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Explore the impact of population ageing across four dimensions: Numerical Ageing, Structural Ageing, Natural Decline, and Absolute Decline. Understand the changing demographic trends, regional diversity, and implications for industries and society. Plan for the guaranteed increase in the elderly population and prepare for the structural changes ahead in the workforce and communities.
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Population Ageing in four dimensions: a strategic look at the future Dr Natalie Jackson University of Tasmania
Regional Diversity: • Between now and 2019 almost half of Australia’s 714 local government areas are projected to either decline in size or not to grow • Net migration loss at young adult ages, sometimes gain at older ages • Premature ageing • But all will grow at the older ages
Population Ageing: 4 dimensions • Numerical Ageing • Increase in numbers of elderly (primarily caused by increased life expectancy) • Structural ageing • Increase in proportions of elderly (primarily caused by low/falling birth rates) • Natural decline • More elderly than children more deaths than births (already in many LGAs) • Absolute decline • Inability of replacement migration to replace the ‘lost’ births and increased deaths
Numerical ageing Increased numbers due to improved life expectancy + baby boomers
A guaranteed growth industry.. • Those who will be 65+ in ten years time are already 55+. • Currently around 2.6 million Australians aged 65+ years • By 2015, 3.7 mill; by 2025, 5.2 mill 65+ years A B
Message # 1 Massive increase in numbers of elderly is guaranteed There is time to plan Trends will differ by region
Structural ageing Changing proportions due to low birth rates; + increased numbers of elderly
Projected change by age (%): (Victoria, high series – ANM 18,500, TFR 1.7)
The baby boomers biggest gift • OECD next 25 years: 70 million retirements, to be replaced by just 5 million labour market entrants • Past 25 years: 45 million retirements, replaced by 120 million baby boomers • Absolute decline in working age population = 65 million
Structural crossover: Entrants/Exits (Labour market, Australia, high series) 2018
Negative by 2010 in 2 States (Projected Entry/Exit ratios by State, High variant) 2010 2018
How different from the past? (Entry/Exit ratios by State, High variant) Past Projected
Organisational Renewal Recruitment, Retention Geographic Location
Government Admin & Defence (#9/17) Males Females E:E 1.0
Overlay geographic location (Queensland, Percentage 65+ years 2003)
Another crossover: Elderly/Children(Australia, high series) Crossover 2019
Message # 2 Structural ageing affects all age groups • Trends differ by region • Many positives (competition for the young; declining uep; increasing incomes) • Many negatives (increasing labour market costs; problems with recruitment, retention; reduced tertiary training) • No net effect
Natural Decline More elderly than children >> more deaths than births Already extant in many LGAs Insufficient ‘replacement migration’ >> absolute decline Ethnic composition changing rapidly
Natural Increase (Victoria) Negative by 2036
Population ‘Churning’ and Ethnic Composition • Focus on net international migration gain (c. 125,000 p.a.); sustainability? • Around 16.5 million movements per year • 8.3 mill. arrivals 8.2 mill. departures • Permanent arrivals 93,900 • Permanent Departures 50,500 (net 43,400) • Long term (but temporary) arrivals 328,000 • Long term departures 247,000 (net 81,000) • Migrants increasingly from developing countries • Increasingly different ethnic composition • 420,000 arrivals / 300,000 departures
In sum • Reconceptualise what is meant by ‘growth’ • Build both numerical and structural ageing, population churning, changing ethnic composition into planning • Understand the regionally diverse nature of population ageing • Accept; Buffer; Celebrate
Thankyou Natalie.Jackson@utas.edu.au http://www.taspop.tasbis.com