1913 January, George W. Bullamore, “Isle of Wight Disease—a new name for an old trouble”, in American bee journal[1], volume 53, number 1, Hamilton, IL, →ISSN, page 26:
From all countries where bee-keeping is practiced we get accounts of troubles which are suspiciously like nosema disease, and I think there is great danger of this malady being spread through its real nature not being understood.
1978, Floyd E. Moeller, Nosema disease : its control in honey bee colonies, Technical bulletin, no. 1569, Washington, DC: United States Department of Agriculture, →OCLC, page 1:
Throughout the world, nosema disease probably occurs wherever bees live. In 1911, E. Zander (34)2 identified Nosema apis Zander, a spore-forming protozoan (class Sporozoa of the microsporidia), as responsible for nosema disease in the honey bee, Apis mellifera L. The parasite infects only adult bees.
2006, Levant Aydin, Ender Gulegen, Ibrahim Cakmak, A. Onur Girisgin, Harrington Wells, “Relation between Nosema and Chalkbrood diseases, and its implication for an apiary management model”, in The Bulletin of the Veterinary Institute in Pulawy[2], volume 50, number 4, Puławy, PL: National Veterinary Research Institute, →ISSN, archived from the original on 2015-03-31, page 471:
Nosema apis are the causative agent of nosema disease (nosemosis) in honeybees (Apis mellifera).
2009 October, Russell Goodman, “Nosema disease of honey bees”, in depi.vic.gov.au[3], Melbourne: Department of Environment and Primary Industries, →ISSN, AG0300, archived from the original on 2015-03-27:
Losses caused by nosema disease are not confined to areas of Victoria having the field conditions mentioned above.
