My WebLink
|
Help
|
About
|
Sign Out
Home
Browse
Search
APPCOR13110
DRMS
>
Back File Migration
>
Application Correspondence
>
3000
>
APPCOR13110
Metadata
Thumbnails
Annotations
Entry Properties
Last modified
8/24/2016 6:33:24 PM
Creation date
11/19/2007 2:38:10 PM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
C1980006
IBM Index Class Name
Application Correspondence
Doc Date
2/5/1981
Doc Name
Letter w/Modified Stip and a Findings Documnt
From
MLR
To
KERR COAL CO
Media Type
D
Archive
No
There are no annotations on this page.
Document management portal powered by Laserfiche WebLink 9 © 1998-2015
Laserfiche.
All rights reserved.
/
30
PDF
Print
Pages to print
Enter page numbers and/or page ranges separated by commas. For example, 1,3,5-12.
After downloading, print the document using a PDF reader (e.g. Adobe Reader).
View images
View plain text
<br />which discharge to the Canadian River, Sudduth Draw, Bolton Draw or their tribu- <br />taries from the stratum which will be effected by mining. Therefore, degradation <br />of water quality from spoil water is not anticipated preceding mining and recla- <br />mation. <br />3. Mining both limbs of the Johnny Moore Syncline will not effect wells in <br />the area. <br />Only one well exists and is owned by Kerr Coal Company. This well is <br />in a formation stratigraphically higher than the disturbed stratum and will not <br />be effected by mining. <br />4. The two springs in the Johnny Moore Syncline will be effected by mining, <br />however the effects to these springs will not adversely impact the quantity <br />and quality of water in the Canadian River, Sudduth Draw, and Bolton Draw. <br />See section on springs under Effect to the Hydrologic Balance - Ground Water. <br />5. Mining by Kerr Coal Company and the adjacent Wyoming Fuels, Canadian Strip <br />will impact the quality of water in the Sudduth coal seam. However, the water in <br />the Sudduth coal seam at present has not been put to any beneficial use. <br />There will be an increase in total dissolved solidsresulting from water <br />teaching to replace overburden. No toxic or acidic changes to ground water <br />quality are expected to occur in the Sudduth coal seam aquifer by the mining <br />activities of these two mines. <br />6. Both the Kerr Coal Mine and the Wyoming Fuel's, Canadian Strip Mine will <br />dewater the Sudduth coal seam during mining. Water levels will recover after <br />mining and the dewatering will not impact the hydrologic balance of the Johnny <br />Moore Syncline area or of the Canadian River. <br />There are no significant discharges from the Sudduth coal seam at present <br />in the Johnny Moore Syncline area. <br />7, The ground water monitoring program instituted by Kerr Coal Company will <br />provide the information necessary to assess the changes in ground water quality <br />and quantity which is produced by there mining activity in the North Park area. <br />This data along with data from the Borge Mine in Sections 7 and 18, T9N, R78W and <br />from the Wyoming Fuels mine in Sections 1,3,10 and 11 of TBN, R78W, will provide <br />the information necessary to assess the cumulative impacts of coal mining in <br />the North Park region. <br />VIII. Alluvial Valley Floors (2.06.8, 4.24) <br />Identification of Alluvial valley Floors <br />The applicant has identified five areas within or adjacent to the mine plan <br />area, and one area within or adjacent to the loadout, which meet the geomorphic <br />criteria of alluvial valley floors. Deposits of unconsolidated alluvial materials <br />were identified along the Illinois River, the Canadian River, Bolton Draw, Bush <br />Draw, Williams Draw, and Sudduth Draw (Maps Sa and 15a). <br />In two of these areas (Bush Draw and Williams Draw), there apparentiu is <br />not sufficient water to support agricultural activities. There is no existing or <br />historic flood irrigation in these valleys (p. 785-I6aa), these valleys are not <br />_le_ <br />
The URL can be used to link to this page
Your browser does not support the video tag.