2 Premade Horse Stall Fronts Solid Plastic Portable Vinyl Horse Stable Stall Designs

2 premade solid plastic portable vinyl horse stable stall designs

This section includes a discussion of impacts to soil and geologic resources that are common to all action alternatives and at each of the existing and proposed sites. Most soils found at each of the four sites can tolerate relatively high amounts of erosion before the long-term damage would result. In particular, the Blucher, Cole and Rodeo clay loams all have highly sustainable rates of erosion (see Chapter 3.2 for a description). These are found in the lower elevations of each of the four existing stable locations.

However, some soils that are particularly susceptible to erosion are the Barnabe, Barnabe-variant and Tamalpais soils, prominent in the hillier regions of all four sites. Any potentially ground-disturbing activities on these slopes would exacerbate the soil erosion potential. Although nearly all ground disturbances would take place in previously disturbed areas at the existing sites, activities such as digging, augering and short-term stockpiling of soils would all have increased potential for soil erosion. However, stockpiled soils would be subject to erosion from wind and rain.

The combination of compacted soil and reduction of stabilizing vegetation can cause increased runoff, especially during storm events and on steeper slopes. Infiltration of biological waste products, such as urine and excrement from horses, can alter the chemical composition of the soil. These changes can dramatically alter the ability for plants to utilize soil nutrients as well as degrade water quality .

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