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~~,~~~w9 <br />~~W~ <br />• 4.2 Ground-?dater Levels <br />The following sections present the results of the <br />water level measurements. ?o'ater level elevations for the nine <br />test wells are shown in Table 4-1 and in Figures 4-1 and 4-2. <br />Table 4-2 presents the raw water level data. <br />4.2.1 [Jell Site GZ <br />At well site GZ, water level elevations decrease with <br />increasing test interval depth (see Figure 4-1). [dater level <br />measurements at site GZ consistently indicated this relation- <br />ship. Well GZ-3 has the highest water level, [Jell GZ-2 has an <br />intermediate level, and [Jell GZ-1 has the lowest water level. <br />4.2.2 Well Site GF <br />~i At wall site GF, watar level elevations decrease with <br />increasing test interval depth, from ?Jell GF-3 to well GF-2. <br />From We11 GF-2 to will GF-1, a water level. increase with increas- <br />ing test interval depth is present (see Figure 4-1). [Jell GF-1 <br />has the highest water level, [Jell GF-3 has an intermediate level, <br />and [Jell GF-2 has the lowest water level. All three wells at <br />site GF are flowing wells. <br />4.2.3 We11 Site GBB <br />At well site GBB, :pater levels decrease with increas- <br />ing test interval depth, from Well GBB-3 to [Jell GBB-2. From <br />Well GSB-2 to [Jell GBB-1, water levels increase with increasing <br />test interval depth (see Figure 4-1). [Jell GBB-1 has the high- <br />est water level, Well GBB-3 has an intermediate level, and We11 <br />GBB-2 has the lowest water level. <br />~~ <br />4-9 <br />