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Draft Prospectus |
PROSPECTUS FOR CONSTRUCTION OF
|
PLANNED FUNDING | |
---|---|
Design: |
14,250 |
Building Construction: |
199,225 |
Earthwork: |
16,300 |
Utilities: |
15,100 |
Vehicle Access/Parking: |
35,000 |
Pedestrian Access: |
3,400 |
Landscaping: |
9,800 |
Contingency and Construction Engineering: |
14,750 |
TOTAL COSTS: |
$ 295,000 |
Some preconstruction work has already been completed. Conceptual building and site work for a smaller facility (prior to the administrative combination of the two Districts) was completed in 1992 by Mr. John Mack Roberts of Washington State University. The District prefers that the new building be designed with a site plan similar to Mr. Roberts' Concept "E", building plan similar to Concept "D" but with conference and office space added, and exterior appearance of the building similar to Concept "H", with dormers used to provide natural lighting to the building interior. These concept drawings are included as Appendix "A".
In 1996, Mr. Jack Jackson, AIA, Eastsound, WA, spent two weeks as a volunteer at the Ranger Station and completed a preliminary building design with which the District was very pleased. Some reconciliations and adjustments still need to be made in the site layout. These drawings are included as Appendix "B".
Planning and design for this project will necessarily involve extensive coordination with the Moose Creek Ranger District staff, and may involve significant coordination with the Idaho SHPO, as well. Design of all phases of this project is the responsibility of the Regional Office. It is not yet clear whether they will be able to utilize Mr. Jackson to do the contract drawings and specifications, do the design in-house, hire a consultant or consultants to do all or part of the design, and/or fund and utilize design personnel available at the Nez Perce Supervisor's Office.
Construction engineering and contract administration will be handled by the Nez Perce National Forest Engineering and Contracting Section.
It is the desire of the District to obtain an accessible facility that is cost effective, convenient, and attractive, but that does not detract from the historic character of the existing Fenn Ranger Station. The exterior of the new facility should blend with the existing buildings, but be clearly distinguishable from them. Materials, massing, and roof pitch should be similar to those of existing buildings. The new facility should be easily distinguishable as the portal building, by use of vehicular access that leads visitors to the new building, parking, signing, flagpole, and/or other distinguishing characteristics.
The new building should be energy efficient. Heating and cooling should both be provided. Emerging building methods or materials such as structural insulated panels (SIPs) or stay-in-place polystyrene concrete forms that would increase energy efficiency should be considered. As a minimum, the building should meet ASHRAE Standard 90 and be certified by the Architect/Engineer to comply with 10 CFR Part 435. The view to the south over the river is outstanding. Windows that take advantage of the view should be provided. At least two frost-resistant exterior hose bibs and two GFCI exterior duplex outlets with weather-resistant covers should be provided as part of the project; one outlet and one hose bib each on opposite sides.
The conference area should consist of about 750 to 800 square feet of meeting space that is accessible from the office/reception area via an interior door. The access to the conference space from the reception area should be inviting, as the conference rooms will likely be used for additional interpretive display when meetings are not in progress. The meeting space should be divisible via a folding partition into two spaces containing approximately 300 S.F. and 450 to 500 S.F. of floor space. If the entire meeting area is served by only one interior door, it should open into the smaller sub-space.
The conference area should have one accessible exterior door for emergency use, and so the conference room can be used for evening meetings while still providing security for the office area. The exterior door should have a porch light and should be located so that a pick-up can back to within a few feet of the door to load materials and supplies. Each sub-space should have electrical outlets and telephone and computer jacks, preferably two of each per sub-space in the floor. Other electrical outlets should be located along the walls. One wall phone jack should be located near the interior door.
Flooring should be durable carpeting that minimizes visibility of tracked-in soil. Walls and ceiling should be off-white painted drywall. Except behind the coffee bar or where windows or doors are located, a tackable surface should be provided around the entire perimeter of the conference area. It should be four feet high, with the bottom about three feet above the floor. It should have a textured vinyl surface laminated to 1/4 inch thick dense cork, similar to Claridge's "Fabricork Bulletin Board 1500", Carolina's "Plasti-cork Tackboard 1900", Greensteel's "Vinyl Tac-Tex Type 5", or Lemco's "Vinyl Covered Cork No.330".
Fluorescent lighting providing at least 50 foot candles of illumination 2.5 feet above the floor is preferred. Lighting should be switched separately for each of the two sub-spaces, with a 3-way switch for each by the interior entrance and by the exterior door. Natural illumination should be provided in each sub area but views to the exterior are not necessary. Glazing should be sufficient to provide at least 10 footcandles of general illumination on a cloudy day to all parts of each sub space. Windows or skylight dormers should have coverings that can be closed to block exterior illumination sufficiently that projection equipment can be used effectively.
A storage closet for folding chairs and audio-visual equipment should be provided. The interior dimensions of the closet should be 8 feet long x 2 feet deep. A shelf at least 18" deep should be provided 4'6" above the floor for the full length of the closet to hold projectors and other relatively heavy AV equipment. Folding doors should be provided to allow full access to the space. 5 folding tables 8' long by 30" wide will be used in the conference room part of the time. A section of wall with no heaters or other obstructions at least 9' in length and 3' high should be provided so that the tables can be stacked on their sides against the wall when not in use. A table rail or wainscot in that section would be desirable to limit marring of the wall.
A coffee bar should be provided in the smaller sub-space. It should have a single basin sink with a light above it, about eight feet of base cabinet and counter space, and at least five feet of wall cabinet space. If located more than 30 feet from the restroom water heater, it should be served by its own small water heater. The light above the sink should be switched within 2 feet of the sink. Two electrical GFCI outlets should be located in the wall above the counter top. Knee space should be provided under the sink so the sink is accessible to seated people. The switch for the sink light and at least one of the outlets should be located where they can be reached by a seated person. Two switched outlets for commercial beverage or snack dispensing machines should be provided adjacent to the coffee bar. The switches should be located where they will be convenient to turn the dispensing machines off during meetings. Separate circuits should be provided for each dispensing machine and for the microwave outlet.
Heating and cooling must both be provided for the new building. A system that would permit air conditioning and heating to run concurrently in the same room is not desirable. No piped gas is available at the site. Electricity or propane are the preferred energy sources. Electric power failures are frequent at the site.
Two accessible restrooms must be provided, one for women and one for men. Each should have a water closet, lavatory, towel dispenser, mirror above the lavatory, a GFCI outlet near the lavatory, and storage for towels, soap, toilet paper and miscellaneous supplies. Each must meet Americans with Disabilities Act Accessibility Guidelines and Uniform Federal Accessibility Standards, including those for door signage. Light fixtures above the sink that provide at least 30 footcandles of general illumination in a spectrum similar to natural daylight are preferred. The most desirable location for the restrooms is adjacent to the main entrance and conference room, in a location that would permit their use after normal office hours by people using the conference room, interpretive displays, or accessible fishing area, without compromising security for the rest of the office. A deep sink for janitorial use should be provided in a janitor/mechanical room.
The sewage lift station should incorporate enough storage capacity that the toilets in the building can continue in use should there be a power outage lasting up to eight hours.
The main entry to the office/conference building must be accessible to everybody. The preferred location for the main entry is central to the conference room, reception/interpretive area, and restrooms.
The entry should meet ADAAG and UFAS standards, be energy efficient, and be designed so that people looking at the outside of the building can tell it is the main entry.
The reception area for the office/conference building must be designed to serve all visitors and employees. It should include at least eight linear feet of reception/storage counter no more than 40 inches high. At least three linear feet of counter should be lower to accommodate seated visitors and employees. The counter should incorporate desk space approximately 4 feet wide by 2 feet deep for a part time receptionist. The rest of the area under the counter should be configured for storage. The counter should have about 100 footcandles of illumination at its surface. The reception area must be visible from and adjacent to the main building entry. It is desirable that people working in the reception area be able to observe the inside entry to the conference room. The reception area should include about 60 square feet of office area behind the reception counter. The preferred illumination for the office area is fluorescent lighting providing 30 footcandles of general illumination 32 inches above the floor and 100 footcandles of illumination on the surface of each desk. A waiting area of about 60 square feet should be provided near the reception counter. It must accommodate two chairs, a small table, space for interaction with visitors, and a built-in literature display area about 5' high by 4' wide by 18" deep with adjustable display brackets (similar to the display brackets on the rack in the Nez Perce Supervisor's Office). Minimum illumination of the waiting area at about three feet above the floor should be 30 footcandles. Minimum illumination of the literature display area should be 70 footcandles on the surface. An accessible water fountain should be provided near the waiting area.
An interpretive display area with storage of about 200 S.F. must be provided near the reception area. It is desirable that visitor information and interpretive displays be available to the public regardless of whether the reception desk is staffed, so the office and reception area must be securable separately from this area. Consider storage cases recessed into the wall and incorporating display space.
In addition, exterior interpretive space of around 500 s.f. should be provided. Consider a large, covered front porch to provide at least part of this space.
Accessible room(s) of approximately 500 S.F. must be provided for general office purposes. No individual room should be less than 120 S.F. A single open office area is acceptable, but it must be separated from all other building functions by walls/doors. Substantial space for filing cabinets will be necessary. Minimum natural illumination of 10 footcandles of general illumination on a cloudy day should be provided to the entire office(s). Operable windows or skylights are preferable. The preferred illumination for the office area is fluorescent lighting providing 30 footcandles of general illumination 32 inches above the floor and 100 footcandles of illumination on the surface of each desk. Four each computer and telephone jacks should be provided for the office space, along with duplex outlets along the walls maximum 6' apart. Flooring should be durable carpeting that minimizes visibility of tracked-in soil. Walls and ceiling should be off-white painted drywall.
Accessible parking conforming to ADAAG and UFAS standards for at least two vehicles must be provided as part of this project, as well as parking for 6 other standard size vehicles and two oversize vehicle combinations up to 45 feet long. Accessible parking should be as near the entry as practical. A pedestrian way must be provided from all parking spaces to the main entry. That portion of the pedestrian way serving the accessible parking spaces must be an accessible route meeting ADAAG and UFAS standards. The effect of winter weather on the route's accessibility must be considered.
Appropriate landscaping should be included as part of this project, including relocation of the flagpole and district office sign, if need be. The site plan concept "E" included as part of Appendix "A" illustrates the approximate extent of existing asphalt drive removal, new paved access drive construction, pedestrian access ways, and site earthwork contemplated as part of this project. It is intended that all disturbed areas be replanted either with lawn, shrubs, or trees. Removal of existing asphalt drives could be accomplished with Forest Service personnel.
There must be convenient pedestrian access from the new building to the existing offices and to the "talking wall" interpretive area within the present historic ranger station compound. The existing helispot on the historic compound front lawn should be removed as part of this project.
The attached site development plan shows the proposed building location, other proposed site modifications, existing utilities, ground contours, structures, and vegetation.