Preliminary Programme

Wed 24 March
    11.00 - 12.15
    12.30 - 13.45
    14.30 - 15.45
    16.00 - 17.15

Thu 25 March
    11.00 - 12.15
    12.30 - 13.45
    14.30 - 15.45
    16.00 - 17.15

Fri 26 March
    11.00 - 12.15
    12.30 - 13.45
    14.30 - 15.45
    16.00 - 17.15

Sat 27 March
    11.00 - 12.15
    12.30 - 13.45
    14.30 - 15.45
    16.00 - 17.00

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Friday 26 March 2021 12.30 - 13.45
M-10 FAM24 The SHiP Historical Cause-of-death Coding System: an Important Step towards International and Comparative Health Research
M
Network: Family and Demography Chair: Joana-Maria Pujades-Mora
Organizer: Angelique Janssens Discussants: -
Isabelle Devos : Causes of Death in the Port City of Antwerp, 1910. A Comparison between the SHiP System and a Historical Classification System
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique ... (Show more)
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique datasets which enable us to go beyond what was captured in highly-aggregated national statistics based on extremely limited 19th century disease classifications. The network comprises 30 scholars from 25 universities across Europe. An important step towards comparative research is the development of a joint international historical coding system for causes of death. The SHiP historical cause-of-death coding system is based on the ICD-10 coding system, the advantage is that this allows for long term trends and changes to be investigated. The ICD10 system is however adapted to also allow the incorporation of historical designations in such a way that this information will be preserved for analysis. In this paper the ICD10h coding system is tested on Antwerp data. (Show less)

Angelique Janssens, Evelien Walhout : Testing the SHiP Coding System on 19th Century Amsterdam Individual-level Cause-of-death Data
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique ... (Show more)
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique datasets which enable us to go beyond what was captured in highly-aggregated national statistics based on extremely limited 19th century disease classifications. The network comprises 30 scholars from 25 universities across Europe. An important step towards comparative research is the development of a joint international historical coding system for causes of death. The SHiP historical cause-of-death coding system is based on the ICD-10 coding system, the advantage is that this allows for long term trends and changes to be investigated. The ICD10 system is however adapted to also allow the incorporation of historical designations in such a way that this information will be preserved for analysis. In this paper the ICD10h coding system is tested on Amsterdam data. (Show less)

Louise Ludvigsen, Barbara Revuelta-Eugercios & Anne Løkke : The SHIP Coding System applied to Danish Cause of Death Data in the Link-Lives Project: Burial Records and Death Certificates
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique ... (Show more)
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique datasets which enable us to go beyond what was captured in highly-aggregated national statistics based on extremely limited 19th century disease classifications. The network comprises 30 scholars from 25 universities across Europe. An important step towards comparative research is the development of a joint international historical coding system for causes of death. The SHiP historical cause-of-death coding system is based on the ICD-10 coding system, the advantage is that this allows for long term trends and changes to be investigated. The ICD10 system is however adapted to also allow the incorporation of historical designations in such a way that this information will be preserved for analysis. In this paper the ICD10h coding system is tested on Danish data. (Show less)

Hilde L. Sommerseth : Towards a Harmonized Historical Coding System: Causes of Death in Norway
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique ... (Show more)
The SHiP-network aims to study in a comparative fashion the dynamics of mortality change in high level disease environments in port cities across Europe. The network focuses on port cities for which we have individual-level cause-of-death data for the entire population for approximately the period 1850-1950. These are truly unique datasets which enable us to go beyond what was captured in highly-aggregated national statistics based on extremely limited 19th century disease classifications. The network comprises 30 scholars from 25 universities across Europe. An important step towards comparative research is the development of a joint international historical coding system for causes of death. The SHiP historical cause-of-death coding system is based on the ICD-10 coding system, the advantage is that this allows for long term trends and changes to be investigated. The ICD10 system is however adapted to also allow the incorporation of historical designations in such a way that this information will be preserved for analysis. In this paper the ICD10h coding system is tested on Norwegian data. (Show less)



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