4. Drastically improving the cooperation and collaboration within offices and departments as we <br /> • introduce more multi - function devises (which lower individual printer usage) and add <br /> centralized document scanning. <br /> The goal is to complete the document strategy by May 2005. <br /> i r Waterways Study - The Eugene - Springfield Metropolitan Waterways Study is a five -year partnership with the <br /> Army Corps of Engineers that will lead to restoration of many of our local waterways. The study will look at <br /> environmental benefits, social benefits, and economic benefits when evaluating potential projects. This is a <br /> new approach that the Corps of Engineers is beginning to do nationwide and we are one of the first to attempt <br /> suc a process. <br /> Sustainable Land Management Practices - The City's natural resource staff have made significant changes in <br /> the last five years to develop sustainable land management practices. For example, five staff are now trained in <br /> prescribed fire techniques to use this as a restoration tool in City -owned natural areas. Some of these staff have <br /> worked with the City's Fire Department staff to carry out training exercises and we hope to use it more <br /> frequently to mimic the natural processes that occurred in this area prior to development. <br /> I nvasive Species Control - The City of Eugene has adopted new technology to managing invasive plant <br /> species in our natural areas. One example is the use of a thermal weed device that uses heat to eliminate <br /> invasive plant species without the use of chemicals. Additionally, we have begun using a hot -foam technique <br /> that is derived from sugar to eradicate weed populations. <br /> /Restoration Techniques on Soil and Vegetation - Parks and Open Space Natural Resources staff applied <br /> !r infrared weed burning and solarization on experimental plots of land in the West Eugene Wetlands, as part <br /> of a research project staff is participating in with the University of Oregon (UO), Lane Council of <br /> Governments and other West Eugene Wetlands partners. Funded by a $200,000 grant from the <br /> Environmental Protection Agency (EPA), the project involves studying the impact of various site <br /> preparation techniques for wetlands restoration efforts over a five to seven -year period. Specifically, four <br /> techniques— tilling, solarizing, Sunburst infrared weed burning, and herbicide —will be applied in various <br /> combinations to 50 experimental plots of land, and data will be collected to document the effects of these <br /> techniques on plant productivity, the number and relative abundance of each species, and many functional <br /> aspects of the soil, such as carbon and nutrient cycling. <br /> The Parks and Open Space Natural Resource Maintenance crew is covering more than one and a half <br /> acres of wetlands in the West Eugene Wetlands with plastic sheeting this summer in an effort to more <br /> effectively eradicate pervasive, non - native wetland weeds, such as reed canarygrass, and restore species <br /> native to this wet prairie habitat. The clear plastic covering is the final step in the innovative, non - toxic, <br /> weed control technique called solarization. Solarization is one of many techniques used by parks crews <br /> to control highly invasive weeds in Eugene's parks and natural areas. <br /> Landscape and Turf and Grounds crews are having favorable results with an eco- weeder, an <br /> environmentally friendly, chemical -free weed control system. The system, which kills weeds with <br /> radiant, infra -red energy, can be applied specifically to weeds without causing damage to other, non- <br /> weed plants nearby. The targeted application super heats the weed, searing the vascular system of the <br /> plant. In short, the plant dries up and dies. The new system appears to work particularly well on young, <br /> annual weeds by disrupting the weeds' life cycle and preventing the weeds from reaching seed stage and <br /> spreading. Because of its specificity, the system can also be used in sensitive natural areas, such as <br /> along rivers and streams. It can also be used during the rainy season when other weed control methods, <br /> such as spraying, are not very effective. <br /> Though the feedback from staff is generally positive, the system is not a quick -fix for all weed control <br />