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Table �- Resul#s for Langton Lake from the Wisconsin Lake Nlodei SQreadsheet <br />(�ViLI�LS) model <br />Phosphoxus Prediction and vncartainty Analysis Modnle <br />�a=e= 1/:0/2�02 Scena�?o: 78 <br />Cbserved s�-izg overturn Co*_aI phosphorus (52C]: 0_Q mg/m"3 <br />Obsenred growing season mea�. phosphon:s (GS.i}: 80.0 mg/m^3 <br />�ac� calculat_on for SPO Lota? phosphorus_ 0_0 mg/m^3 <br />Bzc{ calculation GSP! �hospro-us= 0.0 n:g/m^3 <br />� Confider.ce Rarge: 70� <br />V�-a:.oe_g `4o�e1 In�ut - Es�_ Gross I�t. Loading_ 0�cg <br />Lake Phosphorus blodel <br />ivai;cer, 1�3- rZzservoir <br />�aafie�d-�achmann, 1931 �7a�:�ra1 La:ce <br />C�-irie'_d-Bacnmann, 1981 Ar�ificial La{e <br />3echow, 1979 General <br />12echow, 1977 Anoxic <br />Rechow, 1977 water load<50m/year <br />Recnow, 1977 wa�er loaci>5Um/year <br />rlal;cer, 1977 General <br />Voilenvreider, 1982 Combinec OECD <br />�? �loa-R�g'_er-Kirch._^.er <br />vo'_ienXe'_;e;, 1982 Sha!lcw iake/Res. <br />=a_ser.-_4e=c?er, 1975 <br />��_-:be-c, _9�4 Oxic <br />Ta i�e Phosphorus biodel <br />:Va:�er, i937 :�eserroir <br />C�-ifi?'_�-�ac?�^,iann, 1981 Na_iral Lake <br />Ca�.�ie�d-Bac: mann, i9i32 � �-cicial Lake <br />�2C'_^_OW, �_79 Genefal <br />32cnaw, _3%7 A.�oxic <br />�eczow, _3i% water load<�;,�/year <br />3zcnow, 1°77 •Nater load>$Dm/year <br />:Ia�<er, �??7 General <br />•;�? lerwe_ce=, 1922 Com}�iae : OcCD <br />�--1 OC �-3-C�`_ 2Y �- {ISC:SI?� <br />°:c:ler.�Ne'_ :e=, 1982 Shallow �a;ce/Res. <br />=ar�er.-:4e_c_=_ 1970" <br />`:�rnberg. i334/Oxic <br />I� �fost Likely <br />Total P Total P <br />(:eg/;n^3) (:n3/m�3) <br />1V/A �/A <br />I3/A Ni/A <br />N/A N/A <br />66 74 <br />307 3A6 <br />221 249 <br />N/A iIlA <br />N/A N/A <br />13A 148 <br />N/A �T/A <br />222 130 <br />rri� vla <br />I00 ?.13 <br />Confidence Confidenca <br />Lowe� Unner <br />Bound Bound <br />V/A NIr1 <br />.�i� rria <br />�i a .r/ a <br />50 l0a" <br />z72 4bo <br />i7Z 351 <br />N/A N/1 <br />:I, A :V,' A <br />23 249 <br />a�a v�a <br />78 225 <br />�I� vla <br />71 i73 <br />High <br />'_"otaZ P <br />(�/m"3 ) <br />�i/A <br />Ni A <br />N/a <br />86 <br />402 <br />290 <br />N/A <br />i�7/A <br />167 <br />N/e�. <br />17S <br />V/A <br />131 <br />rarameter <br />=?t? <br />��� <br />�r� � <br />x�� <br />FIT <br />FIT <br />� Pin <br />v/1 <br />�r�a <br />?-T <br />.;�a <br />r?T <br />N/1 <br />P <br />PredictOd <br />-Observec.-' <br />(mg/�^3) <br />N; 1 <br />N/A <br />N/� <br />-6 <br />260` <br />Z59 <br />N/e'�, <br />N/A <br />208 <br />N/A <br />96 <br />V/� <br />�3 <br />Back <br />Calc�:.lation <br />Ikg/yea-) <br />rri a <br />v/a <br />via <br />0 <br />� <br />� <br />v�a <br />�i� <br />7 <br />Vi a <br />l+ <br />:i; � <br />C <br />� Dif _ <br />�i 1 c�. <br />?1J? <br />'_Jr A <br />-8 <br />333 <br />211 <br />N/A <br />N/? <br />270 <br />�i/ A <br />�d0 <br />v/ A <br />4? <br />5'iode 1 <br />=�e <br />x�a <br />v/a <br />ti/� <br />GS:R <br />GS>1 <br />us�i <br />v; � <br />�!� <br />.-�..17ii <br />v; a <br />tl.ti-Pi <br />?ii 3 <br />�.�I`i7 <br />