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Last modified
8/16/2009 2:37:18 PM
Creation date
6/2/2009 11:42:23 AM
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Template:
Board Meetings
Board Meeting Date
5/20/2009
Description
WSP Section - Tamarisk Control Cost Sharing Grant Pr9ogram - Transmittal of Grant Applications
Board Meetings - Doc Type
Memo
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<br />Statement of Existliu! Ecoloeical Condition <br /> <br />. <br /> <br />'\ <br /> <br />The major tributaries for the South Platte River have an estimated 1478 acres of Russian <br />olive infestations with a density range of 35 % to 95%. This would include the South <br />Platte watershed in Boulder County. Boulder County has been addressing Russian olive <br />trees on parks and open space lands since 2002. To date they have removed over 10,000 <br />trees. This has been accomplished by using the cut stump treatment method and doing <br />follow up treatment for re-sprouts. In addition to this work the cities of Longmont, <br />Louisville. Lafayette and Boulder have also conducted there own successful programs of <br />Russian olive removal. They as well have used the same methods as Boulder County. <br />Expected conditions following tamarisk and Russian olive control projects in the South <br />Platte watershed in Boulder County include enhanced aquatic, riparian, and floodplain <br />habitat. The quantity and quality of these habitats would be improved, resulting in <br />increased habitat for fish and wildlife including endangered fish species. Opportunities <br />for environmental education, improved aesthetics, recreation, agricultural use, and <br />improved management of flood flows would exist in project areas. Significant <br />conservation of water resource would also result from tamarisk and Russian olive control <br />in these watersheds. These expected changes will occur only ifall aspects of restoration <br />are part of the solution; i.e., site specific planning and design, control, revegetation, <br />biomass reduction, monitoring, and long-term maintenance. <br /> <br />Beneficial impacts of restoration also include increased resilience to future stresses such . <br />as fire, drought, climate change, or other invasive plants; creating a more self-sustaining <br />ecosystem; providing the benefits of improved water resources; and reducing future <br />riparian management costs. <br /> <br />. <br />
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