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HomeMy WebLinkAboutSD-390-2+ + j D. �r wr • . � VAN A KWHIR DITTAMILIN AM WA OAK I : • a... i + i • � r ;aril + . +� / .�' � _ r a �'"�► + . � jam,,,,, �; �, . , � `� !f ■ j e 10 "0 - , 4'e 0 2015 / 222-15* 222 -C MONTAU 22ASH iC ° ,s" x Consists of nearly level to ateep, deep (5+ ft.), well drained` 240 .Solis an. drumlins or rounded and elongated hills, They ,YO Q ,�; - - �� '� - - form in compact glacial till. Montauk soils have friable fine: ,0 "' 14;Q•12.° r sanrloam surface soli and subsoil that have moderate or ° to a 20� 10""WP • . ° * 8'P •8 °""° - °eratety rapid permeability over a. firm loamy coarse sand ' 10 "ASH 70"ASH ,4�W: �.� ° �o ` sandy loam substratum (hardpan) at 18 to 36 inches 24 °o i 20 12•ASH ° f �, 6 P 24� 4 q "q : 'with moderately slaw or slow permeability. Montauk soils ' _ 14"0 WP 4 2 have a very stony or extremely stony surface eXCept wher8 1 a0 1 e "0 1 QO t o0 - o , ° V t �' A 1 /"� q- J.,,P B o stones have been removed, and have stones below the 10 "Q - 12 P 8" "ASH 12*WP i�1 i �i t.7 ...4 "0 - :surface.` • Major limitations are related to slow permeability in ? "° 4'r. P e� to °o ,s °o 2O t ,the su stratlimi,stoniness and slo e. 18 "0 72: ASH ° BARN TO BE 6}46-WP ° 140. e 2 8,0 i "O 12-AS t2 A7 ° .. 10 "0 14 "0 ' WASH t fi0 tOA o M12i�Y. Oi . 12 °AS t0,R • ° s �!/ l'L ■ ). 0 70 12"0 iY G i!�/ 7010 i ASH 04, 14 AS 12 p .0 8;0 '1210 10 ASH - i` 140 iH 1 e°ASH ° 6"WP. "RP.. 8 °Q ° 8 0°Y!P TP 86 d ° 10'0 gs0 ° jQ O TP 63 . 72oASH TP 88ISTI } p ° t2" i6; 2"ASH 1 7. /.IrM ,�,P ° 6 720 P • H �� 70"WP - 12 1470 2q0 '. 10"WP 'Q 12 D °0 (�ryr • 3 L ■��1�jy 12.0 ' 1010° �aA.V ° °` • °,2° 72'0 t2VtP 12e0O r 4 _ 70"WP TP �f 1 . _ 13x0 TP 82 70� • i2AO 18' ASH ASHASH = 72oASH.. 8"WP ~ • + 74 0;0 10:0 9 °° • 0 "ASH t8o • 1 120 -10 N 160 WASH 70P • ° 700 ' - ^ "t4� °° W6 . ASH t o0 o a 14 °0 10 °0 100 e+ }0•p • . 10.0 10°0 ! + SJ WASH 6.0 - P 1 0`O 72 "0 ° 10 ;0 TP 03 1° 0 7310 ° 10 °0 TP R2. o • ;O-WP 18,0 5.8 "0's 12 0 ♦ t 80 /4 O •'TeW'. O�\ . -10" 6 "0 30 °. ` 12" :0 ODAP t /72" 20°0 �i • ° 89YP • 74 9' w 1 ° 10 °O 14b 1410 \ • o TP R3 3"0 ° / 24 "0 24' " +0 r TP DZ ° . 2,0 �8 °0 72e0 7017PO TP 61 s 00 100. , + f ( ° BS 7 °.O 't3.Q t 0° 2 - ITO ,O "O O•RP . 12 "0 s 6O "0 0 + t0e0t0 °0 °tOeM 3e0 t "0 22g 8" 1 "CH 780 �. 10 "0 . ..._. _.._. 0 t080 S ) - 1 72 12°iW. B. t0 iq ;q ° t? i6e 6.0 fi O 6`iRi. 4 - 0.0 470. 1 X08° ° ' ° °� AM I P Q p 1 12 "O 10 "0 ; " .° 10.O ♦ 6 A i 6 °O � 8 12 0 2 °0 0 12",W. O H ° - , ",R1. 8 8'N 10.D 1 ! 14, 8 0 _. 60 i 100 t0 - - - - - O 140 6'7W. 0 24"WP _ 200 70 . O • f: 0• ' 72 °0 �" . . 1 78.0 °. 14A0 1 . ° 8-0 t3 2 2 "O 10'0 e S5y0 701IW. 0 a 6 "O / 14 "7/ i2 "0 8"0 70 0 10' 120 \ - ° 13-00 ' + G 74` T 81 1 t8 "0 e120 TP 875 °O ° "O 1 0 � 0 "0 12° t0" 14i�i7. O m 12 0 a 14 f °0 J 1600 • 80 12x0 8" 14 120 0 1 a OT PA 1. T i u is THROUGH H rI 1T �g - ,4.0 110 1" 2"0 6,0 , m CON, 5TRUCTION