artículo académico

• Population genomic and biophysical modeling show different patterns of population connectivity in the spiny lobster Jasus frontalis inhabiting oceanic islands.  MARINE ENVIRONMENTAL RESEARCH.  193. 2024
• EVALUATING FUTURE CLIMATE CHANGE EXPOSURE OF MARINE HABITAT IN THE SOUTH EAST PACIFIC BASED ON METABOLIC CONSTRAINTS.  FRONTIERS IN MARINE SCIENCE.  9. 2023
• MODELING IN AN INTEGRATED ECOSYSTEM RESEARCH FRAMEWORK TO EXPLORE RECRUITMENT IN GULF OF ALASKA GROUNDFISH - APPLICATIONS TO MANAGEMENT AND LESSONS LEARNED.  DEEP-SEA RESEARCH PART II-TOPICAL STUDIES IN OCEANOGRAPHY.  197. 2022
• AQUATIC CONSERVATION-MARINE AND FRESHWATER ECOSYSTEMS.  AQUATIC CONSERVATION-MARINE AND FRESHWATER ECOSYSTEMS.  31(2):253-272. 2021
• HIGH LEVELS OF CONNECTIVITY OVER LARGE DISTANCES IN THE DIADEMATID SEA URCHIN CENTROSTEPHANUS SYLVIAE.  PLOS ONE.  16(11). 2021
• UNDERSTANDING THE IMPACT OF CLIMATE CHANGE ON THE OCEANIC CIRCULATION IN THE CHILEAN ISLAND ECOREGIONS.  AQUATIC CONSERVATION-MARINE AND FRESHWATER ECOSYSTEMS.  31(2):232-252. 2021
• CONNECTIVITY IN EARLY LIFE STAGES OF THE SOUTHERN HAKE, MERLUCCIUS AUSTRALIS, IN NORTHERN CHILEAN PATAGONIA.  JOURNAL OF MARINE SYSTEMS.  212. 2020
• RED KING CRAB LARVAL ADVECTION IN BRISTOL BAY: IMPLICATIONS FOR RECRUITMENT VARIABILITY.  FISHERIES OCEANOGRAPHY.  29(6):505-525. 2020
• AN INDIVIDUAL-BASED MODEL FOR SABLEFISH: EXPLORING THE CONNECTIVITY BETWEEN POTENTIAL SPAWNING AND NURSERY GROUNDS IN THE GULF OF ALASKA.  DEEP-SEA RESEARCH PART II-TOPICAL STUDIES IN OCEANOGRAPHY.  165:89-112. 2019
• CONNECTIVITY BETWEEN SPAWNING AND NURSERY AREAS FOR PACIFIC COD (GADUS MACROCEPHALUS) IN THE GULF OF ALASKA.  DEEP-SEA RESEARCH PART II-TOPICAL STUDIES IN OCEANOGRAPHY.  165:113-126. 2019
• RUNNING THE GAUNTLET: CONNECTIVITY BETWEEN NATAL AND NURSERY AREAS FOR PACIFIC OCEAN PERCH (SEBASTES ALUTUS) IN THE GULF OF ALASKA, AS INFERRED FROM A BIOPHYSICAL INDIVIDUAL-BASED MODEL.  DEEP-SEA RESEARCH PART II-TOPICAL STUDIES IN OCEANOGRAPHY.  165:74-88. 2019
• RUNNING THE GAUNTLET: CONNECTIVITY BETWEEN SPAWNING AND NURSERY AREAS FOR ARROWTOOTH FLOUNDER (ATHERESTHES STOMIAS) IN THE GULF OF ALASKA, AS INFERRED FROM A BIOPHYSICAL INDIVIDUAL-BASED MODEL.  DEEP-SEA RESEARCH PART I-OCEANOGRAPHIC RESEARCH PAPERS.  165:127-139. 2019
• THE IMPACT OF FISHING ON A HIGHLY VULNERABLE ECOSYSTEM, THE CASE OF JUAN FERNANDEZ RIDGE ECOSYSTEM.  PLOS ONE.  14(2). 2019
• HOW BIOPHYSICAL INTERACTIONS ASSOCIATED WITH SUB- AND MESOSCALE STRUCTURES AND MIGRATION BEHAVIOR AFFECT PLANKTONIC LARVAE OF THE SPINY LOBSTER IN THE JUAN FERNÁNDEZ RIDGE: A MODELING APPROACH.  PROGRESS IN OCEANOGRAPHY.  162:98-119. 2018
• IMPLEMENTING ECOSYSTEM-BASED FISHERIES MANAGEMENT: LESSONS FROM CHILE'S EXPERIENCE.  MARINE POLICY.  97:82-90. 2018
• PROPOSAL OF AN INTEGRATED SYSTEM FOR FORECASTING HARMFUL ALGAL BLOOMS (HAB) IN CHILE.  LATIN AMERICAN JOURNAL OF AQUATIC RESEARCH.  46(2):424-451. 2018
• SPATIAL AND TEMPORAL DYNAMICS OF THE ANTARCTIC KRILL FISHERY IN FISHING HOTSPOTS IN THE BRANSFIELD STRAIT AND SOUTH SHETLAND ISLANDS.  FISHERIES RESEARCH.  208:157-166. 2018
• EXPANDING THE CONCEPTUAL FRAMEWORK OF THE SPATIAL POPULATION STRUCTURE AND LIFE HISTORY OF JACK MACKEREL IN THE EASTERN SOUTH PACIFIC: AN OCEANIC SEAMOUNT REGION AS POTENTIAL SPAWNING/NURSERY HABITAT.  ICES JOURNAL OF MARINE SCIENCE.  74(9):2398-2414. 2017
• COMPARISON OF INDIVIDUAL-BASED MODEL OUTPUT TO DATA USING A MODEL OF WALLEYE POLLOCK EARLY LIFE HISTORY IN THE GULF OF ALASKA.  DEEP-SEA RESEARCH PART II-TOPICAL STUDIES IN OCEANOGRAPHY.  132:240-262. 2016
• MODELING CONNECTIVITY OF WALLEYE POLLOCK IN THE GULF OF ALASKA: ARE THERE ANY LINKAGES TO THE BERING SEA AND ALEUTIAN ISLANDS?.  DEEP-SEA RESEARCH PART II-TOPICAL STUDIES IN OCEANOGRAPHY.  132:227-239. 2016
• SYNTHESIS OF PACIFIC OCEAN CLIMATE AND ECOSYSTEM DYNAMICS.  OCEANOGRAPHY.  26(4):68-81. 2013
• THE INFLUENCE OF OCEANOGRAPHIC PROCESSES ON JACK MACKEREL (TRACHURUS MURPHYI) LARVAL DISTRIBUTION AND POPULATION STRUCTURE IN THE SOUTHEASTERN PACIFIC OCEAN.  ICES JOURNAL OF MARINE SCIENCE.  70(6):1097-1107. 2013
• MODELACIÓN DE LA CONECTIVIDAD DE LAS SUBPOBLACIONES DE LA LANGOSTA DE JUAN FERNÁNDEZ (JASUS FRONTALIS), A TRAVÉS DE UN MODELO BIOFÍSICO.  LATIN AMERICAN JOURNAL OF AQUATIC RESEARCH.  40(3):613-632. 2012
• MODELING TRANSPORT AND SURVIVAL OF ANCHOVETA EGGS AND YOLK-SAC LARVAE IN THE COASTAL ZONE OFF CENTRAL-SOUTHERN CHILE: ASSESSING SPATIAL AND TEMPORAL SPAWNING PARAMETERS.  PROGRESS IN OCEANOGRAPHY.  92-95:178-191. 2012