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Results: 1-12 |
Results: 12
ACCUMULATION OF METALS, POLYCYCLIC (HALOGENATED) AROMATIC-HYDROCARBONS, AND BIOCIDES IN ZEBRA MUSSEL AND EEL FROM THE RHINE AND MEUSE RIVERS
Authors: HENDRIKS AJ PIETERS H DEBOER J
Citation: Aj. Hendriks et al., ACCUMULATION OF METALS, POLYCYCLIC (HALOGENATED) AROMATIC-HYDROCARBONS, AND BIOCIDES IN ZEBRA MUSSEL AND EEL FROM THE RHINE AND MEUSE RIVERS, Environmental toxicology and chemistry, 17(10), 1998, pp. 1885-1898
OPTIMAL MODELING AND MONITORING IN ECOTOXICOLOGICAL ASSESSMENTS - CHOOSING INSTRUMENTS FOR APPLIED-RESEARCH AND MANAGEMENT WITH EXAMPLES FROM THE RHINE-MEUSE DELTA
Authors: HENDRIKS AJ VANDEGUCHTE K
Citation: Aj. Hendriks et K. Vandeguchte, OPTIMAL MODELING AND MONITORING IN ECOTOXICOLOGICAL ASSESSMENTS - CHOOSING INSTRUMENTS FOR APPLIED-RESEARCH AND MANAGEMENT WITH EXAMPLES FROM THE RHINE-MEUSE DELTA, Environmental toxicology and water quality, 12(4), 1997, pp. 321-333
MODELING RESPONSE OF SINGLE-SPECIES POPULATIONS TO MICROCONTAMINANTS AS A FUNCTION OF SPECIES SIZE WITH EXAMPLES FOR WATERFLEAS (DAPHNIA-MAGNA) AND CORMORANTS (PHALACROCORAX-CARBO)
Authors: HENDRIKS AJ ENSERINK EL
Citation: Aj. Hendriks et El. Enserink, MODELING RESPONSE OF SINGLE-SPECIES POPULATIONS TO MICROCONTAMINANTS AS A FUNCTION OF SPECIES SIZE WITH EXAMPLES FOR WATERFLEAS (DAPHNIA-MAGNA) AND CORMORANTS (PHALACROCORAX-CARBO), Ecological modelling, 88(1-3), 1996, pp. 247-262
MONITORING AND ESTIMATING CONCENTRATIONS OF POLYCHLORINATED-BIPHENYLS, DIOXINS, AND FURANS IN CATTLE MILK AND SOILS OF RHINE-DELTA FLOODPLAINS
Authors: HENDRIKS AJ WEVER H OLIE K VANDEGUCHTE K LIEM AKD VANOOSTEROM RAA VANZORGE J
Citation: Aj. Hendriks et al., MONITORING AND ESTIMATING CONCENTRATIONS OF POLYCHLORINATED-BIPHENYLS, DIOXINS, AND FURANS IN CATTLE MILK AND SOILS OF RHINE-DELTA FLOODPLAINS, Archives of environmental contamination and toxicology, 31(2), 1996, pp. 263-270
MODELING EQUILIBRIUM CONCENTRATIONS OF MICROCONTAMINANTS IN ORGANISMSOF THE RHINE DELTA - CAN AVERAGE FIELD RESIDUES IN THE AQUATIC FOODCHAIN BE PREDICTED FROM LABORATORY ACCUMULATION
Authors: HENDRIKS AJ
Citation: Aj. Hendriks, MODELING EQUILIBRIUM CONCENTRATIONS OF MICROCONTAMINANTS IN ORGANISMSOF THE RHINE DELTA - CAN AVERAGE FIELD RESIDUES IN THE AQUATIC FOODCHAIN BE PREDICTED FROM LABORATORY ACCUMULATION, Aquatic toxicology, 31(1), 1995, pp. 1-25
MODELING RESPONSE OF SPECIES TO MICROCONTAMINANTS - COMPARATIVE ECOTOXICOLOGY BY (SUB)LETHAL BODY BURDENS AS A FUNCTION OF SPECIES SIZE ANDPARTITION RATIO OF CHEMICALS
Authors: HENDRIKS AJ
Citation: Aj. Hendriks, MODELING RESPONSE OF SPECIES TO MICROCONTAMINANTS - COMPARATIVE ECOTOXICOLOGY BY (SUB)LETHAL BODY BURDENS AS A FUNCTION OF SPECIES SIZE ANDPARTITION RATIO OF CHEMICALS, Ecotoxicology and environmental safety, 32(2), 1995, pp. 103-130
MODELING AND MONITORING ORGANOCHLORINE AND HEAVY-METAL ACCUMULATION IN SOILS, EARTHWORMS, AND SHREWS IN RHINE-DELTA FLOODPLAINS
Authors: HENDRIKS AJ MA WC BROUNS JJ DERUITERDIJKMAN EM GAST R
Citation: Aj. Hendriks et al., MODELING AND MONITORING ORGANOCHLORINE AND HEAVY-METAL ACCUMULATION IN SOILS, EARTHWORMS, AND SHREWS IN RHINE-DELTA FLOODPLAINS, Archives of environmental contamination and toxicology, 29(1), 1995, pp. 115-127
MODELING NONEQUILIBRIUM CONCENTRATIONS OF MICROCONTAMINANTS IN ORGANISMS - COMPARATIVE KINETICS AS A FUNCTION OF SPECIES SIZE AND OCTANOL WATER PARTITIONING
Authors: HENDRIKS AJ
Citation: Aj. Hendriks, MODELING NONEQUILIBRIUM CONCENTRATIONS OF MICROCONTAMINANTS IN ORGANISMS - COMPARATIVE KINETICS AS A FUNCTION OF SPECIES SIZE AND OCTANOL WATER PARTITIONING, Chemosphere, 30(2), 1995, pp. 265-292
EXPLOITING PATTERNS OF INTERACTION TO ACHIEVE REACTIVE BEHAVIOR
Authors: LYONS DM HENDRIKS AJ
Citation: Dm. Lyons et Aj. Hendriks, EXPLOITING PATTERNS OF INTERACTION TO ACHIEVE REACTIVE BEHAVIOR, Artificial intelligence, 73(1-2), 1995, pp. 117-148
MONITORING AND ESTIMATING CONCENTRATIONS AND EFFECTS OF MICROCONTAMINANTS IN THE RHINE DELTA - CHEMICAL-ANALYSIS, BIOLOGICAL LABORATORY ASSAYS AND FIELD OBSERVATIONS
Authors: HENDRIKS AJ
Citation: Aj. Hendriks, MONITORING AND ESTIMATING CONCENTRATIONS AND EFFECTS OF MICROCONTAMINANTS IN THE RHINE DELTA - CHEMICAL-ANALYSIS, BIOLOGICAL LABORATORY ASSAYS AND FIELD OBSERVATIONS, Water science and technology, 29(3), 1994, pp. 223-232
MONITORING RESPONSE OF XAD-CONCENTRATED WATER IN THE RHINE DELTA - A MAJOR PART OF THE TOXIC COMPOUNDS REMAINS UNIDENTIFIED
Authors: HENDRIKS AJ MAASDIEPEVEEN JL NOORDSIJ A VANDERGAAG MA
Citation: Aj. Hendriks et al., MONITORING RESPONSE OF XAD-CONCENTRATED WATER IN THE RHINE DELTA - A MAJOR PART OF THE TOXIC COMPOUNDS REMAINS UNIDENTIFIED, Water research, 28(3), 1994, pp. 581-598
MONITORING THE RESPONSE OF MICROCONTAMINANTS BY DYNAMIC DAPHNIA-MAGNAAND LEUCISCUS-IDUS ASSAYS IN THE RHINE DELTA - BIOLOGICAL EARLY WARNING AS A USEFUL SUPPLEMENT
Authors: HENDRIKS AJ STOUTEN MDA
Citation: Aj. Hendriks et Mda. Stouten, MONITORING THE RESPONSE OF MICROCONTAMINANTS BY DYNAMIC DAPHNIA-MAGNAAND LEUCISCUS-IDUS ASSAYS IN THE RHINE DELTA - BIOLOGICAL EARLY WARNING AS A USEFUL SUPPLEMENT, Ecotoxicology and environmental safety, 26(3), 1993, pp. 265-279
Risultati: 1-12 |