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<br />The Conservation Strategy includes three primary activities. These are <br /> <br />Protecting existing and restored ecosystems, <br /> <br />Restoring degraded ecosystems, and <br /> <br />PI~g <br /> <br />Strategies within each activity are outlined below. <br /> <br />Protectin~ existin~ and restored ecosystems: <br /> <br />Strategy 1: Construct in-channel barriers. <br /> <br />In-channel barriers will be constructed downstream of the meta- or sub-populations which <br />are at risk from invasion from non-native fish species or hybridized cutthroat populations. <br />Maintenance schedules appropriate to each type of barrier will be developed, and <br />maintenance work funded and completed. <br /> <br />Strategy 2: Regulate angling and enforce regulations. <br /> <br />Populations of CRCT will be protected from overharvest or excessive fishing mortality by <br />appropriate fishing regulations. Fishing regulations will be enforced and monitored to <br />ensure that their objectives are met. <br /> <br />Strategy 3: Prevent introduction of non-native fish species. <br /> <br />Regulations concerning stocking of hatchery reared fish and human movement of resident <br />fish will be enforced to ensure that populations of CRCT remain free of introduced non- <br />native species. Education and information activities explaining the reasons for prohibitions <br />against non-native stocking in cutthroat waters will also be used. <br /> <br />Strategy 4: Monitor CRCT populations to detect changes. <br /> <br />Monitoring processes for CRCT populations, with emphasis. on accurate assessment of total <br />adult cutthroat populations and relative abundance of native non-game species, will be <br />developed and implemented. <br /> <br />Strategy 5: Monitor watershed conditions to detect changes. <br /> <br />Standards and guidelines for watershed management in CRCT ecosystems will be developed <br />in concert with responsible land management agencies and followed over the long term. <br />Monitoring processes designed to accurately detect changes in watershed conditions will be <br />developed and implemented. <br /> <br />March 1999 <br /> <br />21 <br />