Flea NewsVolume 55

Produced by R.E. Lewis, Department of Entomology, Iowa State University, Ames, Iowa 50011
FLEA NEWS is a biannual newsletter devoted to matters involving insects belonging to the order Siphonaptera (fleas) and related subjects. It is compiled and distributed free of charge by Robert E. Lewis in cooperation with the Department of Entomology at Iowa State University, Ames, IA, and a grant in aid from Wellmark International. This newsletter is now available in electronic format. The preferred method of accessing the electronic version is through the World-Wide Web at the following Universal Resource Locator: https://www.ent.iastate.edu/fleanews/aboutfleanews.html or through either Gopher or anonymous FTP: gopher.ent.iastate.edu in the "Publications" directory. In late May of 1997, California-based Central Garden and Pet Company acquired the former Sandoz Agro Inc.'s Animal Health and Pesticide operations, including its flea and tick control manufacturing, research and development facilities in Dallas, TX. The name has since been changed to Wellmark International, and the company has exclusive rights to market patented flea collars, powders and shampoos in the United States and Canada. Corporate offices are situated at 1000 Tower Lane, Suite 245, Bensenville, IL 60106 and the following two consumer hotlines are supported: Specialty Products 1 (800) 248 7763 and Zodiac Products 1 (800): 950 4783. Its Technical Services Manager is Dr. Janet A. Lorenz, (630) 227 6034.



Following is a report on the Third International Symposium on Fleas, held 15-16-October-1997 at Baicheng, Jilin Province, China, filed By Dr. V. S. Ageev, Almaty, Kazakhstan. Excluding Dr. Ageev there were 12 delegates in attendance, all from various institutions in China. Tuesday, 14-October-1997 was registration, at which all participants received copies of the presentations, 9 from China (one lacking an English title), 6 from Kazakhstan and 4 from Russia. In the evening dinner was served in the hotel restaurant during which Dr. GAO Chong-hua, Director of the Chinese Centre for Treatment and Prophylaxis of Plague and Brucellosis delivered an impromptu speech formally opening the Symposium.

The opening address was delivered by Dr. GAO Chong-hua and described the accomplishments of the Chinese Center in flea research. The importance of comprehensive studies on the epizootic and epidemic potentials of fleas in their natural plague foci was stressed, and it was emphasized that bubonic plague from the bites of infected fleas is still a serious public health problem in China. The following papers were then either delivered or summarized during the scientific session:

Ageev, V.S., S.B. Pole & A.A. Sludsky. On the epizootic role of fleas in the Gissar Range (Tadjikistan). pp. 1-4.

Antonova, L.N. The flea fauna of the Norway rat occupying new territories. pp. 5-6.

Serzhan, O.S., A.O. Sheikin & L.N. Antonova. Fauna, taxonomic structure and host complexes of fleas in Kazakhstan and Central Asia. pp. 7-10.

Sheykin, A.O. Fleas of a few rare mam-mal species in Central Asia. pp. 11-12.

Necrasova, L.E., A.M. Aikimbaev, T.V. Meka-Mechenko, V.F. Derno-vaya, A.G. Dernovoy & I.N. Tsepko. Ectoparasites of synanthropic and wild rod-ents as possible carriers of microbes patho-genic to man. pp. 13-16.

Serjan, O.S. & A.O. Sheykin. Ecological and physiological peculiarities of Xenopsylla in different phases of sunspot cycles and the role of these fleas in the dyna-mics of plague epizootics and epidemics. pp. 17-18.

Chumakova, I.V., L.I. Belyavtseva & N.V. Ermolova. To the problem of ecological classification in the order Siphon-aptera. pp. 19-20.

Evchenko, Yu.M., L.I. Belyavtseva, M.P. Grigoriev, G.M. Grizhebovsky, YANG Gui-rong, B.I. Levchenko, SONG Zhi-zhong, L.N. Marchukova & XU Cheng. Specification of Citello-philus tesquorum parasitism under the cond-itions of central Caucasian plague natural focus. pp. 21-22.

Brukhanova, G.D., A.P. Beyer, G.M. Grizhebovsky & I.V. Chuma-kova. The systemic effect of Decis on Yersinia pestis in the organism of Xeno-psylla cheopis. p. 23.

Kuznetzov, A.A. & A.N. Matrosov. Investigation of passive migration of fleas by means of individual labeling. pp. 24-32.

QI Yi-ming & HE Jing-hou. Morph-ological description of the larvae of two plague vector fleas. pp. 33-38.

LIU Jun. Inner Mongolia fleas and their vector effects in the epidemiology of plague. pp. 39-44.

MA Li-ming. Some physiological and environmental factors influencing the feeding activities of Neopsylla bidentatiformis and Citellophilus tesquorum sungaris. pp. 45-53.

ZHANG Rong-guang, WU De-qiang, ZHANG Hong & DENG Kai-ze. Species and distribution of vertebrates and arthropods naturally infected with plague in the Qinghai-Tibet plateau Marmota himalayana plague focus. pp. 54-59.

LI Zhi-lin, LIANG Jian-ning LIU Xan-ming & YIAO Shen-fu. Investig-ation of the fleas parasitizing Citellus alashanicus Büchner and analysis of their epidemiology at the Nan-hua mountain area in Ningxia. pp. 60-65.

LU Miao-gui, QUI Shen-ping, ZHANG Xiao-he & LI Mei-fe. Description of two new subspecies of fleas of Ctenophthalmus (Sinoctenophthalmus) found in Zhejiang Province, China. pp. 66-80.

(Ctenophthalmus (S.) taiwanus zhejiangensis LU & QUI, Ctenophtalmus (S.) breviproj-iciens zhejiangensis LU, ZHANG & LI)

WAN Shen-rong, ZHOU Fang-xiao & LIU Xiao-qian. A new subspecies of Oropsylla alaskensis (Siphonaptera: Cerato-phyllidae). pp. 84-86.

(Oropsylla alakesnsis qinghaiensis WANG, ZHOU & LIU)

It was resolved that the Third International Symposium on Fleas was well organized and a truly successful event in the scientific life of Chinese Medical Entomologists. It was also announced that the Fourth International Symposium on Fleas would be held in Almaty, Kazakhstan, in 1999.

Recently, Mrs. N. F. Darskaya, now retired and living in Moscow, sent some reprints among which was a 110 page volume entitled "An entertaining essay about the activities and personnel of the antiplague system in Russia and the Soviet Union". Most of the volume deals with Mrs. Darskaya's reflections on the contributions of Il'ya Grigor'evich Ioff and Ol'ga Ivanovna Scalon, two of her colleagues at the Antiplague Institute of the Caucasus at Stavropol. Following are the authors, titles and pagination of the contents, translated into American English:

Darskaya, N.F. 1996. Il'ya Grigor'-evich Ioff (on the 100th anniversary of his birth). pp. 111-205.

Darskaya, N.F. 1996. Ol'ga Ivanovna Scalon. pp. 206-212.

Labuni, N.F. & A.G. Reitblat. 1996. A study of the life of Ol'ga Ivano-vna Scalon (1905-1980) pp. 213-219.

Levi, M.I. 1996. Lev Ivanovich Lesh-kovich - fate and life. p. 220.

I. G. Ioff (25-June-1897 * 7-April-1953) was a pioneer in the study of sylvatic plague and its vectors until his death at the age of 56. A detailed obituary was published in Ektoparazity 3: 3-20 (1956) by A. H. Formozov, and both this and the Darskaya étude contains detailed bibliograpies of his works.

Attention is called to the availability of a cumulative index for volumes 1-10 (1987-1996) of Medical and Veterinary Entomology. This 34 page compendium was prepared by A.R. Pittaway of CAB International and is available, free of charge from:

Dr. G. B. White, Editor

Medical & Veterinary Entomology

Royal Entomological Society

105 Breamwater Gardens

Ham, Richmond

Surrey TW10 7SG, U.K.

Also, copies of the Proceedings of the 4th International Symposium on Ectoparasites of Pets are now available. Checks for $25.00 US, made out to the Regents of the University of California should be sent to:

Dr. Nancy C. Hinkle

Veterinary Entomologist

Department of Entomology

University of California,

Riverside, CA 92521


Following is a listing of the contents.

Hinkle, N.C. Forward. xiii-xv.

Donahue, W.A. Jr. History of the symposium on ectoparasites of pets. xvii-xviii.

Hinkle, N.C. Ectoparasites of pets. xix-xxii.

Rust, M.K. Fleas: Their biology, behavior and control. 3-9.

Tacal, J.V. Ectoparasites of pets: The Public Health perspective. 11-13.

Lobetti, R. & L. Jacobson. Babesia canis: Presenting features and complications of the virulent form of the disease. 15-18.

Craig, S. Average flea load on dogs and cats over a period of 96 hours after infest-ation with 100 fleas. 19.

Seidman, M. A natural means of insect control by suffocation. 21-23.

Thomas, R.E., V.V. Ozols, N. Hausser & G.M. Silver. The biology of cat fleas, Ctenocephalides felis, reared on an in vitro feeding system. 25.

Murphey, M., L. Moran & M. Dryden. Establishment of a colony of Ctenocephalides canis on dogs. 27.

Miletic, G. & M. Tesic. In vivo cytogenetic characterization of the effects of Permethrin in BALB/c mice. 29.

Davis, R..M. Use of an orally administered insect development inhibitor (Lufenuron) as a flea control agent in the California ground squirrel, Spermophilus beecheyi. 31-32.

Dryden, M.W. Past sins and future directions in flea control. 33-36.

Metzger, M.E. & M.K. Rust. Studies exploring the overwintering mechanisms of cat fleas. 37-38.

Bossard, R., A.B. Broce & M. Dryden. Insecticide resistance of cat fleas, Ctenocephalides felis felis, in the United States. 39.

Moyses, E.W. A comparative study of two labratory insecticide bioassays for the cat flea. 41.

Miller, R.J., M.W. Dryden, A.B. Broce & D. Suiter. Susceptibility of Ctenocephalides felis pupae to insecticides in various carpet types. 43-45.

Reierson, D.A., M.K. Rust & J. Hampton-Beesley. Activity in carpet of adulticides and insect growth regulators to control cat fleas. 47.

Broce, A.B. & M.W. Dryden. Commercialization of the KSU flea trap. 49-50.

Meo, N.J., B.B. Dunavent, D.M. Keister, P. Jeannin & M.N. Romano. An exploration of factors that may influence flea control in the dog. 51.

Goffaux, V.M. & P.J. Boyd. To count a flea: a comparative analysis of four experimental techniques. 53-55.

Silver, G.M., P.J. Gaines, R.E. Thomas & N. Wisnewski. Biochemical characterization and molecular cloning of an immunoglobulin degrading Ctenocephalides felis gut serine protease. 57.

Vaughan, J.A., R.E. Thomas & A.F. Azad. Passage of host IgG from bloodmeal to hemolymph: implications for vaccine design. 59.

Jarvis, E.E., G.M. Silver & N. Wisnewski. Cloning of genes encoding serine protease inhibitors containing constant and variable domains from the cat flea, Ctenocephalideds felis felis. 61.

Meola, R. & K. Meier. Effects of Pyriproxyfen in the blood diet on adult survival, egg viability and larval development of the cat flea. 63.

Miller, T.A. & B.L. Blagburn. Titration of Pyriproxyfen collars on cats to determine the duration of flea ovisterilant efficacy. 65-66.

Miller, T.A. & L.L. Caruthers. Titration of Pyriproxyfen delivered in shampoo formulations to pets to determine the relationship between dose applied and duration of flea ovisterilant efficacy. 67-68.

Miller, T.A. & B.L. Blagburn. Titration of Pyriproxyfen on pets to deter-mine the relationships between dose applied and duration of flea ovisterilant efficacy. 6970.

Ewald-Hamm, D., K.J. Krieger, E. Schein & H. Dorn. Effacy of Advantage (Imidacloprid) against fleas in naturally infested dogs and cats. Results of two European field studies. 71.

Arther, R.G., J. Cunningham & R. Everett. Evaluating the effects of shampooing or repeated water exposure on the residual efficacy of Advantage (Imidacloprid) for flea control on dogs. 73-74.

Paul, A.J., C.J. Jones & R.G. Arther. Comparative evaluation of Advantage (Imidacloprid) and Program (Lufenuron) for flea control on dogs in a controlled simulated home environment. 75.

Richman, D.L. & P.G. Koehler. Effect of temperature and the synergist piperonyl butoxide on Imidacloprid toxicity to cat fleas (Ctenocephalides felis felis). 77-79.

Postal, J.M., F. Longo, P. Jeannin, J.S. Hunter, III, P. Tanner, D.M. Keister & M. Romano. Efficacy against fleas (Ctenocephalides felis) in cats of two topical formulations of Fipronil (Frontline Spray and Frontline Top-spot) under experimental infestation: An overall analysis of various studies. 81-82.

Hunter, J.S., III, D.M. Keister & P. Jeannin. The effect of Fipronil treated dog hair on the survival of the immature stages of the cat flea, Ctenocephalides felis. 83-84.

Postal, J.M., F. Longo, P. Jeannin, J.S. Hunter, III, P. Tanner, D.M. Keister & M. Romano. Efficacy against fleas (Ctenocephalides felis) in dogs of two topical formulations of Fipronil (Frontline Spray and Frontline Top-spot) after experimental infestation: An overall analysis of various studies. 85-86.

Tanner, P.A., D.M. Keister & P. Jeannin. A study to determine the effects of Frontline Spray treatment and Frontline Spot treatment on fecundity of the cat flea, Ctenocephalides felis, on dogs. 87-88.

Weil, A., P. Birckel, F. Bosc & A.M. Huet. Cutaneous distribution of C-Fipronil following a Spot-on administration to the dog and to the cat. 89.

Silver, G.M., J.D. Maddux, K.S. Brandt, R.E. Thomas & N. Wisnewski. Purification and characterization of the cat flea juvenile hormone esterases. 91.

Dean, S.R. & R.W. Meola. Effects of Lufenuron on larval progeny of the cat flea. 93.

Sifferman, R.L. & M. Groh. A retrospective evaluation of the effects of Lufenuron (Program) on flea allergy dermatitis (FAD) in dogs and cats. 95--96.

Mencke, N., H. Asskildt, D. Ewald-Hamm & H. Dorn. Efficacy of a Spot-on application with Imidacloprid (Advantage) against natural lice infestations in dogs. 97.

Pennington, R;G; & W.B. Warner. Efficacy of Bio-spot (45% Permethrin and 5.0% Pyriproxyfen) for control of fleas, flea ova, ticks and mosquitoes on dogs. 99-100.

Tanner, P.A., M.N. Romano & P. Jeannin. An investigative study to evaluate the effects of medicated shampoos on flea and tick efficacy of Frontline spray treatment on dogs. 101.

Maupin, G. Comparative susceptibility of nymphal Ixodes scapularis, the principal vector of Lyme Disease, to Fipronil and Permethrin. 103.

Postal, J.M., F. Longo, P. Jeannin, J.S. Hunetr, III, P. Tanner, D.M. Keister & M. Romano. Efficacy against ticks (Rhipicephalus sanguineus) in dogs of two topical formulations of Fipronil (Frontline Spray and Frontline Top-spot) after experimental infestation: An overall analysis of various studies. 105-106.

Hinkle, N. C. Economics of pet ectoparasites. 107-109. (Note below)

Donahue, W.A., Jr. Meeting wrap-up and summary. 113-114.

Due to the currency of the article by Dr. Hinkle discussing the economics of pet ectoparasites and the general interest in the subject, Dr. Hinkle has graciously allowed me to include the complete text of her presentation below.

"The cat flea is the primary pest of dogs and cats in California. Other arthropod pests of companion animals include lice, mites, ticks and mosquitoes. These arthropods are considered primary pests, as well as vectors of disease organisms. These five pests and their associated medical conditions account for over $402 million in veterinary expenditures by California pet owners each year.

"There is the additional public health cost of zoonoses transmitted from pets to humans, including rare conditions like plague, tularemia, ehlichiosis and cat scratch fever. These costs were not considered in this study. Nor were costs of over-the-counter products or services or products provided by pest control companies. Only products or survices purchased from veterinary clinics are included in these data.

"California veterinary practices were surveyed using a questionnaire designed to determine weekly numbers of cases and charges for treatment of various arthropods and their attendant disease conditions. California's regional veterinary medical associations assisted in conducting this study by including survey forms in their mailings. In regions where the associations did not collaborate, direct mailings were made to clinics listed in area business directories.

"Mean values were used to extrapolate to statewide values, based on numbers of veterinary clinics in California. According to American Veterinary Medical Association statistics, over 1,600 California veterinary clinics focus on companion animal veterinary care. Very conservative estimates were used, based only on clinics classified as small animal predominantly or exclusively. Thus, all values underestimate the actual significance of these pests to California veterinary health.

"Expenditures for flea-related veterinary conditions include flea control products (for both animal and home), corticosteroids for flea allergy dermatitis, and antibiotics for attendant secondary infections and anthelminitics. Over $320 million is spent annually at California veterinary clinics by pet owners for flea control, therapy for flea allergy dermatitis and tapeworm treatment.

"Pet owners spend $53 million in small animal practices for treatment and prevention of Dirofilaria immitis. This includes annual heart worm testing, heart worm prophylaxis, and treatment of adult heart worm infestations. Even non-eventful treatment of extant infestations can cost several hundred dollars per case. While Dirofilaria immitis infections are still relatively rare on the West Coast, veterinarians have 10% of their patients on heart worm prophylaxis.

"Various mite infestations of both dogs and cats, including ear mites and mange, necessitate veterinary intervention. California pet owners spend over $20 million each year on mite-associated infestations and diseases. The main mite genera affecting dogs and cats include Demodex, Sarcoptes, Notoedres, Otodectes and Cheyletiella.

"Because almost all products registered for ticks also list fleas on the label, it is difficult to identify strictly tick-associated expenditures. For purposes of this survey, an indirect measure of tick significance was used - the incidence of tick-borne diseases. While Lyme disease is still relatively rare in California, especially compared with the eastern seaboard, California veterinarians apparently consider risk to pets sufficiently significant to justify vaccinating almost 4% of their patients for Lyme disease. Treatment to prevent Lyme borreliosis and ehrlichisois cost California pet owners over $9 million per year. Because this survey method does not identify expenditures for vector control, tick-associated expenditure estimates are substantially underestimated.

"The majority of products used to treat for lice are also labeled for fleas, so, again, it is challenging to factor out the portion of insecticides that are purchased for louse control. Louse infestations are sufficiently rare in dogs and cats that their economic significance is probably minor, totaling less than a million dollars per year in California. While an individual infestation may be costly, there are relatively few cases identified in veterinary practice.

"Over one third of pet dogs and cats in California visit veterinarians annually regarding some ectoparasite or associated condition. Treatment of pet ectoparasites and their associated medical conditions account for over half the annual gross income of the typical small animal veterinary practice in California.

"These results are based entirely on responses from small animal veterinary clinics in California. However, the veterinary component of ectoparasite suppression is only one part of the management of these pests. They do not include pet-owner efforts (over-the counter or mail order products), groomers, or pest control services. In an attempt to get a broader view of flea suppression, in particular, estimates were made of economic contributions of these other flea control components.

"It is estimated, for instance, that the typical pet owner spends over $38 attempting to treat flea infestations (on the animal and in the home, exclusive of yard treatments) before seeking services of a professional, either a pest control company or a veterinarian. If these additional expenses were added into the equation it would be apparent that pet ectoparasites contribute significantly more to California's economy than the $402 million expended in veterinary clinics.

"Extrapolating from these data, we can estimate that nationwide approximately $1.7 billion is spent at veterinary clinics each year for flea control. Another $938 million is spent on flea allergy dermatitis, and $184 million for tapeworm treatments. Data for groomers providing flea dips is based on a phone survey and is more tentative, but estimates are that flea dipping by groomers nationwide accounts for another $1.6 billion. Assuming that only half of the 53.3 million pet-owing U.S. households attempt flea control on their own, over a billion dollars a year would be spent in this market.

"An ancillary study has shown (Hinkle, unpublished data) that, nationwide, flea accounts produce approximately $348 million annually for U.S. pest control companies. A phone survey of pest control companies in 11 regions of the U.S. in fall of 1996 revealed that flea accounts were down in all except one of these regions (New England). This decline was attributed to various factors including weather, extensive insect growth regulator use, homeowner applications (especially of borate products), and the shift toward veterinary services for flea suppression.

"Estimates nationwide for flea-related control and treatment efforts, in summary, amount to $2.822 billion (veterinary clinics), $1.6 billion (groomers), $348 million (pest control companies), and $1.01 billion (pet-owners), for an annual total of $5.78 billion. Control costs of other ectoparasites would increase this sum." Nancy Hinkle.


The following request for preserved flea larvae has be submitted by Dr. Robert Elbel and Theodore Gurney, Department of Biology, University of Utah, Salt Lake City, UT 84112.

A morphological classification of flea adults has been developed over the years, but flea larvae have been neglected. Elbel (1991 in F. Stehr (ed.), Immature Insects. Volume 2. Kendall/Hunt Publishing Company, Dubuque, IA) examine 52 larvae of the ~264 species of fleas of North America north of Mexico. Compared to adults, larvae have fewer morphological characters: Mandibular shape and number of teeth, setal number, position, length and shape of the head capsule, body segments and terminal anal segment. Due to the paucity of morphological characters, we are developing techniques to test flea larvae for DNA similarities. Studies to date on flea DNA have been limited to adults and our interests are in comparing larval and adult classifications. At the present, based on morphological similarities, our larval classification differs somewhat from that of the adults.. The use of DNA characters may help to resolve these current differences.

Our goal is to obtain and describe as many different flea larvae as possible and devise a classification that fits both the larvae and the adults. Flea larvae reared from known adults and with associated adults should be killed in and preserved in 95% ethanol, in rubber or plastic stoppered plastic or microfuge tubes. Rodent nests and bat guano should be placed immediately into 95% ethanol in tightly sealed plastic jars in the field. Vials, tubes and jars should be sealed with parafilm to prevent evaporation which can destroy the DNA when the water content rises to 50%. DNA is desolved by water, so water cannot be used in processing. Also, mounted specimens cannot be removed from slides for study because prior clearing in KOH, rinsing in water and the lower percentages of ethanol has destroyed the DNA.

Freshly engorged adults and larvae may give false positives due to the presence of the host's blood. While larve feed mainly on dried blood and other organic detritus, they may imbibe liquid blood from the anus of the adults or from an injured host. However, the digestive system soon dissolves host DNA.

Flea larvae and adults will be identified individually while in 95% ethanol with a compound microscope. Larvae that do not fit in the 1991 key will be characteized and voucher specimens set aside for mounting. Remaining specimens will be removed from the 95% ethanol, dried, ground individually or preferably in lots of 10 or more in pronase SDS for one hour at 45 C, then extracted with phenol-chloroform and 95% ethanol. The resulting precipitate will be chilled for two hours at -20 C, centrifuged, washed in 75% ethanol, dried, dissolved in low tris pH 8 and tested for DNA using PCR. R.E. Elbel.


Not since the December 1994 issue of Flea News (49:559) have I included a complete listing of new taxa known to me, along with their data. Following is a listing for 1993 through 1997, although it is unlikely that the more recent years are yet complete. Readers knowing of additional taxa described but not included in the following list are urged to contact me with their particulars. Where possible, abbreviations for the institutions where the primary types are deposited follow Arnett et al., 1993, The insect and spider collections of the world.


atlantidis Beaucournu. Leptopsylla algira. Bulletin de la Société Francais de Parasitologie 11(2): 259-263. Ex. Crocidura canariensis, Canary Islands, Montana Clara, 29.18N 13.33W, 2.V.1990, R. Hutterer & O. Molina leg. Holotype male, ZFMK

exiensis WANG Dun-qing & LIU Jing-yuan. Ctenophthalmus (Sinoctenophthal-mus) Acta Zootaxonomica Sinica 18(4): 490-492, Ex. Rattus norvegicus, China, Hubei Province, Shennongjia Forest Region, ~31.75N 110.67E, 8.V.1989. Holotype male, IPDH

lopesi Guimaraes & Linardi. Hechtiella. Memorias Inst ituto Oswaldo Cruz 88(4): 547-550. Ex. Proechimys sp., Brazil, Sao Paulo State, Salesopolis (Ecological Station of Boraceia), 12.VIII.1973, E. Dente leg. Holotype male, MZSP

siboi YE Rui-yu & YU Xin Neopsylla. Acta Entomologica Sinica 36(3): 371-374. Ex. Cricetulus migratorius, China, Xinjiang Province, Bole, 44.55N 82.05E, 30.X.1989. Holotype male, XIED

zhengi XIE Bao-qi, HE Jin-hou & CHAO Zhong-jie. Chaetopsylla. Acta Zootaxon-omica Sinica 18(1): 105-107, Ex. Paguma larvata, China, Yunnan Province, Jianchuan County, ~2500-2700 m, III-IV. 1977. Holotype male, RIED


australiaca Beaucournu & Kock. Lagaropsylla mera. Annales de la Société Entomologique de France 30(2): 201. Ex. Tadarida jobensis, Australia, Western Australia, Mount Hart, 16.55S 125.05E, 11.IX.1976, Kimberly Expedition leg. Holotype female, BMNH

changi WU Hou-yong, ZHAO Qi-fi & LI Zhen-hai. Wagnerina. Researches on Fleas, pp 84-87. Ex. Trogopterus xanthipes, China, Hebei Province, Yuxian County ~39.51N 114.30E, X.1985 & XI.1990. Holotype male, AMMS

heishuiensis LI Kuei-chen & LIU Lian-zhu. Hystrichopsylla (Hystroceras). Entomomtaxonomia 16(4): 269-271. Ex. Niviventer confucianus, China, Sichuan Province, Heishui, ~29.02N 108.48E, 9.VIII.1960. Holotype male, GMCC

iberica Ribeiro, Lucientes, Osacar & Calvete. Echidnophaga. Journal of Medical Entomology, 31(6): 887-889, Ex. Oryctolagus cuniculus, Spain, Zaragoza Provine, Saragoça, 14.XII.1992, J. Lucientes leg. Holotype male, JLCC

intermedium GUO Tian-yu, LIU Quan & WU Hou-yong. Paradoxopsyllus. Researches on Fleas, pp. 96-98, Ex. Ochotona gloveri, China, Sichuan Province, Danba County, 30.08N 101.09E, 12.V.1988. Holotype male, AMMS

liae GUO Tian-yu, LIU Quan & WU Hou-yong. Paradoxopsyllus. Researches on Fleas, pp. 99-101, Ex. Rattus niviventer, China, Sichuan Province, Kangding County, 30.00N 101.09E, V.1988. Holotype male AMMS

liui GUO Tian-yu, LIU Quan & WU Hou-yong. Frontopsylla. Researches on Fleas, pp. 93-95, Ex. Apodemus lantorum, China, Sichuan Province, Luding County, 29.09N 102.20E, IV & V.1988. Holotype male, AMMS

malayana Beaucournu & Kock. Lagaropsylla. Senckenbergiana biologica 73(1-2): 67-75, Ex. Tadarida plicata, Malaysia, Negeri Sembilan Province, Kuala Pilaln, 02.44N 102.15E, A.J. Beck leg. 29.XI.1966. Holotype male SMF Si.3.1992.1&2.

mengdaensis CAI Li-yun & WU Wen-zhen . Hystrichopsylla (Histroceros). Acta Entomologica Sinica 37(2): 225-228, Ex. Eothenomys eva, China, Qinghai Province, Xunhua County, Mongdo Tian-chi, ~35.48N 102.35E. Holotype male, RIED

peninsularis Lewis. Thrassis. Journal of the New York Entomological Society 101(4): 536-541 (1993), Ex. Ammospermophilus leucurus, Mexico, Baja California, 9 km NW Rancho Santa Inez, 29.46N 115.09W, 15.I.1984, E. Yensen leg. Holotype male, USNM 104870.

polyspina LIU Quan, WU, Hou-yong & LI Xiao-lan. Amphipsylla. Researches on Fleas, pp. 88-92, Ex. Myospalax fontaniere, China, Ningxia Huizu A.O., Guyuan County, 36.00N 106.20E. Holotype male AMMS.

subulispina CAI Li-yun, WU Wen-zhen & LI Zhi-lum. Wagnerina (Anarcuata). sg. nov. Acta Entomologica Sinica 37(2): 225-228 Ex. Petaurista xanthotis, China, Qinghai Province, Nanggen County, ~3.800 m, IX.1989. Holotype male, RIED.


andersoni George & Beaucournu. Orthopsylloides. Bulletin de la Société Entomologique de France 100(2): 169-172, Ex. Melomys rufescens, New Guinea, Baiyer River Wildlife Sanctuary, ~05.35S 144.10E, VIII-IX.1985, T. Anderson leg. Holotype male, BMNH.

baiyerensis George & Beaucournu. Orthopsylloides abacetus. Bulletin de la Société Entomologique de France 100(2): 169-172, Ex. Rattus ruber, New Guinea, Baiyer River Wildlife Sanctuary, ~05.35S 144.10E, 4.IX.1985, T. Anderson leg. Holotype male, BMNH.

grenieri Beaucournu & Rodhain. Ctenocephalides. Parasite 2: 297-300, Ex. Procavia rufipes [=capensis], Cameroun, Ngaoundéré, 07.19N 13.35E, VII.1960, J. Mouchet leg. Holotype male, JCBC.

liae ZHANG Rong-guang, WU De-qiang & LI Bao-su. Monopsyllus. Acta Entomologica Sinica 38(2): 234-236, Ex. Eutamias sibiricus, China, Gansu Province, Longxi & Huning Counties, Lingtai, IV-VIII.1965. Holotype male, AIGS.

lui LI Kuei-chen. Syngenopsyllus. Acta Zootaxonomica Sinica 20(1): 102-106, Ex. "squirrel", China, Sichuan Province, Mt. Emei, 25.VII.1955, LI J.-y. leg. Holotype male, GMCC.


angustiproceria WU Hou-yong, GUO Tian-yu & LIU Quan. Xenodaeria. Liuxingbingxue Diaocha Jikan 2: 77-82, Ex. Sorciculus nigrescens, China, Tibet, Tsona County, 13.VI-9.VII.1993, 2,500-4,300 m. Holotype male, AMMS.

breviprocera WU Hou-yong, GUO Tian-yu & LIU Quan. Palaeopsylla. Liuxingbingxue Diaocha Jikan 2: 83-86, Ex. Rattus niviventer, China, Tibet, Lhuntse County, Bangqi, VI.1994, 2,600 m. Holotype male AMMS.

heishuiensis LI Kuei-chen. Macrostylo-phora. Acta Zootaxonomica Sinica 21(2): 239-243, Ex. Apodemus sp., China, Sichuan Province, Heishu, 32.00N 103.00E, IX.1960, CHEN Ning-yu leg. Holotype male, GMCC.

hohuana LEIN Jih-ching & WENG Ming-hui. Chaetopsylla. Journal of the Taiwan Museum 49(1): 105-110, Ex. Mustela sibirica, Taiwan, Nantou County, Hohuan Pass, 3,000 m, 15.XI.1994, LEIN J.-c. & WENG M.-h.leg. Holotype male IPPM.

jingdongensis LI Kuei-chen. Macrostylo-phora. Acta Zootaxomica Sinica 21(2): 239-243, Ex Dremomys rufigenis, China, Yunnan Province, Caoling, 24.00N 101.00E, X.1965, LI Z.-x. leg. Holotype male, GMCC.

laxiproceria WU Hou-yong, GUO Tian-yu & LIU Quan. Xenodaeria. Liuxingbing-xue Diaocha Jikan 2: 77-82, Ex. Soriculus nigrescens, China, Tibet, Lhuntse County, 20-27.VI.1994, 2,500 m. Holotype male AMMS.

microphthalma Beaucournu & Kock. Ctenophthalmus. Senckenbergiana Biologia 75(1-2): 159-162, Ex. Beamys hindei, Tanzania, Kisarawe District, Kivu Forest Reserve, 06.48S 38.39E, 27.II.1991, Frontier Tanzania Field team leg. Holotype female, SMF Si.2.2995.

postsinusa LIU Quan, GUO Tian-yu & WU Hou-yong. Amphipsylla. Liuxingbing-xue Diaocha Jikan 2: 87-93, Ex. Microtus sp., China, Tibet, Yadong County, 27.04N 88.09E, 16.V.1992. Holotype male AMMS.

tutatoides LIU Quan, GUO Tian-yu & WU Hou-yong. Amphipsylla. Liuxingbingxue Diaocha Jikan, Ex. Pitymys irene, China, Tibet, Yadong County, 27.04N 88.09E, 31.V.1992. Holotype male AMMS.

xui WU Hou-yong, GUO Tian-yu & LIU Quan. Callopsylla (Callopsylla). Liuxing-bingxue Diaocha Jikan 2: 70-76, Ex. Pitymys sikimensis, China, Tsona County, Gongri, 14-25.VI.1993. Holotype male AMMS.

zhangi WU Hou-yong, GUO Tian-yu & LIU Quan. Callopsylla (Callopsylla). Liux-ingbingxue Diaocha Jikan 2: 70-76, Ex. Pitymys sikimensis, China, Lhuntse County, Bangqi, 24.VI.1994. Holotype male AMMS.


larimerius Lewis & Grimaldi. Pulex. American Museum Novitates 3205: 1-9. Host unknown. In Lower Miocene amber from the Dominican Republic. Holotype female AMNH DR-14-1140.

qinghaiensis WANG Shen-rong, ZHOU Fang-xiao & LIU Xiao-qian. Oropsylla alaskensis, III International Symposium on Fleas, X.1997: 84, Ex. Marmota himalayana, China, Quinghai Province, Dulan County. Holotype male, deposition unknown.

zhejiangensis LU Miao-gui, QIU Sheng-ping. Ctenophthalmus (Sinoctenophthal-mus). III International Symposium on Fleas, X.1997: 69, Ex. Rattus norvegicus, China, Zhejiang Province, Jingning (Lianchuan). Holotype male ZPAHS.

zhejiangensis LU Miao-gui, ZHANG Xiao-he & LI Mei-fe. Ctenophthalmus (Sinoctenophthalmus) breviprojiciens. III International Symposium on Fleas, X.1997: 73, Ex. Apodemus agrarius, China, Zheji-ang Province, Yongjia (Jieken). Holotype male ZPAHS.


Although it may not be obvious from the titles, citations included here pertain to fleas and the zoonoses associated with them. No particular effort has been made to search the medical and veterinary literature and the emphasis here is on the taxonomy, system-atics and general biology of the order.

1989 (List 12)

Darskaya, N.F. & B.K. Kotty. The use of artificial shelters in forests for shrews with the aim of studying the mode of life of their fleas. Parazitologiya 23(4): 328-333.

1993 (List 9)

Galloway, T., J.C. Beaucournu & A. Estrada-Peña. Deux puces nouvelles pour les Canaries (Siphonaptera: Ischnopsyllidae). Bulletin de la Société Français de Parasitol-ogie 11(1): 159-162.

Nayak, M.K., S.S. Sehgal & V. Baweja. Morphometric variation within and between two natural populations (from plague endemic areas) and a pure-line labor-atory strain of oriental rat flea Xenopsylla cheopis (Siphonaptera: Pulicidae). Bulletin of Entomology (New Delhi) 34(1/2): 132-141.

1994 (List 7)

Ageev, V.S., A.O. Sheykin & O.S. Serzhanov. Zoogeographical analysis of the fauna of mammal's fleas of the mountains of Central Asia and Kazakhstan. Selvinia 1994(4): 21-26.

CAI Kui-zheng, LI Zuo-min, BAO Jai-ming, SUN Rong-bin, LI Chang-cai, ZHANG Yong-sen & ZHAO Gong-qiang. Preliminary investigations of ectoparasite infestation in domestic rabbits. Chinese Journal of Veterinary Science and Technology 24(4): 16-17.

Reichardt, T.R. & T.D. Galloway. Seasonal occurrence and reproductive status of Opisocrostis bruneri (Siphonaptera: Ceratophyllidae), a flea of Franklin's ground squirrel, Spermophilus franklini (Rodentia: Sciuridae) near Birds Hill Park, Manitoba. Journal of Medical Entomology 31(1): 105-113.

Schelvis, J. Caught between the teeth. A review of Dutch finds of archaeological remains of ectoparasites in combs. Proceed-ings of the Section Experimental and Applied Entomology of the Netherlands Entomolog-ical Society 5: 131-132.

Sheykin, A.O., O.S. Serzhanov, B.M. Jakunin, V.S. Ageev & J.U. Akbutaev. A faunal genetic analysis of specific species of Palaearctic fleas of gerbils. Selvinia 1994(2): 28-33.

1995 (List 6)

Alekseev, A.N. Disease agents and zoo-notic vectors: A system with new features. Bulletin of the Scandinavian Society for Parasitology 5(3): 3-14.

Asmat, G.S.M. The ectoparasites of the lesser bandicoot rat, Bandicoota bengalensis Gray in Chittagong, Bangladesh. Bangla-desh Journal of Entomology 5(1/2): 49-52.

Chilton, G. & T.D. Galloway. Fleas (Siphonaptera: Ceratophyllidae) from nests of white-crowned sparrows (Zonotricha leuco-phrys) in southwestern Alberta, Canada. Canadian Entomologist. 127: 443-444.

Cloudsley-Thompson, J. On being bitten and stung. Antenna (London) 19(4): 177-180.

GUO Tian-yu, XU Rong-man, YAN Ge & WU Hou-yong. Flea survey of Longzi county, Tibet, China. pp. 70-4. In: XU Rong-man, ZHANG Qi-en & HUANG Xiang-rui (Eds.). Contributions to epidemiological survey in China. Volume 1. Beijing, China. Military Medical Science Press.

GUO Tian-yu, XU Rong-man, WANG Da-lin & WU Hou-yong. Flea survey of Cuona county, Tibet, China.. pp. 70-74. In: XU Rong-man, ZHANG Qi-en & HUANG Xiang-rui (Eds.). Contributions to epidemiological survey in China. Volume 1. Beijing, China. Military Medical Science Press.

GUO Tian-Yu, XU Rong-man, WU Hou-yong & YAN Sheng-rang. Flea survey of Yadong county, Tibet China. 63-69. In: XU Rong-man, ZHANG Qi-en & HUANG Xiang-rui (Eds.). Contributions to epidemiological survey in China. Volume 1. Beijing, China. Military Medical Science Press.

Heeschen, K. New compounds and methods for control of fleas on dogs. Thesis, Tierarztliche Hochschule Hannover, Hannover, Germany. 169 pp.

HUANG Jia-liang et al. An investigation of small mammals and their ectoparasites in the mountainous areas of southern Hainan Province. Chinese Journal of Vector Biology and Control 6(1): 37-41.

HUANG Zheng-mei & BA Wen-fe. Survey of rats and their fleas in rural homes in Yuxi, Yunnan. Chinese Journal of Vector Biology and Control 6(1): 46-49.

Moshier, S.E., R.A. Watkins & A.J. Pinter. Parasites of small mammals in Grand Teton National Park. Babesia and Hepatozoon. 19th Annual Report, 1995, National Park Service Research Center. H.J. Harlow & M. Harlow (eds.) pp. 67-69.

Scheykin, A.O., O.S. Serzhanov, B.M. Jakunin, V.S. Ageev, J.U. Akbutaev & B.D. Taschenov. Taxo-nomic structure and the ways of evolution of faunal complexes in Palaearctic gerbil fleas. Selvinia 1995(1): 29-35.

Stanko, M. Current status of knowledge on ectoparasites (Siphonaptera: Anolpura: Ixodida: Mesostigmata) of the small mam-mals in the Biosphere Reserve in the east Carpathians. Natura Carpatica 36: 61-70.

Sunityoso, S., M. Sudomo & F.M.L. Simanjuntak. Ectoparasites of Rattus spp. captured in the area of Manggarai and its surroundings, south of Jakarta. Jurnal Biologi Indonesia 1(3): 51-57.

WANG Shen-rong et al. Studies on experimental plague vector efficiency of Citellophilus tesquorum sungaris at different temperatures. Chinese Journal of Vector Biology and Control 6(1): 50-53.

1996 (list 4)

Ageev, V.S. & S.B. Pole. Fleas of the marmots in the plague enzootic areas of the Tien Shan and Pamiro-Altai mountains. pp. 89-94. In: M. LeBerre, R. Ramousse & L. Guelte (eds.). Biodiversity in marmots. International Marmot Network. Moscow, Lyon.

Ageev, V.S., S.B. Pole, V.S. Arakelyanz & N.T. Kunitskaya. Marmot fleas and their role in the mainten-ance of plague focality in the north-east of central Tien Shan (the Kokpak plague meso-focus). p. 91. Abstract II. International Conference on Marmots. Cheboksary, Chuvash Republic, Russia, 9-13 September 1996.

Alhaidari, Z., T. Olivry & J.P. Ortonne. Acquired feline hair shaft abno-rmality resembling trichorrexis nodosa in humans. Veterinary Dermatology 7(4): 235-238.

Anonymous. An entertaining essay about the activities and personnel of the antiplague system in Russia and the Soviet Union. "Informika", Moskva. pp. 111-220.

Atwell, R., J.M. Postal, M. Fitzgerald, K. Kendall, C. Kidd, B. Howlett, C. Jensen, I Johnstone & V. Menrath. Clinical field assessment of a topical preparation of Fipronil in domestic cats with application by their owners. Australian Veterinary Practitioner 26(3): 154.

Bardt, D. & E. Schein. Drug resistant flea populations and problems with therapy. Kleintierpraxis 41(8): 561-570.

Bazanova L.P. & M.P. Maevskii. Duration of survival of the plague microbe in Citellophilus tesquorum altaicus. Meditsin-skaya Parazitologiya i Parazitarnye Bolezni (1996) No. 1: 45-48.

Berdal, B.P., R. Mehl, N.K. Meidell, A.M. Lorentzen-Styr & O. Scheel. Field investigations of tularemia in Norway. In: First International Congress on Tularemia, Umea, Sweden, 23-25 August 1995. G. Sandström, A. Sjöstedt & A Tärnvik (eds.). FEMS Immunology and Medical Microbiology 13(3): 191-195.

Blades, D.C.A. & C.W. Maier. A survey of grassland and montane arthropods collected in the southern Okanagan region of British Columbia. Journal of the Entomological Society of British Columbia 93: 49-73.

Butler, J.M. & T.J. Roper. Ectoparasites and sett use in European badgers. Animal Behaviour 52(3): 621-629.

Carlotti, D.N. Dermatology of dogs and cats. II. Allergy testing in vivo: Flea bite allergic dermatitis, atopy and food allergy. Revista de Medicina Veterinaria (Buenos Aires) 77(5): 358-371.

Clyde, V.L. Practical treatment and cont-rol of common ectoparasites of exotic pets. Veterinary Medicine 91(7): 634-637.

Darskaya, N,F. & V.M. Malygin. On the fleas of mammals from the Ucayali River basin, Peruvian Amazonia. Parazitologiya 30(2): 187-190.

Donahue, W.A. & R. Young. Assess-ing the efficacy of (S)-methoprene collars against flea egg hatch in pets. Veterinary Medicine 91(11): 1000-1005.

Dryden, M.W. A look at the latest developments in flea biology. Veterinary Medicine (Supplement) 91(6): 3-9.

Dryden, M.W. Epidemiology and control of fleas infesting dogs and cats. Veterinary Quarterly 18 (Supl. 1): S44-S45.

Dufva, R. Sympatric and allopatric combinations of hen fleas and great tits: A test of the local adaptation hypothesis. Jour-nal of Evolutionary Biology 9(4): 505-510.

Dufva, R. & K. Allander. Variable effects of the hen flea Ceratophyllus gallinae on the breeding success of the great tit Parus major in relation to weather conditions. Ibis 138(4): 172-177.

Ehrentreich, L. & H.H. Wrieg. Anti-histaminics and polyunsaturated fatty acids in the management of canine pruritus. Klein-tierpraxis 41(11): 829 ... 838.

Elbel, R.E. Significance of larval class-ification of fleas (Siphonaptera) as related to the adults (an update). Proceedings of the 49th Annual Meeting of the Utah Mosquito Abatement Association, 29 September / 1 October 1996. pp. 16-22.

Eremina, O.Yu., S.A. Roslavtseva, E.I. Bakanova, A.E. Shipov, G.V. Zhadanova, T.A. Mastryukova & M.I. Kabachnik. Karesan as a selective inhibitor of carboxylesterases in arthropods and worms. Biology Bulletin of the Russian Academy of Sciences 23(2): 187-194.

Fedorov, K.P., A.G. Mirzaeva, V.A. Marchenko & V.F. Sapegina. On the history of development of parasitological studies at the Institute of Biology of the Sib-erian Branch of the Russian Academy of Sciences. Siberian Journal of Ecology 3-4(1996): 35-360.

Franc, M. & M.C. Cadiergues. Value of the systemic insect growth regulator Lufenuron, administered orally in the control of Ctenocephalides felis. Parasite 3(3): 277-282.

Galloway, T.D. & J.E. Christie. On the occurrence of Chaetopsylla lotoris (Stewart) (Siphonaptera: Vermipsyllidae) on raccoons, Procyon lotor (L.) in Manitoba. Proceedings of the Entomological Society of Manitoba 52: 18-19.

Genchi, C. The dog and cat flea: An unid-entified host? Obiettivi e Documenti Veter-inari 17(5): 27-29.

GONG Zheng-da, XIE Bao-qi & LIN Jia-bing. The ecology and flea fauna of Mt. Gaoligong in Yunnan. Zoological Res-earch 17(1): 59-67.

Hopkins, T.J., C. Kerwick, P. Gyr & I. Woodley. Efficacy of Imidacloprid to remove and prevent Ctenocephalides felis infestations on dogs and cats. Australian Veterinary Practitioner 26(3): 150-153.

Hopkins, T.J., I. Woodley & P. Gyr. Imidacloprid topical formulation: larvicidal effect against Ctenocephalides felis in the surroundings of treated dogs. Australian Veterinary Practitioner 24(4): 210-214.

HUANG Jia-liang, et al. Investigation of murine-like animals and their external parasites in the Xisha Isles. Chinese Journal of Vector Biology and Control 7(1): 25-28.

Jacobs, D.E., M.J. Hutchinson, K.J. Krieger & D. Bardt. A novel approach to flea control on cats using Pyriproxyfen. Veterinary Record 139(2): 559-560.

Jones, C.J. Immune responses to fleas, bugs and sucking lice. pp. 150-174. In: S.K. Wikel (ed.). The immunology of host-ectoparasitic arthropod relationships. Oxford University Press, New York.

Kononova, I.M. Ectoparasite fauna of Microtus oeconomus in the Prilukskii reserve in Belarus. Parazitologiya 30(1): 27-31.

Krieger, R.I., T.M. Dinoff & J. Peterson. Human disodium octaborate tetrahydrate exposure following carpet flea treatment is not associated with significant dermal absorption. Journal of Exposure Analysis and Environmental Epidemiology 6(3): 279-288.

Kristofík, J., P. Masán & Z. Sustek. Ectoparasites of the bee-eater (Merops apiaster) and arthropods in its nests. Biologia (Bratislava) 51(5): 557-570.

Krylov, D.G. Flea fauna of small mammals in the Kostroma region. Parazitologiya 30(1): 19-26.

LI Chao & WU Wen-zhen. A new record of Ceratophyllus in China (Siphon-aptera: Ceratophyllidae) Acta Zootaxonomica Sinica 21(1): 61.

LI Gui-zhen, CENG Ya-chun & CENG Fan-zhen. Description of three new subspecies of Ctenophthalmini (Sino-ctenophthalmus) and discussion (Siphonap-tera: Hystrichopsyllidae). Animal Taxology 21(1): 110-117.

LI Gui-zhen, LI Kuei-chen, ZENG Ya-chun, ZENG Fan-zhen & PAN Bo-hong. On three new species of Ctenophthalmus (Sinoctenophthalmus) with discussions of some pertinent problems (Siphonaptera: Hystrichopsyllidae) Acta Zootaxonomica Sinica 21(1): 110-117.

C. jixiensis, C. xinganensis & C. xinyiensis (paper not seen).

LIEN Jih-ching & WENG Ming-hui. A new species of flea (Siphonaptera: Vermi-psyllidae) from Taiwan. Journal of the Taiwan Museum 49(1): 105-110.

LIN Dia-hua et al. Study on blood-sucking activity of Xenopsylla cheopis at high and low temperatures with 125I labelled method. Chinese Journal of Vector Biology and Control 7(1): 22-24.

LIU Quan, GUE Tian-yu & WU Hong-yong. Description of two species of genus Amphipsylla in China (Siphonaptera: Leptopsyllidae) Liuxingbingxue Diaocha Jikan 2(1996): 87-93.

Makundi, R.H., B.S. Kilonzo & C.A. Sabuni. Laboratory evaluation of the efficacy of Permetherin impregnated overalls for protection against Xenopsylla cheopis (Rothschild) (Siphonaptera: Pulicidae). International Pest Control 38(2): 56-57.

Medvedev, S.G. Fleas from the family Ischnopsyllidae (Siphonaptera) in Russia and adjacent countries. Entomologicheskoe Obozrenie 75(2): 438-454.

Mei, M. Nuovi dati corologici su alcuni Sifonatteri della fauna Italiana. Fragmenta Entomologica, Roma 27(2): 525-553.

O'Dair, H.A., P.J. Markwell & I.E. Maskell. An open prospective investigation into aetiology in a group of cats with suspect-ed allergic skin disease. Veterinary Dermat-ology 7(4): 193-202.

Onishi, T., H. Inokuma & Y. Uzuka. Effects of Diazinon 20% Spot-on on the flea and tick infestation in dogs and cats. Journal of the Japanese Veterinary Medical Assoc-iation 49(9): 641-644.

Putsintseva, L.S.& V.P. Dremova. Insecticidal activity of a new combined dust Malkord. Meditsinskaya Parazitologiya i Parazitarnye Bolezni (1996) No. 1: 34-36.

Putsintseva, L.S., V.P. Dremova, T.Z. Rysina & Yu.V. Ermishev. Insecticidal activity and toxicity of a novel pyrethroid insecticide, Bistar. Meditsinskaya Parazitologiya i Parazitarnue Bolezni (1996) No. 4, 26-28.

Rendell, W.B. & N.A.M. Verbeek. Are avian ectoparasites more numerous in nest boxes with old nest material? Canadian Journal of Zoology 74(10): 1819-1825.

Reimann, U. Alternative methods of rearing and breeding haematophagous arthro-pods with a new contribution to rearing fleas (Ctenocephalides felis). Thesis, Tierarztliche Hochschule Hannover. Hannover, Germany. 177 pp.

Rodhain, F. Insects know no border. Proceedings of the 5th Colloquium on the Epidemiology of Infectious Diseases, Institut Pasteur, Paris, France. 26 April 1996. Medecine et Maladies Infectieuses 16(Special): 408-414.

Roman, P., S. Martinez, F.J. Dotl, J.A. Greco & A Romano. Control of Ctenocephalides ssp. on dogs with an application of Imidacloprid Spot-on 10%. Revista de Medicina Veterinaria (Buenos Aires) 77(6): 406 ... 411.

Ruiz, A., A.M. Navarro, E. Vargas, J. Sánchez, A. Sato & E. Escobar. Bubonic plague in Peru: A multisectorial focus of control. Boletin de la Oficina Sani-taria Panamericana 121(4): 363-367.

Saxena, V.K. & T. Verghes. Ecology of flea transmitted zoonotic infection in Mam-la village, Beed District [India?]. Current Science 71(10): 800-803.

Skírnisson K. & Á.Á. Jónsson. Parasites and ecology on the common eider in Iceland. Bulletin of the Scandinavian Society for Parasitology 6(2): 126-127.

Stanko, M. & J. Fricova. A contribut-ion to the knowledge of the small mammals (Insectivora, Rodentia) and their ectopara-sites in the environs of Plavecske strkoviska. Ochrana Prorody 14L 143-151.

Stanko, M. & L. Mosanskï. Summary of the small mammal fauna (Insectivora, Rodentia) and their ectoparasites in the Nati-onal Nature Reserve at Sivec (Cierna Hora Mountains). Natura Carpatica 27: 201-208.

Thomas, R.E. Fleas and the agents they transmit. In: B.J. Beaty & W.C. Marquardt (eds.). The biology of disease vectors. University of Colorado Press.

Togerson, P. & R. Breathnach. Flea dermatitis and flea hypersensitivity: The current situation in Ireland. Irish Veterinary Journal 49(7): 426-434.

Vashchenok, V.S. Species composition of Siphonaptera in northwestern Russia. Parazitologiya 30(5): 410-424.

Veraldi, S., S. Comozzi & G. Scara-belli. Tungiasis presenting with sterile pustular lesions on the hand. Acta Dermato-Venereologica 76(6): 495.

Viraben, R. Papular urticaria. A cutan-eous sensitivity reaction to environmental arthropods. Annales de Dermatologie et de Vénéréologie 123 (11): 751-756.

WANG Dun-qing & LIU Jing-yuan. A new species of Rhadinopsylla from Shennongjia of Hubei Province, China (Siphonaptera: Hystrichopsyllidae). Acta Zootaxonomica Sinica 21(3): 371-373.

R. (Actenophthalmus) eothenomus (paper not seen).

Wikel, S.K., D.K. Bergman & R.N. Ramachandra. Immunological-based control of blood-feeding arthropods. pp. 290-315. In: S.K. Wikel (ed.). The immun-ology of host-ectoparasitic arthropod relation-ships. Oxford University Press, New York.

WU Hou-yong, GUO Tian-yu & LIU Quan. Two new species of Callopsylla Wagner, 1934 (Siphonaptera: Ceratophyll-idae). Liuxingbingxue Diaocha Jikan 2(1996): 70-76.

WU Hou-yong, GUO Tian-yu & LIU Quan. Descriptions of two new species of Xenodaeria Jordan, 1932 (Siphonaptera: Hystrichopsyllidae). Liuxingbingxue Diaocha Jikan 2(1996): 77-82.

WU Hong-yu, GUO Tian-yu & LIU Quan. A new species of Palaeopsylla Wagner, 1903 (Siphonaptera: Hystricho-psyllidae). Liuxingbingxue Diaocha Jikan 2(1996): 83-86.

Yensen, E., C.R. Baird & P.W. Sherman. Larger ectoparasites of the Idaho ground squirrel (Spermophilus bruneus). Great Basin Naturalist 56(3): 237-246.

Yoshizawa, M.A.C., J.L. Sousa & D. Baggio. Ectoparasites of Rattus norvegicus in the Distrito Federal, Brazil. Revista Brasileira de Parasitologia Veterinaria 5(1): 39-42.

1997 (List 2)

Ageev, V.S., S.B. Pole, V.S. Arakelyanz & V.I. Sapozhnikov. On the history of a discovery and biocenose structure of the Kokpak mesofocus of plague. Abstracts of the III International Conference on Marmots, Cheboksary, Chuvash Republic, Russia, 25-30 August 1997. pp 114-115.

Aikimbayev, A.M., V.S. Ageev & S.B. Pole. Additional information on plague in the central Tien Shan. Abstracts of the III International Conference on Marmots, Cheboksary, Chuvash Republic, Russia, 25-30 August 1997. pp 115-116.

Anonymous. Advantage against fleas. Irish Veterinary Journal 50(6): 337.

Arther, R.G., J. Cunningham, H. Dorn, R. Everett, L.G. Herr & T. Hopkins. Efficacy of Imidacloprid for removal and control of fleas (Ctenocephalides felis) on dogs. American Journal of Veter-inary Research 58(8): 848-350.

Bell, G. Introducing Advantage - The last word in flea control. Irish Veterinary Journal 50(6): 375-380.

Bell, G.D. Tiguvon Spot-on and flea control in dogs and cats. Veterinary Record 140(6): 159.

Bille, N. (ed.). Arsberetning Annual Rep-ort - 1996. Danish Pest Infestation Labor-atory Annual Report 1996. 99 pp.

Carlotti, D.N., E. Guaguère, S. Terrier & D. Legeay. The benefit of Spot-on Permethrin solution in the treatment of flea allergy dermatitis in dogs. A prospec-tive study of 24 cases. Pratique Médicale & Chirurgicale de l'Animal de Compagnie 32(1): 83-89.

Clark, F., D. Deadman, M. Greenwood & K.S.Larsen. A circadian rhythme of locomotor activity in newly emer-ged Ceratophyllus sciurorum. Medical and Veterinary Entomology 11: 213-216.

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