2mm Thick Horse Stall Panels For Bamboo Horse Stall Stable Planks Board

Cheap stall to build bamboo horse stall stable planks board horse stables

Selection of Alternative D would involve the removal of all non-historic equestrian structures at the Golden Gate Dairy Stables. Some facilities, such as the barn, residence, and front turn-out would be remodeled or renovated. New facilities would also be constructed. Positive impacts to soils at the Golden Gate Dairy Stables with selection of Alternative D would include a reduction in the amount of horses at the site from, thereby reducing soil compaction with a reduction of equestrian activities.

 All construction BMPs outlined under section that minimize impacts to natural resources, including corrective measures to remedy environmental impacts identified during periodic monitoring and cooperative measures to mitigate impacts to natural resources, would still be in place. These measures, required by Alternative D, are the same as those described previously.

 Also, the existing turnout would be modified and the Dias Ridge trailhead would be improved; these would both involve BMPs during and after construction that would deter soil erosion and compaction and ultimately improve soil conditions at the site. Since the soils have been previously disturbed, however, positive impacts would likely be very localized and minor but would also be long-term. Other impacts at the Golden Gate Dairy Stables would have short-term negative impacts to the site but would be beneficial in the long-term. Removal of structures and the existing turnout, construction of new paddocks/stalls and the covered ring would initially disturb soils in place and expose them to erosional processes. Furthermore, use of heavy machinery would remove or severely damage vegetation and would compact the soils in the immediate work area. Installation of trailer pads and the new turn-out could have the same implications from heavy machinery traffic, and since the new trailer pads would be constructed with a hardened surface could increase the potential for localized runoff in heavy precipitation events.

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