Book  (1936)  Page(s) 231.  
 
Edelfräulein (HT) Dr. Krüger 1918; L. Rautenstrauch X Anna Olivier; ivory-white, medium-size, well double, form of a cactus-dahlia, lasting, solitary, long & strong stems, upright, growth 6/10. Sangerhausen

Website/Catalog  (1925)  Page(s) 83.  
 
Hybrid Tea Roses...Edelfräulein. Soft pink, passing to cream-white. The expanded bloom reminds of a good cactus dahlia. Cutting sort...Low-grafted garden plants 1 piece G.-M. [Gold-Mark] -.80  

[no longer listed in the 1929 catalogue]

Website/Catalog  (1925)  Page(s) 7.  
 
Edelfräulein, 1921, mother-of-pearl-white

Magazine  (Feb 1918)  Page(s) 1.  Includes photo(s).
 
Edelfräulein (Hybrid Tea 1918). Breeder: Dr. Krüger. Distributor: Herm. Kiese & Co.
The past years brought us mostly lightly filled roses in the Hybrid Tea class. With this novelty we again have a very tightly filled rose, which keeps its full beauty until fading. 'Edelfräulein' descends from a crossing of Lila Rautenstrauch / Anna Olivier; she has inherited from both sorts their beauty. The blooms are almost always solitary on strong stems never drooping like the mother sort. The bud is soft pink, passing to ivory-white when expanding; when fully expanded she could be compared to a cactus dahlia. The very double bloom expands easily and willingly even in rainy weather. This will be an excellent sort for florists, as the blooms are very lasting on the plant and do not easily fade even when cut. The solitary roses on 50-60 cm tall canes are very suitable for bouquets. The expanded rose is also bought readily for garlands. The foliage is metal-green, could howver be a bit alrger in relation to the large bloom. Dr. Krüger can be proud of his 'Edelfräulein', it is in all aspects a noblewoman [Edelfräulein], which will defend its place in the rose garden.
H. Kiese.

Magazine  (1915)  Page(s) 48-49.  
 
Edelfräulein; Frau Lilla Rautenstrauch x Anna Olivier
medium growth, flowers borne single, light pink changing to créme-color; flowers very pretty, a bit tender, sometimes nodding. Description by Dr. Krüger.