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Marshall 2005 In uence of acetic, citric, and lactic acid on Escherichia coli O157:H7 membrane lipid composition, verotoxin secretion, and acid resistance in simulated gastric uid Journal of Food Protection 68:673 679 Yuste, J, R Pla, M Capellas, E Sendra, E Beltran, and M Mor-Mur 2001 Oscillatory high pressure processing applied to mechanically recovered poultry meat for bacterial inactivation Journal of Food Science 66:482 484 Zhao, Y Y, J H Wells, and D L Marshall 1992 Description of log phase growth for selected microorganisms during modi ed atmosphere storage Journal of Food Process Engineering 15:299 317..

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QUALITY OF LIFE AND PHYSICAL ACTIVITY Physical activity has much to contribute to the quality of life of most individuals Depending on the type of physical activity and the associated training parameters, physical activity can be associated with a wide variety of benefits that are related to the quality of life Physical activityrelated contributions to quality of life as highlighted in this chapter include the following: (a) enhanced physical functioning, ( b) subjective well-being, (c) stress management and eustress, (d) peak moments, (e) exercise enjoyment, and (f ) diverse personal meanings See reviews by the American College of Sports Medicine (2006), Berger et al (2007), and Jackson and Eklund (2004) A balanced perspective of physical activity is needed because physical activity can influence the quality of life, in both desirable and undesirable ways.

and Acreman (2003) have collated the results of a wide range of investigations concerning the role of wetlands in catchment hydrology We have already seen that many wetlands owe their very existence to discharging groundwater, and this is amply borne out by studies worldwide (Forn s and Llamas 2001; Bullock and Acreman 2003) But what of the supposed role of wetlands as groundwater recharge zones It is safe to say that relatively few wetlands are likely to act as recharge sources over extended periods of time If the base of a wetland is suf ciently permeable to allow it to lose water freely to the subsurface, it is unlikely to be able to hold back enough water in the wetland to keep it saturated throughout the dry season.

Well worth its own section, if only because it s really weird, the Windows software GmailerXP http://gmailerxp.sourceforge.net does all of the above but adds in a desktop version of all of the other Gmail features as well: labels, stars, setting filters and contacts, and so on (see Figure 1-7). I m not sure when you would use it, but it is a brilliant example of a Gmail hack. The second half of this book looks at how applications such as GmailerXP work and how to make your own.

There are, of course, some wetlands that give rise to streams, which ow away onto aquifer outcrop areas where they then act as sources of indirect recharge Even wetlands in this category are likely to support only intermittent recharge What about the frequently mooted claim that wetlands can regulate ows in rivers by reducing peaks ows and sustaining base ows The base ow arising from groundwater-fed wetlands originates in the adjoining aquifers, and is not attributable to the wetland per se In relation to other types of wetlands, Burt (1995) has correctly noted that most wetlands make very poor aquifers; accordingly, they yield little base ow, but in contrast, generate very large quantities of ood runoff Far from regulating river ow, wetlands usually provide a very ashy runoff regime.