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Recent and Projeded future Precipitation forAnob; JanuaryDecember <br />khgeoeraled62'kooese(dNpermeeld%I2IuralRem.uesusngdufomofNhnemadue moddiog.ihesesaluesmudi=erfmmIWc puJis"Qem•a:5nalydglohal;linaleassessmeots. <br />§McdelVw §C-C9011 ESH,4 §;4ac @M l.1-0 s ILfotEO IIIIPA-e$s.R §IaW TIDE`-,13 <br />IN <br />N <br />_ - - <br />C <br />0 <br />a — <br />qp— <br />a <br />19� 1999 1d4Pd0�9 :ieC 2M 210E 20 <br />PdodeledPreseot M'd-feotv:045j Is1e5%u iKt 4£ Irte{aoN^�i,Kt I! <br />b. For each Resource Category in the table below: Describe how the project's proposed activities <br />and how the project's design will interact with those climate trends. Describe proposed <br />adaptations to address the project effects identified. <br />Resource <br />Category <br />Climate Considerations <br />Project Information <br />Adaptations <br />Project Design <br />Development may <br />Climate change risks and <br />Landscaping and <br />negatively affect <br />vulnerabilities identified <br />greenspace will <br />urban heat island <br />include: <br />reduce heat island <br />conditions in the area. <br />. Roofing materials <br />effect. <br />and asphalt will <br />absorb heat during <br />the day and radiate it <br />at night, which <br />increases the urban <br />heat island effect <br />Land Use <br />Land use <br />Climate change risks and <br />The project includes <br />conversion will <br />vulnerabilities identified <br />nine stormwater <br />increase the <br />include: <br />onds designed to <br />amount of <br />. Approximately 18 <br />store and treat <br />impervious <br />acres of impervious <br />stormwater <br />surface area. <br />surface will be <br />generated from the <br />created from the <br />5ite. <br />project. <br />Page 6 <br />