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<br />3. Select potpntia1 parameters to monitor based on <br />likelihood of impact, degree of im~, <br />importance, legal requirements, measurability, <br />interpretability, and cost effectiveness. <br /> <br />4. Design statistical procedures for detecting and <br />evaluating degree of impact. <br /> <br />5. Develop a quality assurance program. <br /> <br />6. Build into a computer program appropriate <br />threshold values for specific parameters. <br /> <br />7. Design a contingency plan. <br /> <br />Oil shale development may have many direct and <br />indirect effects upon the organisms and physical <br />environment of tracts Ua and Ub. It is necessary to <br />consider these potential effects of development so that <br />monitoring parameters can be selected based upon detection <br />and evaluation of these impacts. A brief summary of <br />development related activities which can result in <br />environmental change follows: <br /> <br />1. Surface disturbance by site preparation, road and <br />corridor construction <br /> <br />2. Noise and high levels of activity <br /> <br />3. Air emissions and dust <br /> <br />4. Leaching of compounds into surface and subsurface <br />water <br /> <br />5. Accidental spills <br /> <br />6. Habitat enhancement/reclamation <br /> <br />Other factors important in the design of the program <br />are timeliness of information and cost. For these reasons <br />the determination of ecosystem parameters that have the <br />greatest importance and utility for long-term monitoring <br />and assessment of effects is given emphasis. In order to <br />accomplish the required ends, data collection must <br />incorporate flexibility. It is important that data can be <br />used to evaluate more than one impact and will be useful <br />in the design, implementation, and evaluation of <br />mitigation and reclamation measures. <br /> <br />264 <br />