617 chapters
9 hour read
Selected Chapters
617 chapters
ADVERTISEMENT
ADVERTISEMENT
The Smithsonian Miscellaneous Collections series contains, since the suspension in 1916 of the Smithsonian Contributions to Knowledge, all the publications issued directly by the Institution except the Annual Report and occasional publications of a special nature. As the name of the series implies, its scope is not limited, and the volumes thus far issued relate to nearly every branch of science. Papers in the fields of biology, geology, anthropology, and astrophysics have predominated. Leonard
24 minute read
THE BIOTIC ASSOCIATIONS OF COCKROACHES
THE BIOTIC ASSOCIATIONS OF COCKROACHES
( With 37 Plates ) By LOUIS M. ROTH AND EDWIN R. WILLIS Pioneering Research Division, United States Army Quartermaster Research and Engineering Center Natick, Mass. ( Publication 4422 ) CITY OF WASHINGTON PUBLISHED BY THE SMITHSONIAN INSTITUTION DECEMBER 2, 1960 SMITHSONIAN MISCELLANEOUS COLLECTIONS VOLUME 141 (WHOLE VOLUME) THE BIOTIC ASSOCIATIONS OF COCKROACHES ( With 37 Plates ) By LOUIS M. ROTH AND EDWIN R. WILLIS Pioneering Research Division, United States Army Quartermaster Research and En
44 minute read
FOREWORD
FOREWORD
People having only casual interest in insects usually express amazement when they learn how much is known about this most numerous group of animals. However, while entomologists have good reason to take pride in the accomplishments of their contemporaries and predecessors, they are more likely to be appalled by how much remains to be learned. We are indeed ignorant of even the identity of fully half and probably much more than half the total number of insect species. Of those that have been desc
7 minute read
THE BIOTIC ASSOCIATIONS OF COCKROACHES[1]
THE BIOTIC ASSOCIATIONS OF COCKROACHES[1]
By Louis M. Roth and Edwin R. Willis [2] Pioneering Research Division, United States Army Quartermaster Research and Engineering Center Natick, Mass. (With 37 Plates) With most of us collectors the life history of an insect begins in the net and ends in the bottle. Hanitsch (1928) Recently we brought together much of the literature linking cockroaches with the transmission of certain organisms that cause disease in man and other vertebrates. In that paper (1957a) we concluded that cockro
2 minute read
HISTORICAL
HISTORICAL
Chopard (1938) in his book La Biologie des Orthoptères reviewed much of the literature on cockroaches, but of the many biotic associations that exist he discussed only the commensal cockroaches, gregariousness, and familial associations. Asano (1937), who reviewed the natural enemies of cockroaches, mentioned about 10 groups of animals that attack cockroaches. Thompson (1951) in his Parasite Host Catalogue , which was based mainly on papers abstracted or noted in the Review of Applied Entomology
3 minute read
METHODS
METHODS
We have listed the organisms known to be associated with cockroaches systematically by phylum, class, order, and family. Within each family the organisms are listed alphabetically by genus and species. Under each organism the associated cockroaches are listed as natural or experimental hosts, vectors, or prey. Identified cockroaches are listed by the currently accepted name. Unidentified cockroaches are indicated by the word "Cockroaches." The name of each cockroach is followed by the country in
2 minute read
FUTURE WORK
FUTURE WORK
After having examined thousands of references on cockroaches, we are impressed by how little is known about the biology of most species. As a conservative estimate there are 3,500 described species of Blattaria (J. W. H. Rehn, 1951). In our literature survey we found records of biotic associations for about 400 species. Unfortunately, many of these records contain only a sentence or two of biological information. Our detailed knowledge of cockroaches is based on studies of the few domiciliary pe
2 minute read
II. SPECIES OF COCKROACHES
II. SPECIES OF COCKROACHES
The cockroaches referred to in this paper are listed below. The currently accepted name for each species is given alphabetically by genus and species irrespective of its taxonomic affinities. Synonyms used by certain authors whose work we have quoted are given in brackets under the respective species; the synonymy is supported by the reference citation that follows each synonym. References to illustrations of certain species (e.g., Blaberus craniifer ) that appear in the paper follow the names o
33 minute read
CAVE HABITATS
CAVE HABITATS
Caves, mines, and animal burrows are somewhat similar habitats that provide many species of cockroaches with shelter and frequently with food. The microclimates of these cockroach habitats have not been described in detail in the papers cited, but it seems rather obvious that natural caves, man-made caves (mines), and burrows offer relatively stable temperatures and humidities and protection from adverse climatic conditions. Although such cavernicolous animals as birds and bats periodically leav
3 minute read
CAVERNICOLOUS COCKROACHES
CAVERNICOLOUS COCKROACHES
Tanganyika. —From Kulumusi caves, near Tanga. The eyes of this cockroach are reduced to a pair of slender streaks (Shelford, 1910a; Chopard, 1932a). East Africa. —Chopard (1936). Belgian Congo. —A troglophile without well-marked adaptive characters. Collected in moist sand on floor of a sandstone grotto inhabited by bats (Chopard, 1927, 1950a). Taken in many caves in Bas Congo (Leleup, 1956). East Africa. —Accidental inhabitant of cave (Chopard, 1936). Arizona. —"A female and many nymphs were ta
5 minute read
COCKROACHES FROM THE BURROWS OF VERTEBRATES
COCKROACHES FROM THE BURROWS OF VERTEBRATES
Arizona. —In the nests of wood rats, Neotoma sp. (Hebard, 1917). Texas. —In the nests of wood rats, Neotoma sp. (Hebard, 1917; 1943a). Arizona. —The wingless females were commonly found in burrows of Dipodomys spectabilis spectabilis Merriam, the kangaroo rat. The winged males were never found in the burrows (Vorhies and Taylor, 1922). Found most commonly in wood-rat and ground-squirrel dens in the desert regions (Ball et al., 1942). Florida. —Found in a burrow of Peromyscus polionotus rhoadsi (
1 minute read
DESERT HABITATS
DESERT HABITATS
There is relatively little ecological information about cockroaches that live in deserts, even though certain species, notably Polyphaga aegyptiaca , have long been known to inhabit arid zones. In fact, so little is known about the ecology of arid-zone insects in general that it is more a subject for research than for review (Pradhan, 1957). In their account of the cockroaches of Northern Kenya and Jubaland, Kevan and Chopard (1954) describe in some detail the vegetational areas of this arid des
3 minute read
DESERT COCKROACHES
DESERT COCKROACHES
Northern Kenya. —In desert-grass and thorn-bush country; scattered, dry tufts of grasses interspersed among acacia bush and scattered trees (Kevan and Chopard, 1954). U.S.A. —Inhabits desert regions of the Southwest, has been found in nests of wood rats (Hebard, 1917). U.S.A. —On gravelly hillocks, in scattered scrub, and in the nests of wood rats in Texas. It is a desert inhabitant in the Southwest (Hebard, 1917; 1943a). U.S.A. —Inhabits desert regions of the Southwest (Hebard, 1917). In Arizon
3 minute read
AQUATIC HABITATS
AQUATIC HABITATS
The so-called aquatic or amphibious cockroaches are all members of the subfamily Epilamprinae (Chopard, 1938). These forms are not nearly as aquatic as water beetles or aquatic Hemiptera, but in their relations to water they behave differently from nonamphibious cockroaches, which tend to avoid water except for drinking. There are apparently no special morphological characteristics that distinguish amphibious cockroaches (Shelford, 1907, 1909a; Chopard, 1938), although Takahashi (1926) listed se
1 minute read
AMPHIBIOUS COCKROACHES
AMPHIBIOUS COCKROACHES
Panama. —These insects when disturbed would dive into the water that had collected in the base of the bromeliad; they would disappear beneath the surface and remain submerged for some considerable time (Caudell, 1914). Trinidad. —This species was taken from the leaf bases of Tillandsia sp. at 3,100 feet; water had collected between the leaves and the insect was presumed to be more or less amphibious (Scott, 1912). Subaquatic in the bromeliad Glomeropitcairnia erectiflora : "This large and handso
4 minute read
OUTDOOR HABITATS
OUTDOOR HABITATS
This category is a catchall for all cockroaches that are not limited to the more circumscribed habitats that have been previously considered. Some cockroaches in this section select specific microhabitats (e.g., Cryptocercus spp., which live exclusively in rotten logs; and Neoblattella dryas , N. eurydice , and N. grossbecki in bromeliads). Others are found in a wide variety of habitats (e.g., Ischnoptera deropeltiformis and Parcoblatta spp.). But some species are so little known that their actu
3 minute read
COCKROACHES FROM OUTDOOR HABITATS
COCKROACHES FROM OUTDOOR HABITATS
(Except Amphibious, Desert, and Cavernicolous Forms) Puerto Rico. —Living in rotten, wooden fence; living between leaves of Samanea saman and in abandoned cocoons of Megalopyge krugii on bucare trees (Wolcott, 1950). Leeward Islands. —On coconut tree (Princis and Kevan, 1955). Puerto Rico. —As diaphana , in dead branch 10 feet above the ground on Mona Island (Hebard, 1917). In trunks of trees under bark and very often in abandoned cocoons of the "plumilla" (Seín, 1923). On rotten, wooden fence;
9 minute read
STRUCTURAL HABITATS
STRUCTURAL HABITATS
In this category we include all man-made structures, whether inhabited by man or not, that may become infested with cockroaches. A nonexhaustive list of such structures would include dwellings, restaurants, mess halls, barracks, groceries, markets, bakeries, dairies, drug stores, department stores, hotels, hospitals, warehouses, mills, factories, packing houses, animal houses, breweries, incinerators, privies, sewers, sewage treatment plants, ships, aircraft, etc. Although dwellings are only one
5 minute read
LAND-BASED STRUCTURES
LAND-BASED STRUCTURES
Dwellings provide a variety of microhabitats that are acceptable to cockroaches. It has been stated that old houses, or houses that have many cracks and crevices, or have basement kitchens that are not kept clean and in good repair are particularly liable to invasion by cockroaches (Laing, 1946; British Museum [Nat. Hist.], 1951). Although this statement is undoubtedly true, it has been our personal experience, as well as the experience of others, that new, clean, and well-planned houses and apa
2 minute read
COCKROACHES ASSOCIATED WITH LAND-BASED STRUCTURES
COCKROACHES ASSOCIATED WITH LAND-BASED STRUCTURES
Most of the cockroaches listed below are either known domiciliary species or they have been found one or more times in houses or other man-made structures. The known structural pests breed within the building. Certain other species, which have been observed only infrequently in structures and are not known to breed there, may possibly be incipient pests; these latter species may attain future economic importance if they establish breeding colonies within a structure. A few species have undoubted
9 minute read
SHIPS
SHIPS
Sailing ships have long been notorious for their unwelcome hordes of cockroaches, and it was by ship that at least 11 domiciliary species migrated from their centers of origin to other parts of the world (Rehn, 1945). Over 40 nondomiciliary species have been carried by ship from the American Tropics to other parts of the world in cargoes of bananas (p. 146 ). In addition to these, other adventive cockroaches appear from time to time in ports to which they have been carried by ships. Yet by far t
4 minute read
COCKROACHES ASSOCIATED WITH SHIPS
COCKROACHES ASSOCIATED WITH SHIPS
In the following list we include some previously unpublished data on cockroaches that were recovered from ships at the Miami, Fla., Quarantine Station for the periods November 1945 through May 1946; May, June, August, and September 1950; and 17 July 1957 (Porter, personal communication, 1958). These data were lumped, without breakdown to species, under the entry Orthoptera in Porter (1958). Certain of the species listed below occur only accidentally on shipboard and will probably never establish
2 minute read
AIRCRAFT
AIRCRAFT
Michel (1935) stated that the development of air transportation brought the same insect dispersal problems that exist in land and water transportation; in addition, the problem of cockroach infestation had become a very serious one, quite aside from the hygienic point of view, because it had been discovered that these insects seek out the wings of airplanes, where they subsisted on the glue and dope used in airplane construction. However, Dethier (1945) found no cockroaches in dismantled or wrec
50 minute read
COCKROACHES ASSOCIATED WITH AIRCRAFT
COCKROACHES ASSOCIATED WITH AIRCRAFT
In the following list we include some previously unpublished data on cockroaches that were recovered from aircraft in Miami, Fla., International Airport from 1 July 1956 through 30 June 1957 (Porter, personal communication, 1958). These data were lumped under the entry Orthoptera without breakdown to species in Porter (1958). Species reported by Hughes (1949), and cited below as from southern United States, were recovered from aircraft that arrived at Brownsville, Fort Worth, Miami, New Orleans,
3 minute read
IV. CLASSIFICATION OF THE ASSOCIATIONS
IV. CLASSIFICATION OF THE ASSOCIATIONS
Asano (1937) classified the natural enemies of cockroaches into two types as follows: 1. Enemies that feed mainly on cockroaches (certain ripiphorid beetles and certain chalcid, evaniid, and ampulicid wasps). 2. Organisms which, in their search for food, devour cockroaches that may be encountered (certain species of scorpions, spiders, ticks, centipedes, Strepsiptera, ants, birds, rats, and "parasitic bacteria"). Cameron (1955) arranged the associates of cockroaches in two groups as follows: Gro
15 minute read
BACTEROIDS
BACTEROIDS
Blochmann (1887, 1888) discovered intracellular particles (the bacteroids or symbiotes of authors) that resembled bacteria in the fat body of males and females of Blatta orientalis and Blattella germanica (pl. 26 ), in the ova of these insects, and in their embryos. Bacteroids have since been found in at least 25 species and 19 genera of cockroaches. Presumably such microorganisms are universally distributed throughout the Blattaria. General reviews of the bacteroids of cockroaches and other ins
5 minute read
COCKROACHES IN WHICH BACTEROIDS HAVE BEEN FOUND
COCKROACHES IN WHICH BACTEROIDS HAVE BEEN FOUND
Bantua stigmosa. Fraenkel (1921) Blaberus craniifer. Brooks (1954); Brues and Dunn (1945); Hoover (1945). Blaberus giganteus. Blochmann (1892). Blatta orientalis. Blochmann (1887, 1888, 1892); Bode (1936); Brooks (1954); Buchner (1912); Cuénot (1896); Fraenkel (1921); Frank (1955, 1956); Gier (1936, 1947); Glaser (1920); Gropengiesser (1925); Gubler (1948); Heymons (1895); Hollande and Favre (1931); Hoover (1945); Hovasse (1930); Javelly (1914); Keller (1950); Koch (1949); Menel (1907)?; Mercier
2 minute read
BACTERIA
BACTERIA
Evidence showing that intestinal bacteria contribute to the nutrition of cockroaches is meager. Cleveland et al. (1934) isolated a bacterial organism from the foregut of the wood-feeding cockroach Panesthia angustipennis . The bacterium digested cellulose rapidly in vitro and these workers believe that this cockroach and other related wood-feeding species are dependent on symbiotic bacteria for the digestion of their food. Mencl (1907) described cell nuclei in "symbiotic," not closely defined ty
1 minute read
PROTOZOA
PROTOZOA
It is probable that with few exceptions protozoa found in the digestive tract are not necessary for survival of the cockroach. However, very few experiments have been performed to determine the importance, if any, of these microorganisms to the host. Cleveland (1925) removed the protozoa from the cockroach (possibly Periplaneta americana ) by oxygenation at 3.5 atmospheres. The ciliates Nyctotherus and Balantidium , flagellates Lophomonas and Polymastix , the amoeba Endamoeba blattae , and three
3 minute read
POLIOMYELITIS VIRUSES
POLIOMYELITIS VIRUSES
Experimental vectors. — Blattella germanica , U.S.A. (Hurlbutt, 1949, 1950). Periplaneta americana , U.S.A. (Hsiang et al., 1952). Experimental vectors. — Periplaneta americana , U.S.A. (Fischer and Syverton, 1951; Syverton et al., 1952). Experimental vectors. — Periplaneta americana , Great Britain? (Findlay and Howard, 1951): Results with Blattella germanica were negative. Natural vectors. — Blattella germanica and/or Blattella vaga , Periplaneta americana and/or Periplaneta brunnea , and Supe
31 minute read
OTHER VIRUSES
OTHER VIRUSES
Experimental vectors. — Periplaneta americana , U.S.A. (Fischer and Syverton, 1951a, 1957): Recently Fischer and Syverton (1957) found that after feeding a single meal of Coxsackie virus to Periplaneta americana , the gastrointestinal tracts of the insects, which were removed at 5-day intervals up to 20 days, contained sufficient virus to paralyze and kill test mice. Cockroach salivary glands, removed 5 days after the insects had fed, contained the virus which caused paralysis and death in test
1 minute read
* Pseudomonas aeruginosa (Schroeter) Migula
* Pseudomonas aeruginosa (Schroeter) Migula
Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949). Blatta orientalis , U.S.A. (Olson and Rueger, 1950). Blattella germanica , U.S.A. (Olson and Rueger, 1950; Janssen and Wedberg, 1952). Periplaneta americana , U.S.A. (Bitter and Williams, 1949, 1949a; Olson and Rueger, 1950). Experimental vectors. — Blattella germanica , U.S.A. (Herms and Nelson, 1913). Cockroaches, U.S.A. (Longfellow, 1913)....
18 minute read
* Vibrio comma (Schroeter) Winslow et al.
* Vibrio comma (Schroeter) Winslow et al.
Experimental vectors. — Blatta orientalis , Italy (Cao, 1898; Spinelli and Reitano, 1932). Blattella germanica , Orient (Toda, 1923); Germany (Jettmar, 1927). Periplaneta americana , Philippine Islands (Barber, 1914); Netherlands (Akkerman, 1933); Formosa (Morischita and Tsuchimochi, 1926). Periplaneta australasiae , Formosa (Morischita and Tsuchimochi, 1926)....
14 minute read
† Vibrio Types I and II Heiberg
† Vibrio Types I and II Heiberg
Habitat. —Water. Natural vectors. —Cockroaches, India (Pasricha et al., 1938): The vibrios were found in 16 or 17 percent of 94 cockroaches and resembled Vibrio comma in their morphology and their main biochemical reactions; however, serum-agglutination reactions differed....
13 minute read
† Micrococcus nigrofaciens Northrup
† Micrococcus nigrofaciens Northrup
Source. —Diseased June beetle larvae. Experimental infection. — Periplaneta americana , U.S.A. (Northrup, 1914): Three of four adults were infected by feeding them bread saturated with a broth culture of the Micrococcus . After 11 days the tarsi of the cockroaches became infected, and the hind legs split and broke off. Antennae and setae also were affected and micrococci were recovered from the feces....
19 minute read
* Micrococcus pyogenes var. albus (Rosenbach) Schroeter
* Micrococcus pyogenes var. albus (Rosenbach) Schroeter
Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949). Blatta orientalis , U.S.A. (Tauber, 1940; Tauber and Griffiths, 1942). Blattella germanica , U.S.A. (Herms and Nelson, 1913; Herms, 1939; Janssen and Wedberg, 1952). Experimental vectors. — Blatta orientalis , Italy (Cao, 1898); U.S.A. (Tauber and Griffiths, 1942). Micrococcus pyogenes var. albus (= Staphylococcus albus ) and an unidentified short rod form were found by Tauber (1940) in the hemolymph of B. orientalis . These
1 minute read
* Micrococcus spp.
* Micrococcus spp.
These organisms were obtained from pus or were designated as staphylococci [i.e., pathogenic micrococci (Blair in Dubos, 1948)]. Natural vectors. — Blatta orientalis , Italy (Spinelli and Reitano, 1932); Germany (Jettmar, 1935). Blattella germanica , Germany (Jettmar, 1935). Experimental vectors. — Blattella germanica , on shipboard (Morrell, 1911); Germany (Vollbrechtshausen, 1953)....
16 minute read
* Streptococcus faecalis Andrewes and Horder
* Streptococcus faecalis Andrewes and Horder
Natural vectors. — Blatta orientalis , Poland (Nicewicz et al., 1946). Blattella germanica , U.S.A. (Steinhaus, 1941). Periplaneta americana? (" Blatella americana "), England (Shrewsbury and Barson, 1948). Cockroaches [presumably any or all of the above three species], Egypt (El-Kholy and Gohar, 1945)....
14 minute read
* Streptococcus spp.
* Streptococcus spp.
Natural vectors. — Blatta orientalis , Germany (Jettmar, 1935). Blattella germanica , Germany (Jettmar, 1935); U.S.A. (Janssen and Wedberg, 1952). Cockroaches, U.S.A. (Longfellow, 1913). Experimental vectors. — Blatta orientalis , Italy (Cao, 1898). Family CORYNEBACTERIACEAE...
11 minute read
Alcaligenes faecalis Castellani and Chalmers
Alcaligenes faecalis Castellani and Chalmers
Synonymy. — Bacillus faecalis alkaligenes ; Bacillus alcaligenes faecalis ; B. alcaligenes faecalis . Habitat. —Intestinal canal of man. Has been isolated from feces, abscesses related to intestinal canal, and occasionally in the bloodstream. However, it is generally considered nonpathogenic. Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949): Isolated from feces. Blatta orientalis , Poland (Nicewicz et al., 1946): Isolated from intestinal tract. Blattella germanica , U.S.A. (
34 minute read
Alcaligenes viscosus (Weldin and Levine) Weldin
Alcaligenes viscosus (Weldin and Levine) Weldin
Habitat. —Water, dairy utensils; produces ropiness in milk. Natural vectors. — Blattella germanica , U.S.A. (Janssen and Wedberg, 1952): Isolated from intestine and feces. Family ENTEROBACTERIACEAE...
9 minute read
Aerobacter aerogenes (Kruse) Beijerinck
Aerobacter aerogenes (Kruse) Beijerinck
Synonymy. — Bacillus lactis aerogenes. Habitat. —Grains, plants, intestinal tract of man and other animals. Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949): Isolated from feces. Blatta orientalis , Poland (Nicewicz et al., 1946): Isolated from intestinal tract. Blattella germanica , on shipboard (Morrell, 1911): Isolated from feces. Periplaneta americana , U.S.A. (Bitter and Williams, 1949): Isolated from intestinal tract. Cockroaches [presumably Blatta orientalis , Blattel
28 minute read
Aerobacter cloacae (Jordan) Bergey et al.
Aerobacter cloacae (Jordan) Bergey et al.
Synonymy. — Bacillus cloacae. Habitat. —Sewage, soil, water, human and other animal feces. Natural vectors. — Blattella germanica , on shipboard (Morrell, 1911): From feces. U.S.A. (Janssen and Wedberg, 1952; Steinhaus, 1941): From intestinal tract, feces, and oötheca. Periplaneta americana , U.S.A. (Bitter and Williams, 1949): From intestinal tract....
15 minute read
* Escherichia coli (Migula) Castellani and Chalmers
* Escherichia coli (Migula) Castellani and Chalmers
Natural vectors. — Blatta orientalis , Italy (Cao 1898, 1906; Spinelli and Reitano, 1932); France (Sartory and Clerc, 1908); Europe (Jettmar, 1935); Poland (Nicewicz et al., 1946). Blattella germanica , U.S.A. (Steinhaus, 1941). Periplaneta americana , U.S.A. (Bitter and Williams, 1949, 1949a). Cockroaches [presumably one or all of the above three species], Egypt (El-Kholy and Gohar, 1945). Cockroaches, U.S.A. (Longfellow, 1913). Experimental vectors. — Blattella germanica , Germany (Vollbrechts
27 minute read
Escherichia coli var. acidilactici (Topley and Wilson) Yale
Escherichia coli var. acidilactici (Topley and Wilson) Yale
Synonymy. — Bacillus acidi lactici. Source. —Diseased nun moth larvae. Experimental vectors. — Blatta orientalis , Europe (Filatoff, 1904): Organism pathogenic to cockroach when injected but not when fed....
11 minute read
Escherichia freundii (Braak) Yale
Escherichia freundii (Braak) Yale
Habitat. —Soil, water, intestinal canal of man and other animals. Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949): From feces. Blattella germanica , U.S.A. (Janssen and Wedberg, 1952): From intestinal canal and feces. Periplaneta americana , U.S.A. (Bitter and Williams, 1949): From intestinal tract....
14 minute read
* Proteus morganii (Winslow et al.) Rauss
* Proteus morganii (Winslow et al.) Rauss
Natural vectors. — Periplaneta americana , U.S.A. (Bitter and Williams, 1949, 1949a). Cockroaches [presumably Blatta orientalis , Blattella germanica , and/or Periplaneta americana ], Egypt (El-Kholy and Gohar, 1945)....
11 minute read
* Proteus vulgaris Hauser
* Proteus vulgaris Hauser
Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949). Blatta orientalis , Italy (Spinelli and Reitano, 1932). Periplaneta americana , U.S.A. (Bitter and Williams, 1949, 1949a). Cockroaches, U.S.A. (Longfellow, 1913)....
10 minute read
* Salmonella enteritidis (Gaertner) Castellani and Chalmers
* Salmonella enteritidis (Gaertner) Castellani and Chalmers
Experimental vectors. — Blatta orientalis , U.S.S.R. (Rozengolts and I͡udina in Pavlovskii, 1948). Blattella germanica , U.S.A. (Olson and Rueger, 1950); U.S.S.R. (Rozengolts and I͡udina in Pavlovskii, 1948). Polyphaga saussurei , U.S.S.R. (Zmeev in Pavlovskii, 1948)....
14 minute read
* Salmonella morbificans (Migula) Haupt
* Salmonella morbificans (Migula) Haupt
Natural vectors. — Periplaneta americana , Australia (Mackerras and Mackerras, 1948, 1949). Experimental vectors. — Nauphoeta cinerea , Periplaneta australasiae , Periplaneta ignota , and Supella supellectilium , Australia (Mackerras and Pope, 1948)....
11 minute read
* Salmonella schottmuelleri (Winslow et al.) Bergey et al.
* Salmonella schottmuelleri (Winslow et al.) Bergey et al.
Natural vectors. — Periplaneta americana , U.S.A. (Bitter and Williams, 1949, 1949a). Experimental vectors. — Periplaneta americana , Gold Coast Colony (Macfie, 1922). Polyphaga saussurei , U.S.S.R. (Zmeev in Pavlovskii, 1948)....
12 minute read
* Salmonella sp. (Type Oranienburg)
* Salmonella sp. (Type Oranienburg)
Natural vectors. — Periplaneta americana , U.S.A. (Bitter and Williams, 1949, 1949a; Eads et al., 1954). Experimental vectors. — Blatta orientalis , Blattella germanica , and Periplaneta americana , U.S.A. (Olson and Rueger, 1950)....
11 minute read
* Salmonella typhimurium (Loeffler) Castellani and Chalmers
* Salmonella typhimurium (Loeffler) Castellani and Chalmers
Natural vectors. — Blattella germanica , Belgium (Graffar and Mertens, 1950). Nauphoeta cinerea , Australia (Mackerras and Mackerras, 1948). Experimental vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949). Blatta orientalis , U.S.S.R. (Rozengolts and I͡udina in Pavlovskii, 1948). Blattella germanica , Belgium (Graffar and Mertens, 1950); U.S.A. (Olson and Rueger, 1950; Janssen and Wedberg, 1952; Beck and Coffee, 1943); U.S.S.R. (Rozengolts and I͡udina in Pavlovskii, 1948). Nauphoeta c
34 minute read
* Salmonella typhosa (Zopf) White
* Salmonella typhosa (Zopf) White
Natural vectors. — Blatta orientalis , Italy (Antonelli, 1930, 1943). Experimental vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949). Blatta orientalis , Italy (Spinelli and Reitano, 1932); U.S.A. (McBurney and Davis, 1930); U.S.S.R. (Rozengolts and I͡udina in Pavlovskii, 1948). Blattella germanica , U.S.A. (Janssen and Wedberg, 1952); Germany (Jettmar, 1927); U.S.S.R. (Rozengolts and I͡udina in Pavlovskii, 1948). Periplaneta americana , Gold Coast Colony (Macfie, 1922); Netherlands
36 minute read
Serratia marcescens Bizio
Serratia marcescens Bizio
Synonymy. — Bacillus prodigiosus , Bacterium prodigiosum . Habitat. —Water, soil, milk, foods, and various insects. Natural hosts. — Blatta orientalis , Poland (Nicewicz et al., 1946): From intestinal tract. Italy (Spinelli and Reitano, 1932). Blattella germanica , Canada (Heimpel and West, 1959). Diploptera punctata , Nauphoeta cinerea , Neostylopyga rhombifolia , Panchlora nivea , Pycnoscelus surinamensis , and Supella supellectilium , U.S.A. (Roth and Willis, unpublished data, 1958): The orga
2 minute read
* Shigella dysenteriae (Shiga) Castellani and Chalmers
* Shigella dysenteriae (Shiga) Castellani and Chalmers
Experimental vectors. — Blatta orientalis , Italy (Spinelli and Reitano, 1932). Periplaneta americana , Formosa (Morischita and Tsuchimochi, 1926). Polyphaga saussurei , U.S.S.R. (Zmeev in Pavlovskii, 1948)....
10 minute read
* Shigella paradysenteriae (Collins) Weldin
* Shigella paradysenteriae (Collins) Weldin
Natural vectors. — Blatta lateralis , Tadzhikistan (Zmeev, 1940). Experimental vectors. — Periplaneta americana , Gold Coast Colony (Macfie, 1922). Polyphaga saussurei , U.S.S.R. (Zmeev in Pavlovskii, 1948). Cockroaches, Venezuela (Tejera, 1926). Family PARVOBACTERIACEAE...
12 minute read
* Pasteurella pestis (Lehmann and Neumann) Holland
* Pasteurella pestis (Lehmann and Neumann) Holland
Natural vectors. — Blatta orientalis , Hongkong (Hunter, 1906). Experimental vectors. — Blatta orientalis , Italy (Cao, 1898); Germany (Küster, 1903). Blattella germanica , Germany (Jettmar, 1927). Leucophaea maderae and Periplaneta americana , Philippine Islands (Barber, 1912). Family BACTERIACEAE...
13 minute read
Bacterium haemophosphoreum Pfeiffer and Stammer
Bacterium haemophosphoreum Pfeiffer and Stammer
Habitat. —Diseased larvae of Mamestra oleracea . Experimental infection. — Blatta orientalis and Blattella germanica , Germany (Pfeiffer and Stammer, 1931): Organism pathogenic, when injected, to eight B. orientalis and two B. germanica ....
12 minute read
Bacillus cereus Frankland and Frankland
Bacillus cereus Frankland and Frankland
Synonymy. — Bacillus albolactis. Habitat. —Soil, dust, milk, plants. Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949): From feces. Periplaneta americana , U.S.A. (Hatcher, 1939): In feces. Experimental host. — Periplaneta americana , U.S.A. (Babers, 1938): The cockroaches died within 96 hours after being injected with 10 -3 ml. of a 24-hour broth culture....
18 minute read
† Bacillus flacheriae (Hoffman)
† Bacillus flacheriae (Hoffman)
Source. —Diseased nun moth larvae. Experimental infection. — Blatta orientalis , Europe (Filatoff, 1904): The organism was not pathogenic when fed to the cockroach, but killed the insects when injected into the body cavity; after the insects died Filatoff reisolated this pathogen together with another bacillus from the cadavers. He succeeded in culturing the new microorganism and found it to be pathogenic when injected into, but not when fed to, the cockroaches. The diseased insects became slugg
27 minute read
Bacillus megaterium De Bary
Bacillus megaterium De Bary
Habitat. —Soil, water, decomposing materials. Natural vectors. — Periplaneta americana? (" Blatella americana "), England (Shrewsbury and Barson, 1948): From intestinal tract. Experimental vectors. — Blatta orientalis , Italy (Cao, 1898): Organism recovered, apparently unchanged, from intestinal contents....
12 minute read
† Bacillus monachae (von Tubeuf) Eckstein
† Bacillus monachae (von Tubeuf) Eckstein
Synonymy. — Bacterium monache. Source. —Diseased larvae of nun moth, Lymantria monacha . Experimental infection. — Blatta orientalis , Europe (Filatoff, 1904): Organism pathogenic to the cockroach when injected but not when fed....
11 minute read
* Bacillus subtilis Cohn emend. Prazmowski
* Bacillus subtilis Cohn emend. Prazmowski
Natural vectors. — Blaberus craniifer , U.S.A. (Wedberg et al., 1949). Blatta orientalis , Italy (Cao, 1898, 1906; Spinelli and Reitano, 1932); France (Sartory and Clerc, 1908); Poland (Nicewicz et al., 1946). Cryptocercus punctulatus , U.S.A. (Hatcher, 1939). Periplaneta americana? (" Blatella americana "), England (Shrewsbury and Barson, 1948). Cockroaches, U.S.A. (Longfellow, 1913). Experimental vectors. — Blatta orientalis , Italy (Cao, 1898, 1906)....
19 minute read
Mycobacterium friedmannii Holland
Mycobacterium friedmannii Holland
Habitat. —Parasitic in turtles and possibly sparingly distributed in soils. Natural vectors. — Periplaneta americana , U.S.A., Texas (Micks, in Roth and Willis, 1957a): Organism isolated from batches of intestinal tracts of cockroaches collected at random....
10 minute read
* Mycobacterium leprae (Armauer-Hansen) Lehmann and Neumann
* Mycobacterium leprae (Armauer-Hansen) Lehmann and Neumann
Natural vectors. — Blattella germanica , Southern Rhodesia and Kenya (Moiser, 1945, 1946, 1946a; Anonymous, 1946). Periplaneta americana and Periplaneta australasiae , Formosa (Arizumi, 1934, 1934a). Cockroaches, Venezuela (Tejera, 1926); Belgian Congo (Radna, 1939). Experimental vectors. — Blatta orientalis , Europe (Paldrock in Klingmüller, 1930); Nyasaland (Lamborn, 1940). Blattella germanica , Europe (Paldrock in Klingmüller, 1930); Southern Rhodesia and Kenya (Moiser, 1945, 1946, 1946a, 194
31 minute read
* Mycobacterium tuberculosis (Schroeter) Lehmann and Neumann
* Mycobacterium tuberculosis (Schroeter) Lehmann and Neumann
Experimental vectors. — Blatta orientalis , Italy (Cao, 1898); Germany (Küster, 1903); U.S.S.R. (Ekzempliarskaia in Pavlovskii, 1948). Blattella germanica , on shipboard (Morrell, 1911). Periplaneta americana , Gold Coast Colony (Macfie, 1922). Cockroaches, Venezuela (Tejera, 1926); U.S.A. (Read, 1933)....
13 minute read
Streptomyces leidynematis Hoffman
Streptomyces leidynematis Hoffman
Habitat. —Surface of the nematodes Hammerschmidtiella diesingi and Leidynema appendiculata in Periplaneta americana , U.S.A. (Hoffman, 1952, 1953): Eighteen percent of 192 nematodes found in 52 adult cockroaches were infected with the bacterium. Order CARYOPHANALES Family ARTHROMITACEAE...
12 minute read
Arthromitus intestinalis (Valentin) Peshkoff
Arthromitus intestinalis (Valentin) Peshkoff
Synonymy. — Hygrocrocis intestinalis. Habitat. — Blatta orientalis , Europe (Valentin, 1836; Robin, 1847, 1853; Peshkoff, 1940): Isolated from intestinal tract. The organism appears as fragments in fecal masses or as fibers adhering to the mucous membrane of the large intestine (Robin, 1853). Cockroach, France? (Chatton and Pérard, 1913). Order SPIROCHAETALES Family SPIROCHAETACEAE...
16 minute read
* † Spirochaeta periplanetae Laveran and Franchini
* † Spirochaeta periplanetae Laveran and Franchini
Habitat. — Blatta orientalis , France (Laveran and Franchini, 1920a). Cockroaches, Venezuela (Tejera, 1926): Tejera reported finding " Spirochaeta blatarum Laveran et Franchini" which may have been a lapsus. Family TREPONEMATACEAE...
10 minute read
Unidentified spirochaetes
Unidentified spirochaetes
Habitat. — Blatta orientalis , U.S.S.R. (Yakimov and Miller, 1922): Spirochaetes and spirilla were found in the intestines of 70 percent of 124 specimens collected in Petrograd. Periplaneta americana , Gold Coast Colony (Macfie, 1922)....
10 minute read
ADDITIONAL BACTERIA WHOSE TAXONOMIC POSITION IS UNKNOWN
ADDITIONAL BACTERIA WHOSE TAXONOMIC POSITION IS UNKNOWN
Natural vectors. — Blatta orientalis , Italy (Cao, 1906). Natural vectors. — Blatta orientalis , Poland (Nicewicz et al., 1946): Isolated from intestinal tract. Natural and experimental vectors. — Blatta orientalis , Italy (Cao, 1898, 1906). Experimental vectors. — Blatta orientalis , Italy (Cao, 1898). Natural infection. — Blatta orientalis , Germany (Heinecke, 1956): Disease organism found in the hemolymph of infected cockroaches. It can be spread by mouth and through wound infection. The anim
5 minute read
FUNGI ASSOCIATED WITH COCKROACHES
FUNGI ASSOCIATED WITH COCKROACHES
The use of the asterisk (*) is explained in footnote 3 , page 4 . Phylum THALLOPHYTA Class FUNGI IMPERFECTI Order MONILIALES Family PSEUDOSACCHAROMYCETACEAE Natural host. —Oötheca of Blatta orientalis , Italy (Ronzoni, 1949). Natural host. —Oötheca of Blatta orientalis , Italy (Ronzoni, 1949). Family MONILIACEAE Natural host. — Ischnoptera rufa rufa , Puerto Rico (Wolcott, 1950): A dead specimen of this cockroach was found stuck to a leaf and covered with this fungus. Natural hosts. —Oöthecae of
11 minute read
INCERTAE SEDIS
INCERTAE SEDIS
According to Dr. R. K. Benjamin (personal communication, 1957) and Dr. E. G. Simmons (personal communication, 1957), the phylogenetic position of the following genus is uncertain. Natural hosts. —Cockroaches, Grenada, B.W.I. (Thaxter, 1920): On the axis of the antennae of a dark wingless and a pale winged blattid. Natural host. —Cockroach, Grenada, B.W.I. (Thaxter, 1920): On antennal setae. The significance of many observed associations between cockroaches and the higher plants is still obscure.
1 minute read
Pinus australis Michaux
Pinus australis Michaux
Associates. — Aglaopteryx gemma and Parcoblatta lata , Alabama (Hebard, 1917): The former species was common under signs on longleaf pines, and P. lata was occasional. Parcoblatta divisa , Georgia (Rehn and Hebard, 1916): Under signs....
12 minute read
Cupressus macrocarpa Hartweg
Cupressus macrocarpa Hartweg
Associate. — Diploptera punctata , Hawaii (Hebard, 1922): "The species is common and injurious in the territory infesting particularly the Monterey cypress trees ... and doing particular damage by gnawing away the bark." Similar injury has been cited by Pemberton (1934), Fullaway and Krauss (1945), and Zimmerman (1948)....
14 minute read
Saccharum officinarum Linnaeus
Saccharum officinarum Linnaeus
Associates. — Balta quadricaudata , Balta scripta , Balta torresiana , Balta verticalis , Ellipsidion simulans , and Megamareta verticalis , Australia, Queensland (Hebard, 1943): All collected by J. F. Illingworth on sugarcane. Blattella humbertiana , Ischnoptera schenklingi , and Pycnoscelus surinamensis , Formosa (Box, 1953). Cariblatta stenophrys , Puerto Rico (Seín, 1923; Wolcott, 1936): Between the leaves and under the leaf sheaths. Panchlora nivea , Cuba (Rehn and Hebard, 1927): On the lea
42 minute read
Setaria verticillata (Linnaeus) Beauv.
Setaria verticillata (Linnaeus) Beauv.
Synonymy. — Chaetochloa verticillata (Linnaeus) [Howard, personal communication, 1958]. Associate. — Diploptera punctata , Hawaii (Severin, 1911): The cockroach was caught on the barbed awns of this grass....
9 minute read
Zea mays Linnaeus
Zea mays Linnaeus
Associates. — Cariblatta stenophrys , Puerto Rico (Seín, 1923; Wolcott, 1936). Ellipsidion bicolor , Australia, Queensland (Hebard, 1943). Lophoblatta arawaka , Trinidad (Princis and Kevan, 1955). Phoraspis sp., Brazil and Guiana (Doumerc in Blanchard, 1837). Supella supellectilium , New Caledonia (Cohic, 1956). Family CYPERACEAE...
14 minute read
Cocos nucifera Linnaeus
Cocos nucifera Linnaeus
Associates. — Aglaopteryx gemma , Florida (Rehn and Hebard, 1912). Cariblatta lutea minima , Florida, and Cariblatta delicatula , San Domingo (Hebard, 1916a). Eurycotis floridana , Florida (Rehn and Hebard, 1912; Hebard, 1917). Periplaneta australasiae , Jamaica (Rehn and Hebard, 1927). Pycnoscelus surinamensis , Florida (Rehn and Hebard, 1912; Hebard, 1917). Jamaica (Rehn and Hebard, 1927)....
16 minute read
Undetermined palms
Undetermined palms
Associates. — Euthlastoblatta abortiva , Texas (Hebard, 1917). Hormetica laevigata , Brazil (Hancock, 1926). Panchlora antillarum , Dominican Republic (Rehn and Hebard, 1927). Periplaneta americana , Texas (Zimmern in Gould and Deay, 1940). Family ARACEAE...
11 minute read
Tillandsia usneoides Linnaeus
Tillandsia usneoides Linnaeus
Associates. — Parcoblatta sp., Louisiana (Rainwater, 1941). Latiblattella rehni , Florida (Blatchley, 1920): By beating. Cockroaches, Louisiana (Rosenfeld, 1911, 1912): One mature and 39 immature blattids were collected from 8 of 12 samples of Spanish moss....
11 minute read
Undetermined bromeliads
Undetermined bromeliads
Associates. — Aglaopteryx diaphana , Jamaica (Hebard, 1917; Rehn and Hebard, 1927). Anaplecta azteca and Anaplecta sp., Costa Rica (Picado, 1913). Anaplecta mexicana , Costa Rica (Calvert and Calvert, 1917). Audreia bromeliadarum , Panama (Caudell, 1914). Audreia jamaicana , Jamaica (Rehn and Hebard, 1927). Blattella sp., Costa Rica (Picado, 1913). Buboblatta armata , Panama (Caudell, 1914): "Probably not a typical bromeliadicolous species." Cariblatta insularis , Jamaica (Hebard, 1916a, 1917; R
1 minute read
Bananas
Bananas
Cockroaches have been captured in bunches of bananas, in bracts of banana flowers, under banana leaves, and burrowing in rotten banana stalks. Although many of the species associated with bananas are indigenous to the banana-growing areas of the American Tropics, most of the specimens cited below were captured elsewhere as adventitious insects that had been imported with the fruit. It is obvious that many of these insects must have been closely associated with bananas on the plantations, where,
6 minute read
Undetermined orchids
Undetermined orchids
Associates. — Blaberus discoidalis , Blatta orientalis , Periplaneta americana , Hawaii (Swezey, 1945). Blatta orientalis , americana , cinerea , maderae , unidentified cockroaches, England, in bulb from Ecuador (Westwood, 1876). Graptoblatta notulata , Hawaii (Swezey, 1945): On orchid from India. Homalopteryx laminata and Hormetica apolinari , New York (Hebard, 1912c): In orchids shipped from Colombia. Pelmatosilpha coriacea , Puerto Rico (Wolcott, 1936). Periplaneta americana , Germany (Tashen
30 minute read
Quercus spp.
Quercus spp.
Associates. — Aglaopteryx gemma , Alabama, Georgia, Florida, Louisiana, Texas (Hebard, 1917): Under signs on oaks. Blatta orientalis , England (Donisthorpe, 1918): Under bark. Cariblatta lutea lutea , Mississippi (Hebard, 1916a): By beating low oaks on hills. Chorisoneura texensis , Mississippi (Hebard, 1917). Florida (Blatchley, 1920): By beating. Ectobius pallidus , England (Milton, 1899; Burr, 1899b). Massachusetts (Flint, 1951): Under loose lichens and bark. Parcoblatta divisa , Georgia, Lou
35 minute read
Nectandra coriacea (Sw.) Griseb.
Nectandra coriacea (Sw.) Griseb.
Synonymy. — Ocotea catesbyana Sarg. [Howard, personal communication, 1959]. Associate. — Chorisoneura texensis , Florida (Rehn and Hebard, 1912). Family SARRACENIACEAE Only a few records have been found of cockroaches being trapped in the pitchers of carnivorous plants of this and the following family. The insects drown in the fluid within the pitcher where they are apparently digested by proteinases secreted by the plant (Meyer and Anderson, 1939; Lloyd, 1942)....
20 minute read
Sarracenia flava Linnaeus
Sarracenia flava Linnaeus
Natural prey — Cariblatta lutea lutea , Ischnoptera deropeltiformis , Parcoblatta lata , and nymphs of Parcoblatta sp., North Carolina (Wray and Brimley, 1943): Most of the cockroaches seemed to have been trapped accidentally with the possible exception of C. lutea lutea , 11 of which were found in Sarracenia pitchers....
17 minute read
Sarracenia minor Walter
Sarracenia minor Walter
Synonymy. — Sarracenia variolaris Michx. [Howard, personal communication, 1958]. Natural and experimental prey. — Periplaneta australasiae , Florida (Treat, 1876): After the insect imbibed some of the fluid in the pitcher it became docile; others became highly active and rushed wildly about before becoming quiescent. See also Treat in Scudder (1877). Cockroaches, U.S.A. (Riley, 1875). Family NEPENTHACEAE...
17 minute read
Inga vera Willd.
Inga vera Willd.
Associates. — Aglaopteryx facies , Puerto Rico (Wolcott, 1936): In larval tents. Cariblatta stenophrys , Puerto Rico (Wolcott, 1936): On leaves. Plectoptera dorsalis , Plectoptera infulata , and Plectoptera rhabdota , Puerto Rico (Wolcott, 1950): In "butterfly nests" in leaves....
12 minute read
Gossypium spp.
Gossypium spp.
Associates. — Graptoblatta notulata , Marquesas Islands, Tahuata (Hebard, 1933a). Periplaneta australasiae , St. Kitts, B.W.I. (Ballou, 1916). Periplaneta fuliginosa and Plectoptera poeyi , Florida (Rainwater, 1941). Plectoptera dorsalis , Plectoptera infulata , Plectoptera rhabdota , Puerto Rico (Wolcott, 1950)....
12 minute read
Metrosideros collina Gray
Metrosideros collina Gray
Associates. — Aneurina viridis , Marquesas Islands: Nukuhiva, Fatuhiva, and Tahuata (Hebard, 1933a) Aneurina tahuata , Marquesas Islands, Tahuata (Hebard, 1933a). Graptoblatta notulata , Marquesas Islands, Nukuhiva (Hebard, 1933a)....
9 minute read
Calluna vulgaris Salisb.
Calluna vulgaris Salisb.
Associates. — Ectobius lapponicus , England (Lucas, 1925): "Nymphs of varying size were beaten out of heather ... on 9 February and later." Ectobius panzeri , England (Lucas, 1927): "numerous imagines of both sexes were swept from heather."...
11 minute read
Cordia dentata Poiret
Cordia dentata Poiret
Synonymy. — Calyptracordia alba [Howard, personal communication, 1958]. Associates. — Cariblatta antiguensis , Ischnoptera rufa rufa , Supella supellectilium , Symploce ruficollis and Symploce hospes , St. Croix, Virgin Islands (Beatty, 1944): On fruits of C. dentata except S. supellectilium which was found at night on the flowers. Family VERBENACEAE...
17 minute read
DAMAGE TO PLANTS BY COCKROACHES
DAMAGE TO PLANTS BY COCKROACHES
Cockroaches characteristically feed on dead plant and animal material. Damage to living plants occurs principally in the Tropics or under subtropical conditions in greenhouses in temperate regions. Among the depredations attributed to cockroaches in text books, damage to plants is seldom emphasized. This is surprising in view of the many records cited below. Capt. William Bligh (1792), while collecting breadfruit trees in Tahiti to take to the West Indies, wrote in his log during January 1789: "
8 minute read
Euglena sp.
Euglena sp.
Experimental host. — Periplaneta americana , U.S.A. (Hegner, 1929): When fed to the insects in concentrated culture, Euglena could withstand conditions in the crop up to 5 hours and were passed into the stomach in a viable state up to 6 hours. However, the majority were killed in the crop within 2 hours and very few reached the stomach alive. Order PROTOMONADINA Family OIKOMONADIDAE...
18 minute read
Retortamonas blattae (Bishop)
Retortamonas blattae (Bishop)
Synonymy. — Embadomonas blattae Bishop [Wenrich, 1932]. Natural host. — Blatta orientalis , England (Bishop, 1931): Hind intestine. The organism occurred in about 40 percent of the cockroaches examined. L. G. Feo ( in Wenrich, 1932) successfully cultured this protozoan (fig. 2, F)....
13 minute read
Chilomastix mesnili (Wenyon)
Chilomastix mesnili (Wenyon)
Experimental vectors. — Blatta orientalis and Periplaneta americana , South Africa (Porter, 1918): The cockroaches were fed human excrement that contained cysts of C. mesnili . The cysts passed unharmed through the insects' digestive tract. Rats became infected with this protozoan on eating food that had been contaminated with feces from these cockroaches. Family POLYMASTIGIDAE...
16 minute read
Monocercomonoides orthopterorum (Parisi)
Monocercomonoides orthopterorum (Parisi)
Synonymy. — Trichomonas ( Trichomastix ) orthopterorum Parisi; Monocercomonas orthopterorum [Bělǎr, 1916]; Trichomastic orthopterum? [Zasukhin, 1930]; Monocercomonoides orthopterorum [Travis, 1932; Cleveland et al., 1934]; Retortamonas orthopterorum [Semans, 1943]. Natural hosts. — Blatta orientalis , Italy (Parisi, 1910); U.S.S.R. (Zasukhin, 1930). Ectobius lapponicus , Italy (Parisi, 1910). Periplaneta americana , Philippine Islands (Hegner and Chu, 1930). "Küchenschaben," Austria (Bělǎr, 1916
31 minute read
Tetratrichomastix blattidarum Young
Tetratrichomastix blattidarum Young
Natural hosts. — Blatta orientalis , Blattella germanica , Periplaneta americana , U.S.A. (Young, 1935): The organism when present occurs in large numbers in the posterior part of the intestine near the anus. The protozoan was successfully cultivated in a hemoglobin-saline medium. Family OXYMONADIDAE...
13 minute read
Hexamita periplanetae (Bĕlăr)
Hexamita periplanetae (Bĕlăr)
Synonymy. — Octomitus periplanetae Bĕlăr [Kudo, 1954]. Natural hosts. — Blatta orientalis , U.S.S.R. (Zasukhin, 1930): Organism is found in the hind gut. Eighty-five percent of over 3,000 B. orientalis contained this organism. Periplaneta americana , Philippine Islands (Hegner and Chu, 1930). "Küchenschaben," Austria (Bĕlăr, 1916)....
15 minute read
* Giardia intestinalis (Lambl)
* Giardia intestinalis (Lambl)
Experimental vectors. — Blatta orientalis , South Africa (Porter, 1918). Blattella germanica , Brazil (Pessôa and Corrêa, 1927). Eurycotis floridana , U.S.A. (Young, 1937). Leucophaea maderae , Brazil (Pessôa and Corrêa, 1927). Periplaneta americana , South Africa (Porter, 1918); Gold Coast Colony (Macfie, 1922); Brazil (Pessôa and Corrêa, 1927); U.S.A. (Young, 1937). Periplaneta brunnea , U.S.A. (Young, 1937). Cockroaches, Venezuela (Tejera, 1926); Argentina (Bacigalupo, in Tejera, 1926)....
20 minute read
Lophomonas blattarum Stein
Lophomonas blattarum Stein
Natural hosts. — Blatta orientalis , Czechoslovakia (Stein, 1860); Germany (Bütschli, 1878; Schubotz, 1905; Chen, 1933); U.S.A. (Leidy, 1879a; Kudo, 1922, 1925, 1926, 1926b; McAdow, 1931); Europe (Janicki, 1908); U.S.S.R. (Yakimov and Miller, 1922; Zasukhin, 1930); Poland (Lorenc, 1939). Blattella germanica , U.S.A., Ohio (McAdow, 1931). Blattella germanica and/or Periplaneta americana , Egypt (DeCoursey and Otto, 1956, 1957). Periplaneta americana , England (Schuster, 1898); Europe (Janicki, 19
54 minute read
Lophomonas striata Bütschli
Lophomonas striata Bütschli
Synonymy. — Lophomonas sulcata Schuster is most probably identical with L. striata (Kudo, 1926b). Natural hosts. — Blatta orientalis , Germany (Bütschli, 1878; Schubotz, 1905); Europe (Janicki, 1908, 1910); U.S.A. (Kudo, 1922, 1926, 1926b; McAdow, 1931); U.S.S.R. (Yakimov and Miller, 1922; Zasukhin, 1930); Poland (Lorenc, 1939). Blattella germanica , U.S.A., Ohio (McAdow, 1931). Blattella germanica and/or Periplaneta americana , South Africa (Porter, 1930). Periplaneta americana , Indochina (Wei
54 minute read
Barbulanympha estaboga Cleveland et al.
Barbulanympha estaboga Cleveland et al.
Natural host. — Cryptocercus punctulatus , U.S.A., Appalachian and Pacific coast areas (Cleveland et al., 1934). Barbulanympha coahoma (Cleveland et al., 1934) represents the diploid form of B. estaboga (Cleveland, 1953)....
11 minute read
Barbulanympha laurabuda Cleveland et al.
Barbulanympha laurabuda Cleveland et al.
Natural host. — Cryptocercus punctulatus , U.S.A., Appalachian and Pacific coast areas (Cleveland et al., 1934): This species, B. ufalula , and Rhynchonympha tarda occur in all parts of the colon, especially in the enlarged, flexed part near the ileum....
13 minute read
Trichonympha parva Cleveland et al.
Trichonympha parva Cleveland et al.
Natural host. — Cryptocercus punctulatus , U.S.A., Appalachian and Pacific coast areas (Cleveland et al., 1934): This organism is smaller than any known species of Trichonympha ; it is more resistant to warm weather than the other hypermastigotes. Family EUCOMONYMPHIDAE...
12 minute read
Eucomonympha imla Cleveland et al.
Eucomonympha imla Cleveland et al.
Natural host. — Cryptocercus punctulatus , U.S.A., Appalachian and Pacific coast areas (Cleveland et al., 1934): Organism (fig. 3, A) sometimes becomes attached to the intestinal wall; attached individuals were seen in 2 to 3 percent of the cockroaches examined....
12 minute read
Peltomyces periplanetae (Léger)
Peltomyces periplanetae (Léger)
Synonymy. — Peltomyces blattellae. Sprague (1940a) synonymizes Peltomyces periplanetae , with Coelosporidium periplanetae . Natural hosts. — Blatta orientalis , France (Debaisieux, 1927). Blattella germanica , France (Léger, 1909; Debaisieux, 1927). The organism inhabits the malpighian tubules of cockroaches. Léger and Debaisieux concluded that their organism was a mycetozoan, but they may have erred in synonymizing Plistophora periplanetae with the organism they studied. Debaisieux found intrac
27 minute read
Hartmannella blattae Ivanić
Hartmannella blattae Ivanić
Natural host. — Blatta orientalis , Yugoslavia (Ivanić, 1937): Found in the hind gut. Family ENDAMOEBIDAE In the following classification we have accepted the conclusions of Kirby (1945), Kudo (1954), and others that species of Endamoeba are generically different from species of Entamoeba and that the latter genus is not a homonym of Endamoeba....
17 minute read
Endamoeba blattae (Bütschli)
Endamoeba blattae (Bütschli)
Synonymy. — Amoeba blattae , Entamoeba blattae , Entamoeba blattarum . Natural hosts. — Blatta orientalis , Germany (Bütschli, 1878; Schubotz, 1905; Chen, 1933); U.S.A. (Leidy, 1879a, 1880; Kudo, 1922, 1925a, 1926a; Kirby, 1927; McAdow, 1931; Meglitsch, 1938, 1940); France (Mercier, 1907a, 1908, 1909, 1910); Europe? (Janicki, 1908, 1909); U.S.S.R. (Yakimov and Miller, 1922; Zasukhin, 1929, 1930); England (Thomson and Lucas, 1926; Lucas, 1927, 1927a, 1928); Yugoslavia (Ivanić, 1926a). Blattella g
1 minute read
Endamoeba javanica Kidder
Endamoeba javanica Kidder
Natural hosts. — Panesthia angustipennis , Philippine Islands, and Panesthia spadica , Japan (Kidder, 1937): Occurred in 50 percent of P. angustipennis examined and in one of four P. spadica . The endoplasm of this amoeba contains large amounts of wood and cellulose fibers....
14 minute read
Entamoeba coli (Grassi)
Entamoeba coli (Grassi)
Synonymy. — Endamoeba coli , Amoeba coli [Kirby, 1945]. Natural vectors. — Blaberus atropos , Venezuela (Tejera, 1926): In a lot of 60 cockroaches captured in latrines, two were found that carried apparently live cysts similar to cysts of E. coli . Blattella germanica or Periplaneta americana , Egypt (DeCoursey and Otto, 1956, 1957): One out of 44 cockroaches collected in a village harbored E. coli . Experimental vector. — Periplaneta americana , Gold Coast Colony (Macfie, 1922): In nine experim
41 minute read
* Entamoeba histolytica Schaudinn
* Entamoeba histolytica Schaudinn
Natural vectors. — Blatta orientalis , Blattella germanica , Periplaneta americana , Periplaneta australasiae , and/or Supella supellectilium , Peru (Schneider and Shields, 1947). Blattella germanica and/or Periplaneta americana , Egypt (DeCoursey and Otto, 1956, 1957). Cockroaches, Venezuela (Tejera, 1926). Experimental vectors. — Blatta orientalis , Italian Somaliland (Mariani and Besta, 1936). Periplaneta americana , Gold Coast Colony (Macfie, 1922); U.S.A. (Frye and Meleney, 1936). Cockroach
22 minute read
Entamoeba pitheci Prowazek?
Entamoeba pitheci Prowazek?
Experimental vector. — Periplaneta americana , Formosa (Morischita and Tsuchimochi, 1926): Eleven of 15 cockroaches fed feces of a monkey [ Macaca cyclopis (Swinhoe)] containing cysts of the amoeba voided live cysts in their own feces....
11 minute read
Entamoeba thomsoni Lucas
Entamoeba thomsoni Lucas
Synonymy. — Endamoeba thomsoni [Kudo, personal communication, 1957]. Natural hosts. — Blatta orientalis , England (Lucas, 1927a, 1928); U.S.A. (Taliaferro, 1928; McAdow, 1931); U.S.S.R. (Zasukhin, 1930); Germany (Chen, 1933). Blattella germanica , U.S.A. (McAdow, 1931). Periplaneta americana , England (Lucas, 1927a); U.S.A. (Smith and Barret, 1928; McAdow, 1931); Philippine Islands (Hegner and Chu, 1930). The organism is found in the hind intestine and rectum of the cockroach. Smith and Barret (
26 minute read
Entamoeba sp.
Entamoeba sp.
Natural vector. — Periplaneta americana , Gold Coast Colony (Macfie, 1922): Under the heading " Entamoeba histolytica and E. coli " Macfie (p. 445 ) stated, "The cockroaches used in these experiments had previously been carefully examined for amoebic infections a precaution which was doubly necessary, because some of these insects at Accra had been found naturally infected." Experimental vectors. — Periplaneta americana , Gold Coast Colony (Macfie, 1922): Entamoeba , resembling E. coli , from fe
33 minute read
Endolimax blattae Lucas
Endolimax blattae Lucas
Natural hosts. — Blatta orientalis , England (Lucas, 1927, 1927a); U.S.S.R. (Zasukhin, 1930); Germany (Chen, 1933). Periplaneta americana , England (Lucas, 1927, 1927a); Indochina (Weill, 1929); U.S.A. (Armer, 1944). Periplaneta australasiae , U.S.A. (Steinhaus, 1946). Organism is found in the hind gut of the cockroach. Zasukhin (1930) found 3-percent infestation in over 3,000 B. orientalis examined....
17 minute read
Endolimax nana (Wenyon and O'Connor)?
Endolimax nana (Wenyon and O'Connor)?
Synonymy. — Entamoeba nana. Natural host. — Blaberus atropos , Venezuela (Tejera, 1926): A small amoeba greatly resembling E. nana was found in the intestinal contents of the cockroach. In inoculations this amoeba was not pathogenic....
12 minute read
Endolimax sp.
Endolimax sp.
Natural hosts. — Blatta orientalis , U.S.S.R. (Zasukhin, 1930): This organism was found in the hind gut of 0.3 percent of over 3,000 cockroaches examined. Blattella germanica and/or Periplaneta americana , Egypt (DeCoursey and Otto, 1956, 1957): Seventy-four out of 261 cockroaches examined harbored this protozoan....
13 minute read
Iodamoeba sp.
Iodamoeba sp.
Natural vectors. — Blattella garmanica and/or Periplaneta americana , Egypt (DeCoursey and Otto, 1956, 1957): Fifty-nine of 261 cockroaches examined contained this protozoan. Iodamoeba sp. was common in human feces in villages in which the cockroaches were collected....
12 minute read
Periplaneta americana, France (Kunstler, 1884, 1887); England (Jameson, 1920); Germany (Foerster, 1939).
Periplaneta americana, France (Kunstler, 1884, 1887); England (Jameson, 1920); Germany (Foerster, 1939).
In body cavity of host. Cysts containing spores are ingested during cannibalistic feeding on infected cockroaches. Sporozoites penetrate the gut wall which later ruptures, freeing the gregarines into the coelom. There is no apparent pathogenic effect. Jameson (1920) found 81 percent of P. americana infested with D. schneideri ....
17 minute read
Gregarina blattarum von Siebold
Gregarina blattarum von Siebold
Synonymy. — Gregarina blattae orientalis ; Clepsidrina blattarum . Natural hosts. — Blatta orientalis , Germany (Siebold, 1837, 1839; Stein, 1848; Bütschli, 1881; Wolters, 1891; Marshall, 1892; Wellmer, 1910, 1911; Foerster, 1938; Schubotz, 1905); U.S.A. (Leidy, 1853a; Crawley, 1903; Watson, 1917; Kudo, 1922; McAdow, 1931; Sprague, 1940, 1941); England (Lankester, 1863); France (Schneider, 1875; Cuénot, 1901; Laveran and Franchini, 1920a); Brazil (Magalhães, 1900; Pinto, 1919); U.S.S.R. (Zasukhi
1 minute read
Gregarina fastidiosa Harrison
Gregarina fastidiosa Harrison
Natural host. — Aptera fusca , South Africa (Harrison, 1955): All mature females were heavily infected; in all specimens there were over 100 parasites in the gut. All nymphs were infected, the earlier instars more lightly than the later instars. Gregarines were found in all parts of the gut except the crop and gizzard....
15 minute read
Gregarina gibbsi Harrison
Gregarina gibbsi Harrison
Natural host. — Temnopteryx phalerata , South Africa (Harrison, 1955): Although the cockroaches were found in groups, only 32 percent were infected and only 10 percent heavily. The gregarines were found in the anterior mesenteron but none in the hepatic caeca. All cysts were found in the hind gut or rectum....
15 minute read
Protomagalhaesia serpentula (de Magalhães)
Protomagalhaesia serpentula (de Magalhães)
Synonymy. — Gregarina serpentula [Pinto, 1918a, 1919; Semans, 1943]. Natural host. — Periplaneta americana , Brazil (Magalhães, 1900): In the coelom and alimentary canal. The host of this parasite (fig. 2, K) was incorrectly cited as Blatta orientalis by Watson (1916)....
13 minute read
Unidentified Gregarinida
Unidentified Gregarinida
Natural hosts. — Blaberus craniifer , U.S.A. (Roth and Willis, unpublished data, 1953): Possibly Diplocystis sp. (pl. 28 , A, B). Cryptocercus punctulatus , U.S.A. (Cleveland et al., 1934). Leucophaea maderae , Philippine Islands (Hegner and Chu, 1930): In intestines of host. U.S.A. (Roth and Willis, unpublished data, 1958): Cysts in feces (pl. 28 , C). Gromphadorhina portentosa , U.S.A., in laboratory colony (Roth and Willis, unpublished data, 1958): In intestine of adult female. Pycnoscelus su
31 minute read
Adelina cryptocerci Yarwood
Adelina cryptocerci Yarwood
Natural host. — Cryptocercus punctulatus , U.S.A. (Yarwood, 1937): This intracellular parasite was found in the fat body in light infestations. In heavy infections the coccidia were found in the head, antennae, mouthparts, muscles, legs, salivary glands, nerve cord, as well as fat body. Infection in freshly collected specimens was about 3 percent; when large numbers of cockroaches were kept together in culture, the rate of infection increased because the insects ate their dead companions. Clevel
32 minute read
Haplosporidium periplanetae Georgévitch
Haplosporidium periplanetae Georgévitch
Natural host. — Blatta orientalis , Yugoslavia (Georgévitch, 1953): This organism was described from the malpighian tubules of the cockroach where it apparently occurred in a mixed infection with the microsporidian Plistophora periplanetae . See synonymy under Plistophora periplanetae ....
12 minute read
Coelosporidium periplanetae (Lutz and Splendore)
Coelosporidium periplanetae (Lutz and Splendore)
Synonymy. — Nosema periplanetae , Coelosporidium blattellae , Bertramia blatellae [after Semans, 1943]. Some of the observations cited under Plistophora periplanetae may pertain to C. periplanetae (see Sprague, 1940). See also Haplosporidium periplanetae . Natural hosts. — Blatta orientalis , U.S.S.R. (Epshtein, 1911); U.S.A. (Kudo, 1922; Sprague, 1940); Yugoslavia (Ivanić, 1926). Blattella germanica , U.S.A. (Crawley, 1905); Germany (Wellmer, 1910, 1911). Periplaneta americana , Brazil (Lutz an
44 minute read
Plistophora kudoi Sprague and Ramsey
Plistophora kudoi Sprague and Ramsey
Natural host. — Blatta orientalis , U.S.A., Illinois, West Virginia, Kentucky (Sprague and Ramsey, 1941, 1942): Found in the epithelial cells of caeca and midgut. Considerable damage is done to these cells. Seventy-five percent of 52 B. orientalis harbored the parasite....
15 minute read
Plistophora periplanetae (Lutz and Splendore)
Plistophora periplanetae (Lutz and Splendore)
Synonymy. — Nosema periplanetae , Pleistophora periplanetae [after Semans, 1943]. Georgévitch (1953) has pointed out that one may find in the malpighian tubules of cockroaches a mixed infection of Microsporidia, Haplosporidia, and Mycetozoa, and that some of the discrepancies in the earlier literature may be attributed to attempts to combine in one organism disparate stages belonging to different orders. See also comments under Coelosporidium periplanetae , Haplosporidium periplanetae , and Pelt
46 minute read
Plistophora sp.
Plistophora sp.
Natural host. — Blatta orientalis , France (Mercier, 1908a): The organism parasitized the fat body of the cockroach. Mitoses, often abnormal, were induced in the fat cells. Infected cockroaches were easily recognizable by their distended abdomens. The fat body became chalky white and showed through the intersegmental membranes. Porter (1930) reported finding an unidentified microsporidian in the fat bodies of Blattella germanica and Periplaneta americana collected in South Africa. It may or may
26 minute read
Paramecium sp.
Paramecium sp.
Natural associate. —Cockroaches, U.S.A., Maryland (Cleveland, 1927): Three of 30 cockroaches collected in the basement of a department store had paramecia in their stomachs but none in the rectum. Experimental associate. — Periplaneta americana , U.S.A. (Hegner, 1929): Paramecia fed to the cockroaches were recovered from the crop at intervals from one-half to six and one-half hours. In no case were the protozoa recovered from the stomach alive. Cockroaches, U.S.A., Maryland (Cleveland, 1927). Ab
33 minute read
Balantidium praenucleatum Kudo and Meglitsch
Balantidium praenucleatum Kudo and Meglitsch
Natural host. — Blatta orientalis , U.S.A., Illinois (Kudo and Meglitsch, 1938; Meglitsch, 1940): This protozoan is found in the lumen of the anterior region of the colon in association with several other species of protozoa. Only 7.6 percent of 500 cockroaches examined contained B. praenucleatum . The largest number encountered in a single host was 59, but as a rule each host harbored a smaller number....
20 minute read
Nyctotherus ovalis Leidy
Nyctotherus ovalis Leidy
Synonymy. — Bursaria blattarum ; Plagiotoma blattarum . Natural hosts. — Blatta orientalis , U.S.A. (Leidy, 1850, 1853, 1853b, 1879a; Kudo, 1922, 1926, 1936; McAdow, 1931; Kudo and Meglitsch, 1938; Meglitsch, 1940); Germany (Stein, 1860; Schubotz, 1905; Chen, 1933); England (Lankester, 1865; Schuster, 1898; Lucas, 1927a, 1928); Spain (Zulueta, 1916); U.S.S.R. (Yakimov and Miller, 1922; Zasukhin, 1928, 1930; Ostroumov, 1929); Portugal (Lima Ribiero, 1924); Brazil (Pinto, 1926); Venezuela (Tejera,
1 minute read
Nyctotherus viannai Pinto
Nyctotherus viannai Pinto
Natural host. —"Barata sylvestre," Brazil (Pinto, 1926): In the intestine of the cockroach. Family CLEVELANDELLIDAE Most of the Clevelandellidae are parasitized by rod-shaped or spherical bacteria-like organisms usually in clusters (Kidder, 1937). Synonymy. —Clevelandiidae (Kidder, 1938). Genus CLEVELANDELLA Synonymy. —The generic name Clevelandia Kidder (1937) is preoccupied; it was therefore changed to Clevelandella by Kidder in 1938. All of the following species of Clevelandella were original
22 minute read
NEGATIVE FINDINGS
NEGATIVE FINDINGS
In a recent experimental study Schmidtke (1955) failed to demonstrate a host-parasite relationship between Periplaneta americana and the haemosporidian Toxoplasma gondii Nicolle and Manceaux. This protozoan is a blood parasite in a rodent in North Africa (Kudo, 1954). Intestinal nematodes of the family Thelastomatidae have no apparent pathological effect on their cockroach hosts. Galeb (1878) has shown experimentally that oxyurids eat the same food as the host insect and that if one starves them
3 minute read
HELMINTHS FOR WHICH COCKROACHES SERVE AS PRIMARY HOSTS
HELMINTHS FOR WHICH COCKROACHES SERVE AS PRIMARY HOSTS
Phylum ASCHELMINTHES Class NEMATODA Order MERMITHOIDEA Family MERMITHIDAE Natural Hosts. — Ectobius pallidus , U.S.A., Plymouth, Massachusetts (Roth and Willis, 1957): This mermithid lies coiled in the body cavity of the host and one end may extend into the thorax. Apparently, the host is eventually killed and the worms may leave the cockroach ventrally between the thorax and abdomen (pl. 29 , A) or thorax and head. Periplaneta americana , Germany (Bode, 1936): Attacked by " Mermis " or " Gordiu
14 minute read
HELMINTHS[4] FOR WHICH COCKROACHES SERVE AS INTERMEDIATE HOSTS
HELMINTHS[4] FOR WHICH COCKROACHES SERVE AS INTERMEDIATE HOSTS
The use of the asterisk (*) is explained in footnote 3 , page 4 . Phylum ACANTHOCEPHALA Order ARCHIACANTHOCEPHALA Family OLIGACANTHORHYNCHIDAE Natural host. — Blattella germanica , France (Brumpt and Urbain, 1938, 1938a; Brumpt et al., 1939). Experimental hosts. — Blaberus atropos and Leucophaea maderae , France (Brumpt and Desportes, 1938). Natural host. — Blattella germanica , France (Brumpt and Urbain, 1938, 1938a; Brumpt et al., 1939); Netherlands (Thiel and Wiegand Bruss, 1946). Experimenta
5 minute read
HELMINTHS WHOSE EGGS HAVE BEEN CARRIED BY COCKROACHES
HELMINTHS WHOSE EGGS HAVE BEEN CARRIED BY COCKROACHES
The use of the asterisk (*) is explained in footnote 3 , page 4 . Phylum PLATYHELMINTHES Class TREMATODA Order DIGENEA Family SCHISTOSOMATIDAE Experimental vector. — Periplaneta americana , Gold Coast Colony (Macfie, 1922). Class CESTODA Order TAENIOIDEA Family HYMENOLEPIDIDAE Natural vectors. — Periplaneta americana , Formosa (Morischita and Tsuchimochi, 1926). Polyphaga saussurei , Tadzhikistan (Zmeev, 1936). Family TAENIIDAE Experimental vector. — Periplaneta americana , Gold Coast Colony (Ma
2 minute read
Mastigoproctus giganteus (Lucas)
Mastigoproctus giganteus (Lucas)
Synonymy. — Thelyphonus giganteus Lucas [Dr. R. E. Crabill, personal communication, 1958]. Experimental prey. —Cockroaches, U.S.A. (Marx, 1892, 1894): Immature whip scorpion captured and fed on one or two cockroaches a week. It lived on this diet for about two years....
12 minute read
Mastigoproctus sp.
Mastigoproctus sp.
Common name. —Whip scorpion. Experimental prey. — Blattella germanica , U.S.A., Florida [Dr. B. J. Kaston, personal communication, 1953]. Order SCORPIONIDA Pocock (1893) noticed that a scorpion whose pectines had come in contact with a cockroach immediately turned back and ate the insect. He concluded that the scorpion detected the cockroach by means of the pectines. However, Cloudsley-Thompson (1955) has demonstrated that the main function of the pectines is probably the detection of ground vib
45 minute read
Buthus australis (Linnaeus)
Buthus australis (Linnaeus)
Synonymy. — Androctonus australis [Crabill, personal communication, 1957]. Experimental prey. —Cockroaches, England (Cloudsley-Thompson, 1955a): This African species ate at least one cockroach per week during the summer months. It can, however, survive four months' starvation and is particularly adapted to a dry climate (Cloudsley-Thompson, personal communication, 1956)....
13 minute read
Centruroides hentzi (Banks)
Centruroides hentzi (Banks)
Experimental prey. — Periplaneta australasiae and Pycnoscelus surinamensis , U.S.A. (Muma, personal communication, 1953): This scorpion occurs in large numbers in the Florida citrus groves, together with P. australasiae which is probably an important natural prey....
12 minute read
Centruroides vitattus (Say)
Centruroides vitattus (Say)
Natural prey. — Parcoblatta pensylvanica (?), U.S.A., Florida (Muma, personal communication, 1953). This may have been another species of this genus, possibly P. divisa , as P. pensylvanica is not known from Florida (Rehn, personal communication, 1958). Experimental prey. — Blatta orientalis , Blattella germanica , Periplaneta americana , and Pycnoscelus surinamensis , U.S.A., Florida (Muma, personal communication, 1953)....
19 minute read
Euscorpius germanus (Koch)
Euscorpius germanus (Koch)
Synonymy. — Euscorpius carpathicus [Cloudsley-Thompson, 1955a]. Experimental prey. — Blattella germanica , England? (Pocock, 1893). Periplaneta americana , nymphs, England? (Cloudsley-Thompson, personal communication, 1956): This scorpion is found naturally in southern Europe and North Africa....
10 minute read
Euscorpius italicus italicus (Herbst)
Euscorpius italicus italicus (Herbst)
Experimental prey. —Cockroaches including nymphs of Periplaneta , England? (Cloudsley-Thompson, 1951): The cockroaches had to be disabled before the scorpion would feed on them. Prey is apparently detected by tactile and auditory senses, sight being poorly developed and not used. The scorpion is found in southern Europe and North Africa. Family VEJOVIDAE...
15 minute read
Heterometrus longimanus (Herbst)
Heterometrus longimanus (Herbst)
Synonymy. — Palamnaeus longimanus [Cloudsley-Thompson, personal communication, 1956]. Natural prey. —"Large wood cockroach," Philippine Islands (Schultze, 1927): On several occasions Schultze found fragments of wings and legs of the large wood cockroach in a scorpion cavity, under a rotten log. Experimental prey. — Leucophaea maderae , Periplaneta americana , and other species of Blattidae, Philippine Islands (Schultze, 1927): Blattids seemed to be the favored food. This scorpion is usually foun
26 minute read
Urodacus novaehollandiae Peters
Urodacus novaehollandiae Peters
Experimental prey. — Periplaneta americana , Australia (Glauert, 1946): An injured cockroach was accepted at once by the scorpion, which held the insect in its claws and tore it with the alternately moving chelicerae. The scorpion ate all the soft parts and most of the sclerotized exoskeleton. Order ARANEIDA Many observations of spiders feeding on cockroaches are quite general, and many observers have failed to identify either the spider or its prey. Belt (1874) stated that "the cockroaches that
1 minute read
Avicularia avicularia (Linnaeus) and Avicularia sp.?
Avicularia avicularia (Linnaeus) and Avicularia sp.?
Common name. —Bird-eating spider. Natural prey. — Periplaneta americana , Trinidad (Main, 1924, 1930): The remains of the host were compressed into globular form by the spider after it had extracted the nutritive parts....
11 minute read
Heteropoda venatoria (Linnaeus)
Heteropoda venatoria (Linnaeus)
Synonymy. — Heteropoda regia Fabricius. Common names. —Banana spider (Comstock, 1912); huntsman spider (Gertsch, 1949); big brown house spider (Bryan, 1915). Natural and experimental prey. —Cockroaches, Bermuda (Verrill, 1902); Puerto Rico (Sein, 1923; Wolcott, 1924a; Petrunkevitch, 1930a); Hawaii (Bryan, 1915, Williams et al., 1931); British Guiana (Moore in Williams et al., 1931); Panama (Gertsch, 1949); New Zealand (adventive) (Parrott, 1952); England (Cloudsley-Thompson, 1953); Comstock (191
1 minute read
Latrodectus indistinctus Pickard-Cambridge
Latrodectus indistinctus Pickard-Cambridge
Common name. —Button spider. Natural prey. — Karnyia discoidalis , South Africa, Western Cape Province (Hesse, 1942): The nest is constructed on the ground among grass stems or other vegetation. Preferred sites are slight hollows, hoof imprints, etc. Nests are roughly tubular. The remains of insects are entangled in the walls of the nest where they form dense accumulations. Predatory activities of the spider are limited to an area close to the tubular entrance to the nest and do not extend beyon
38 minute read
Latrodectus mactans (Fabricius)
Latrodectus mactans (Fabricius)
Common names. —Black widow, hourglass, or shoe-button spider. Natural prey. —Cockroaches, Puerto Rico (Petrunkevitch, 1930). U.S.A., Florida, on shipboard (Anonymous, 1939): This is a presumptive host record, as the spiders were not reported as having been seen eating cockroaches; however, heavy infestations of both were found together. Family LYCOSIDAE...
14 minute read
Lycosa helluo Walckenaer
Lycosa helluo Walckenaer
Experimental prey. —Young nymphs of Diploptera punctata , U.S.A. (Eisner, 1958): Larger nymphs and adults repelled the spider by ejecting a repellent secretion, which has been identified as a mixture of p -benzoquinone and its derivatives by Roth and Stay (1958)....
12 minute read
Blattisocius tineivorus (Oudemans)
Blattisocius tineivorus (Oudemans)
Synonymy. — Blattisocius triodons Keegan [Baker and Wharton, 1952]. Natural host. — Blattella germanica , U.S.A. (Keegan, 1944): Three mites found on 238 cockroaches examined; others taken in debris from floor of cockroach cage (Keegan, 1944). Members of this family are predaceous (Baker and Wharton, 1952). Family LAELAPTIDAE...
14 minute read
Hypoaspis sp.
Hypoaspis sp.
Natural host. — Panesthia australis , imported into U.S.A. from Australia (Roth and Willis, unpublished data, 1955): Cockroach determined by J. A. G. Rehn. Generic determination of mite made by Dr. R. W. Strandtmann (Camin, personal communication, 1955). Family UROPODIDAE...
11 minute read
Uropoda sp.
Uropoda sp.
Natural host. — Blattella humbertiana , Formosa (Takahashi, 1940). Nymphs of the cockroach may be destroyed (Takahashi, 1940). Uropodids frequently attach themselves to insects, especially in nymphal stages but probably are harmless (Baker and Wharton, 1952). Family DIPLOGYNIIDAE...
11 minute read
Undetermined diplogyniid
Undetermined diplogyniid
Natural host. — Panesthia australis , imported into U.S.A. from Australia (Roth and Willis, unpublished data, 1955): Cockroach determined by J. A. G. Rehn. According to Dr. J. H. Camin (personal communication, 1955) this is a new genus and new species in the subfamily Diplogyniinae, and is most closely related to the genus Lobogynioides . Mites of this family live as ectoparasites and commensals on beetles and possibly other insects (Baker and Wharton, 1952). Family ANOETIDAE...
21 minute read
Histiostoma feroniarum (Dufour)
Histiostoma feroniarum (Dufour)
Natural host. — Pycnoscelus surinamensis , Germany (Roeser, 1940): Though not parasitic, the mites at times became so numerous that the insects were hindered in their movement, were unable to feed, and died. The mites were introduced with soil and leaves and had originally been attached to millipedes, waterfleas, and sowbugs. The deutonymphs, hypopial forms, or travelers are found on insects; the other stages are found in decaying organic matter (Baker and Wharton, 1952). Family ACARIDAE...
21 minute read
Tyrophagus lintneri (Osborne)
Tyrophagus lintneri (Osborne)
Common name. —Mushroom mite. Associate. — Pycnoscelus surinamensis , U.S.A. (Roth and Willis, unpublished data, 1953): Mite determined by Dr. E. W. Baker (personal communication, 1953). Although this mite was found on the cockroach, it is a known pest in stored foods (Baker and Wharton, 1952) and probably was brought into the culture with food. Rau (1924) reported that the food of Blatta orientalis often became infested with this species, but it did not affect the health or mortality of the cock
24 minute read
Tyrophagus noxius A. Z.
Tyrophagus noxius A. Z.
Natural host. — Periplaneta americana , U.S.A. (Roth and Willis, unpublished data, 1953): Mite determined by Dr. E. W. Baker (personal communication, 1953). Mites were found in the oöthecal cavity of a female cockroach that had been isolated for her entire adult life. The mites were in a closely packed mass behind a plug of what appeared to be feces, disintegrated eggs, and dried blood; none of the mites were visible until this plug was removed. Baker (personal communication, 1953) stated that t
28 minute read
Rhizoglyphus tarsalus Banks
Rhizoglyphus tarsalus Banks
Natural host. — Periplaneta americana , U.S.A. (Rau, 1940a): Not normally parasitic on cockroaches, but the mites became so numerous at times they would attack living as well as dead and dying cockroaches. Family GLYCIPHAGIDAE...
10 minute read
Chaetodactylus sp.
Chaetodactylus sp.
Synonymy. — Trichotarsus sp. [Baker and Wharton, 1952]. Natural host. — Leucophaea maderae , Puerto Rico (Seín, 1923): Mites found on cockroach's thorax and particularly among the folds of the wings (Seín, 1923). Mites of this genus are found infesting organic matter (Baker and Wharton, 1952). Family PODAPOLIPODIDAE...
14 minute read
Locustacarus sp.
Locustacarus sp.
Natural hosts. — Diploptera punctata and Nauphoeta cinerea , U.S.A. (Roth and Willis, unpublished data, 1954): Mite genus determined by Dr. E. W. Baker (personal communication, 1954). The mites cluster thickly on intersegmental membranes, particularly around the coxae and neck. Despite a heavy infestation, the colony of Nauphoeta thrived for several years. This mite was found first on N. cinerea and possibly transferred to D. punctata when the latter was brought into the laboratory from Hawaii.
24 minute read
Iolina nana Pritchard
Iolina nana Pritchard
Natural hosts. — Blaberus craniifer (originally from a culture at Harvard University) and Diploptera punctata (originally from Hawaii), U.S.A., Pennsylvania (Roth and Willis, unpublished data, 1953; Pritchard, 1956): The mites usually attached near the wing bases of the insects. Morphologically, the species is intermediate between certain predaceous and phytophagous mites (Pritchard, 1956). Family PTERYGOSOMIDAE...
16 minute read
Pimeliaphilus podapolipophagus Trägårdh
Pimeliaphilus podapolipophagus Trägårdh
Common name. —Cockroach mite. Natural hosts. — Parcoblatta sp., U.S.A. (Edmunds, 1953a). Periplaneta americana , U.S.A. (Piquett and Fales, 1952). Cockroaches. U.S.A. (Baker and Wharton, 1952). Experimental hosts. — Blatta orientalis , Blattella germanica , and Periplaneta americana , U.S.A. (Cunliffe, 1952). Eggs of this mite (fig. 4) are usually laid indiscriminately in the rearing cages, rarely on the host. Eggs are coated with a sticky secretion which enables those laid on the host to adhere
1 minute read
RECORDS OF UNIDENTIFIED MITES
RECORDS OF UNIDENTIFIED MITES
Natural hosts. — Aglaopteryx facies , Puerto Rico (Seín, 1923): Four red "tick" nymphs found under wings of female. Blaberus craniifer , U.S.A., Florida (Hebard, 1917): "A number of lice [mites] are present on many of these specimens [28♀♀]." Blaberus discoidalis , adventive from West Indies, taken in Scotland (Stewart, 1925): A considerable number of mites were all over the body and hind wings. Blatta orientalis , Germany (Cornelius, 1853): Ex sexual organs of male. Blattella germanica , U.S.A.
1 minute read
CONTROL OF MITES IN COCKROACH COLONIES
CONTROL OF MITES IN COCKROACH COLONIES
Fisk (1951) eliminated the mites [possibly Pimeliaphilus podapolipophagus (Baker et al., 1956)] in his cockroach colony by using a 5-percent spray and a 5-percent dust of p-chlorophenyl, p-chlorobenzene sulfonate. The exterior of the cockroach containers were sprayed with the solution and the interior, including the insects, were dusted. Within a month the mites had disappeared and the vigor of the cockroach colony improved. Piquett and Fales (1952) used flowers of sulfur and general sanitary pr
17 minute read
PREDATORS AND PARASITES OF COCKROACH EGGS
PREDATORS AND PARASITES OF COCKROACH EGGS
Wasps from at least six families of Hymenoptera have been recorded as developing on cockroach eggs. All the Evaniidae are presumed to be parasitic in the egg capsules of cockroaches (Clausen, 1940; Townes, 1951), although hosts for many of the described species have yet to be discovered. The presence of evaniids in dwellings indicates the presence of cockroaches (Gross, 1950). At times these wasps may become a nuisance; a family in Worthington, Ohio, complained of the evaniid wasps that they fou
32 minute read
HOST SELECTION BY EGG PARASITES
HOST SELECTION BY EGG PARASITES
The nature of the oviposition stimulus(i) for the wasp parasites of cockroach eggs is unknown. Edmunds (1954) noted that Prosevania punctata showed more interest in oöthecae that had been cemented to the substrate than in clean oöthecae that had simply been dropped. Cros (1942) experimented with two females of P. punctata to see if the wasps could find oöthecae that had been buried in sand by the oriental cockroach. After prospecting the sand with their antennae, the wasps dug deep excavations w
2 minute read
COCKROACH-HUNTING WASPS
COCKROACH-HUNTING WASPS
A number of wasps of the families Ampulicidae, Sphecidae, and a very few species of Pompilidae have been found to provision their nests with nymphal or adult cockroaches. This habit of preying on cockroaches is primitive (Leclercq, 1954); Leclercq (personal communication, 1955) stated that this habit is always associated with the conservation of a number of structures considered as archaic from a purely morphological point of view. The records of wasps of the genus Astata capturing cockroaches (
49 minute read
WASPS THAT PROVISION THEIR NESTS WITH COCKROACHES
WASPS THAT PROVISION THEIR NESTS WITH COCKROACHES
Family POMPILIDAE Natural hosts. —Cockroaches, India (Bingham, 1900). Natural host. —Cockroach, Nyasaland (Lamborn in Poulton, 1926): The wasp was collected leading a nymph of the cockroach by its antenna. The cockroach was in a stupefied state, and its antennae were bitten off to about half their length. Natural hosts. —Cockroaches, India (Bingham, 1900). Family AMPULICIDAE The species of Ampulex do not appear to make special nests in which to lay their eggs but drag their prey to any convenien
15 minute read
ANTS PREDACEOUS ON COCKROACHES
ANTS PREDACEOUS ON COCKROACHES
A large roach endeavored to escape by crossing the main front of the army. The creature made several powerful jumps, but each time it touched the ground ... its legs were grasped by the fearless ants.... In the end it fell ... and was instantly torn to bits and carried to the rear.... Another ant with the body of a wood roach was assisted by a worker who held the carrier's abdomen high in the air out of the way of her burden, all the way to the nest. Howes (1919) Family FORMICIDAE From the known
2 minute read
Chalceus macrolepidotus Cuvier and Valenciennes
Chalceus macrolepidotus Cuvier and Valenciennes
The only other records of cockroaches being eaten by fish pertain to the use of cockroaches as bait. [8] Captain William Owen ( in Webster, 1834) stated that the Chinese used cockroaches as bait in their fishing excursions. At Reelfoot Lake, Tennessee, Blatta orientalis were kept in large numbers by bait dealers and were sold to fishermen who used them for catching Lepomis pallidus , a sunfish locally known as bream, blue bream, or bluegill (Rau, 1944). In Indiana, oriental cockroaches were coll
35 minute read
Plethodon glutinosus (Green)
Plethodon glutinosus (Green)
Natural prey. — Cryptocercus punctulatus , U.S.A. (Honigberg, 1953): Protozoa which are normally only found in C. punctulatus were present in the intestine of the salamander indicating that this cockroach had been eaten by the amphibian. Order SALIENTIA Family BUFONIDAE...
12 minute read
Bufo marinus (Linnaeus)
Bufo marinus (Linnaeus)
Common name. —Giant toad, marine toad, Surinam toad. Natural prey. — Epilampra abdomen-nigrum , Trinidad (Weber, 1938): Found in the stomachs of two toads. Diploptera punctata , Hawaii (Pemberton and Williams, 1938). Periplaneta sp., Fiji (Lever, 1939): Many householders in Suva have seen the toad eat considerable numbers of these cockroaches. Pycnoscelus surinamensis , Hawaii (Alicata, 1938; Illingworth, 1941). Cockroaches, Nicaragua (Noble, 1918): Stomach contents of toads captured at street l
24 minute read
Leptodactylus pentadactylus (Laurenti)
Leptodactylus pentadactylus (Laurenti)
Common name. —"Smoky jungle frog" or "pepper frog." Natural prey. —Cockroaches, Nicaragua (Noble, 1918): Cockroach wings were found in the stomach of a frog caught around human habitation. Brazil (Valente, 1949)....
9 minute read
Rana pipiens Schreber
Rana pipiens Schreber
Common name. —Leopard frog. Experimental prey. — Periplaneta americana , U.S.A. (Moore, 1946): Cockroaches containing infective acanthellas of Moniliformis dubius were fed to two frogs. Neostylopyga rhombifolia , U.S.A. (Dr. T. Eisner, personal communication, 1958.)...
11 minute read
Unidentified batrachians
Unidentified batrachians
Experimental prey. — Blattella germanica , Germany, Frankfurt am Main, Zoological Garden (Lederer, 1952): These insects were preferred by all the insect eaters in the zoo. Periplaneta americana , Germany, Frankfurt am Main, Zoological Garden (Lederer, 1952): Newly molted individuals were accepted as food, but others were usually passed by or consumed unwillingly. Class REPTILIA [10] Order CHELONIA Family EMYDIDAE...
17 minute read
Chrysemys picta (Schneider)
Chrysemys picta (Schneider)
Common name. —Painted turtle. Natural prey. — Periplaneta australasiae , England (Lucas, 1916, 1920): The cockroach, apparently injured, fell into water in the tortoise house, Zoological Gardens, Regent's Park, and the terrapin ate it. Order SAURIA Family GEKKONIDAE...
11 minute read
Anolis cristatellus Duméril and Bibron
Anolis cristatellus Duméril and Bibron
Natural prey. — Blattella sp., Cariblatta delicatula , Epilampra wheeleri , Periplaneta americana , Periplaneta australasiae , and Symploce flagellata , Puerto Rico (Wolcott, 1924): The last-named cockroach may have been S. ruficollis Rehn and Hebard, the females of which are hard to distinguish from flagellata . Rehn and Hebard (1927) stated that in all probability flagellata does not occur on the island of Puerto Rico. Wolcott (1950) stated that Symploce ruficollis [= bilabiata ] serves as foo
39 minute read
Anolis sagrei Cocteau
Anolis sagrei Cocteau
Natural and experimental prey. — Pycnoscelus surinamensis , Cuba (Darlington, 1938): This species was eaten both in captivity and in nature. The lizard ate most readily soft, immature cockroaches. Pycnoscelus surinamensis is probably a staple food of the lizard in nature, as Darlington observed wild lizards catch the nymphs....
15 minute read
Unidentified skinks
Unidentified skinks
Natural prey. —Cockroaches, Arno Atoll (Usinger and La Rivers, 1953). Family AGAMIDAE Experimental prey? —Cockroaches, Australia (Lee and Mackerras, 1955): A general statement was made that in captivity Agamidae were observed feeding avidly on cockroaches and other insects. Three agamids studied by these workers were Amphibolurus barbatus (Gray), Physignathus lesueurii Gray, and Chlamydosaurus kingii Gray. Family CHAMAELEONTIDAE...
17 minute read
Chamaeleon chamaeleon (Linnaeus) and Chamaeleon oustaleti Mocquard
Chamaeleon chamaeleon (Linnaeus) and Chamaeleon oustaleti Mocquard
Experimental prey. —Cockroaches, Amsterdam (Portielje, 1914): Large cockroaches were fed to these lizards in the reptile house of Artis. Family TEIIDAE...
7 minute read
Ameiva exsul Cope
Ameiva exsul Cope
Common name. —Iguana, ground lizard. Natural prey. —Cockroach (nymph), Epilampra wheeleri , and Periplaneta americana , Puerto Rico (Wolcott, 1924): Stomach contents of 15 lizards were analyzed. E. wheeleri formed 30 percent of the food of one lizard. The cockroach nymph formed 5 percent of the food of one lizard. One P. americana formed 20 percent of the food of one lizard; another formed 50 percent of the food of a second lizard. Experimental prey. —Cockroach nymphs, Puerto Rico (Wolcott, 1924
24 minute read
Unidentified lizards
Unidentified lizards
Natural prey. —Cockroaches, West Indies (H., 1800). Experimental prey. — Blatta orientalis , U.S.A. (Rau, 1924): Rau called the predator a common gray lizard. Periplaneta americana , Germany, Frankfurt am Main, Zoological Garden (Lederer, 1952): Newly molted cockroaches were accepted as food, but others were usually passed by or consumed unwillingly. Order SERPENTES Family COLUBRIDAE...
16 minute read
Heterodon platyrhinos Latreille
Heterodon platyrhinos Latreille
Synonymy. — Heterodon contortrix [Dr. Doris M. Cochran, personal communication, 1957]. Common name. —Hog-nosed snake. Experimental prey. — Periplaneta americana , U.S.A. (Moore, 1946): Cockroaches containing infective acanthellas of Moniliformis dubius were fed to one snake....
11 minute read
Garter Snake
Garter Snake
Experimental prey. — Blatta orientalis , U.S.A. (Rau, 1924). Class AVES The cockroach is always wrong when arguing with a chicken. Spanish proverb ( Hartnack , 1939) Arboreal cockroaches hidden in and under bark are much more likely to be encountered by birds than by other predators, and insectivorous birds undoubtedly consume many more cockroaches than the few records would indicate. Most of the records we have located identify the birds at least by common name. Where possible we have given the
57 minute read
Domestic duck
Domestic duck
Natural prey. — Pycnoscelus surinamensis , Australia (Fielding 1926): The ducks became infected with Manson's eye worm of which P. surinamensis is the only known intermediate host. Cockroach, Bermuda (Jones, 1859): "All kinds of poultry feed greedily upon the cockroach; tame ducks spending entire moonlight nights in their capture." Order GALLIFORMES Family PHASIANIDAE...
15 minute read
Phasianus calchicus karpowi Buturlin
Phasianus calchicus karpowi Buturlin
Common name. —Korean pheasants. Experimental prey. — Blattella germanica and Periplaneta picea , Japan (Asano, 1937): Adults of these cockroaches were devoured at once when they were fed with the heads cut off....
11 minute read
Phasianus sp.
Phasianus sp.
Common name. —Pheasant. Natural prey. —Blattidae, unidentified (below 1 percent of the diet), Cutila soror (below 1 percent of the diet), Diploptera punctata (above 6 percent of the diet), and Pycnoscelus surinamensis (6 percent of the diet), Hawaii (Schwartz and Schwartz, 1949)....
14 minute read
Domestic chicken
Domestic chicken
Natural and experimental prey. — Blaberus craniifer , U.S.A., Key West, Florida. J.A.G. Rehn in 1912 (personal communication) observed chickens feeding on nymphs of B. craniifer which had dropped to the ground from among stacked coffins in an undertaker's shack. Blatta orientalis , U.S.A. (Rau, 1924): The chickens ate cockroaches that were caught in traps. Hebardina concinna , Japan (Asano, 1937): Experimental feeding to white Leghorn chickens. Periplaneta americana , Surinam (Stage, 1947): Seve
50 minute read
Meleagris gallopavo (Linnaeus)
Meleagris gallopavo (Linnaeus)
Common name. —Turkey. Natural prey. — Pycnoscelus surinamensis , Antigua (Hutson, 1943): Turkeys were found heavily infected with Manson's eye worm of which P. surinamensis is the only known intermediate host. These turkeys therefore were presumed to have fed on this cockroach. Order COLUMBIFORMES Family COLUMBIDAE...
14 minute read
Gymnasio nudipes (Daudin)
Gymnasio nudipes (Daudin)
Common name. —Bare-legged owl. Natural prey. — Epilampra sp., Puerto Rico (Wetmore, 1916): One specimen identified in stomach of a wild-caught owl. Cockroaches, Puerto Rico (Wetmore, 1916): These insects were found in stomachs of five owls. Order CORACIFORMES Family TODIDAE...
12 minute read
Todus mexicanus Lesson
Todus mexicanus Lesson
Common name. —Porto Rican tody. Natural prey. — Plectoptera poeyi? , Puerto Rico (Wetmore, 1916): The stomachs of 89 birds were examined; a single bird had eaten the above cockroach. According to Wolcott (1950) P. poeyi could be Plectoptera dorsalis , P. rhabdota , or P. infulata . Family BUCEROTIDAE...
16 minute read
Gymnopithys leucaspis (Sclater)
Gymnopithys leucaspis (Sclater)
Common name. —Bicolored antbird. Natural prey. —Cockroaches, Panama Canal Zone (Johnson, 1954): This bird feeds on small cockroaches, and other arthropods, which are flushed from their hiding places by swarms of the army ant, Eciton burchelli . Family ORIOLIDAE...
12 minute read
Cyanocitta cristata (Linnaeus)
Cyanocitta cristata (Linnaeus)
Common name. —Blue jay. Experimental prey. — Diploptera punctata , U.S.A. (Eisner, 1958). Eurycotis floridana , Neostylopyga rhombifolia , and Periplaneta americana , U.S.A. (Eisner, personal communication, 1958): E. floridana was only eaten after the odor of 2-hexenal, which was released by the insect on being attacked by the bird, had dissipated. Family PARADISEIDAE...
17 minute read
Paradisea papuana Bechstein
Paradisea papuana Bechstein
Experimental prey. —Cockroaches, Malaya and on shipboard (Wallace, 1869): Two adult males fed voraciously on rice, bananas, and cockroaches. Wallace collected cockroaches every night on board ship to feed the birds. "At Malta ... I got plenty of cockroaches from a bakehouse, and when I left, took with me several biscuit-tins full, as provision for the voyage home." Family TROGLODYTIDAE...
17 minute read
Acridotheres tristis Bonnaterre and Vieillot
Acridotheres tristis Bonnaterre and Vieillot
Common name. —Myna, mynah. Natural prey. —Cockroaches, Hawaii, Lanai (Illingworth, 1928): Illingworth reported that he had never seen as many cockroaches anywhere else in Hawaii. The birds followed tractors that were destroying cactus and kept close to the chain that turned over the stumps. The following species were collected: Allacta similis , Blattella germanica , Cutilia soror , Diploptera punctata , Leucophaea maderae , Periplaneta americana , Periplaneta australasiae , Pycnoscelus suriname
34 minute read
Tiaris bicolor omissa (Jardine)
Tiaris bicolor omissa (Jardine)
Common name. —Carib grassquit. Natural prey. —Cockroaches, Puerto Rico (Wetmore, 1916): Animal food was found in 5 of 72 stomachs examined; one bird had eaten two cockroaches among other insects. Class MAMMALIA [11] Order MARSUPIALIA Family DIDELPHIDAE...
11 minute read
Perodicticus potto (P. L. S. Müller)
Perodicticus potto (P. L. S. Müller)
Common name. —Potto. Natural prey. — Blattella germanica , France (Brumpt and Urbain, 1938): See comment under Lemur coronatus . Experimental prey. —Blattidae, East Africa (Pitman, 1931): Both sexes of the potto ate freely of all types of cockroaches. Family TARSIIDAE...
13 minute read
Aotes zonalis Goldman
Aotes zonalis Goldman
Synonymy. — Aotus [Simpson, 1945]. Common name. —Canal Zone night monkey. Natural prey. — Leucophaea maderae , Panama (Foster and Johnson, 1939): Captive monkeys became naturally infested with Protospirura muricola by eating cockroaches that contained infective larvae of the worm....
12 minute read
Callithrix chrysoleucos (Natterer)
Callithrix chrysoleucos (Natterer)
Synonymy. — Callithrix chrysolevea [Johnson, personal communication, 1957]. Natural prey. — Blattella germanica , France (Brumpt and Urbain, 1938): The monkey apparently became infested naturally with Prosthenorchis elegans for which B. germanica was the intermediate host in the monkey house....
13 minute read
Callithrix jacchus (Linnaeus)
Callithrix jacchus (Linnaeus)
Synonymy. — Simia jacchus. Natural prey. — Blattella germanica , France (Brumpt and Urbain, 1938): See comment under Lemur coronatus . Cockroaches, on board ship (Neill, 1829; also cited by Samouelle, 1841, and Cowan, 1865): "It was quite amusing to see it at its meal. When he had got hold of one of the largest cockroaches, he held it in his fore paws, and then invariably nipped the head off first; he then pulled out the viscera and cast them aside, and devoured the rest of the body, rejecting t
33 minute read
Macaca mulatta (Zimmermann)
Macaca mulatta (Zimmermann)
Synonymy. — Macaca rhesus [Johnson, personal communication, 1957]. Experimental prey. — Blattella germanica , France (Brumpt and Urbain, 1938, 1938a): The macaque was fed cockroaches infested with Prosthenorchis elegans and P. spirula ....
11 minute read
Pan sp.
Pan sp.
Common name. —Chimpanzee. Natural prey. — Blattella germanica , Netherlands (Thiel and Wiegand Bruss, 1946): Indirect evidence for this relationship was shown by these workers who found two animals heavily infected with Prosthenorchis spirula in a zoo in Rotterdam; the intermediate host of the worm was shown to be B. germanica . Family HOMINIDAE...
16 minute read
Homo sapiens Linnaeus
Homo sapiens Linnaeus
Natural prey. —Oöthecae of Blatta orientalis and Neostylopyga rhombifolia , Thailand (Bristowe, 1932). Periplaneta americana , Formosa (Takahashi, 1924). Periplaneta americana and Periplaneta australasiae , Australia, China, and Japan (Bodenheimer, 1951). Cockroaches, Annam and French Guinea (Brygoo, 1946). In addition to the above records of cockroaches being used as food by man these insects have also been eaten for medicinal purposes (see Roth and Willis, 1957a). Order EDENTATA Family DASYPOD
22 minute read
Dasypus novemcinctus Linnaeus
Dasypus novemcinctus Linnaeus
Synonymy. — Tatu novemcinctum [Johnson, personal communication, 1958]. Natural prey. — Ischnoptera deropeltiformis , Texas (Hebard, 1917): A specimen of this cockroach in the U. S. National Museum was taken from the stomach of the armadillo. Order RODENTIA Family MURIDAE...
12 minute read
Rattus norvegicus (Berkenhout)
Rattus norvegicus (Berkenhout)
Synonymy. — Mus decumanus; Epimys norvegicus. Natural prey. — Leucophaea maderae , Venezuela (Brumpt, 1931): Rats infested with Protospirura bonnei presumably ate this cockroach which is the intermediate host of the worm. Periplaneta americana , Brazil (Magalhães, 1898): Remains found in the stomachs of brown rats. Denmark (Fibiger and Ditlevsen, 1914): This cockroach was found to be the intermediate host of Gongylonema neoplasticum , a parasite of rats....
20 minute read
Bassariscus astutus (Lichtenstein)
Bassariscus astutus (Lichtenstein)
Common names. —Cacomistle, ring-tailed cat. Natural prey. —Cockroaches, U.S.A., Arizona (Dr. H. Stahnke, personal communication, 1953): The ring-tailed cat enters dwellings located on the desert and feeds on cockroaches and other arthropods....
9 minute read
Herpestes javanicus auropunctatus Hodgson
Herpestes javanicus auropunctatus Hodgson
Natural prey. — Epilampra wheeleri , Eurycotis improcera , Panchlora nivea , Pycnoscelus surinamensis , and others unidentified to species, St. Croix and Puerto Rico (Wolcott, 1953): Based on 37 or more cockroaches obtained from stomachs of 42 mongooses collected in St. Croix (by Seaman) and 56 collected in Puerto Rico (by Pimentel). Pimentel (personal communication, 1958) has given us the following percentage occurrence of cockroach species in the total number of mongoose stomachs that he exami
31 minute read
Felis catus Linnaeus
Felis catus Linnaeus
Natural prey. — Periplaneta americana , Hawaii (Williams et al., 1931). Cockroaches, U.S.A., Arizona (Stahnke, personal communication, 1953). Experimental prey. — Blattella germanica , U.S.A. (Hobmaier, 1941): Cats were fed cockroaches infested with Physaloptera maxillaris . U.S.A. (Petri and Ameel, 1950): Cockroaches infested with Physaloptera rara were fed to a kitten. France (Brumpt and Urbain, 1938a): A young cat was fed cockroaches infested with Prosthenorchis elegans and P. spirula ....
23 minute read
Felis pardalis mearnsi J. A. Allen
Felis pardalis mearnsi J. A. Allen
Natural prey. —Cockroaches, Panama (Dr. H. L. Sweetman, personal communication, 1958): An ocelot was seen collecting and feeding on cockroaches, possibly Blaberus sp. "The ocelot was quite efficient and seemed to relish the roaches."...
12 minute read
XIV. CHECKLIST OF COCKROACHES AND SYMBIOTIC ASSOCIATES
XIV. CHECKLIST OF COCKROACHES AND SYMBIOTIC ASSOCIATES
Only naturally occurring associations are included in this list. Commensal cockroaches are listed on page 315. Bacteroids are not listed because they undoubtedly occur in all species. The higher plants were excluded because most of the associations may be too casual to constitute symbiosis; however, many of the plant associations were included in the chapter on ecology. The cockroaches and the associates within each category are arranged alphabetically by genus and species. Page references are t
1 minute read
Coptotermes ceylonicus Holmgren
Coptotermes ceylonicus Holmgren
Commensal. — Sphecophila ravana , Ceylon (Fernando, 1957): Six females, 50 males, and nymphs of both sexes were found among decaying timber in the ground in association with a colony of this termite. The antennae of most specimens were mutilated unsymmetrically. Family TERMITIDAE...
14 minute read
Camponotus maculatus (Fabricius)?
Camponotus maculatus (Fabricius)?
Note. —Dr. W. L. Brown (personal communication, 1957) states that this ant is an Old World species only. So presumably Mann's record pertains to a different species. Commensal. — Myrmecoblatta rehni , Mexico (Mann, 1914): "They were very abundant, several occurring in almost every nest, where they are no doubt very efficient scavengers."...
15 minute read
Acromyrmex lundi (Guérin)
Acromyrmex lundi (Guérin)
Synonymy. — Atta lundi [Brown, personal communication, 1957]. Commensal. — Attaphila bergi , Argentina and Uruguay (Bolívar, 1901): The cockroach was found in the nests of the ants sitting on the back, neck, or head of sexual individuals. It remains attached to the ant during swarming. The antennae seem always to be mutilated. Bruch (1916) stated that in La Plata A. bergi is encountered by hundreds in every nest of A. lundi ....
22 minute read
Acromyrmex silvestrii Emery
Acromyrmex silvestrii Emery
Commensal. — Attaphila bergi , or possibly a variety of this species, San Luis Province, Argentina (Bruch, 1916): According to Bruch, the behavior of this species of Attaphila is identical with the one encountered in Huasán in the nests of Acromyrmex lobicornis Emery; it differed from A. bergi in size and color....
17 minute read
Atta texana (Buckley)
Atta texana (Buckley)
Synonymy. — Atta fervens Say [Wheeler, 1910]. Commensal. — Attaphila fungicola , U.S.A., Texas (Wheeler, 1900, 1910): The cockroach does not feed on the fungus in the ants' nest, as Wheeler (1900) first supposed, but mounts the back of the soldiers and licks their surfaces. It is tolerated by the ants with no signs of hostility. The antennae of the cockroach are clipped short. Although Wheeler (1910) stated that this is probably accidental or unintentional, it is peculiar that Bolívar (1905) not
45 minute read
Odontomachus affinis (Guérin)
Odontomachus affinis (Guérin)
Commensal. — Myrmeblattina longipes , Brazil, Rio de Janeiro (Chopard, 1924, 1924a; Hancock, 1926): Originally described as Phileciton longipes by Chopard (1924) from the nest of an ant mistakenly identified as Eciton sp. Family VESPIDAE...
11 minute read
Polybia pygmaea Fabricius
Polybia pygmaea Fabricius
Commensal. — Sphecophila polybiarum , French Guiana (Shelford, 1906a): Shelford stated that it was probable that the cockroaches living on the floor of the paper nest fed on small fragments of insects and spiders that were dropped by the wasp larvae feeding in the cells above. Family MEGACHILIDAE...
14 minute read
Melipona nigra Lepeletier
Melipona nigra Lepeletier
Commensal. — Oulopteryx meliponarum , Brazil (Hebard, 1921): According to Hebard, this cockroach is the first one to be known to inhabit the nests of bees. Nothing is known of the relationship between the cockroach and the bees. [See comment by Sonan (1924) on page 318 .]...
14 minute read
CHECKLIST OF COMMENSAL COCKROACHES WITH THEIR HOSTS
CHECKLIST OF COMMENSAL COCKROACHES WITH THEIR HOSTS
The cockroaches are arranged alphabetically by genus and species. The page references are to citations in the classified section above, where details and/or sources of the records are given. Attaphila aptera Ant: Acromyrmex octospinosus , p. 313 . Attaphila bergi Ants: Acromyrmex lobicornis , p. 312 . Acromyrmex lundi , p. 312 . Acromyrmex silvestrii , p. 313 . Attaphila flava Host unknown, presumably an ant, p. 314 . Attaphila fungicola Ants: Acromyrmex octospinosus , p. 313 . Atta cephalotes ,
1 minute read
OBSCURE ASSOCIATIONS
OBSCURE ASSOCIATIONS
Cockroaches that are sometimes found in the nests of, or in association with, other animals are not necessarily commensals. This is particularly true of cockroaches that normally are found unassociated with other animals or that merely occupy the same habitat with the other animals because of similar microclimatic requirements (see Chopard, 1924c). McCook (1877) excavated in February a nest of Formica rufa in Pennsylvania. A hundred or more lively cockroaches occupied a part of the nest that con
7 minute read
INTERSPECIES PREDATION
INTERSPECIES PREDATION
Tepper (1893) made the broad statement that the majority of Australian and Polynesian cockroaches appear to be wholly carnivorous, eating other insects, eggs, and larvae. He stated that, because of their voracity and cannibalistic tendencies, the carnivorous species lead more or less solitary lives so that one rarely meets several in close proximity; they are never very numerous at any time because the stronger devour the weaker in the absence of other prey. Tepper stated that Australian species
6 minute read
INTRASPECIES PREDATION
INTRASPECIES PREDATION
Those who have reared cockroaches in the laboratory have undoubtedly seen cannibalism occur in the cultures. Cannibalism has been observed among the common domiciliary species of cockroaches as well as laboratory colonies of Leucophaea maderae (Scharrer, 1953), and Blaberus craniifer [12] (Saupe, 1928). Edmunds (1957) reported that cannibalism was common in a laboratory colony of Periplaneta brunnea and that egg capsules deposited by a female were often eaten by the other cockroaches. Periplanet
4 minute read
FAMILIAL ASSOCIATIONS
FAMILIAL ASSOCIATIONS
The females of many species of cockroaches insure varying degrees of protection to the developing young in their ways of disposing of the oötheca after it has been formed. The extent of this association between the mother and her developing progeny varies from the minimum amount of time spent by oviparous females in concealing their oöthecae, to the duration of embryogenesis in the so-called viviparous species, a period of over a month or more. Haber (1920a) observed a female of Periplaneta amer
12 minute read
GREGARIOUSNESS
GREGARIOUSNESS
Casual statements that cockroaches are gregarious are often encountered in the literature. There has been some argument to the effect that large numbers of these insects seeking the same environment in a limited space would appear to be gregarious, whereas there is probably no true social tendency (Rau, 1924). Reactions of cockroaches to certain stimuli in the environment undoubtedly do result in aggregations of individuals. However, as Chopard (1938) has pointed out, it is difficult to assign t
11 minute read
INTRASPECIES FIGHTING
INTRASPECIES FIGHTING
Fighting occurs among cockroaches of the same species over food or shelter or between males. Saupe (1928) observed late-instar nymphs of Blaberus craniifer attack each other and even adults. Additional records cited in the section on intraspecies predation (p. 322 ) imply fighting within a species. Rau (1924) saw a male of Blatta orientalis attack another male in copula and bite away a large portion of its wing. Two other males in the container had their wings badly torn overnight, presumably as
2 minute read
INTERSPECIES COMPATIBILITY
INTERSPECIES COMPATIBILITY
We agree in essence with Chopard (1938) who stated that it is improper to speak of associations apropos of the ecological distribution of Orthoptera. He continued that it is clearly evident that different species of Orthoptera, which are found grouped on a territory more or less narrowly limited, have no interdependence among them. Their grouping results uniquely from almost similar reactions to the different factors which characterize this limited milieu. There is neither interdependence nor in
8 minute read
INTERSPECIES ANTAGONISM
INTERSPECIES ANTAGONISM
In contrast to the presumably amicable associations mentioned above, other observations in the literature seem to indicate that some species of cockroaches are incompatible when they attempt to occupy the same habitat niche. Marlatt (1915) stated "Rarely do two of the domestic species occur together in the same house. Often, also, of two neighboring districts one may be infested with one species, while in the other a distinct species is the commoner one. The different species are thus seemingly
4 minute read
XVIII. DEFENSE OF COCKROACHES AGAINST PREDATORS
XVIII. DEFENSE OF COCKROACHES AGAINST PREDATORS
Irritating or repellent secretions provide many animals belonging to widely unrelated groups with a more or less potent means of defence.... It will be seen that this method of defence does not rest merely upon a passive unpalatable attribute, but upon an active emission of the unpalatable substance which, since it occurs when the animal is seized or threatened by an enemy, enforces its effectiveness. In its highest development we find different forms whose specialized habits and modified struct
12 minute read
INVERTEBRATES
INVERTEBRATES
Scorpions. —In Puerto Rico, cockroaches are probably the principal food of the scorpions which live in old houses, on tree trunks, etc. (Seín, 1923). The staple diet of scorpions in Arizona is the small cockroach commonly known as the water bug (Stahnke, 1949); in the part of Arizona where he resides, Stahnke (personal communication, 1953) says that the "water-bug" is most generally Supella supellectilium although Blattella germanica is also found, but less abundantly. Spiders. —Jefferys (1760)
6 minute read
VERTEBRATES
VERTEBRATES
... on conserve avec soin les crapauds dans les maisons, et que les dames les tolèrent, même sous leurs robes, en raison de leurs continuels services, car ils se promènent sans cesse à la recherche des Kakerlacs. Girard (1877) Toads. — Bufo marinus was first introduced into Puerto Rico from Barbados in 1920 to reduce several major insect pests including cockroaches (Leonard, 1933). It was introduced from Puerto Rico into Hawaii by C. E. Pemberton in 1932 where it rapidly became established; it h
2 minute read
ACKNOWLEDGMENTS
ACKNOWLEDGMENTS
We would have been unable to complete this review without the help of many people who have generously given us their time and the benefit of their special experience. We are exceedingly grateful to these individuals for they have contributed much to whatever merit this work possesses; we alone are responsible for the deficiencies and inaccuracies that remain in the text. Dr. A. B. Gurney, Entomology Research Division, U. S. Department of Agriculture, and J. A. G. Rehn, Academy of Natural Science
3 minute read
REFERENCES
REFERENCES
Abdulali, H. 1942. The terns and edible-nest swifts at Vengurla, West Coast, India. Journ. Bombay Nat. Hist. Soc., vol. 43, pp. 446-451. Abeille de Perrin, E. 1909. Étude d'un Rhipidius nouveau de Provence, R. Boissyi Abeille. Compt. Rend. Soc. Biol., Paris, vol. 67, pp. 854-858. Adair, E. W. 1923. Notes sur Periplaneta americana L. et Blatta orientalis L. (Orthop.). Bull. Soc. Ent. Égypte, vol. 7, pp. 18-38. Adelung, N. von. 1907. Beiträge zur Orthopterenfauna der südlichen Krim. Mus. Zool., Ak
55 minute read