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4 <br />i <br />1 <br />I <br />J <br />I <br />I <br />Lak <br />Elevation <br />(ft. MSP <br />1,000 <br />990 <br />994 <br />976 <br />982 <br />Acres <br />7S <br />11 <br />12 <br />36 <br />80 <br />20 <br />13 <br />Location <br />Medina <br />Orono <br />ft <br />--(no name) <br />School - <br />--(no name) <br />Wolsfeld <br />Holy Name <br />Lydiard <br />Dickeys <br />The av’eraec level of Long Lake is 944 feet. A <br />coaSiLd wtth a stop log control is <br />Minnetonka (see Figure 2). <br />2. Simulated Storm Water Runoff Hydrology <br />A simulation of a <br />the Long Lake ^^i^h many sub-watershedsa very intricate flow network with LL14, <br />flowing into Medina (see Figure 2) flowswhich is located mostly m Medina isec k .flow <br />iSjftU.ond then Lu has <br />network is interesting ' into LL4 at a rate of <br />2.950 total acres ‘^bl^in LL4 then temporarily stores 195.3 c.f.s. (see Table ij. , <br />part of this water a d d situation exists to <br />“«r?ai3 d®gr;r iA many o/?he other sub-watersheds. <br />3, Marshes aud Wetlands <br />Acre^Percent <br />1,417 72 <br />203 <br />325 <br />11 <br />17 <br />Land (approx.) <br />Marshes and <br />Wetlands (approx.) <br />Lakes <br />. i.tot-#* the marsh and wetlands areasTo effectively cvaluat th analysed for pollution <br />a.Quality <br />.1 rhrouehout the Long Lake Watershed, the <br />i3rir3«iiage aria is proportionately so large that <br />VII-9