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Spring 2017 Subsidence and Geologic Field Observations <br />South of Divide and Dry Fork Mining Areas <br />Figure 10. Southward view of the western edge of the MVB E6-12 pad showing the down -dropped <br />portion of the pad (lower and middle right) in response to differential settlement of the pad as <br />exacerbated by longwall mining beneath the area. <br />4.5 Traverse E -E' <br />This traverse originates from Traverse A -A • corftinQs Quthward past an intersection with <br />Traverse F -F and then west and south above mined E -seam Longwall Panels E5 and E6, and <br />unmined E -seam Longwall Panel E7 where it terminates adjacent to a stock pond (see Map 1). <br />Overburden along this traverse varies from about 900 to 1,020 feet. Traverse F -F leaves Traverse <br />E -E in a southeasterly direction over the east end of mined E -seam Longwall Panels E5 and E6, <br />and on to the extreme eastern end of unmined E -seam Longwall Panel E7 as discussed in Section <br />4.6. <br />Traverse E -E -lows Rcd@s to MVBs E5-9/10 through E5-13/14 above mined E -seam Longwall <br />Panel E5, as well as access to MVBs E6-8/9 through E6-11 (see Map 1) above mined E -seam <br />Longwall Panel E6. Each of these MVB pads was observed during the spring 2017 field visit. <br />This traverse will eventually provide access to MVB pads over E -seam Longwall Panel E7 but as <br />of our spring 2017 field visit, such pads had not yet been constructed. <br />831-032.799 Wright Water Engineers, Inc. Page 20 <br />August 2017 <br />