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Results: 1-15 |
Results: 15
ENVIRONMENTAL VARIABILITY EFFECTS ON MARINE FISHERIES - 4 CASE-HISTORIES
Authors: HOFMANN EE POWELL TM
Citation: Ee. Hofmann et Tm. Powell, ENVIRONMENTAL VARIABILITY EFFECTS ON MARINE FISHERIES - 4 CASE-HISTORIES, Ecological applications, 8(1), 1998, pp. 23-32
VARYING THE TIMING OF OYSTER TRANSPLANT - IMPLICATIONS FOR MANAGEMENTFROM SIMULATION STUDIES
Authors: POWELL EN KLINCK JM HOFMANN EE FORD S
Citation: En. Powell et al., VARYING THE TIMING OF OYSTER TRANSPLANT - IMPLICATIONS FOR MANAGEMENTFROM SIMULATION STUDIES, Fisheries oceanography, 6(4), 1997, pp. 213-237
A MODELING STUDY OF THE EFFECTS OF SIZE-DEPENDENT AND DEPTH-DEPENDENTPREDATION ON LARVAL SURVIVAL
Authors: DEKSHENIEKS MM HOFMANN EE KLINCK JM POWELL EN
Citation: Mm. Dekshenieks et al., A MODELING STUDY OF THE EFFECTS OF SIZE-DEPENDENT AND DEPTH-DEPENDENTPREDATION ON LARVAL SURVIVAL, Journal of plankton research, 19(11), 1997, pp. 1583-1598
A POPULATION-DYNAMICS MODEL FOR THE JAPANESE OYSTER, CRASSOSTREA-GIGAS
Authors: KOBAYASHI M HOFMANN EE POWELL EN KLINCK JM KUSAKA K
Citation: M. Kobayashi et al., A POPULATION-DYNAMICS MODEL FOR THE JAPANESE OYSTER, CRASSOSTREA-GIGAS, Aquaculture, 149(3-4), 1997, pp. 285-321
MODELING NUTRIENT AND PLANKTON PROCESSES IN THE CALIFORNIA COASTAL TRANSITION ZONE .1. A TIME-DEPENDENT AND DEPTH-DEPENDENT MODEL
Authors: MOISAN JR HOFMANN EE
Citation: Jr. Moisan et Ee. Hofmann, MODELING NUTRIENT AND PLANKTON PROCESSES IN THE CALIFORNIA COASTAL TRANSITION ZONE .1. A TIME-DEPENDENT AND DEPTH-DEPENDENT MODEL, J GEO RES-O, 101(C10), 1996, pp. 22647-22676
MODELING NUTRIENT AND PLANKTON PROCESSES IN THE CALIFORNIA COASTAL TRANSITION ZONE .2. A 3-DIMENSIONAL PHYSICAL-BIO-OPTICAL MODEL
Authors: MOISAN JR HOFMANN EE HAIDVOGEL DB
Citation: Jr. Moisan et al., MODELING NUTRIENT AND PLANKTON PROCESSES IN THE CALIFORNIA COASTAL TRANSITION ZONE .2. A 3-DIMENSIONAL PHYSICAL-BIO-OPTICAL MODEL, J GEO RES-O, 101(C10), 1996, pp. 22677-22691
MODELING NUTRIENT AND PLANKTON PROCESSES IN THE CALIFORNIA COASTAL TRANSITION ZONE .3. LAGRANGIAN DRIFTERS
Authors: MOISAN JR HOFMANN EE
Citation: Jr. Moisan et Ee. Hofmann, MODELING NUTRIENT AND PLANKTON PROCESSES IN THE CALIFORNIA COASTAL TRANSITION ZONE .3. LAGRANGIAN DRIFTERS, J GEO RES-O, 101(C10), 1996, pp. 22693-22704
TIME-SERIES SAMPLING AND DATA ASSIMILATION IN A SIMPLE MARINE ECOSYSTEM MODEL
Authors: LAWSON LM HOFMANN EE SPITZ YH
Citation: Lm. Lawson et al., TIME-SERIES SAMPLING AND DATA ASSIMILATION IN A SIMPLE MARINE ECOSYSTEM MODEL, Deep-sea research. Part 2. Topical studies in oceanography, 43(2-3), 1996, pp. 625-651
MODELLING DISEASED OYSTER POPULATIONS .2. TRIGGERING MECHANISMS FOR PERKINSUS-MARINUS EPIZOOTICS
Authors: POWELL EN KLINCK JM HOFMANN EE
Citation: En. Powell et al., MODELLING DISEASED OYSTER POPULATIONS .2. TRIGGERING MECHANISMS FOR PERKINSUS-MARINUS EPIZOOTICS, Journal of shellfish research, 15(1), 1996, pp. 141-165
MODELING THE VERTICAL-DISTRIBUTION OF OYSTER LARVAE IN RESPONSE TO ENVIRONMENTAL-CONDITIONS
Authors: DEKSHENIEKS MM HOFMANN EE KLINCK JM POWELL EN
Citation: Mm. Dekshenieks et al., MODELING THE VERTICAL-DISTRIBUTION OF OYSTER LARVAE IN RESPONSE TO ENVIRONMENTAL-CONDITIONS, Marine ecology. Progress series, 136(1-3), 1996, pp. 97-110
MODELING DISEASED OYSTER POPULATIONS .1. MODELING PERKINSUS-MARINUS INFECTIONS IN OYSTERS
Authors: HOFMANN EE POWELL EN KLINCK JM SAUNDERS G
Citation: Ee. Hofmann et al., MODELING DISEASED OYSTER POPULATIONS .1. MODELING PERKINSUS-MARINUS INFECTIONS IN OYSTERS, Journal of shellfish research, 14(1), 1995, pp. 121-151
A DATA ASSIMILATION TECHNIQUE APPLIED TO A PREDATOR-PREY MODEL
Authors: LAWSON LM SPITZ YH HOFMANN EE LONG RB
Citation: Lm. Lawson et al., A DATA ASSIMILATION TECHNIQUE APPLIED TO A PREDATOR-PREY MODEL, Bulletin of mathematical biology, 57(4), 1995, pp. 593-617
MODELING OYSTER POPULATIONS .2. ADULT SIZE AND REPRODUCTIVE EFFORT
Authors: HOFMANN EE KLINCK JM POWELL EN BOYLES S ELLIS M
Citation: Ee. Hofmann et al., MODELING OYSTER POPULATIONS .2. ADULT SIZE AND REPRODUCTIVE EFFORT, Journal of shellfish research, 13(1), 1994, pp. 165-182
MODELING OYSTER POPULATIONS .4. RATES OF MORTALITY, POPULATION CRASHES, AND MANAGEMENT
Authors: POWELL EN KLINCK JM HOFMANN EE RAY SM
Citation: En. Powell et al., MODELING OYSTER POPULATIONS .4. RATES OF MORTALITY, POPULATION CRASHES, AND MANAGEMENT, Fishery bulletin, 92(2), 1994, pp. 347-373
ENVIRONMENTAL-EFFECTS ON THE GROWTH AND DEVELOPMENT OF EASTERN OYSTER, CRASSOSTREA-VIRGINICA (GMELIN, 1791), LARVAE - A MODELING STUDY
Authors: DEKSHENIEKS MM HOFMANN EE POWELL EN
Citation: Mm. Dekshenieks et al., ENVIRONMENTAL-EFFECTS ON THE GROWTH AND DEVELOPMENT OF EASTERN OYSTER, CRASSOSTREA-VIRGINICA (GMELIN, 1791), LARVAE - A MODELING STUDY, Journal of shellfish research, 12(2), 1993, pp. 241-254
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