Seasons of Life: The biological rhythms that enable living things to thrive and surviveProfile Books, 26 ago 2010 - 316 páginas The natural world is full of rhythms. How do birds know when to return to their nesting grounds? What effect do the seasons have on our wellbeing, and how does the season in which we are born affect our subsequent life chances? How did humans get the idea that there were seasons 50,000 years ago? Seasons of Life explains why the seasons occur, the impact of seasonal change and how organisms have evolved to anticipate these changes. For although we mask the effects of seasonal changes by warming our homes, lighting our nights, preserving foods and storing water, we cannot hide from them. |
Índice
Introduction | 1 |
1 The generation of the seasons | 8 |
2 Adapting to seasonal change | 24 |
3 Anticipating seasonal change in plants | 38 |
4 Seasonal reproduction in mammals and birds | 64 |
hibernation and diapause | 93 |
6 Timing migration | 120 |
7 Seasons and human evolution | 141 |
10 Disease and seasonal timing | 181 |
11 Seasonal affective disorder | 199 |
12 The seasonality of dying | 218 |
13 We are all phenology freaks now | 232 |
Glossary of common terms | 244 |
Appendix I | 250 |
References | 252 |
| 281 | |
Otras ediciones - Ver todo
Seasons of Life: The Biological Rhythms that Enable Living Things to Thrive ... Russell G. Foster,Leon Kreitzman No hay ninguna vista previa disponible - 2009 |
Seasons of Life: The Biological Rhythms that Living Things Need to Thrive ... Russell G. Foster,Leon Kreitzman No hay ninguna vista previa disponible - 2009 |
Seasons of Life: The Biological Rhythms that Enable Living Things to Thrive ... Russell G. Foster,Leon Kreitzman No hay ninguna vista previa disponible - 2009 |
Términos y frases comunes
24 hours activity adapt adult autumn behaviour biological birds birth seasonality born brain breeding cells cent circadian clock circadian rhythms circannual circannual clock circannual rhythms climate change cold cues cycle dark induction dark period depression diapause disease disorder early earth effect eggs energy entrainment environment environmental factors female Figure flowering gene genetic gland GnRH Gwinner hamster heat hibernation higher latitudes hominins hormone hourglass humans hypothalamus immune system insects levels light therapy living long-day mammals mate mechanism melatonin metabolic migration migratory molecular monarch butterfly months multiple sclerosis night length northern hemisphere occurs organisms oscillator pattern peak phase photoperiod photoperiodic response photoreceptors physiological phytochrome pineal pituitary population produce protein regulate release result schizophrenia seasonal affective disorder seasonal change seasonal variation sheep short days signal species spring suicide summer survive synchronise timer tion triggered tropical weather winter winter moth zeitgeber zugunruhe