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RESOLUTION 94-023 49. Tenants shall post a notice inside stores near the loading dOCks so that radio playing shall be curtailed while dock doors are open. 50. Tenants shall post notice inside stores that loading docks are not to be used as break areas, and excessive talking on the docks shall be curtailed. 51. Vehicles of a size equal to an SU-30 truck and larger shall be allowed to make deliveries only between thc hours of 9:00 am to 4:00 pm, Mondays through Saturdays and between the hours of 12:00 pm (noon) to 4:00 pm on Sunday. This applies to all businesses in buildings D-H to reduce peak traffic and mitigate noise generated by the delivery activity. 52. Prior to issuance of building permits for building D through FI the project sponsor shall show, on working drawings, the following mitigation measures (these measures shall be in place prior to issuance of initial occupancy permits): Erect a sound barrier around the rooftop air conditioners, where such air conditioners are within IIX) feet of the residential propen'y line, that provides a 5 dBA reduction in sound level. No buildings shall have mechanical equipment mounting or vented on the south side of the buildings. Erect an eight foot (8') wall on the south side of the open loading docks on Buildings D through F. Buildings (3 and FI do not require wall because the loading area is between buildings. Buildings D through H have the greatest potential for impacts on neighboring sensitive receptors, especially from delivery trucks. These mitigation measures are focused on those potential impacts. Specific measures controlling the ~ctual delivery metho4s, communications between delivery trucks and persons within the buildings, and hours of deliveries will have the effect of limiting any potential impacts on neighbors to a level of insignificance. 437 GEDLOGY AND HYDROLOGY - Earthquake Potential The proposed project has the potential to be affected by earthquakes and earthquake related hazards; mainly the effects of groundshaking. The project would be subject to strong ground motion during an earthquake.