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, 2001) indicates that the protection is only among those who are clinically depressed at baseline This means that physical activity is more useful in alleviating depression among those who are depressed but not among the general population This finding gains support from several intervention studies (Bennett, Carmack, & Gardner, 1982; Means, O Sullivan, & Rodell, 2003; Williams & Lord, 1997) However, a previous metaanalysis (North, McCullagh, & Tran, 1990) performed on different age groups indicated that the effect size of physical activity on depression was not related to the initial depression level, and that all subjects, both the initially depressed and the nondepressed, decreased depression with exercise It can therefore be concluded that people who are active over the years are less likely to develop depression.

One limitation of most nonintervention studies assessing the relationship between physical activity and affect is that they use predominantly self-report subjective measures for assessing both physical activity and affect Their weakness is in the ability of participants to easily understand the purpose of the study and fake answers It is therefore appreciated that two recent studies informed the relationship between physical activity or fitness and affect based on objective measures: a pedometer for assessing physical activity (Fukukawa et al, 2004) and maximal oxygen uptake and a strength test to assess physical fitness (Stewart et al, 2003) The studies assessing various age groups are of specific importance (Camacho et al, 1991; Farmer et al, 1988; Fukukawa et al, 2004; Stephens, 1988) Generally, all of them succeed in revealing a link between inactivity, or reduction in activity, and higher risk of depression, espe-.

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Karen M. Schmidt has published under the name of Karen M. McCollam and would like to thank John McArdle, John Nesselroade, Ryan Bowles, Tracy Kline, and Wayne Velicer for helpful comments during the writing of this chapter. She would also like to thank Bill Stell for assistance in editing and writing style. The writing of this chapter was partially funded by grants from the College Board and a sesquicentennial associateship from the University of Virginia to Karen M. Schmidt.

In a detailed study performed during a summer ship cruise, Maenhaut et al. [86] determined possible sources of arctic particulate matter in the coarse (2.5 10 m) and the ne modes (<2.5 m). They listed three likely processes: (i) mechanical generation of coarse-mode aerosol by bubble bursting at the sea surface; (ii) long-range transport of ne-mode biogenic materials from the open waters and areas further south; (iii) generation due to gas-to-particle reactions, in particular during the cycling of air through clouds. Sedimentation and wet deposition were considered as the main aerosol-removal processes. To their surprise, typical anthropogenic metals seemed to originate from areas in uenced by continental river run-off from the Siberian coast. It has been observed that the ice near the Siberian river deltas is covered with clay spots. Material from such spots can be lifted and transported by the wind. Polissar et al. [87] used three-way positive matrix factorisation and potential source contribution function analysis to identify source regions for aerosols measured at Barrow, Alaska. They mention several mechanisms for the observed aerosol variability, namely seasonal variability in the long-range transport, in the blocking phenomenon, in the oxidation rate of SO2 , in pollutant-removal processes and in the thickness of the surface temperature inversion. Despite some interannual variability, strong pollution sources were identi ed in central Siberia in winter and in eastern North America in spring.

weight) when both run at the same speed at the same grade Such relative economy may well be due to minimization of unproductive and unnecessary muscular activity (eg, excess circumduction of the pelvis or abduction of the upper extremities) As such, numerous examples exist in the physiological domain that provide evidence of the ubiquity of economy of highly trained biological systems The utility of such energysaving adaptation is the reduction of stress and the opportunity for enhanced survival due to less load and wear and tear on the organism The focal question that guides the present review is this: Does such a state also characterize the central neural processes of the skilled performer Phenomenological reports of high-performance athletes support such a position.

Williams and Krane (1998) described a number of psychological qualities associated with the ideal performance state that largely related to a sense of effortlessness, not thinking during performance, and an involuntary experience Such subjective experience is also consistent with the notion of automaticity in skilled motor behavior advanced by Fitts and Posner (1967) Accordingly, Fitts and Posner described three progressive stages that the learner experiences, evolving from the beginning stage of cognitive analysis, to the intermediate stage of association during which conscious regulation of motor processes is required, and finally to the advanced stage of automaticity in which the performer negotiates task demands without conscious effort In essence, one could speculate that the association areas of the cerebral cortex become relatively quiescent with practice and enhanced skill level so as to minimize potential interference with the central motor control processes responsible for neuromuscular activity.

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