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Natural Systems | 51Pleasanton Climate Action Plan 2.0 <br />Strategy NS-1. Increase and optimize carbon <br />sequestration and improve ecosystem resilience <br />Existing Ongoing Actions <br />E11. Pesticide posting program <br />Emissions reduction Not quantified City Cost N/A <br />Co-benefits Not assessed Community Cost N/A <br />The City will continue to implement the Pesticide Posting Program and <br />follow their Integrated Pest Management Program, using notices and <br />signage to inform the public of ongoing pest management operations. <br />E12. Municipal landscape management practice <br />Emissions reduction Not quantified City Cost N/A <br />Co-benefits Not assessed Community Cost N/A <br />The City will continue to manage the amount, source, placement, and <br />timing of plant nutrients and soil amendments in City parks, green <br />spaces, and natural areas through actions such as applying recycled <br />wood mulch from tree trimmings into planters, medians, and tree <br />wells and leaving green waste on-site to the extent feasible. <br />E13. Sustainable land management education <br />Emissions reduction Not quantified City Cost N/A <br />Co-benefits Not assessed Community Cost N/A <br />The City will build upon existing land management education such <br />as continuing the City’s Environmental Services Water Conservation <br />efforts. For example, encouraging lawn conversion and improving <br />landscape design will reduce water use, support native habitats, and <br />preserve the aesthetic benefits of well-designed outdoor spaces. <br />Primary Actions <br />P13. Urban Forest Master Plan <br />Emissions reduction 366,200 City Cost $490k <br />Co-benefits Community Cost $470k <br />The City will develop and implement an Urban Forest Master Plan <br />that includes best practices for tree health and maintenance and <br />reevaluates community tree regulations. The plan should aim to <br />protect and increase tree canopy, and to ensure trees are replanted <br />with a "right-sized tree” sufficient minimum soil volume. The <br />significant carbon storage potential of the plan makes it essential to <br />reaching CAP 2.0 targets. As part of this effort, the following should be <br />considered: <br />• Consider a community planting program that incentivizes the <br />community to increase the quantity of trees planted throughout <br />the City on private property. <br />• Create a community guide with information on the benefits of <br />canopy cover, appropriate species (e.g., climate-adapted, drought- <br />tolerant, and carbon sequestering species), and proper planting <br />practices. <br />• Modify the municipal code as needed to require climate adapted <br />plantings for projects of a certain size, facilitate tree planting <br />throughout the City, and discourage tree removal. <br />• Partner with the school districts to increase tree canopy on school <br />campuses. <br />• Partner with local organizations (e.g., Go Green Initiative) to <br />encourage increased tree canopy throughout the City.