Water resources of the River Raisin basin, southeastern Michigan

Hydrologic Atlas Pub Date : 1900-01-01 DOI:10.3133/HA356
R. L. Knutilla, W. B. Allen
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引用次数: 11

Abstract

The accompanying tables summarize some physiographic data for selected subbasins in the River Raisin basin having about 2 or more square miles of drainage area. Selected subbasins of the major streams include area above mouths of tributaries, and points of interest such as highways, towns, gaging stations, or dams, and below the confluence of the main stream and a tributary so as to include both drainage areas. Similar criteria were used for tributary streams, except where the tributary was too small to merit further dividing. Most subbasins are shown on the basin map, sheet 1. To help locate the tabulated areas on the map, each subbasin is assigned a number and numbers for selected subbasins are shown on the map at the downstream end of the subbasins. Also shown are names of main roads and river miles, at 5-mile intervals, for the River Raisin and two of its main tributaries. Basin divides were outlined on the latest 7Vi-or 15minute topographic maps, scale 1:24,000 or 1:62,500, respectively, and drainage areas determined in accordance with the standards set forth by the Committee on Hydrology, Water Resources Council (formerly the Subcommittee on Hydrology, Inter-Agency Committee on Water Resources). Similarly, river miles were determined in accordance with the Committee's standards. Mile zero is considered to be the mouth of the stream. The source of a stream is considered to be the upper end of the stream, whether or not it is perennial. A defined channel which may be inferred from topographic maps to carry water occasionally is, therefore, included in the stream length. A stream that has its beginning at the confluence of two tributaries is considered to be a continuation of the longer tributary and to have as its source the source of that tributary. Its average slope is determined by treating the stream and tributary as one. Beaver Creek (number 253), for example, is considered to be the continuation of Slater Creek. In the table Slater Creek has been parenthetically noted as being the headwaters of Beaver Creek. Other tributary streams, in tl ;s classification, are likewise noted. Altitudes shown for site and source are f:~om topographic maps and represent the altitude of the water surface at approximately normal river stage, the datum being mean sea level. Average slopes were computed from the mileage between and differences in altitude of site and source and represent the fall of the stream in feet per mile. Streams are listed in a downstream order along the main stem, with tributary streams entered above the next main-stem location. A similar order if followed for listing streams of first rank, second ran) \ or other rank. To indicate the rank, and the stream to which it is tributary, the stream name is indented, each indentation representing one rank. The st"aam rank is further identified by numbers in th* column heading with stream name and location. Number 1 applies to River Raisin. Principal tributaries are under number 2, their tributaries under number 3, and so on.
密西根州东南部Raisin河流域的水资源
随附的表格总结了葡萄干河流域约2平方英里或更多平方英里流域的选定子流域的一些地理数据。主要河流的选定子流域包括支流口和兴趣点(如高速公路、城镇、测量站或水坝)以上的区域,以及主要河流和支流汇合处以下的区域,以便包括两个流域。类似的标准也用于支流,除非支流太小而不值得进一步划分。大多数子盆地都显示在盆地图1上。为了帮助定位地图上的表格区域,每个子盆地都被分配了一个数字,在子盆地的下游端,地图上显示了选定子盆地的数字。图中还显示了葡萄干河及其两条主要支流的主要道路名称和河流里程,每隔5英里显示一次。流域划分在最新的7vi或15分钟地形图上进行了概述,比例尺分别为1:24 000或1:6 25 500,并根据水资源理事会水文委员会(前身为水资源机构间委员会水文小组委员会)制定的标准确定了流域区域。同样,河流的里程也是按照委员会的标准确定的。“零英里”被认为是河流的入口。河流的源头被认为是河流的上端,无论它是否是多年生的。因此,可以从地形图中推断出偶尔携带水的已定义的河道包含在溪流长度中。从两条支流汇合处开始的河流被认为是较长支流的延续,其源头是那条支流的源头。它的平均坡度是由溪流和支流作为一个整体来确定的。例如,比弗河(253号)被认为是斯莱特河的延续。在表中,斯莱特溪被附加说明为比弗溪的源头。在他的分类中,其他支流也同样被注意到。地点和来源的海拔高度为f:~om地形图,代表大约正常河段的水面高度,基准面为平均海平面。平均坡度是根据地点和源头之间的距离和海拔高度的差异计算出来的,以英尺/英里为单位表示溪流的落差。河流沿着主干渠按下游顺序排列,支流进入下一个主干渠位置的上方。如果列出第一级流、第二级流或其他级别流,则遵循类似的顺序。为了表明等级,以及它所属的流,流名被缩进,每个缩进代表一个等级。通过列标题中的带有流名称和位置的数字进一步标识st“aam”等级。第一条适用于河葡萄干。主要支流在2号下面,它们的支流在3号下面,以此类推。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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