104 



N. Heribert-Nilsson 



SCHEMA I. 

 Spaltender Laniarckiana-Komplex AaBbCcDd. 



ABCD ABCd ABcD AbCD aBCD ABcd AbCd AbcD aBCd aBcD abCD Abed aBed abCd abcD abed 



ABCI) 

 ABCI ) 



ABCI ) 

 ABCd 



ABCD 

 ABeD 



ABCD 

 AbCD ' 



ABCD 

 aBCD 



ABCD 

 ABed 



ABCD 

 AbCd 



ABCD 

 Abel) 



ABCD' 

 aBCd 



ABCD 

 aBeD; 



ABCD 

 abCU 



ABCd 

 abCD 



ABCD 



Abed 



ABCD 

 alied 



ABCD 

 abLd 



ABCI) 

 abel) 



ABCD 

 abed 



ABCd 

 ABCI.) 



ABCd 

 ABCd 



ABCd 

 ABeD 



ABCd 

 AbCD , 



ABCd 

 aBCD 



ABCd 

 ABed 



ABCd 

 AbCd 



ABCd 

 Abel) 



ABCd 

 aBCd 



ABCd 

 aBel); 



ABCd 

 Abed 



ABCd 

 aBed 



AliCd 

 abCd 



ABCd 

 abcD 



ABCd 

 abed 



A Be 11 

 ABCI; 



ABel) 

 ABCd 



ABeD 

 ABel ) 



ABeD 

 AbCD 



ABeD 

 aBCD 



ABeD 

 ABed 



ABeD 

 AbCd 



ABeD 

 Abel) 



ABel) 

 aBCd 



ABel)' 

 aBel), 



ABel) 

 abCD 



ABeD 

 Abed 



ABel) 

 aBed 



ABeD 

 abCd 



ABeD 

 abel) 



ABcD 

 abed 



AbCI 1 

 ^ ABlI ) 



AhCD 

 ABCd 



AhCD 

 ABeD 



AbCD 



AbCD' 



AbCD 

 aBCD 



AbCI) 

 ABed 



AbCI) 

 AbCd 



AbCD 

 AbCD 



AbCD 

 aBCd 



AbCI) 



aBel)' 



AbCD 

 abCD 



AbCI) 

 Abed 



AbCD 

 aBed 



AbCD 

 abLd 



AbCI), 

 abel) - 



AbCD 

 abed 



aBCD 

 ABCI ) 



aliCD 

 ABCd ■ 



aBel) 

 Aliel ) 



aBLD 

 AbCD 



aBCD 

 aBCD 



aBCD 



ABed 



aBCD 

 AbCd 



aBCD 

 Abel ) 



aBCD 

 aBCd 



aBCD 

 aBel) 



aBCD 

 abCI) 



aBCD 

 Abed 



aBCD 

 alied 



aBCD 

 abCd 



aBCD 

 abel) 



aBCD 

 abed 



ABcd 

 ABCI ) 



ABed 

 ABCd 



ABed 

 ABel ) 



ABed^ 

 AbLl ) 



ABed 

 aBCD 



ABed 

 ABed 



ABed 

 AbCd 



ABed 

 Abel) 



ABed 

 aBCd 



ABed 

 aBel ) 



ABed 

 abCD 



ABed 

 . Abed 



ABed 

 alied 



ABed 

 abCd 



ABed 

 abcD 



ABcd 

 abed 



AbCd 

 ABCD 



AbCd 

 ABCd 



AbCd 

 ABel) 



AbCd 

 AbCD 



AbCd 

 aBCD 



AbCd 

 ABed 



AhLd 

 AbCd 



AbCd 

 AbeD 



AbCd 

 aBCd 



AbCd 

 aBel) 



AbCd- 

 abCD 



AbCd 

 Abed 



AbCd 

 aBed 



AbCd' 

 abCd 



AbCd 

 abeD 



AbCd 

 abed 



/Abel) 

 ABCD 



Abel) 

 ABCd 



AbcD 

 ABeD 



AbeD 

 AbCD 



Abel) 

 aBCD 



Abel) 

 ABed 



AbeD 

 AbCd 



AbeD 

 AbcD 



AbeD 

 aBCd 



Abel) 

 aBel) 



Abel) 

 abCD 



AbcD 

 Abed 



AbeD 

 aBed 



AbeD 

 abCd 



AbeD": 

 abel);;-' 



AbcD 

 abed 



aBCd 

 ABCI ) 



aBCd 

 ABLd 



aBCd 

 ABcD 



aBCd 

 AbCl ) 



aBCd 

 aBCD 



aBCd 

 ABed 



aBCd 

 AbCd 



aBCd 

 AbeD 



aBCd 

 aBCd 



aBLd 

 aBel ) 



aBCd 

 abCI ) 



aBCd 

 Abed 



aBCd 

 aBed 



aliCd 

 abCd' 



aBCd 

 abcD 



aBCd 

 abed 



aBel) 

 ^ABCD 



aliel) 

 ABCd 



aBeD 

 ABeD 



aBel) 

 AbCD 



aBeD 

 aBCD 



aBel) 

 ABed 



aBel) 

 AbCd 



aBcD 

 AbeD 



aBeD 

 aBCd 



aBeD 

 alkl ) 



aBeD 

 abCI ) 



aBel) 

 Abed 



aBcD 

 , aBed 



aBeD 

 abCd 



aBeD' 

 abel) 



aBcD 

 abed 



JabLl) 

 -■ABCD 



abCD 

 ABCd 



abCD 

 ABeD 



abCD 

 AbCD 



abCD 

 aBCD 



abCD 

 ABed 



abCD 

 AbCd 



abCD 

 Abel ) 



abCD 

 aBCd 



abCD 

 aBel) 



abCD 

 abCD 



abCD 

 Abed 



abCD 

 aBed 



abCD 

 , abCd 



abCD,? 

 abel)/ 



abCD 

 abed 



V Abed 

 ABcl ) 



Abed 

 ABCd 



Abed 



Abed 

 AbC 1 ) 



Abed 



Abed 



AI Jtü 



Abed 



Abed 



ADCL^ 



Abed 



Abed 



Abed 



Abed- 



A K,-,1 



ADlU 



Abed 

 arseu 



Abed 



Abed 

 aocu 



Abed 

 abed 



, aBed 

 /'ABCI ) 



aBed 

 ABCd' 



alSed 

 ABel) 



aBed 

 AbCD 



aBed, 

 aBCD 



aBed 

 ABed - 



aBed 

 AbCd 



aBed 

 AbeD 



aBed 

 aBCd 



aBed" 

 aBeD 



aBed 

 abCD 



aBed 

 Abed 



aBed, 

 aBed"' 



aBed 

 abCd 



aBed 

 abcD 



aBed 

 abed 



abed 

 - ABlI ) 



ahCd 

 ABCd 



abCd 

 ABel) 



abCd!; 

 AbCD^ 



abCd 

 aBCD 



abCd 

 ABed 



abCd, 

 AbCd 



abCd 

 AbeD 



-abCd 

 aBCd 



abCd 

 aBcD 



abCd' 

 abCI) 



abCd 

 Abed 



abCd 

 aBed 



,,,, 



abCd,-^; 

 abCd'; 



abCd 



abeD 



abCd 

 abed 



^ABCD 



abel) 

 ABCd 



ahel ) 

 ABel ) 



abeD 

 AbCD 



abeD 

 aBCD 



abcD 

 ABed 



abcD 

 AbCd 



f abcD 

 lÀdcD 



abeD 

 aBCd 



abeD 

 aBel) 



abeD 

 abCD, 



abcD 

 Abed 



abcD 

 aBed 



abeD 

 abCd 



abcD 

 abeD : 



abcD 

 abed 



abed 

 ABCD 



abed 

 ABCd 



abed 

 ABeD 



abed 

 AbCD 



abed 

 aBCD 



abed 

 ABcd 



abed 

 AbCd 



abed 

 AbeD 



abed 

 aBCd 



abed 

 aBeD 



abed 

 abCD 



abed 

 Abed 



abed 

 aBed 



abed 

 abCd 



abed 

 abcD 





ABCD 



ABCd 



ABeD 



AbCD 



aBCD 



ABed 



AbCd 



AbeD 



aBCd 



aBcD 



abCD 



Abed 



aBed 



abCd 



abeD 



abed 



AbCD 



Anm. hei der Korrektur. In dem Schema oben muss die Kombination Reihe 4, Nr. 8 ^-^çj^ 

 sein, die der Reihe 15, N:r 8 ^^^p sein. 



Bei tetramerer Spaltung erhält man also 256 Kombinationen, von denen 175 

 nicht realisierbare Homozygoten sind, 81 entwicklungsfähig sind. Von den letzte- 

 ren ist eine eine reine Rezessive, also eine aberrante Kombinante. Diese tritt also 

 in 1,2 "/o auf. Dieser Prozentsatz einer Kombinante ist in den Kulturen der Stamm- 

 bäume I, II und III (S. 72, 73) ziemlich häufig zu sehen. 



