Population and the Environment: Analytical Demography and Applied Population Ethics/Modeling complex populations - dynamics of age-structured populations
October 15, 2018
3:00 pm - 4:00 pm
Simon Levin (Princeton)
This lecture will begin from the classical roots of life tables and age structured populations, develop the general principle of stable age distribution, and close with a brief discussion of population momentum when parameters shift (as due to the implementation or relaxation of the one-child rule in China). There will brief mention of density dependence of birth rates, a concept of primary relevance for non-human population.
Simon Levin (Princeton) Link to the source page
The interrelated topics of population growth and resource depletion are central to sustainability, and ideal topics for SFI
Potential for greater integration of conceptual foundations and applications is high; these are prototypical complex adaptive systems, and problems of the Commons are at the core as regards resource use, disease management, etc.
Would like to see even more-post-meeting integration of these topics.
I may work more on migration.
Ellner and Rees is overview of age-structured models
Espenshade papers introduce momentum
Arrow and Levin introduce notion of intergenerational transfer of resources
Keyfitz and Keyfitz introduce continuous-time models
|Title||Author name||Source name||Year||Citation count From Scopus. Refreshed every 5 days.||Page views||Related file|
|The McKendrick partial differential equation and its uses in epidemiology and population study||B. L. Keyfitz, N. Keyfitz||Mathematical and Computer Modelling||1997||64||10|
|Population momentum across the demographic transition||Laura Blue, Thomas J. Espenshade||Population and Development Review||2011||18||4|
|On Nonstable and Stable Population Momentum||Thomas J. Espenshade, Analia S. Olgiati, Simon A. Levin||Demography||2011||4||10|
|Intergenerational resource transfers with random offspring numbers||0||3|
|Age-structured and stage-structured population dynamics||0||10|