Book contents
- Frontmatter
- Contents
- List of contributors
- Acknowledgements
- 1 Introduction
- 2 Seasonality and human biology
- 3 The influence of seasonality on hominid evolution
- 4 Environmental temperature and physiological function
- 5 Physiological responses to variations in daylength
- 6 Seasonality and fertility
- 7 Seasonality of reproductive performance in rural Gambia
- 8 Seasonal effects on physical growth and development
- 9 Seasonal variation in the birth prevalence of polygenic multifactorial diseases
- 10 Environment, season and infection
- 11 Seasonal mortality in the elderly
- 12 Nutritional seasonality: the dimensions of the problem
- 13 Seasonal variation in nutritional status of adults and children in rural Senegal
- 14 Culture, seasons and stress in two traditional African cultures (Massa and Mussey)
- 15 Agriculture, modernisation and seasonality
- 16 Seasonal organisation of work patterns
- Index
8 - Seasonal effects on physical growth and development
Published online by Cambridge University Press: 23 January 2010
- Frontmatter
- Contents
- List of contributors
- Acknowledgements
- 1 Introduction
- 2 Seasonality and human biology
- 3 The influence of seasonality on hominid evolution
- 4 Environmental temperature and physiological function
- 5 Physiological responses to variations in daylength
- 6 Seasonality and fertility
- 7 Seasonality of reproductive performance in rural Gambia
- 8 Seasonal effects on physical growth and development
- 9 Seasonal variation in the birth prevalence of polygenic multifactorial diseases
- 10 Environment, season and infection
- 11 Seasonal mortality in the elderly
- 12 Nutritional seasonality: the dimensions of the problem
- 13 Seasonal variation in nutritional status of adults and children in rural Senegal
- 14 Culture, seasons and stress in two traditional African cultures (Massa and Mussey)
- 15 Agriculture, modernisation and seasonality
- 16 Seasonal organisation of work patterns
- Index
Summary
As auxologists know, le Comte de Montbeillard measured his son's height every six months between 1759 and 1777. Buffon, who reported the findings (Tanner, 1981), noticed that the son grew twice as much in the summer as in the winter; this was probably the first description of a seasonal component to growth. The subject has remained a firm favourite among auxologists ever since, with a substantial literature dating back more than a century (e.g. Malling–Hansen, 1886; Orr & Clark, 1930). The early studies were European, but North Americans made an increasing impact from the beginning of this century (E.L. Marshall, 1937), and seasonality of growth in the developing world has been documented since the middle of this century (see Valverde et al., 1972, for a comprehensive review).
Seasonal trends in growth are very different in the developed world and the developing world, so it is important to distinguish between them. In the developing world growth rate is very clearly related to climatic factors associated with the timing of the rainy season or seasons, through their influence on food availability, parasite load (e.g. malaria) and infection. The absence of a rainy season in most parts of the developed world means that the most obvious seasonal influences do not apply, so that seasonality of growth is much more subtle. However, this is not to say that factors such as infection have no effect on growth in the developed world - they are just harder to identify.
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- Seasonality and Human Ecology , pp. 89 - 106Publisher: Cambridge University PressPrint publication year: 1993
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