~. | oe Tube ibe 7s 4 4 Phenoty pes of Kernels Www Lewy 5 Table 3 taba d ee ig ec gee Ar Beabutn Gufling | etvouee [Cony tue ding Wy a We tes We tas We tr We oud ug | Toto! | Spa- We - 1309 | Plott a S |aS] 36/13 Al3b 335} 3 Iwi Ql 23} STF | 1223 12.5 363A Pe B-2,8-y] B Tobh 3 5 1358 53) - - 137 331) - -lo 4 - 777 Ig 130bB-' || B Tabte3 3 [9% 2apT 3lia wit3S PL_s sy ary 5Oq 14,9 S63ABEG 3 | IT 4h 14a; zo 1d ysy if43 so li3a My 3i2zl fegia | es fea a |46 G4) 7 3] %0 ] a2 26 ti] Bay 102 © 1546 " (2 650 TJHS S/S) 633410 36155 Yo] i4e4 | Z1as ed SUL -¢ n 2 {HY 23] 3 tb jis mi] 3 7 113 Is | 306 B44 WH -4 \ ! th FI% O17 IWt2 4 & It 352 T5173 |» " S 1163 by 2/236 350)17 21/36 341 7349 1653 T573BR of 3 69 131/49 21 Bylo whit Fl 299 663 6.28 T1516 ‘ 2 1109 1916 ald 13810 617 t4 24] 553 16.3 715108 th 60 693)6 GHIN5S 66143 6196 95) 1492 | 3.36 %.} HB, Seulya 2 ¢ ria x 2 w Brlas bl Us SpMfeg ¢ G8 GIB, ayle OF Table x#f Me las Paled 4 le Spun ! + wir a Me eg 1" lige tus We oy one. "suyp-fevoa“]i alo arfiz ala olt al 23] 64 t A-R ister mal), 75] O 4H)iol Tt 1}9 GB] 1G | aay ZABLE nv R- 7 tw] F 73] 0 3,73 4] 3 otro 3] (4a 33/ Totals IT 69] oO Siar tala, bti{2zo | 349 SOO We ferue] ds pyuidd mo 4Ie-7 o aslo AIR Ail Olea ! eg HO Totals Wt tq fo 1d Wi22 Lizz Wl] 398 qlb “RoSpak W~ = 17 Seu We|= 24 4 nosed ae sends ty | Tela HT | 67% | berm boa br Tables 1B 4 | bol Und fowy prquut.a) | Rpbune - taocbbe! Colin, sph d Be piguit | — Cotinleos Totals t Lt er || Be i BL ay Hoe ty ec eal te te et | ee ty | ed ay Tswpypii-n [2 43fo HI fear foo fet | 8a | ary vw R-3 lhobeon Sak ti 2,3 13 4 3 blo o}6% 119 Oo113 lo} ths 345 WBS dd con 7 it Gio alo clo of 4 Ol o o| | ! iy 4-5 Totals 4O 124) 3 194 14 l}o 0 f}%4 219 oOofle tal ast SBO S41 R thin ha Allo {17 Ole om tie o|;/a2 ft bO (43 uC Who arom 119 291 7 61/6 11/2 of] 3 oO]|o o};5 1] 16! 360 Totals ql Bol TS VL2 of2o fi oly a] aati 503 Grou Vitals 3] asdfio =ablay ala of1od 3fio ofa 3 Hl 472 | 1033 3624 WOtowles athow Eee = ; _=SSSE ee ‘ Mant neg pe Cos th ob) | Colyiitro upaui spatg | Coteruvap BL rppuld flo pole fr | Rint oud poly Arian TSH Re . 7 re Meet 4 We BT bt tote | + We oy fle ee oe ur tue yf tue a] et Coe] We ey T8953, potas 5 wa ssp [33 2TPH 6126 FER Of} eo Gopo Tye ff] iB! 2E5 rr yg heey. | tote - wicbuyid Carved Spm: Pleats ibid WEE 6,67 > koe 8 BB. Nad Vv forme Figuaubal Dapfns - tact Teed mi ont tyloloso tui, BE Mt Br (i Be. Uhr tO ‘To pean dg {We | Wee sk Leg Hee eg We tae] Wie rch ay | To toy | OH =a 13097 R-u 13.09R-3 Ir 1307R-6 WNT «log sin 698 lt to iD tie 6160 oOo Its 4] 229 1 _ - wh-? | TH 23)7 ofo 7 lo Pit Slto 513 S| 19% (3438-34 ysub-2tt4) uola b10 010 o0l1o0 310 bv]6 2 e7 tT 1570R-) | 7 310 D1 2/0 BD]O6 310 ale 20D voc lt a2 ID] 1 | 0 2 do OD 0 3 D | aX 3 23 o-4 4 wls ele rf,o 0}]o0o0}eo 4142 2 “7 is73h- AT 63013 4 | oO 64] lo lhl HO 53] He ot | 3 UB lee 156D-3~_ 70 Sboik 4 44 is 10 t 12 wo H 6 os uw * 33 uy | Le 2 10 G lo Oj} O- b}o oF 3 Fl bs T56l-2 q% TS UA 114 0 lo ole Ole oti 16 1zZO » avlq@2 ietin Lot | O lo on 1} 6 ot {2 13? 4572-4 ioe —jo - 413 -~}o -|{tis -| 6 -— 16 = ge JR-S_¥ SE 64) 7 Ffe Ov vii ul o ‘to & | 12! ee ATF HO TO UH RA} O AL R78} 76 WRT Hiae =] F =] o 0 |O -j@ -~]t oe 16 ~ 164 w ALPS -— ti) -— fo & 1 ov —| 6 ~{/2 eff6 - 234 uB-1 7} 53° Q22jlo Ajo b 10 ols tél c '13 2 jQ] wv Beit 95 -|i5 -|3 -| 0 ~j; a2 ~ fod am 7 ZL u B-3F] GS 5 6 31] 0 Cie 018 131 0 ae 2 134 154°7h-s# vy 410 Lil Cy} oO ut o Oyo { ] l7 ‘Beta HI} ov V17 C1E Olt me Cla | 6D nCQ@ Wh Fai 6 lb (IR Oo} 3 Clo 5S \ Lél i Hoe T abe ae - Re Wve uals EIA Rls, lia Spm Courtituly ‘uw =o Br (€<$éGC(a RC ($“(aCU]TC SC Sos % Owl Lod ou, % am, [WR willow by lat Lua} te tug Uo tua Tota bémuraal. Wat] whSpar 1a (650 Tb |S 6} £33110 36155 701 1464) 3125 He2 Wx] + [spa 2 fbb -}1% -feo7 -|17) - (34 =| HTS | 1006 astom A) pf ogs 2 2 jHy aG| 3 W3 Wi3 7113 I} B06 | e44 pol 154 -) We peep | He 91g (7 Wi? 4H, T sl 179 352 Q. 15 Ho-i hy 15333 HZ | 39° TBI Li7 64 (9d 370 noo-2ibe W-3 32 0 317 Wg 10514 5 6 | 198 412 ee . ea! 36 4ia 22 497) 2ly 3] jos | 229 Totals Mitte [09 BUG LIB 1S} ADT Ton Fou howe a pat (abou w TS 3% Spu fia Creryoet G AMA =, USpu G_ T8380 & Teus Cat 1533@ b 153234 6 TOR4AR@? — To 54 NGS — TS SERGE 76l6 HE z TS 36 RF _ T60SZC Ht _ ToLe AGE NS3BROS § ———— T5¢4 Rye Ts voh@i Yel4E@? ~~ TS36RQ) a _ ee / a 1527p & 1537@ b _ v8 6h MF : 1wISROF | RoE Tle Bot oo RE . TbélbC 3 MI4E Of | _ TIOBEE 1933 ()@ > ee _— a Tel6R @ + wo ee Tole B@ 4 oo : _ a apot od pele obete 1547R T5564 TSbuy 1565 137 | 157% 1579 WSpw| du + We + Ly Sou tie Sts | hin, S Pat | v i q Wey | S pu " i. 7540 pal col, ; 15 $1 TS$2B ISF4UR WSs 156 _ T5$7 Weel as spa Che 13126) : 159300. Wet] 04 Spas ow "1208 06) vo a Fay 13126) Caveat nu TT 30% Y DM \l 4 “ DOY Det! u Q @ tt Va Fam TH67G)c v0 THORS) is F Apt T307¢E ot a M+) ay Spay Fu Pum tu¢3 EOF ah yt E@ e+ 1308 po” ‘ fp" "ROT ee ce ef — 1b0T __ 1616 blk ela TELS 7605 We tli San oy ! Fry 130% DO™ v ‘ te ( 11305 ba ‘ye “uo 130% 30% Dg | yh B17 & = Ror teapot! Ah rename," T322RQ | ‘ 2@_. fo A |. . _ T - abe | lb Wet lay spor-oder Ww iSpal ape beset te el.ar Guat Wed + Isny a Sfug \ar7 FSD “peed “TF. 1306 b_@ 1306B 1 "30 6-6 560-4 1 306THO 156 Or1 12p7B,- ©. & 7560 @ ea C2 a To Bo7BO v_ @ ' F 1561 Poe 13Be COO O | 1563RG = ib) _ | Tbe & & Yos4 | Ys4 Gy 13678 OBGCo | n7Hoe © GD, “ -& @ 7 " RB (2 i isn. © Be Obs ee ! 31. © 1547 RHD@] 4 (D 13099 15RD 6 EO . : BOO 1303 We ISK O POO ; vn B POE @ | cow Ww 5 TSR | ISH PI BCD | 537 8B ne eo ! : 5 ba | NIRA OMa %, Taso. + + + + + (+ tert rete eter ttle eet Lm it Foun 1, Ye vip Pvt yp VIP i ' ‘ { ' PY. eVvyYPYy S120 + ob 1 + + + + 4+ + + + +) 4+ ott tle + a tit +] 4 i+ | + + + a +t + +] + + + [+ + + ++ - + + + + + | elt +t+ 4+ bs a ttle +l + + + & ra c 1 io. 7 a > ae TOE] ao ay a “yo 00 x y 3 oa 7 ao - rT a i yo os weoim = = Qe se | 6 x» | flo l ri—-] sal &, aA 2 o = - x cc é — mo i~ s QA a oe nt O- = x. 2 ake, 5710 wed wo rod , Se y Wah - acd _s 10. il. 13. 15. 16. TJe te Ficwe 2 KEY TO PROGENY TESTS: TRANSPOSITION OF Spm IN THE am CULTURES Progeny of self-pollinated ear of plant 6629A-4 (Y¥ Spm/y +). Page Progeny of plant 6629A-8 (Y Spm Spm/y + +) = culture 6676 ‘Table 31 Progeny of plant 6629A-2 (Y¥ Spm Spm/y + +,plus 2 non-linked Spm ) Tiller ear = culture 6667, Table 32 First ear, main stalk = culture 6668, Table 34 Progeny of plant 6667F-11 ( Y Spm Spm/y + +) = culture 6884, Tabie 33 Progeny of plant 6668C-6 (Pr +/pr Spm) = culture 6877, Table 34 Progeny of plant 6668C-3 (Wx +/wx Spm plus 1 non-linked Spm), = cultufe 6872, table 35 Progeny of plant 6872A-12 (Wx Spm/wx +) = culture 7285, tables 36 to 38 Progeny of second ear, main stalk of plant 7285A-1 (Wx Spm/wx +) = culture 7330, Bables 39041 Progeny of ear of tiller of plant 7285A-1 (Wx/wx; 1 Spm) culture 7331, table 42 Progeny of second ear, main stalk ofplant 7285A-2 (Wx Spm/wx +) = culture 7332, tables 39 » 41 Progeny of tiller ear of plant 7285A-7 (Wx Spm/wx +) = culture 7333, tables 39 to 41 Progeny of first ear, main stalk, of plant 7285B-6 (Wx Spm/wx +) = culture 7334, tables 39 to 41 Progeny of plant 6666C-7 (See table 26) = culture 6895. See pages Progeny of plant 6895A-1 (Y Spm/y +) = culture 7260, table 43 Progeny of plant 6895B-3 (Wx Spm/ wx +) = culture 7261, table 44 17. 18. 19. 20. 2l. 22. 236 24. 25. 25. 28. Progeny Progeny Progeny Progeny Progeny Progeny of plant 6704B-4 (Y Spm/y +) = culture 6888, table 45 of plant 6629A-5 (Y Spm Spm/y + + plus 1 Spm, not linked to Y) = cultures 6671, 6672, table 46 of plant 6671F-2 (Wx +/wx Spm) = culture 6873, table 47 of plant 6666C-2 from first ear of main stalk. See Table 26 = culture 6869, table 48 ofplant 6665G-16 (Y/y; 1 Spm) (See table 24) = culture 6866, table 49 of plant 6665G-21 (Y¥/y; 1 Spm) (See table 24) .° . ey From self-pollinated ear of tiller = culture 6863, table 50 From testcross ear = culture 6867, table 50 Progeny of plant 6665E-10 (Y¥/y; 2 Spm) (See table 26) From first ear, main stalk = culture 6864, table 51 From ear of tiller = culture 6865, table 51 Progeny of plant 6629B-5 (y/y; Pr + +/pr Spm Spm) From first ear, main stalk = culture 6683, tables52 ana 53 From second ear, main stalk = cuiture 6684, table 54 From ear of tiller = culture 6685, tablesS2aud 53 Table £2 Progeny from ear of tiller of plant 6683D-2 (Pr +/pr S Spm), = culture 6878, table 55 gs? Progeny from ear of tiller of plant 6685F-3 (Pr +/pr Spm ny" = culture 6882, table 54 Progeny extn plant 6685G-2 (Pr Spm/Pr +) = culture 6875, table 57 28. q rogeny of plant ess) 1 (Pr Spm/pr +) © “ae 3, “bee From pollen = cultures 6880 and 6881, table :» From self-pollinated ear of tiller = culture 6879, table £4 29. 30. 31. 32. Progeny of plant 6680F-4 (See text, page ) = culture 687¢, table fn Progeny of plant 6703E-10 (See text, page ) = culture 6874, table culture 6861, table Progeny of plant 6680C-2 (See text, page ) Progeny derived from self-pollinated ear of plant 6665G-13 (Y Spm/y +) (See table 24) = culture 6862, table Constitution of 1. Pr/Pr; 1 Spm Plants in culture Plants in culture 2. Pr/Pr; 2 linked Spm Plants in culture Plants in culture 3. Pr/Pr; 2 linked Spm Plant 6683C-4 4, Pr + +/pr Spm Spm Plants in culture Plants in culture “igure 3 plants in cultures 6683 and 6685 6683: D-l, Mm, Ome, E-13 6685: F-l tiller ear, G-2, H-6 on D-4 6683:,D-5, E~7 6685: F-1 first ear of main stalk, H-3 \ plus 1 Spm, not linked toothers ear of main stalk) 6683: A-2, O-1, 0-2, 0-3, D-2% E-9, E+10 6685: F-5, G-l, H-4, H-9, H-14, H-15, H-17, H-18, H-20, H-21, H-25 5. Pr +/pr Spm plus 1 non-linked Spm Plant 6683E-4 6. Pr +/pr Spm Plants in culture Plants in culture D-2 ear of tiller 6683: , D-3, H-8 6685: F-3, P-4, G-3 first ear main stalk, H-5, H-10 wr. 7. Pr/pr; 1 Spm not linked with, prior:veryleosely linked with it. Plant6685H-24 Figure 4 Constitution of plants in culture 6684 1. Pr Spm/pr + Plant 6684D-1 2. Pr Spm Spm/pr + + Plants D-2, D-3, E-5, E-16 3. pr/pr; 2 linked Spm Plants 6684A, E~8, E-~9, E-11 4. pr/pr; 1 Spm Plants 6684E-2, E-3, E-4, E-12, E-13, E-15 “igure § Sumwdr lA 54 Plant 6683B-2 _ 4% x 6641A-5 (See table 19) of may (tees m-1 m1 ay Sho/4y sh, a,~~ (state 5719A-1) Sh,/ a," (state 5719A4-1) Sh, Pr Spm m-w/Pr + pr/pr y/Z Y/y Wx/wx WX/WX Semied m-1 m-1 g— Progeny grown in 1955 under culture number 6888: Plants either a= Sh p/ By Sh, or ‘ aZ-l sh 5/2, Sh, 6888 A and B = plants derived from uniformly pale colored, Pr, ¥ Wx kernels ( scntaklo 63) 6888C = Plants derived from colorless kernels with few Ay dots, Pr, Y¥, Wx (pee tablot 4) 6888D = Plants derived from colorless kernels with few AL dots, Pr, y, Wx ( ar olke64) wr }, All but 1 plant in culture 6888 crossed by one of four plants in culture 6861 “A Constitution of plants in culture 6861: All were a, sh p/ By sh,, y Spm-s/y +, Wx/Wx Plants 6861- 1, sari o eee Pr/pr Plants 6861-5, “and % were pr/pr -1 Plant 6861,crossed to plants 6888A-1, B-3, C-1, C-3 2nd ear main stalk, D-4 " 6861-5 crossed to plants 6888A-4, C-2, C-3 ist ear main stalk, C-4, C-5 lst and 2nd ear, main stalk, D-1, D-5 " 6861-7 cross°to plantg 6888B-1 " " 6861-8 crossed to plants 6888A-3, A-5, B-2, D-~6 (state 5718) 9, Plant 6857-1, a, 2" (state 5718) Sh,/a,* a= i Sho, pr/pr, Y/Y» wx/wx, crossed to plunt 68388D~2 ( a2 ds" \ oe om - Figure 5 (continued) ce Progeny of plants in culture 6888 grown in the summer of 1956 lst ear, main stalk + 1. Culture 7262 from kernels on ear of plant 6888C-3 , x 6861-5§\(see above for constitution) a,B"i(state 5719A-1)Sh,/a,™""(state 5719-1) Sh, Pr Spm-w/pr + X/Y. 7262A: From kernels that were uniformly pale colored, Sho, Pr, y 7262B: From kernels that had many AL spots in colorless background, Shy, Pr, Y (coe Lowel) 72620: From kernels that were colorless with few A, spots, Sho, Pr, Y (ar Laue andtalte ss) 7262D: From kernels that were cololrless with few A, spots, Sh,, Pr, ZL (cop Lcanoe oud Table 65) second ear, main stalkYy A 2, Culture 7263 from kerntls on,gaxr of plant 6888C-3 (see above for constitution) x 6861-1 (see above for constitution). 7263A: From kernels that hid many dots of A, in colorless background, Pr, ¥ Shy (Sor qu} . '" t 't tt " " tt u" " " " ~ 7263B: : , frsZ Sho, Age faqus ), 72630: From colorless kernels with few A, dots, “Pr, ¥ Sh, ( aw Argue & Onedttaive 6 >) 7263D: " " " " " " " » PY, B's Sh, ( Sew Que t Quad Valhe b3) ‘ él 3. Culture 7264 from kernels on ear produced by cross of plant 6888D-2% x 6857-1 (see above for constitution). ,m-1L m-1 . ay~" (state 5719A-1) Sh5/a-" (State 57194-1) Sh, Pr 2pm-w/pr+ W/Z Wx/wx . 72648: From kennels that were uniformly pale colored, Sh,, Pr, Wx C ree Tbly, 13 00) 7264B: From kernels that were colorless with few A, dots, Sh, Pr, Wx ( are {que b Out Vedto 65) Figure 6 Constitution of plants in cultures 7262 to 7264 having Spm-w but no Spm-s. The types of kernels appearing on the testcross ears of these plants are entered in table 65. Pr Spm-w/pr + : Plants 7262C-1, C-2, D-l, D-2, D-4 7263C-2, C-4, 0-6, D-1, D-2 7264B-1 to B-10 Pr +/pr Spm-w : Plants 7263D-3, D-4 pr; 1 Spm-w : Plants 7262C-5, C-7 we iy e -w : Plants 7263C-1, C-3 “igure 7 Constitutions of plants having Spm-s in cuitures 7262 and 7203 \ No Spm-w in plant ( pon table b6) 02, 0- : 1. X +/y Spm-s; Pr/Pr Plant 7263A-5 Pr/pr Plants 7262B-4; 7263A-1, A-4, A-6, A-7 3. © +/y Spm-s plus 1 Spm-s; Pr/Pr Plant 7263A-3 Fale % 2 +/y Spm-s; Beetomeg/oe plusQ Spm-s} Plant 7262B-2 u, ¥/y3 1 Spm-s; Pr/Pr Plant 7263B-6 Pr/pr Plants 7263B-3, B-9 5, ¥/¥3 2 Spm-s; Pr/pr Plant 7263B-2 Spm-w present in'plant Spm-w/pr + Plants 7262B-1, B-3, B~5; 7263A-8 la:ous 7). IK + ™ FS Ie B i Jw | 2 Y/y3 1 Spm-s; Pr Spm-w/pr + Plant 7263A-2 7am : W/¥s 1 Spm-s; Pr Spm-w/ pr + Plants 7263B-1, Be4, BS (0. 401 64 uy Y/¥s 2 Spm-s; Pr Spm-w/pr + Plant .7263B-7 © <1 6% hogroplls 1 Vtaldn RAM pith + wu ou Spi - 2. Ques “ 3. uo LS fea 7 Qe! ~ bonus - _ Aus Wit oe Loc) Hin Jvirtecch, Qe Toke 1. nly peau wi ea et tak wre ote Bil de Ug eeu A Gad Or A cl r Duk Howie, lo Ras \ P howe Tah LL howls om Lin 958 = = cos oc fie ‘owt Vouk 4! pail ebotan J Sstul Worle [at Maes Wut | Torbed Be) OF | Bel) br) oBe | a ! 1109 B-1 || Fearon, nbinstoth | 101 Z o 6 | 133 T45¢ Win -|\ . “Fy 3 et Zz $ 217 1304 * we th qo ¥ & x ue LYST 730 a IZ 3 ) pollone. rusia seo” 121 5 7 234 | TOBA Peers, wh Oooh = 123 | 13 | 2 19 22) 1304 Cor , bo - 124 $ 133 AR 251 | pdln, amo tar | Ty 7 415 2B ID, es", TSO NU 1N09C-\ [Faroe wiginstoh | 142) 7 | gt |b | to | ete : Ca, Ub t 1 qI s 64 ca 1 iso | wow De 124 4 ins 7 1'7 233 . ong 13 > 78 XL I 168 T109C-2| Cor, moug rbot | 1% I3 z| b 23 | 27) | 0 Ul} 134 7 120 q is 222 | pollen, maju ato | Tb 7 | 153 | I2 23 | 337 | 1169C-3 Cor, suoin woo AY 1S 7 | 2 Z2% © Tey t Va 4 HI q 7 243 \' es 42 i os 5 ALL pollam, Ml stab TT 4 3% o Ss 13'7 ORC a> , Adalat «=| 27 7 | 4 | 3 (2 | 222, TESS i | | ! | | ¥ Oy ean que Clpan eect “Uiitien obo axes, Mod be tae BM AS L . Ov tap Ww fogs fa ie» Ug + Culley Muth urdy Te roi | Tobe a, 2 & Teak d RM ploguuy crunie 5iome eorualo ow thy dap oar J CALLA plea “109B-1. 56 S py arti wi @2bDo > rp h — Sprv fant Qn r , Qmn: be qn “evn ¢. Pdly flant ho, | w pout. Woustulh | asnrtabh| tiller. | Gly» | télo-3 “104B-| Wet] Ay Spur! aL + + + rer ake 1957 | ! TASB -S) Wet] us _ on a » @-\ nate , nn — ol » Coal Wer) BAS - ard . « €-3) Wer] sh cpu - vd qe’ a aA is Si eet | as Quy ~ —- —~ of nn ~ J ~ ~ S S-al Cipeet bors mi | — | & | a “ 2-3 (Wet | pus ) - »D-4l Wawel rs wel vd | a “ D-o} Wee fan Spy a OS of dh” » 0-7 ort dn Spui _ Aree ued a “En-al Wat An, Sp - vol | Sarr (95% 1600 ( Fao T1456 C3) | R % — 4 L b -_ 4 —_ rf q ~ lI - la wd 154% ( aby, plaut 7446 D-s $ 18.44 ( yoo Wich pallu ) pbmult 'Y4sp 0-5) “| a A 3 t 4 b — 3-1 - a 2 3 ag Futia, asl opr . ; ne Spun Que twain stoh -waiuctoth vt a . iq b0 | tmaliou ¢ ae ot Alt of —~ (Frown Fualtoer, waiulabouh. 2 poder 194 By ) T1%O Ro} Wwe — + af SRA sp) 3 Vy w ve ry] —_ A ed ee + + + a, P 5 o , + A — 4 ob y at ui =~ + ok T no nou te C+) + yh oN Pt tte ge alee 1780 ¥ ee - ae cere mf enone os atte ee lie memerie eanem seine 1 | toe + | dn Sp A + + a + + 3 w N 4 " ’ tro + + 5 wb é + b 0 a a + + sf 2 |. 7 a 1D “ a + + “aby 2 B ly | Spr abd am, il o) plat T10%B-1, m Ue epasibe a Spon. and eli tn cule quoi tne gpa. 4 Fok, woud dong and | tard Ply [ea stl (lly-+ | Day-r | Why -3 1306 (i Gow howl on plly’cer de 110%), aeeraker) B~i | Wet] eg to + Ai Wer | Ad - T 3) teAbe} ~ + Hy tos + | ey + 5 Nuvt | an + b Cet | ba + T &-1 “Wy. + § + +} 4t+H%] tee | t4K [Pree s [seo Mp tT a eel Pat eh TP ++ 8 \ 2bn. 7 1560 IC Fiouw Rovwdlolon bar a Moin |atath A plwat|4306 24) 1 | toe Span | + + + 2 “tov bea - T + te uf ad + “Wy tb + S| W+Spuy)} + e+ ud - T 6 We aay 1 Sp + Tobe 2 C0. Releumn ur Quam Litt Spun Wussg your Welln, -2. t 4 \ bl tf “ bes = - on ~d mee = a eet ene me ete ae eR ee eter aap rite ere. ———— A MC TL RR NR ne eee ee eee nen eee rE 7 +4+ +)! \ i 3 tt +4 18 | , > 4 5 P47 essuull EB Per qa & gp & 3 p-tatro-ama-emt sos 2 = coetaces cae) c~ - [” rable D. Delauin Spun on LRRD goubemt in donleud foornn pootllte f plaal r0P8, ana tntep Spon actly etn yas 0% Fimbea tudor Gar Gay Gon slag hada? wit | ein [Vals [vlan | ala | ole 4312 ( Pager Coote B WoIR-| GT GZ ah™! ( clayx) REALLY We ak Wo Spine) \ WR Tab _- ‘i + sspedtahe ay | ad} | oa fa TBI | (From cue BURT] abe flor uy, WoSpan wm 107K 17 ) Be-vdl wot hetad a-d LI} ton + | UNDAUA ard + Br nooo wpe Aa Wo X cat oe 3] wer | wySpur ol wa Wy Wy eae, AS py I , (ogt| aSpan + + + Sy WwsWe 1S pur + t Year 145 8 MSUT | (Fum Bia-5 1@ x arfladtT dtlay ud spn oF) A-| Ww ALY + - 7589-3 + = all toxs | Uy + ye es + ad Sy Woespan | | Us + + (4H wes AN +) _ 5 we tL Ly +! - Ara B- Wespat | 04 + - R C1] WWeSpae] Uy + ol RAS Mal LN + + TI5GH% | (Fumidiw-e d¢ x ail dsb Weloe woNpus o7 Re | Wott [aa Spe B-W Vos + | wy Spun 8-2 Wer | ups 83 i it! (