Water Quality Restoration Plan And Total Maximum Daily Loads (Tmdls) for the Lake Helena Watershed Planning Area 2004 Appendix E
Water Quality Restoration Plan And Total Maximum Daily Loads (Tmdls) for the Lake Helena Watershed Planning Area 2004 Appendix E
Montana.Dept. of Environmental Quality
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Table E-9 and Table E-10 summarize the inputs for the two modeling scenarios. Table E-9. Land Use Areas or the Lake Helena Modeling Scenarios Land Use Existing (ac) Natural (ac) Bare Rock 385.6 385.6 Water 810.8 810.8 Transitional 789.0 - Deciduous Forest 1,267.2 1,380.4 Evergreen Forest 148,346.7 216,452.0 Mixed Forest 18.2 18.2 Shrubland 37,412.7 37,412.7 Grassland 134,320.8 134,757.7 Pasture/Hay 13,504.5 - Small Grains 21,404.4 - Woody Wetland 626.7 626.7 Herbaceous Wetlands 126.8 126.8 Rece...nt Clear-cut 1,684.1 - Clear-cut Regrowth 8,420.5 - Dirt Roads 3,259.6 - Fallow 3,833.3 - Row Crop 3,505.5 - Low Density Residential 3,602.2 - Commercial/lndustrial/Transportation 7,064.2 - Urban/Recreational Grasses 1,587.9 - E-10 GWLF/Bathtub Modeling Appendix E Lake Helena Watershed Planning Area Table E-10. Population Served by Septic Systems in the Lake Helena Watershed Under Existing Conditions Year Normally Functioning Short-Circuited" 1993 17,698 1,332 1994 17,964 1,352 1995 18,230 1,372 1996 18,496 1,392 1997 18,762 1,412 1998 19,028 1,432 1999 19,294 1,452 2000 19,560 1,472 2001 19,826 1,492 2002 20,092 1,512 2003 20,358 1,532 Assumed 7 percent of onsite systems are short-circuiting based on national average (USEPA, 2002b).
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