Site morphology data

The bodies of water in the area that may influence floods at the site should be described these may include lakes, estuaries, rivers and bays. For lakes the description includes the average level and the normal range of levels and, in the case of ocean or estuary sites, the normal tidal ranges. The data to be collected, most of which should be conveniently presented in the form of maps and tables, include in particular  

Information should be collected on the basin s natural characteristics, in addition to the hydrological and meteorological data, including as appropriate  

Most of the above information should be conveniently presented in the form of maps and tables. The scale of the maps should be selected to suit the size of the basin and the accuraqr of the available information. In using information on the basin in the analysis, care should be taken that the use of averaged (lumped) indexes does not degrade the significance of the information. 

Human interference with the hydrological characteristics stems primarily from two types of activity (a) changes in land use (b) modification of existing channels and valleys, for example by constructing new channels. While the effects of the second are usually obvious, the first may also be important and, in all cases, should be given careful consideration. Information should be collected on relevant past and probable future human activities, including  

For the structures mentioned in subparagraph (b), information on the following should be provided, as appropriate  

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SITE MORPHOLOGY DATA Desaiption of the coast (coastal sites)... 

The morphological data of 123 wild-type replicates and 4,718 nonessential deletion mutants can be downloaded from the SCMD site (see Note 22). Three replicates of the wild-type data had been discarded to have missing values which are indicated by a negative value as -1. 

The reasons for the deerease in DA uptake sites are not clear at present. Preliminary immunoeytoehemieal data indieate that there are no changes in the density or morphology of eatecholamine axons after chronic administration of MDMA or MDA (O Heam et al. 1988). 

Figure 1.1.20 shows the differential thermal analysis (DTA) data for the cores, of chromium hydrous oxides particles prepared in the absence of hematite, and of coated particles. It is obvious that the latter behave as the coating material, when alone. This example clearly indicates the possibility of having the surface site characteristics of chromium hydrous oxide induced onto ellipsoidal iron oxide particles. The latter morphology cannot be achieved by diiecl precipitation of the same chromium compound. 

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