Laserfiche WebLink
Trott Brook Crossing EAW August 2021 <br />effects varies with the type of resource affected and the geographic area of impact. Geographic <br />separation between projects serves to reduce the potential for cumulative effects. <br />Potential cumulative effects on public infrastructure relate to municipal water supply systems, <br />sanitary sewer conveyance and treatment systems, stormwater management systems, and traffic and <br />transportation systems. The City of Ramsey has planned for continued growth and expanded <br />infrastructure system capacity to address these effects and serve anticipated future projects. The City <br />of Ramsey will consider the timing and staging of other development proposals within the context of <br />the Comprehensive Plan and related growth management tools. Cumulative effects on public <br />infrastructure are not expected to be significant. <br />Potential cumulative effects of known and anticipated future projects on natural resources depend on <br />the type, density, and location of future developments. Effects on natural resources such as wetlands <br />and wildlife habitat vary with project location and biological diversity. Project effects on natural <br />resources may combine with effects of nearby concurrent projects to result in subtle local cumulative <br />effects, such as habitat fragmentation. Requirements for stormwater management and erosion and <br />sediment control are expected to minimize cumulative effects of post -development runoff on <br />downstream waters. Policies and regulations of the City of Ramsey, the Lower Rum River <br />Watershed Management Organization, and other government agencies require the stormwater <br />mitigation measures discussed in this EAW. These mitigation measures will minimized potential <br />cumulative effects on the environment. <br />The project will contribute to and be affected by cumulative effects related to climate change. In <br />Minnesota, climate change has already caused increased extreme heat, large precipitation events, <br />flooding, annual precipitation, and growing season days. These trends will continue and increase <br />until climate change is reversed. Effects of climate change on future project area residents could <br />include flooding; increased maintenance of roadways, storm sewers, and drainage routes; increased <br />human heat stress and health issues, high pollen counts; and decreased need for irrigation. Increased <br />heat could also affect construction practices such as roofing and outdoor activities such as summer <br />and winter sports. Snow skiing and snowmobiling could be impacted due to lack of snow and <br />warmer temperatures. Undesirable pests such as deer ticks and fungal infections could increase as a <br />result of climate change. Some climate change impacts, such as extreme drought, coastal flooding, <br />and shortages of food and water, are expected to affect other parts of the planet more severely than <br />the project area. <br />Climate change impacts are incremental and cumulative in nature. Just as the project will be <br />impacted by climate change, the project will also make an incremental contribution to climate <br />change impacts through the emission of greenhouse gases. <br />20. Other Potential Environmental Effects <br />If the project may cause any additional environmental effects not addressed by items 1 to 19, <br />describe the effects here, discuss the how the environment will be affected, and identify measures <br />that will be taken to minimize and mitigate these effects. <br />34 <br />