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2022-04-15_PERMIT FILE - M2022015
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2022-04-15_PERMIT FILE - M2022015
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Last modified
4/29/2022 9:41:19 AM
Creation date
4/18/2022 9:49:18 AM
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Template:
DRMS Permit Index
Permit No
M2022015
IBM Index Class Name
Permit File
Doc Date
4/15/2022
Doc Name
Application
From
John Icabone
To
DRMS
Email Name
ERR
JDM
AWA
Media Type
D
Archive
No
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Seedbed Preparation <br /> The site will be harrowed prior to seeding. This procedure should form a smooth, <br /> firm seedbed that will facilitate seeding. Seeding will be done between 12.5 and 25 <br /> Ibs per acre. If after 1-2 growing seasons,it becomes obvious that the planting was <br /> unsuccessful,the site will be reseeded. <br /> Fertilization <br /> The site will be fertilized prior to seeding. Fertilization will be implemented following <br /> Soil Conservation Service guide�ines. Forty pounds of actual nitrogen and forty <br /> pound of actual phosphate per acre will be applied. This should be approximately <br /> 125 Ibs per acre of commercial fertilizer. <br /> Lon�Term Mine Plan and Reclamation <br /> If this plan is successful,then the next step will be to expand to the next block <br /> upstream to the edge of the property and expand the permit. Once that has been <br /> mined and reclaimed then a new stream channel will be built in the reclaimed <br /> ground and the current stream be moved into it.Then to finish the block,the old <br /> ditch channel and adjacent piles will be mined and reclaimed. <br /> The very last step in this will be to trench across the bottom of the block and place a <br /> groundwater impediment out of either compaction or a synthetic liner that will pool <br /> the groundwater up in the reclaimed ground just under the reclaimed block to <br /> restore the riparian environment. The only surface water exposed will be the stream <br /> channel. This will have to be done in the late fall at a point of the least amount of <br /> water in the system. <br /> The next year another block will chosen and the process is mined and reclaimed until <br /> all 50 acres are reclaimed.All of this will depend on grade, groundwater, gravel <br /> porosity, and clay content. <br /> Storm Water Plan <br /> At the upper end of the pond, (farthest from the existing drainage)the pond will be <br /> connected to the old wash panels for a discharge and percolation. They will not <br /> incur more disturbance, but will act as a surge feature during storm events.This witl <br /> allow extra precipitation to escape the pond and infiltrate into the groundwater <br /> system through the gravel piles in 72 hours.. <br /> The operation will use no chemicals and will only segregate minor amounts of silt <br /> and clay long enough to settle it out in the gravel and in the pond. The ultimate goal <br /> will be to assure there is no connection to surface water of any sediment or turbidity. <br /> Should any be observed,the operation will shut down immediately to correct the <br /> problem. <br /> There will be no impounded water so no danger of dam failure exists. Ground water <br /> will flow as it always has a#this stage. It will only be collected briefly in the pond <br /> which will act like a sump with the water flowing through the subsurface. <br />
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