ISIS, Citations of  J. Woyke papers in 1966
 

1. 1966. Zeitsch. Bienenf. 8(9): 332-354. Ruttner, F.; Ruttner, H.
Untersuchungen uber die flugaktivitat und das paarungsverhalten der drohnen.
Woyke papers cited:
   1. No: 25. Naturalne i sztuczne unasienianie matek pszczelich.
Pszczeln. Zesz. nauk. 4(3-4): 183-275; 1960.                                  No citations: 1.
000167                                         Together papers cited: 1.   Together citations: 1.
 

2. 1966. Journal of heredity. 57(5). Tucker, K. W., Laidlaw, H. H. The
potential of multiplying a clone of honey bee sperm by androgenesis: 213 - 214.
Woyke papers cited:
   2. No: 31. Drone larvae from fertilized eggs of the honeybee.
J. apic. Res., 2: 19 -24; 1963.                                                        No citations 1.
000692                                            Together papers cited: 1.   Together citations: 1.
 

3. 1966. Umschau in Wissenschaft und Technik. 21/1966.   Ruttner, F.
Welche Faktoren bestimmen das Geschlecht?: 693 - 696.
Woyke papers cited:
   3. No: 41. Genetic proof of the origin of drones from fertilized eggs of the
honeybee. J. apic. Res., 4(1): 7 - 11; 1965.                                      No citations 1.
00069                                               Together papers cited: 1.   Together citations: 1.
 

4. 1966. Montfavet. Fresnaye, J. Cinq annees de selection de l'abeille noire
francaise.
Woyke papers cited:
   4. No: 15. Variations anatomo-physiologiques chez la reine d'abeille
revenant du vol de fecondation et processus des fecondations multiples.
Bull. Acad. Pol. Sci., II, IV(3): 81-87; 1956.                                   No citations 1.
000751                                            Together papers cited: 1.  Together citations: : 1.


5. 1966.     8(7).   Woyke, J.   Wovon hangt die Zahl der Spermien in der Samenblase
der auf natürlichem Wege begatteten Königinnen ab?: 236-247.  

      Woyke papers cited:
   5. No: 11a.   Multiple mating of the honeybee queen (Apis mellifera L.) in
one nuptial flight. Bull. Acad. Polon. Sci., ClI, 3, 5: 175-180; 1955.   No citations: 1.  
   6. No: 15a.   Anatomo-physiological changes in queen bees returning
from mating flights, and the process of multiple mating.  
Bull. Acad. polon. Sci. Cl. II, 4, 3: 81-87; 1955.                              No citations: 2.  
   7. No: 22a.   Die Ursachen mehrmaliger Hochzeitsflüge der Königinnen.
Pszczeln. Zesz. nauk., 2(3): 149-151; 1958.                                    No citations: 2.  
   8. No: 25.   Naturalne i sztuczne unasienianie matek pszczelich.
Pszczeln. Zesz. nauk., 4(3/4): 183-275; 1060.                                No citations: 7.  
   9. No: 39.   Causes of repeated mating flights  by queen honeybees,
J. apic. Res., 3(1): 17-23; 1964.   
000909.                                          Together papers cited: 5.   Together citations:15.     


6a. 1966.   J. apic. Res.   5(2).   Woyke, J., Knytel, A., Bergandy, K.  
The presence of  spermatozoa in eggs as proof that drones can develop
from inseminated eggs of the honeybee: 71-78.  
Woyke papers cited:
   10. No: 25.   Naturalne i sztuczne unasienianie matek pszczelich.
Pszczel. Zesz. nauk., 4(3/4): 183-275; 1960.                                   No citations: 1.  
   11. No: 31.   Drone larvae from fertilized eggs  of the honeybee.
J. apic. Res., 2(1): 19-24; 1963.                                                      No citations: 3.  
   12. No:  36.   What happens to diploid drone larvae in a honeybee colony?
J. apic. Res., 2(2): 73-74; 1963.                                                       No citations: 1.  
   13. No: 37.   Rearing and viability of diploid drone larvae.
J. apic. Res., 2(2): 77-64; 1963.                                                       No citations: 1.  
   14. No: 46.   The diploid drones. XX Intern. Apic. Congr.   
000934        Together papers cited: cont. bellow   Together citations: cont. bellow


6b.
1966.   J. apic. Res.    5(2).   Woyke, J., Knytel, A., Bergandy, K.   The presence of
spermastozoa in eggs as proof that drones can develop from inseminated eggs of the
honeybee: 71-78.  
Woyke papers cited:
   15. No: 49.   Rearing diploid drone larvae in queen cells in a colony.
J. apic. Res., 4(3): 143-148; 1965.                                                      No citations: 0.  
   16. No: 51.   Cytological proof of the origin of drones from inseminated
eggs of the honey bee. Bull. Acad. Pol. Sci. V 14(1): 65-67;                  No citations: 1.        
000935                                           Together papers cited: 7.   Together citations: 8.     


7a
. 1966.   J. apic. Res.    5(3).   Woyke, J., Knytel, A.   The chromosome number
 as proof  that drones can arise from fertilized eggs of the honeybee: 149-154.  
Woyke papers cited:
   17. No: 28.   Geneza powstawania niezwyk³ych pszczó³.
Pszczeln. Zesz. nauk. 6(2): 49-63; 1962.                                               No citations: 0.  
   18. No: 31.   Drone larvae from fertilized eggs of the honeybee.
J. apic. Res. 2(1): 19-24; 1963.                                                             No citations: 5.  
   19. No: 37.   Rearing and viability of diploid drone larvae.
J. apic. Res., 2(2): 77-84; 1963.                                                            No citations: 3.  
   20. No: 32.   Rozpoznawanie p³ci ¿ywych larw pszczelich,
Pszczel. Zesz. nauk..7(1): 23-31.                                                           No citations: 2.  
   21. No: 42.   Study on the comparative viability of diploid and haploid
larval drone honeybees. J. apic. Res. 4(1): 12-16; 1965.   
000936.                    Together papers cited: cont. bellow   Together citations: cont. bellow     


7b
. 1966.   J. apic. Res.   5(3).   Woyke, J., Knytel, A.   The chromosome number as proof
that drones can arise from fertilized eggs of the honeybee: 149-154.  
Woyke papers cited:
   22. No: 41.   Genetic proof of the origin of drones from fertilized eggs  of
the honeybee. J. apic. Res. 4(1): 7-11; 1965.                                              No citations: 1.  
   23. No: 46.   The diploid drones. XX Int. Apic. Congr.; 1965.                  No citations: 2.  
   24. No: 49.   Rearing diploid drone larvae in queen cells in a colony.
J. apic. Res. 4(3): 143-148; 1965.                                                              No citations: 1.  
   25. No: 53.   Genetic evidence of biparental origin of adult honeybee drones.
Bull. Acad. Pol. Sci V 14(1): 73-74;196 +Adamska.                                    No citations: 1.  
   26. No: 52.   Cytological proof of the origin of drones from fertilized eggs
of the honeybee. Bull. Acad. Pol. Sci V 14(1): 69-72; 1966.   
000937.                        Together papers cited: cont. bellow   Together citations: cont. bellow                   


7c
. 1966.   J. apic. Res.   5(3).   Woyke, J., Knytel, A.   The chromosome number as proof
that drones can arise from fertilized eggs of the honeybee: 149-154.  
Woyke papers cited:
   27. No: 51.   Cytological proof of the origin of drones from inseminated eggs of the
honeybee. Bull. Acad. Pol. Sci V 14(1): 69-72; 1966 +Knytel +Bergandy.     No citations: 1.  
   28. No: 56.   The presence of sperms in eggs as proof for the development of
drones from inseminated eggs of the honeybee.
J. apic. Res. 5(2): 71-78; 1966 + Knytel  +Bergandy.                                    No citations: 3.  
000938                                                    Together papers cited: 12.   Together citations: 21.     


                                                                1966  Together 

                                   
Woyke paper cited: 28; Citations: 48