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CITY COUNCIL MEETING, MARCH 2, 1982 <br />-7- <br />9. MSA PROJECT - CONTINUED: <br />--Herb Crocker <br />Keats Avenue - Commented on the need and cost per vehicle <br />use on the road. Traffic count indicates 200 cars per day, or <br />73,000 cars per year - with the $304,000 construction cost this <br />would mean each car is paying the equivalent of 20fi toll per car <br />per trip. On a gravel road this amount would be 1.3@, including <br />maintenance costs. This project is an extravagance we cannot <br />afford. Agrees with Mr. Slawson that this is the kind of thing <br />we should not be talking about. Is going to lose his garden, and <br />there is little area elsewhere on the property to relocate it. <br />Forcing development in an agriculture area. Trying to keep green <br />acres. <br />--Ed Stevens. - everyone assumes no matter what the location of the <br />road it has to be straight. Over the years have determined it is <br />better to put curves in highway, developments have curved roads. <br />Engineer's drawing for ah..alternative alignment of 45th Street <br />had a substantial curve. If the road has to be built - agrees <br />there is no need to upgrade Keats -, why not do at the minimum <br />cost level and put a few gentle bends in it. The road could <br />then slightly avoid the areas where there is a steep drop thdt <br />requires alot of fill and avoid areas with high rises that require <br />extensive excavation. Costs could be reduced and objections might <br />be reduced. Times have changed and should considers" doing things <br />with "the minimum amount of expenditure and minimum amount of <br />expenditure of energy. <br />--Bohrer - this design is based on minimum cost. No problem putting <br />curves in as long as it is done properly and based on sound <br />engineering principles. To avoid one area have to gradually <br />move the road over and this may encroach on another area that <br />presently the road is not meandered upon. Brought up interesting <br />point that gasoline and fuel is often an overlooked cost in <br />construction. This road has excess excavation on it - there will <br />be a surplus of material when completed. This can either be disposed <br />of on site and thereby reduce the costs or can be completely hauled <br />off the site, this is considerably larger expense. All these <br />factors were taken into account - firmly believe this design, with <br />the guidelines we must work under, is the most cost effective design. <br />In this case,the general statement is not made that a straight road <br />is cheaper than a curved road. In this case, a straight road is <br />the most cost effective. <br />--Ed Stevens - Personally-doubts.this fact. <br />--Mrs. Crocker - concerned about their garden. Assuming the road <br />goes through, how far will it come into the garden and at what degree. <br />--Bohrer - the stakes that were placed were based upon the road <br />following the section line. This is the worst case and approximate <br />limit of the slope. <br />--Mrs. Crocker - if the road is built here, it will be at such an <br />angle that only a very small area of the garden can be used. This <br />will deprive them of a garden they have had for many years. There <br />is no other place in the.yard to put the garden. Compensation <br />would not cover the loss.'- <br />--Eder - suggested using surplus material to raise the garden and <br />/ change the slope, <br />--Bohrer - this could be done. Would be very happy to have someone <br />take additional fill. This design was based, per Council instruction, <br />on keeping the road as narrow as possible. Would be agreeable to <br />do something in an individual case. <br />