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Results: 1-10 |
Results: 10
EFFECTS OF TREE SPECIES, STAND AGE AND SOIL TYPE ON SOIL MICROBIAL BIOMASS AND ITS ACTIVITY IN A SOUTHERN BOREAL FOREST
Authors: BAUHUS J PARE D COTE L
Citation: J. Bauhus et al., EFFECTS OF TREE SPECIES, STAND AGE AND SOIL TYPE ON SOIL MICROBIAL BIOMASS AND ITS ACTIVITY IN A SOUTHERN BOREAL FOREST, Soil biology & biochemistry, 30(8-9), 1998, pp. 1077-1089
DOES THE ABSCISSION OF FINE ROOTS LEAD TO IMMOBILIZATION OF NITROGEN IN MICROBIAL BIOMASS DURING IN-SITU SOIL-NITROGEN MINERALIZATION MEASUREMENTS
Authors: BAUHUS J
Citation: J. Bauhus, DOES THE ABSCISSION OF FINE ROOTS LEAD TO IMMOBILIZATION OF NITROGEN IN MICROBIAL BIOMASS DURING IN-SITU SOIL-NITROGEN MINERALIZATION MEASUREMENTS, Communications in soil science and plant analysis, 29(7-8), 1998, pp. 1007-1022
EFFECT OF THE INHIBITORS NITRAPYRIN AND SODIUM-CHLORATE ON NITRIFICATION AND N2O FORMATION IN AN ACID FOREST SOIL
Authors: BAUHUS J MEYER AC BRUMME R
Citation: J. Bauhus et al., EFFECT OF THE INHIBITORS NITRAPYRIN AND SODIUM-CHLORATE ON NITRIFICATION AND N2O FORMATION IN AN ACID FOREST SOIL, Biology and fertility of soils, 22(4), 1996, pp. 318-325
FINE-ROOT GROWTH IN BEECH (FAGUS-SYLVATICA) FOREST GAPS
Authors: BAUHUS J BARTSCH N
Citation: J. Bauhus et N. Bartsch, FINE-ROOT GROWTH IN BEECH (FAGUS-SYLVATICA) FOREST GAPS, Canadian journal of forest research, 26(12), 1996, pp. 2153-2159
C AND N MINERALIZATION IN AN ACID FOREST SOIL ALONG A GAP-STAND GRADIENT
Authors: BAUHUS J
Citation: J. Bauhus, C AND N MINERALIZATION IN AN ACID FOREST SOIL ALONG A GAP-STAND GRADIENT, Soil biology & biochemistry, 28(7), 1996, pp. 923-932
MECHANISMS FOR CARBON AND NUTRIENT RELEASE AND RETENTION IN BEECH FOREST GAPS .1. MICROCLIMATE, WATER-BALANCE AND SEEPAGE WATER CHEMISTRY
Authors: BAUHUS J BARTSCH N
Citation: J. Bauhus et N. Bartsch, MECHANISMS FOR CARBON AND NUTRIENT RELEASE AND RETENTION IN BEECH FOREST GAPS .1. MICROCLIMATE, WATER-BALANCE AND SEEPAGE WATER CHEMISTRY, Plant and soil, 169, 1995, pp. 579-584
MECHANISMS FOR CARBON AND NUTRIENT RELEASE AND RETENTION IN BEECH FOREST GAPS .2. THE ROLE OF SOIL MICROBIAL BIOMASS
Authors: BAUHUS J BARTHEL R
Citation: J. Bauhus et R. Barthel, MECHANISMS FOR CARBON AND NUTRIENT RELEASE AND RETENTION IN BEECH FOREST GAPS .2. THE ROLE OF SOIL MICROBIAL BIOMASS, Plant and soil, 169, 1995, pp. 585-592
POTENTIAL USE OF PLANT RESIDUE WASTES IN FORESTS OF NORTHWESTERN GERMANY
Authors: BAUHUS J MEIWES KJ
Citation: J. Bauhus et Kj. Meiwes, POTENTIAL USE OF PLANT RESIDUE WASTES IN FORESTS OF NORTHWESTERN GERMANY, Forest ecology and management, 66(1-3), 1994, pp. 87-106
CARBON AND NITROGEN TURNOVER IN 2 ACID FOREST SOILS OF SOUTHEAST AUSTRALIA AS AFFECTED BY PHOSPHORUS ADDITION AND DRYING AND REWETTING CYCLES
Authors: BAUHUS J KHANNA PK
Citation: J. Bauhus et Pk. Khanna, CARBON AND NITROGEN TURNOVER IN 2 ACID FOREST SOILS OF SOUTHEAST AUSTRALIA AS AFFECTED BY PHOSPHORUS ADDITION AND DRYING AND REWETTING CYCLES, Biology and fertility of soils, 17(3), 1994, pp. 212-218
THE EFFECT OF FIRE ON CARBON AND NITROGEN MINERALIZATION AND NITRIFICATION IN AN AUSTRALIAN FOREST SOIL
Authors: BAUHUS J KHANNA PK RAISON RJ
Citation: J. Bauhus et al., THE EFFECT OF FIRE ON CARBON AND NITROGEN MINERALIZATION AND NITRIFICATION IN AN AUSTRALIAN FOREST SOIL, Australian Journal of Soil Research, 31(5), 1993, pp. 621-639
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