Erez Hatna
Erez Hatna
Clinical Associate Professor of Epidemiology
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Professional overview
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Dr. Erez Hatna works in the fields of geoinformatics, spatial analysis, agent-based modeling, and studies urban dynamics, residential segregation, scaling laws of urban systems, and infectious disease modeling.
Dr. Hatna studies ethnic and economic residential patterns of cities using agent-based computational models of relocating households. The models simulate the formation of residential patterns as an outcome of relocation decisions of households. Dr. Hatna also studies the statistical regularities of urban systems and urban scaling. His research focuses on how the choice of urban boundaries influences the scaling relationships.
At NYU, Dr. Hatna is part of the Agent-based Modeling Lab, which works with large-scale epidemic models and cognitively plausible agents in order to produce a transformative synthesis for global public health modeling. Previously, he has conducted research at Wageningen University, University College London, and Johns Hopkins University.
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Education
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PhD, Geography, Tel Aviv University, Tel Aviv, IsraelMA, Geography, Tel Aviv University, Tel Aviv, Israel
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Areas of research and study
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Agent-Based ModelingEpidemiologyGeographic Information Science (GIS)Geospatial MethodsInfectious DiseasesMathematical and Computational ModelingModeling Social and Behavioral DynamicsUrban Informatics
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Publications
Publications
An Agent-Based Model to Assess Possible Interventions for Large Shigellosis Outbreaks
Failed retrieving data.An agent-based model to assess possible interventions for large shigellosis outbreaks
Failed retrieving data.Simulating the simultaneous impact of medication for opioid use disorder and naloxone on opioid overdose death in eight New York counties
Failed retrieving data.The role of analytical models and their impacts on urban studies and policy. Urban Studies
Failed retrieving data.Generating Mixed Patterns of Residential Segregation : An Evolutionary Approach
Failed retrieving data.Special Section on "Inverse Generative Social Science" : Guest Editors’ Statement
Failed retrieving data.At the Boundary of Law and Software : Toward Regulatory Design with Agent-Based Modeling
Failed retrieving data.Privacy and contact tracing efficacy
Failed retrieving data.Coresidency of Immigrant Groups in a Diverse Inner-City Neighborhood of Whitechapel, London
Failed retrieving data.Triple contagion : A two-fears epidemic model
Failed retrieving data.Evidence for localization and urbanization economies in urban scaling
Failed retrieving data.Defining urban clusters to detect agglomeration economies
Failed retrieving data.Diverse cities or the systematic paradox of Urban Scaling Laws
Failed retrieving data.Cities and regions in Britain through hierarchical percolation
Failed retrieving data.Defining urban agglomerations to detect agglomeration economies
Failed retrieving data.Regions and cities in Britain through hierarchical percolation
Failed retrieving data.Combining segregation and integration : Schelling model dynamics for heterogeneous population
Failed retrieving data.Constructing cities, deconstructing scaling laws
Failed retrieving data.On the problem of boundaries and scaling for urban street networks
Failed retrieving data.Paradoxical Interpretations of Urban Scaling Laws
Failed retrieving data.Universal properties for Urban street networks
Failed retrieving data.Combining segregation and integration: Schelling model dynamics for heterogeneous population
Failed retrieving data.Influence of provider and urgent care density across different socioeconomic strata on outpatient antibiotic prescribing in the USA
Failed retrieving data.Mobilizing Ebola survivors to curb the epidemic
Failed retrieving data.Assessing spatial uncertainties of land allocation using a scenario approach and sensitivity analysis : A study for land use in Europe
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