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In that sense, oceans, deserts and forests may be considered remote despite their at times enhanced aerosol loadings due to natural processes After having looked at oceans and deserts, we are left with the ice-covered ares at the poles and at high altitudes to de ne remote Of the polar areas, Antarctica may be considered far away from aerosol sources (apart from local emissions by the research stations), while the Arctic often suffers from long-range transport of polluted air masses mainly from the Eurasian continent High-altitude stations may be within free tropospheric and thus less polluted air, even though this can be disturbed during strong convection, when boundary layer air is mixed up to higher levels [4] Particles are usually emitted in the lowest layers of the atmosphere, where they may remain for their lifetime.

Therefore, high-altitude mountain top stations are located in air that carries signi cantly less particulate matter than the air in the atmospheric boundary layer (ABL), and hence they can be regarded as remote stations in non-convective weather conditions Thus we end up with a rather small number of stations performing measurements of particulate matter that characterise the remote atmosphere An alternative approach would be using the concept of natural background of aerosols The distinction between anthropogenic and natural sources of aerosols is based on the chemical characteristics of the source material (eg crustal material, sea salt and industrial emissions) For the remote atmosphere, the anthropogenic contribution should be minimal, not to say absent, and the natural background could be determined from the minima of aerosol concentration It appears evident that these low-pollution episodes are representing the background concentration at that location [5].

With this approach, oceanic and desert areas can also be considered for the characterization of the natural aerosol background A concept often used to characterise aerosol composition is the enrichment factor, de ned as EF(X) = [C (X)/C (Y)]aerosol [C (X)/C (Y)]reference (81).

ef cacy of buffered lactic acid to decontaminate chilled beef tissue and effect of modi ed atmosphere packaging on survival of Escherichia coli O157:H7 on red meat. Journal of Food Protection 64(11):1661 1666. Van Donkersgoed, J. K., W. F. Jericho, H. Crogan, and B. Thorlackson. 1997. Preslaughter hide status of cattle and the microbiology of carcasses. Journal of Food Protection 60(12):1502 1508. van Netten, P., A. Valentijn, D. A. A. Mossel, and J. H. J. Huis in t Veld. 1997. Fate of low temperature and acid-adapted Yersinia enterocolitica and Listeria monocytogenes that contaminate lactic acid decontaminated meat during chill storage. Journal of Applied Microbiology 82(6):769 779. van Netten, P., A. Valentijn, D. A. A. Mossel, and J. H. J. Huis in t Veld. 1998. The survival and growth of acid-adapted mesophilic pathogens that contaminate meat after lactic acid decontamination. Journal of Applied Microbiology 84(4):559 567. Wang, W.-C., Y. Li, M. F. Slavik, and H. Xiong. 1997. Trisodium phosphate and cetylpyridium chloride spraying on chicken skin to reduce attached Salmonella typhimurium. Journal of Food Protection 60(8):992 994. Warriner, K., K. Eveleigh, J. Goodman, G. Betts, M. Gonzales, and W. M. Waites. 2001. Attachment of bacteria to beef from steam-pasteurized carcasses. Journal of Food Protection 64(4):493 497.

actions in sport, particularly in the field of mental training and technical preparation. As well as just displaying moving images, digital supplementation and the analysis of video images offer the greatest new perspectives. In this section, we introduce and systematize some of the computer-based procedures for visual feedback used in praxis. Computer-based procedures for visual feedback can be subdivided into three groups (Seifriz, Schack, & Mester, 2004): 1. Presenting video sequences subsequently or simultaneously: Simultaneous forms of presentations are splitscreen and cross-fading procedures. In the split-screen procedure, the two sequences to be compared are shown side by side on the screen. Cross-fading provides a playback of both sequences in one video (Figure 15.15). Such procedures are particularly appropriate to reveal differences in speed in, for example, downhill skiing. Furthermore, the simultaneous display also shows differences in movement

Example 16: The binary erasure channel (BEC) In its most basic form, the transmission of binary information involves sending two different waveforms to identify the symbols 0 and 1 At the receiver, normally an optimum detection operation is used to decide whether the waveform received, affected by ltering and noise in the channel, corresponds to a 0 or a 1 This operation, often called matched lter detection, can sometimes give an indecisive result If con dence in the received symbol is not high, it may be preferable to indicate a doubtful result by means of an erasure symbol Correction of the erasure symbols is then normally carried out by other means in another part of the system In other scenarios the transmitted information is coded, which makes it possible to detect if there are errors in a bit or packet of information.

Note. N = 139 (Green et al., 1993, Study 1), 250 (Green et al., 1993, Study 2), 304 (Green et al., 1993, Study 3), 225 (Feldman Barrett & Russell, 1998, Study 2), 316 (Feldman Barrett & Russell, 1998, Study 3).

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