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Results: 1-16 |
Results: 16
IMPACT OF N-INPUT BY WET DEPOSITION ON N-TRACE GAS FLUXES AND CH4-OXIDATION IN SPRUCE FOREST ECOSYSTEMS OF THE TEMPERATE ZONE IN EUROPE
Authors: BUTTERBACHBAHL K GASCHE R HUBER CH KREUTZER K PAPEN H
Citation: K. Butterbachbahl et al., IMPACT OF N-INPUT BY WET DEPOSITION ON N-TRACE GAS FLUXES AND CH4-OXIDATION IN SPRUCE FOREST ECOSYSTEMS OF THE TEMPERATE ZONE IN EUROPE, Atmospheric environment, 32(3), 1998, pp. 559-564
ATMOSPHERIC DEPOSITION AND SOIL ACIDIFICATION IN 5 CONIFEROUS FOREST ECOSYSTEMS - A COMPARISON OF THE CONTROL PLOTS OF THE EXMAN SITES (VOL101, PG 125, 1998)
Authors: KREUTZER K BEIER C BREDEMEIER M BLANCK K CUMMINS T FARRELL EP LAMMERSDORF N RASMUSSEN L ROTHE A DEVISSER PHB WEISS W WEISS T XU YJ
Citation: K. Kreutzer et al., ATMOSPHERIC DEPOSITION AND SOIL ACIDIFICATION IN 5 CONIFEROUS FOREST ECOSYSTEMS - A COMPARISON OF THE CONTROL PLOTS OF THE EXMAN SITES (VOL101, PG 125, 1998), Forest ecology and management, 107(1-3), 1998, pp. 327-327
EFFECT OF DROUGHT EXPERIMENTS USING ROOF INSTALLATIONS ON ACIDIFICATION NITRIFICATION OF SOILS/
Authors: LAMERSDORF NP BEIER C BLANCK K BREDEMEIER M CUMMINS T FARRELL EP KREUTZER K RASMUSSEN L RYAN M WEIS W XU YJ
Citation: Np. Lamersdorf et al., EFFECT OF DROUGHT EXPERIMENTS USING ROOF INSTALLATIONS ON ACIDIFICATION NITRIFICATION OF SOILS/, Forest ecology and management, 101(1-3), 1998, pp. 95-109
ATMOSPHERIC DEPOSITION AND SOIL ACIDIFICATION IN 5 CONIFEROUS FOREST ECOSYSTEMS - A COMPARISON OF THE CONTROL PLOTS OF THE EXMAN SITES
Authors: KREUTZER K BEIER C BREDEMEIER M BLANCK K CUMMINS T FARRELL EP LAMMERSDORF N RASMUSSEN L ROTHE A DEVISSER PHB WEIS W WEISS T XU YJ
Citation: K. Kreutzer et al., ATMOSPHERIC DEPOSITION AND SOIL ACIDIFICATION IN 5 CONIFEROUS FOREST ECOSYSTEMS - A COMPARISON OF THE CONTROL PLOTS OF THE EXMAN SITES, Forest ecology and management, 101(1-3), 1998, pp. 125-142
MODELING THE EFFECTS OF ACID DEPOSITION ON THE BIOGEOCHEMISTRY OF THEHOEGLWALD SPRUCE STAND, FRG
Authors: WARFVINGE P KREUTZER K ROTHE A WALSE W
Citation: P. Warfvinge et al., MODELING THE EFFECTS OF ACID DEPOSITION ON THE BIOGEOCHEMISTRY OF THEHOEGLWALD SPRUCE STAND, FRG, Forest ecology and management, 101(1-3), 1998, pp. 319-330
THE HOGLWALD FIELD EXPERIMENTS - AIMS, CONCEPT AND BASIC DATA
Authors: KREUTZER K WEISS T
Citation: K. Kreutzer et T. Weiss, THE HOGLWALD FIELD EXPERIMENTS - AIMS, CONCEPT AND BASIC DATA, Plant and soil, 199(1), 1998, pp. 1-10
CONSEQUENCES OF HIGH LOADS OF NITROGEN FOR SPRUCE (PICEA-ABIES) AND BEECH (FAGUS-SYLVATICA) FORESTS
Authors: RENNENBERG H KREUTZER K PAPEN H WEBER P
Citation: H. Rennenberg et al., CONSEQUENCES OF HIGH LOADS OF NITROGEN FOR SPRUCE (PICEA-ABIES) AND BEECH (FAGUS-SYLVATICA) FORESTS, New phytologist, 139(1), 1998, pp. 71-86
FIELD AND LABORATORY EXPERIMENTS ON NET UPTAKE OF NITRATE AND AMMONIUM BY THE ROOTS OF SPRUCE (PICEA-ABIES) AND BEECH (FAGUS-SYLVATICA) TREES
Authors: GESSLER A SCHNEIDER S VONSENGBUSCH D WEBER P HANEMANN U HUBER C ROTHE A KREUTZER K RENNENBERG H
Citation: A. Gessler et al., FIELD AND LABORATORY EXPERIMENTS ON NET UPTAKE OF NITRATE AND AMMONIUM BY THE ROOTS OF SPRUCE (PICEA-ABIES) AND BEECH (FAGUS-SYLVATICA) TREES, New phytologist, 138(2), 1998, pp. 275-285
A LONG-TERM FIELD-STUDY ON THE EFFECT OF ACID IRRIGATION AND COMPENSATORY LIMING ON THE TRANSPORT OF CHERNOBYL-DERIVED RADIOCESIUM IN A FOREST SOIL
Authors: SCHIMMACK W BUNZL K KREUTZER K
Citation: W. Schimmack et al., A LONG-TERM FIELD-STUDY ON THE EFFECT OF ACID IRRIGATION AND COMPENSATORY LIMING ON THE TRANSPORT OF CHERNOBYL-DERIVED RADIOCESIUM IN A FOREST SOIL, Science of the total environment, 198(3), 1997, pp. 271-285
CHANGES IN SOIL-STRUCTURE CAUSED BY THE INSTALLATION OF TIME-DOMAIN REFLECTOMETRY PROBES AND THEIR INFLUENCE ON THE MEASUREMENT OF SOIL-MOISTURE
Authors: ROTHE A WEIS W KREUTZER K MATTHIES D HESS U ANSORGE B
Citation: A. Rothe et al., CHANGES IN SOIL-STRUCTURE CAUSED BY THE INSTALLATION OF TIME-DOMAIN REFLECTOMETRY PROBES AND THEIR INFLUENCE ON THE MEASUREMENT OF SOIL-MOISTURE, Water resources research, 33(7), 1997, pp. 1585-1593
THE EXMAN PROJECT - BIOGEOCHEMICAL FLUXES IN PLANTATION FORESTS ON ACID SOILS
Authors: CUMMINS T BEIER C BLANCK K DEVISSER PHB FARRELL EP RASMUSSEN L KREUTZER K WEIS W BREDEMEIER M LAMERSDORF N
Citation: T. Cummins et al., THE EXMAN PROJECT - BIOGEOCHEMICAL FLUXES IN PLANTATION FORESTS ON ACID SOILS, Water, air and soil pollution, 85(3), 1995, pp. 1653-1658
EFFECTS OF FOREST LIMING ON SOIL PROCESSES
Authors: KREUTZER K
Citation: K. Kreutzer, EFFECTS OF FOREST LIMING ON SOIL PROCESSES, Plant and soil, 169, 1995, pp. 447-470
GENETIC TESTING FOR CANCER - AN EDUCATIONAL MODULE FOR MEDICAL-STUDENTS
Authors: TEAGUE KE BODURTHA JN BROWN JA MEYER J KAHN MJ KREUTZER K
Citation: Ke. Teague et al., GENETIC TESTING FOR CANCER - AN EDUCATIONAL MODULE FOR MEDICAL-STUDENTS, American journal of human genetics, 57(4), 1995, pp. 901-901
A COMPARISON OF SITES IN THE EXMAN PROJECT, WITH RESPECT TO ATMOSPHERIC DEPOSITION AND THE CHEMICAL-COMPOSITION OF THE SOIL SOLUTION AND FOLIAGE
Authors: FARRELL EP CUMMINS T COLLINS JF BEIER C BLANCK K BREDEMEIER M DEVISSER PHB KREUTZER K RASMUSSEN L ROTHE A STEINBERG N
Citation: Ep. Farrell et al., A COMPARISON OF SITES IN THE EXMAN PROJECT, WITH RESPECT TO ATMOSPHERIC DEPOSITION AND THE CHEMICAL-COMPOSITION OF THE SOIL SOLUTION AND FOLIAGE, Forest ecology and management, 68(1), 1994, pp. 3-14
BIOLOGICAL RESPONSE OF 5 FOREST ECOSYSTEMS IN THE EXMAN PROJECT TO INPUT CHANGES OF WATER, NUTRIENTS AND ATMOSPHERIC LOADS
Authors: DEVISSER PHB BEIER C RASMUSSEN L KREUTZER K STEINBERG N BREDEMEIER M BLANCK K FARRELL EP CUMMINS T
Citation: Phb. Devisser et al., BIOLOGICAL RESPONSE OF 5 FOREST ECOSYSTEMS IN THE EXMAN PROJECT TO INPUT CHANGES OF WATER, NUTRIENTS AND ATMOSPHERIC LOADS, Forest ecology and management, 68(1), 1994, pp. 15-29
DEPOSITION OF RADIOCESIUM TO THE SOIL BY STEMFLOW, THROUGHFALL AND LEAF-FALL FROM BEECH TREES
Authors: SCHIMMACK W FORSTER H BUNZL K KREUTZER K
Citation: W. Schimmack et al., DEPOSITION OF RADIOCESIUM TO THE SOIL BY STEMFLOW, THROUGHFALL AND LEAF-FALL FROM BEECH TREES, Radiation and environmental biophysics, 32(2), 1993, pp. 137-150
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