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<br />12/17/2007 <br /> <br />EXHIBIT A <br /> <br />FINDING OF FACTS <br /> <br />Finding 1: That the City of Redwood City lies on the San Francisco Peninsula <br />towards the southern portion of the County of San Mateo. The city is connected to the <br />City of San Carlos to the north, to the City of Menlo Park to the south, to the Town of <br />Woodside and unincorporated portions of San Mateo County to the west, and San <br />Francisco Bay to the east. The City of Redwood City is composed of a combination of <br />flat and hilly areas. It rises from San Francisco Bay to nearly 900 feet in elevation. The <br />city also has a deep-water port and channel, and a section of town referred to as <br />Redwood Shores. These two areas are connected to the city proper by means of <br />bridges, overcrossings, or single road connections which in case of an emergency such <br />as an earthquake, could very easily be isolated and cut off from assistance. The limited <br />number of response routes and the lack of feasible alternate routes subject responding <br />fire department apparatus to significant delays in arriving at fires. <br /> <br />As the city and environs continue to grow without compensating increases in <br />traffic arterials, traffic congestion becomes correspondingly worse. It is not uncommon <br />for responding fire apparatus to come to a complete standstill in traffic when responding <br />the entire length of EI Camino Real (State Route 82), Middlefield Road, Woodside <br />Road (State Route 84), Whipple Avenue, Jefferson Avenue, Marine Parkway, Oracle <br />Parkway, and U.S. Highway 101 - when responding to parts of the city during various <br />times of the day. Peak traffic volumes at these locations are as high as 4050 vehicles <br />per hour with daily volumes in excess of 40,000 vehicles per day.1 These delays result <br />in an insufficient number of fire department resources arriving sufficiently early to <br />effectively control fires involving high-rise buildings, buildings with untreated wood <br />shake and shingle exteriors, and large interior areas not having automatic fire- <br />protection and life-safety systems. <br /> <br />Many of the new high-rise buildings and large building complexes have <br />structural, landscaping features, and designs which preclude or greatly limit any <br />approach or operational access to them by fire department apparatus. There are many <br />buildings to which access is limited to all but one side due to slopes, canals and <br />sloughs, levees, high-tension electrical transmission lines, fences, or other buildings. <br />When fire department apparatus cannot gain access to high-rise buildings and large <br />building complexes, it becomes necessary to conduct all extinguishing and ventilating <br />operations from the interior. It also requires that much equipment must be carried for <br />long distances from fire apparatus to the fire location, which may be many floors above <br />the ground. Such operations quickly exhaust firefighters both in numbers and in <br />stamina. This can result in delaying, misdirecting, or making impossible - fire and <br />smoke control efforts. <br /> <br />1 State of California 2006 Traffic Volumes <br /> <br />Atty/Reso.1762 <br />120307 <br /> <br />3 <br /> <br />14828 <br />Muff # 305 <br />