPTAKE AND GROWTH OF PLATANUS-OCCIDENTALIS DURING PLANTATION ESTABLISHMENT
Authors: LUXMOORE RJ CUNNINGHAM M MANN LK TJOELKER MG
Citation: Rj. Luxmoore et al., UREA FERTILIZATION EFFECTS ON NUTRIENT-UPTAKE AND GROWTH OF PLATANUS-OCCIDENTALIS DURING PLANTATION ESTABLISHMENT, Trees, 7(4), 1993, pp. 250-257
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
Risultati: 1-18 |