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Results: 1-14 |
Results: 14
IN-SITU DECOMPOSITION OF GRASS-ROOTS AS AFFECTED BY ELEVATED ATMOSPHERIC CARBON-DIOXIDE
Authors: VANGINKEL JH GORISSEN A
Citation: Jh. Vanginkel et A. Gorissen, IN-SITU DECOMPOSITION OF GRASS-ROOTS AS AFFECTED BY ELEVATED ATMOSPHERIC CARBON-DIOXIDE, Soil Science Society of America journal, 62(4), 1998, pp. 951-958
CARBON ALLOCATION AND DECOMPOSITION OF ROOT-DERIVED ORGANIC-MATTER INA PLANT-SOIL SYSTEM OF CALLUNA-VULGARIS AS AFFECTED BY ELEVATED CO2
Authors: VERBURG PSJ GORISSEN A ARP WJ
Citation: Psj. Verburg et al., CARBON ALLOCATION AND DECOMPOSITION OF ROOT-DERIVED ORGANIC-MATTER INA PLANT-SOIL SYSTEM OF CALLUNA-VULGARIS AS AFFECTED BY ELEVATED CO2, Soil biology & biochemistry, 30(10-11), 1998, pp. 1251-1258
CARBON AND NITROGEN ALLOCATION IN LOLIUM-PERENNE IN RESPONSE TO ELEVATED ATMOSPHERIC CO2 WITH EMPHASIS ON SOIL CARBON DYNAMICS
Authors: VANGINKEL JH GORISSEN A VANVEEN JA
Citation: Jh. Vanginkel et al., CARBON AND NITROGEN ALLOCATION IN LOLIUM-PERENNE IN RESPONSE TO ELEVATED ATMOSPHERIC CO2 WITH EMPHASIS ON SOIL CARBON DYNAMICS, Plant and soil, 188(2), 1997, pp. 299-308
ELEVATED CO2 ENHANCES BELOW-GROUND-C ALLOCATION IN 3 PERENNIAL GRASS SPECIES AT DIFFERENT LEVELS OF N-AVAILABILITY
Authors: COTRUFO MF GORISSEN A
Citation: Mf. Cotrufo et A. Gorissen, ELEVATED CO2 ENHANCES BELOW-GROUND-C ALLOCATION IN 3 PERENNIAL GRASS SPECIES AT DIFFERENT LEVELS OF N-AVAILABILITY, New phytologist, 137(3), 1997, pp. 421-431
LONG-TERM DECOMPOSITION OF GRASS-ROOTS AS AFFECTED BY ELEVATED ATMOSPHERIC CARBON-DIOXIDE
Authors: VANGINKEL JH GORISSEN A VANVEEN JA
Citation: Jh. Vanginkel et al., LONG-TERM DECOMPOSITION OF GRASS-ROOTS AS AFFECTED BY ELEVATED ATMOSPHERIC CARBON-DIOXIDE, Journal of environmental quality, 25(5), 1996, pp. 1122-1128
IN SEARCH OF THE ELUSIVE ACTIVE FRACTION OF SOIL ORGANIC-MATTER - 3 SIZE-DENSITY FRACTIONATION METHODS FOR TRACING THE FATE OF HOMOGENEOUSLY C-14-LABELED PLANT MATERIALS
Authors: MAGID J GORISSEN A GILLER KE
Citation: J. Magid et al., IN SEARCH OF THE ELUSIVE ACTIVE FRACTION OF SOIL ORGANIC-MATTER - 3 SIZE-DENSITY FRACTIONATION METHODS FOR TRACING THE FATE OF HOMOGENEOUSLY C-14-LABELED PLANT MATERIALS, Soil biology & biochemistry, 28(1), 1996, pp. 89-99
ELEVATED CO2 EVOKES QUANTITATIVE AND QUALITATIVE CHANGES IN CARBON DYNAMICS IN A PLANT SOIL SYSTEM - MECHANISMS AND IMPLICATIONS/
Authors: GORISSEN A
Citation: A. Gorissen, ELEVATED CO2 EVOKES QUANTITATIVE AND QUALITATIVE CHANGES IN CARBON DYNAMICS IN A PLANT SOIL SYSTEM - MECHANISMS AND IMPLICATIONS/, Plant and soil, 187(2), 1996, pp. 289-298
ESPAS - AN ADVANCED PHYTOTRON FOR MEASURING CARBON DYNAMICS IN A WHOLE PLANT-SOIL SYSTEM
Authors: GORISSEN A KUIKMAN PJ VANGINKEL JH VANDEBEEK H JANSEN AG
Citation: A. Gorissen et al., ESPAS - AN ADVANCED PHYTOTRON FOR MEASURING CARBON DYNAMICS IN A WHOLE PLANT-SOIL SYSTEM, Plant and soil, 179(1), 1996, pp. 81-87
GRASS ROOT DECOMPOSITION IS RETARDED WHEN GRASS HAS BEEN GROWN UNDER ELEVATED CO2
Authors: GORISSEN A VANGINKEL JH KEURENTJES JJB VANVEEN JA
Citation: A. Gorissen et al., GRASS ROOT DECOMPOSITION IS RETARDED WHEN GRASS HAS BEEN GROWN UNDER ELEVATED CO2, Soil biology & biochemistry, 27(1), 1995, pp. 117-120
CARBON ALLOCATION AND WATER-USE IN JUVENILE DOUGLAS-FIR UNDER ELEVATED CO2
Authors: GORISSEN A KUIKMAN PJ VANDEBEEK H
Citation: A. Gorissen et al., CARBON ALLOCATION AND WATER-USE IN JUVENILE DOUGLAS-FIR UNDER ELEVATED CO2, New phytologist, 129(2), 1995, pp. 275-282
EFFECTS OF SHORT-TERM OZONE EXPOSURE ON THE CARBON ECONOMY OF MATURE AND JUVENILE DOUGLAS-FIRS [PSEUDOTSUGA-MENZIESII (MIRB) FRANCO]
Authors: SMEULDERS SM GORISSEN A JOOSTEN NN VANVEEN JA
Citation: Sm. Smeulders et al., EFFECTS OF SHORT-TERM OZONE EXPOSURE ON THE CARBON ECONOMY OF MATURE AND JUVENILE DOUGLAS-FIRS [PSEUDOTSUGA-MENZIESII (MIRB) FRANCO], New phytologist, 129(1), 1995, pp. 45-53
EFFECTS OF SHORT-TERM OZONE EXPOSURE AND SOIL-WATER AVAILABILITY ON THE CARBON ECONOMY OF JUVENILE DOUGLAS-FIR
Authors: GORISSEN A JOOSTEN NN SMEULDERS SM VANVEEN JA
Citation: A. Gorissen et al., EFFECTS OF SHORT-TERM OZONE EXPOSURE AND SOIL-WATER AVAILABILITY ON THE CARBON ECONOMY OF JUVENILE DOUGLAS-FIR, Tree physiology, 14(6), 1994, pp. 647-657
AMMONIUM DEPOSITION AND THE MYCOFLORA IN THE RHIZOSPHERE OF DOUGLAS-FIR
Authors: GORISSEN A JOOSTEN NN BURGERS SLGE
Citation: A. Gorissen et al., AMMONIUM DEPOSITION AND THE MYCOFLORA IN THE RHIZOSPHERE OF DOUGLAS-FIR, Soil biology & biochemistry, 26(8), 1994, pp. 1011-1022
EFFECTS OF A 2-YEAR APPLICATION OF AMMONIUM-SULFATE ON GROWTH, NUTRIENT-UPTAKE, AND RHIZOSPHERE MICROFLORA OF JUVENILE DOUGLAS-FIR
Authors: GORISSEN A JANSEN AE OLSTHOORN AFM
Citation: A. Gorissen et al., EFFECTS OF A 2-YEAR APPLICATION OF AMMONIUM-SULFATE ON GROWTH, NUTRIENT-UPTAKE, AND RHIZOSPHERE MICROFLORA OF JUVENILE DOUGLAS-FIR, Plant and soil, 157(1), 1993, pp. 41-50
Risultati: 1-14 |