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at a point somewhat higher up the channel, and that we could re-direct it to this point by <br /> means of removing some dead timber, and digging a trench, a distance of about 10' - <br /> 15'. In this way we can ensure that this small flow is also re-directed away from the toe <br /> of the embankment. <br /> Thank you for your assistance in this matter. <br /> Yours truly, <br /> Diane Delaney <br /> Mid-Continent Resources <br /> cc: Tony Waldron <br /> DMG <br /> r <br /> Re-di Creek to S <br /> e9ment A from Segment <br /> �'• h Un lu Se ment A <br /> r S ment A >` <br /> Coal Creek RM <br /> ::.:.............. :.. } <br /> :r;,'' •. \ '. ::x...:...... ... .....�•_.:.?.::{THY i.L{�+ <br /> .....Re-direct entry to Coal Creek 4 :: <br /> Coal Creek <br /> Rock Debris" � •' v} Minor Side Stream �I4 <br /> y �`� , '• , � ;.•' � Plug Segment <br /> ::}X% •.:..}..\;v. .x>y„v�" x+'kiS L}:,�y�,:. ••arc :.:+}}:: <br /> ^ :hv. The objective is to route a small s � `. ' 4.',.. `:�`•�. •. <br /> h?ti \ 4 ection of coal Creek(Segment B)back to its former channel <br /> } (Segment A). Rock debris which is blocki <br /> n9 off Segment A will be transferred to Segment B <br /> �'`•`��" � '•+''`• ` '• as a lu thus g '�{>'• <br /> P g. re-directin the stream to Segment A. <br /> 'x r; <br /> yn }�' ', : A small Bow of water(estimated at less than 10ove <br /> presently flows into Segment B. This will be re-drected o enter Coal Creek at the a hi here o <br /> 9 pint. µ4 <br />