Date post: | 27-Apr-2023 |
Category: |
Documents |
Upload: | khangminh22 |
View: | 0 times |
Download: | 0 times |
A simplified key to common
genera of terrestrial earthworms
I. Clitellum commencing in front of the 15th segment (not found in the British Isles)
- Clitellum commencing after the 15th segment
2. Setal arrangement perichaetine (Fig. 2)
- Setal arrangement lumbricine
3. Male pores on segment 17 or in 17/18 Spermathecae posterior to segment 10
Male pores on segment 18 Spermathecae anterior to segment 10
Male pores on segment 19 (semi-aquatic)
4. Prostomium tanylobous (Fig. I), setae closely paired (Fig. 2) at least over part of the body
- Prostomium epilobous (Fig. I), or iftanylobous, setae widely paired or distant over the whole body
2
4 (LUMBRI
CIDAE)
Pheretima (MEGASCo
LECIDAE)
3
Eudrilius (EUDRI
LIDAE)
Diplocardia (ACANTHo
DRILIDAE)
Sparganophilus (SPARGANo
PHILIDAE)
Lumbricus
5
246 BIOLOGY OF EARTHWORMS
5. Clitellum ends after segment 28 6 - Clitellum ends before segment 28, body section
quadrangular Eiseniella 6. Tubercula pubertatis absent, or exceptionally, present
as simple thickenings of the edges of the c1itellum Bimastos - Tubercula pubertatis present as ridges or isolated
papillae (Plate 5b) 7 7. Setae widely-paired or distant, at least posteriorly 8
- Setae closely-paired throughout the length of the body 9 8. Setae widely paired or distant throughout the length
of the body, tubercula pubertatis as ridges (exceptionally as separate tubercles) extending over only part of the length of the c1itellum Dendrobaena
Setae closely-paired anteriorly (in region of the hearts), distant posteriorly. Tubercula pubertatis
as ridges as long or'longer than the c1itellum Octo/asion 9. Spermathecal pores (Fig. 3) in line WIth seta 'd' or
more often near the mid-dorsal line. Body trapezoidal in cross-section.
Spermathecal pores situated laterally between setae 'c' and 'd' or 'a' and 'b' and 'c' and 'd'. Body not trapezoidal in cross-section
10. Prostomium with longitudinal ridges - Prostomium without longitudinal ridges I I. Calciferous glands with two lateral pouches in seg
ment. Terrestrial
Calciferous glands without lateral pouches. Am-
Eisenia and Eisenoides
10
Eophila II
Allolobophora
phibious Helodrilus 'Note. Both Sparganophilus and Helodrilus species live in mud bordering streams, rivers and lakes, which should provide confirmation of identification if the key does not provide sufficient data.'
Simple key to species of terrestrial earthworms
'The first part of the following key describes species belonging to families other than the Lumbricidae. The great majority of the representatives of these families are to be found as indigenous and peregrine species throughout tropical and subtropical parts of Africa, South America and Asia. However, certain members of these families are to
SIMPLIFIED KEY TO COMMON GENERA 247 be found in Europe, and particularly )J"orth America, usually as peregrine species (but occasionally indigenous, such as Diplocardia spp.). The commoner species found in North America are listed.'
MEGASCOLECIDAE Genus Pheretima One pair of spermathecal pores in S/6. 1st dorsal pore in 11/12-13/14. Clitellum on 14-16. 20-S6 mm. 8S-97 segs. Colour unpigmented, white. Two pairs of spermathecal pores in segmental grooves 7/8 and 8/9. 1st dorsal pore rr/I2. 70-170 mm. IO-ISO segs. Reddishbrown, clitellum creamy to dark grey. Two pairs of spermathecal pores (small) in S/6, 6/7. 1st dorsal pore in 10/1 I. Clitellum on segments 14-16, often not fully cover.ing segments 14 and 16.40-150 mm. 75-102 segs. Colour (usually dorsal only) yellow, brownish, brownish-red, grey. Three pairs of spermathecal pores (small) in 5/6-7/8. 1st dorsal pore in 10/11. Clitellum on !I4-!I6. 25-175 mm. 75-95 segs. Colour greyish-brown with violet irridescence, reddish-brown, yellow. Three pairs of spermathecal pores on the anterior edges of segments 7, 8 and 9. 150-220 mm. Light green/greenish buff with purple green dorsal line, clitellum milky or chocolate, pale grey ventrally. Four pairs of spermathecal pores (small) in 5/6-8/9. 1st dorsal pore in rr/I2 or I2/13. Clitellum on 14-16 not quite reaching 16/17.45-145 mm. 80--100 segs. Colour reddish-brown, greyish, very dark brown to black, sometimes bluish at mid-dorsal line. Four pairs of spermathecal pores (minute) in segmental grooves 5/6-8/9. 1st dorsal pore usually in I I/I2. 49-95 mm. 80-1 IS segs. Clitellum on 14-16. Colour, dorsal surface only (except for first few segments), reddish purple, reddish brown, yellowish-brown, chocolate, greyish.
ACANTHODRILIDAE Genus Dlplocardw
I. Clitellum forms a complete ring around the body. 40--120 mm. 90-120 segs. Anterior dorsal surface pale flesh coloured.
Clitcllum not a complete ring, but saddle-shaped. 2. Three pairs of spermathecal pores in segmental grooves 6/7,
7/8 and 8/9. 180-300 mm. I25-160 segs. Anterior dorsal surface pale flesh coloured.
Two pairs of spermathecal pores in segmental grooves 7/8 and 8/9. 200-270 mm. 135-160 segs. Aflterior dorsal surface dark brown.
Pheretima mlntma (Horst) P. calt/ornica (Kinberg)
P. momsi (Beddard)
P. hawayana (Rosa)
P. hupienm (Michaelsen)
P. rodericencis (Grube)
P. dtffrmgens (Baird)
DiplocardIa singulctris (Ude)
D. communis (Garman)
D. riparza (Smith)
248 BIOLOGY OF EARTHWORMS
EUDRILIDAE Dorsal pores lacking. Intersegmental furrows visible on c1itel- Eudri/us lum. 90-185 mm. 140-21 I segs. Colour, dorsal surface only, red. eugeniae
(Kinberg)
SP ARGANOPHILIDAE Dorsal pores lacking. Prostomium zygolobous (Fig. I). Anus Spargano-dorsal. phi/us eiseni
(Smith) The species of the Family Lumbricidae tabulated here are those which are found most commonly in Britain, North America and in Europe. Amongst these species will be found those that have been transported to various other parts of the world. British and American species are indicated. Although misidentification may arise on the basis of the characters in the first three columns if species not in the key are found, reference to the additional descriptions given in the fourth column should usually be sufficient to avoid confusion.
LUMBRICIDAE Genus Lumbricus
Clitellum 26,27-32
28-33
31, 32-37
Tubercula [st dorsal pubertatis
28-3 1
pore 7/8
6/7
7/8
5/6
t North American species.
Red/brown or red/violet, irridescent dorsally, pale yellow ventrally. 25-105 mm. 95-120 segs. Chestnut to violet brown; brown/yellow ventrally, irridescent, c1itellum orange. 30-70 mm. 82-100 segs. Setae widely-paired both ends of the body, strongly pigmented, brown-red dorsally, yellowish ventrally. 90-300 mm. 110-160 segs. Red-brown, lighter ventrally, irridescent dorsally, prominent c1itellum. Not found in large numbers. 48-108 mm. 100-143 segs.
.. British species.
Lumbricus rubellus·t Hoffmeister
L. castaneus. t (Savigny)
L. terres(ris. t Linnaeus
.t L. festivus (Savigny)
SIMPLIFIED KEY TO COMMON GENERA 249
Tubercula I st dorsal Clttellum pubertatis pore
Genus Eiseniella 22, 23-26, 23-2S, 26 27
"
Genus Bimastos 20, 21, Absent 22-29,30
22-29
23-28
23,24, 2S-3 I , 32
24, 2S-32, 33
Absent
24,2S 26-30
or absent
Absent
Absent
Absent
None
4/S
"
S/6
Male pores in 13. Dark brown, greenish, golden yellow, red. Body quadrangular behind the c1itellum. 30-60 mm. 60-90 segs. Male pore in IS. Otherwise as f. typica
Setae ab > cd. Redbrown. 105-1 I S segs. s0--80 mm.
Reddish-brown, segs 30-60. 20-S0 mm.
Eiseniella tetraeda f typica* (Savigny)
E. tetraeda (Savigny) f hercynia*
(Michaelsen)
Bimastos gieselerit (Smith)
B. tumidi/ Eisen
S/6, 6/7 20-S0 mm. 40--60 segs. B. palustrist up to 7S mm. (Moore)
S/6 Reddish dorsally, yel- B. parvust
lowish ventrally. 2S-40 (Eisen)
5/6
S/6
S/6
mm. 90--110 segs.
Rose-red. 98-122 segs. 60--<)0 mm.
Prostomium tanylobous, body cylindrical, reddish or violet dorsally, yellowish ventrally, c1itel-lum red. 30-64 mm. 7S-I I I segs.
B. longicinctus t (Smith & Gittins)
B. eiseni* (Levinsen)
Pale red to chestnut B. zeteki t brown, often localized (Smith & whitish banding anter- Gittins) iorly. 100--140 mm. 110-140 segs.
Dark reddish brown to B. heim-b ·t brown setae closely urgen
paired. (Smith)
250 BIOLOGY OF EARTHWORMS
Clitellum Tubercula pubertatis
Genus Dendrobaena 25, 26-31, 28-30
32
25, 26, 27- 28, 29-30, 30, 31, 31 or 32, 33 absent
25,26-28, 29,30
26, 27-31,
32
24,25-26, 27-32, 33
28-33, 34
30 and 31
31-32, 33
I st dorsal pore
5/6 Rosy to deep red, last Dendrobaena posterior segments yel~ rubida low, 27-90 mm. 50-100 (Savigny)* segs. .r subrubi
cunda (Eisen)
Setae widely paired, dor- D. rubida sally red-brown with (Savigny)* bluish tint. Intersegmen- .r tenuis tal grooves and ventral (Eisen) side light. 20-85 mm. 90-120 segs.
5/6 or Smoky-grey with red D. platyura sometimes pigment posteriorly. 80- (Fitzinger)
8/9 180 mm. 120-160 segs.
5/6 Dark red dorsally, lighter D. rubida*t red ventrally. 30--60 mm. (Savigny)
5/6
4/5
5/6
4/5
50-100 segs.
Violet, purple or olive D. veneta brown, dorsal pigment .r typica* bands separated by non- (Rosa) pigmented zones. Some-times uniformly unpig-mented. 50-155 mm. 80--225 segs.
Red, violet, yellow or D. copper. Posterior octa- octaedra*t gonal. 17-40 mm. 79-95 (Savigny) segs.
Dorsally pale red, 1st D. attemsl segment and ventrally (Michaeland clitellum white. 20- sen) 50 mm. 100--150 segs.
Red-violet, slightly irri- D. descent. 30-65 mm. 83- mammalis*t 100 segs. (Savigny)
Undetect- Red dorsally or unpig- D. pygmaea* able mented. 30-32 mm. 103- (Savigny)
180 segs.
SIMPLIFIED KEY TO COMMON GENERA 251
Clztellum Tubercula pubertatls
Genus Octolasium
Genus Eisenia 24, 25, 28~30, 31
26--J2
27, 28~32,
33,34
Genus Eisenoides
30-32
24, 25~30, 27~39
31
Genus Eophila 33, 34 35, 36,
Genus Allolobophora 25, 26~31, 29~30, 31 32, 33 or 30~32
1St dorsal pore
11/12
8/9, 9/10 or 101 II
4/5
5/6
5/6
4/5
4/5
Blue-grey with (usually) lilac-blue dorsal line. Last 4~5 segments yellow, anterior segments pink, clitellum redorange. 50~I60 mm. IOO~ ~I50 segs.
White, grey, blue or rose-pink, clitellum pink or orange. 30~I60 mm. 90~I80 segs.
Red, purple or brown; yellowish ventrally. Dorsal surface pigment alternating with light intersegmental zones. 32~I30 mm. 80~I 10 segs. Light to bright reddish, mostly on dorsal aspect.
Octolasion cyaneum*t (Savigny)
O. lacteum*t (Oerley)
Eisenia !oetida*t (Savigny)
E. hortensis* t (Michaelsen)
Reddish, body cylindri- Eisenoides cal. 95~I20 mm. I03~I58 carolinsegs. Setae closely paired. ensls t
(Michaelsen)
Pigmented brown never E. usually blood shows lonnbergit 90~I75 mm. 100~152 (Michael-segs. sen)
Yellowish or grey. 52~ Eophila 140 mm. 132~I70 segs. lcterica*
(Savigny)
Pale red, without pig- Alloloment, prominent and bophora flattened clitellum. 25~ rosea*t 85 mm. 120~150 segs. (Savigny)
252 BIOLOGY OF EARTHWORMS
Tubercula ISt dorsal Clitellum pubertatis pore
26-32 28, t29 5/6 Grey, unpigmented, A. culpifera and t29, 30 usually blood shows (Tetry)
through epidermis. 20-60 mm. 80-120 segs.
25,26-33 30 and 31 4/5 Whitish grey, unpig- A. antipae mented. 5D-90 mm. 100- (Michael-130 segs. sen)
26,27, 31 and 33 rr/12 Anterior, especially the A. caliginosa 28-34,35 or 12/13 first few segments pink, f typica*t
otherwise pale grey, yel- (Savigny) lowish clitellum. 40-100 mm. 120-150 segs.
26,27 31-33 Colour as for f. typica. A. caliginosa 28-34, 35 Tubercula pubertatis of (Savigny)
two raised tubercles, f tra-connected by a narrow d t pezOl es bridge. (Duges)
27-32,33 Absent Indistinct Grey, unpigmented. 80- A. miniscula 100 segs. 22-25 mm. (Rosa)
27, 28-35 32 and 34 Body cylindrical, pale A. terrestris grey, unpigmented. 90- (Savigny) 150 mm. 160-200 segs.
27, 28-35 32-34 Body cylindrical, colour A. longa*t as for A. terrestris. Ude 90- 150 mm. 171- 181 segs.
27, 28-35 31 and 33 Segments posterior to A. nocturna* (extending 13 divided by two Evans
into grooves into three rings segment 32) Dark reddish brown, cli-
tellum paler. 90-180 mm. 200-250 segs.
27,28-34, 31-35 10/II 55-100 mm. 152- 194 A. tubercu-35 II/I2 segs. Body cylindrical, culata* t
or 12/13 unpigmented, greyish. Eisen
28-35, 36 33 and 34 4/5 or 5/6 Unpigmented, anterior A.limicola*t pink, the rest of the body Michaelsen pinkish grey. Bulbous anterior. 40- 100 mm. 86-146 segs.
SIMPLIFIED KEY TO COMMON GENERA 253
Tubercula IS! dorsal Clitellum Puber!atis hore
31 and 33 and 35
Genus Helodrilus 21, 22-32 29-30
Nomenclature
Allolobophora caliginosa
4/5
4/5
Light or dark green, yel- A. chlorlow, grey, pink, slate- otica·t
blue, c1itellum pink, (Savigny) green or grey, 30-70 mm. 80-138 segs.
Setae black in fully Helodrilus mature individuals, flesh- oculatus· coloured, body unpig- Hoffmeister mented. 35-75 mm. 95-ISO segs.
Cernosvitov and Evans (1947) described Allolobophora caliginosa as two varieties, f. typica Savigny and f. trapezoides Duges, depending upon whether the papillae of the tubercula pubertatis were distinct, or joined by a narrow translucent bridge. Cain (1955) considered that all British specimens should be called A. caliginosa Savigny, and the name A. trapezoides Duges be given to continental specimens which, apart from the narrow bridge, have other characters which separate them from A. caliginosa, such as differences in the number of segments, position of the first dorsal pore and genital markings, and extension of the glandular tumescences around the male pores. Although Omodeo (1956) called the continental worms A. caliginosa f. trapezoides, Gerard in his synopses of the British Lumbricidae (1964) agreed with Cain, and listed only A. caliginosa Savigny, with no varieties. Gates (1972) also recognized A. trapezoides as a separate species. At the same time, Gates
254 BIOLOGY OF EARTHWORMS
postulated that the specific name cafiginosa for the British species is incorrect, and on the evidence of original identification by Eisen of a group of Scandinavian earthworms, and identifications by Friend (1923) and Davies (1960) states that the correct name should be turgida. Gerard disagrees on the grounds of priority. Nevertheless, Allolobophora turgida Eisen is used frequently, especially by American authors in place of Allolobophora cafiginosa Savigny. No doubt, in the next few years, this dichotomy will be resolved.
Octolasion lacteum Oerley
Very close indeed in relationship to O. cyaneum, almost indistinguishable except for a one segment difference in position of clitellum and tubercula pubertatis, it has been suggested (Omodeo, 1959) that they are diverse forms of the same agamous species, i.e. parthenogenetic morphs. The name given to this 'species', lacteum in 1881 is in common use, but Savigny's Enterion tyrtaeum 1826 was recognized by Cernosvitov as the same species (as lacteum) although he merely left it as a foot-note instead of claiming priority for tyrtaeum over lacteum. Gates (1972) has reinvestigated the situation, and states that the name of this taxon must be Octolasion tyrtaeum Eisen. Both tyrtaeum and lacteum are currently used in literature.
Because of the many changes in taxonomic nomenclature that have taken place during recent years, many authors continue to use names which have since been superseded, or which are still well-established. A list of such synonyms is given below.
Eisenia rosea Savigny = Allolobophora rose a Savigny.
Allolobophora minima Muldal = Allolobophora muldali Omodeo.
Bimastos beddardi Michaelsen = Bimastos parvus Eisen.
Eisenia veneta. Rosa = Dendrobaena veneta f. typica Rosa.
Blmastos tenuls Eisen = Dendrobaena rubida Savigny f. tenuis Eisen.
Allolobophora icterica Savigny = Eophlla ieterica Hoffmeister.
Eophila oculata Hoffmeister = Helodrilus oculatus Hoffmeister.
Dendrobaena subrubicunda Eisen = Dendrobaena rubida Savigny f. Sub-rubicunda Eisen.
Genl,ls Octo/asion oerley = Octo/asium oerley.
SIMPLIFIED KEY TO COMMON GENERA 255 The following species, otherwise placed in the genus Allolobophora
Eisen, will also be found (especially in current North American publications) in the proposed new genus Aporrectodia Gates: lzmlcola, longa, moebii, rosell, trapezoides, tllberculata, tllrgida.
Glossary
Acanthodriline. Having the male pores in segment 18 and the prostatic pores in segments I7 and 19.
Aclitellate. Without a clitellum. Not necessarily confined to juvenile stages.
Amphimitic. Sexual reproduction in earthworms involving two parents. Anthropochorous. Transported by the agency of man (usually unin
tentional). Astomate. The condition in which the nephridia are closed, i.e. without
a nephrostome. Autotomy. The process of self induced loss of segments - as when a
worm is gripped by the tail. Brown bodies. Rounded bodies containing tissue debris such as setae
and corpuscles, and foreign material. Chaeta, chaetae. Alternative for seta, setae. Classical system. The classification of the Oligochaeta originated by
Michaelsen in 1900, and developed by Stephenson in 1930 in 'The o ligochaeta' .
Clitellate. Possessing a clitellum. Also used to describe the stage in a worm's growth during which it has a clitellum, when it is a more specific term than 'adult'.
Clitellum. A region of epidermal thickening, containing gland cells which secrete the cocoon material.
Copulatory chamber. An invagination of the body wall into the coelom which contains the male pore.
Copulatory pouches. An old term for spermathecae. Copulatory setae. Setae in the same segment as, and near to, the
spermathecae. Diapause. As applied to earthworms, a non-active state during which
the worm has an empty gut and stays tightly coiled in a mucus lined
258 BIOLOGY OF EARTHWORMS
cell within the soil to protect itself against adverse environmental conditions. It may be optional or obligatory.
Endemic. Indigenous. Epilobous. The condition when the continuation of the prostomium q. v.
backwards does not reach the first segmental groove. Estivation. A summer diapause.
Genital tumescences. Raised areas of the epidermis from which genital setae grow, found in the Lumbricidae.
Haemerophilic. Not adversely affected by human interference with the environment.
Haemerophobic. Adversely affected by human interference with the environment.
Heteromorphic. The condition when regeneration occurs so that a head regenerates instead of a tail, and vice versa.
Holandric. Testes restricted to segments 10 and II, or a homeotic equivalent.
Hologynous. Ovaries restricted to segments 12 and 13, or a homeotic equivalent.
Homeotic. The state in which an organ or series of organs are in a segment or segments in which they are not normally found.
Intersegmental furrow. The actual boundary between two adjacent segments.
Intersegmental groove. The visible annular depression that indicates externally the position of the boundary between two adjacent segments.
Juvenile. The term used for earthworms from the time of emergence from the cocoon to when the first indications of maturity, such as genital tumescences, seminal grooves and genital pores appear.
Lumbricine setal arrangement. Having four pairs of setae per segment.
Macroic. Large. A substitute for meganephridial. Male ducts. Male gonoducts. Sperm ducts q.v. Male funnels. Funnel shaped internal end of sperm duct. Male pores. Exterior openings of the sperm ducts. Meganephridia. Large nephridia. A term now little used, the condition
meganephridial now being encompassed by the term holonephric. Micronephridia. Small nephridia, usually numerous, often encompassed
by the term meronephric. Meronephridia. Divided nephridia, individual tubules often present in
large numbers. Can be either large - megameronephridia, or small -micro meronephridia.
GLOSSARY 259
Megascolecoid. Referring to worms placed III the classical family Megascolecidae.
Oviducts. Female gonoducts.
Parthenogenesis. Reproduction in which the ova develops without being fertilized by a spermatozoa, hence it only involves one parent.
Peregrine. Foreign, not indigenous. The agency is almost always transportation by man.
Perichaetine setal arrangement. Many setae arranged in a ring right round each segment with only a break in the mid-dorsal and midventral regions.
Peristomium. The most anterior segment of an earthworm surrounding the mouth, and which bears the prostomium.
Phylogeny, Phylogenetic. Pertaining to past evolutionary development as opposed to individual development (autogeny).
Polyandric. Having testes in more than segments 10-1 I.
Polymorphic. Pertaining to polymorphism. Polymorphs anslllg from parthenogenesis and geographical distribution are considered important in systematics.
Proandry, Proandric. Testes restricted to segment 10 or a homeotic equivalent.
Progyny, Progynous. Ovaries restricted to segment 12, or a homoeotic equivalent.
Prolobous. The condition when there is no continuation of the prostomium backwards into the peristomium.
Prostate. Glands associated with the male ducts, usually tubular, opening beside the male pores in acanthodrilid, octochaetid and ocnerodrilid worms.
Prostomium. A lobe-like appendage attached to the front of the dorsal aspect of the peristomium.
Racemose. Applied to prostates when those organs are divided into many lobes (cf. a bunch of grapes).
Seminal grooves. Permanent longitudinal grooves on the ventral surface of an earthworm associated with the male and prostatic pores which form a passage for seminal and other fluids.
Seminal vesicles. Septal pockets in which spermatozoa mature. Seta. Setae. Stiff bristle-like structures protruding from follicles through
the epidermis. Usually sigmoid in shape, except specialized setae. May be enlarged at the extreme portions of the body.
Somatic. Pertaining to any part of the body except the genital organs. Sperm ducts. Ducts carrying sperm to the bodies exterior.
260 BIOLOGY OF EARTHWORMS
Stomate. Pertaining to an 'open' nephridium, i.e. a nephridium with a funnel opening (usually) to the exterior.
Tanylobous. The condition when the continuation of the prostomium reaches backwards to the first segmental groove.
Taxon. Any unit in a system of classification. Testis sac. Closed part of the coelom containing the testes and male
funnels of a particular segment. Zygolobous. Condition when the prostomium as seen from above, is not
differentiated from the peristomium by any superficial markings.
References
Abrahamsen, G. (1972). Ecological study of Lumbricidae (Oligochaeta) in Norwegian coniferous forest soils. Pedobiologia, 12, 267-81.
Agarwal, G. W., Rao, K. S. K. and Negi, L. S. (1958). Influence of certain species of earthworms on the structure of some hill soils. Curro Sci. 27, 213.
Aichberger, R. von (1914). Untersuchungen iiber die Ernahrung des Regenwormes. Ztsch. Deutsch. Mikrob. Gesell. 58, 69-72.
Aichberger, R. von (1914). Studies on the nutrition of earthworms. Kleinwelt, 6, 53-8, 69-72, 85-8.
Aisyazhnyuk, A. A. (1950). Use of 666 for the control of chafer grubs. Agrobiologiya, 5, 141- 2.
Aldag, R. and Graff, O. (1974). Einflub der Regenwurmtatigkeit auf proteingehalt und proteinqualitat junger Haferpflanzen. Z. Landw. Forsch. 31 (II) 277-84.
Allee, W. c., Torvik, M. M., Lahr, ]. P. and Hollister, P. L. (1930). Influence of soil reaction on earthworms. Physiol Zool. 3, 164-200.
Allen, R. W. (1960). Relative susceptibility of various species of earthworms to the larvae of Capillaria annulata. Proc. Helminthol. Soc. Wash. 17, 58-64.
Anstett, M. (1951). Sur l'activation macrobiologique des phenomenes d'humification. C.R. Hebd. Seanc. Acad. Agric. France, 230.
Arbit, J. (1957). Diurnal cycles and learning in earthworms. Am. Assoc. Adv. Sc;'. 126, 654-5.
Arldt, T. (1908). Die Ausbreitung der terri colen Oligochaeten im Laufe der erdgeschichtlichen Entwicklung des Erdreliefs. Zool. Jahrb. Syst. 26.
Arldt, T. (1919). Handbuch der Palaeogeographie. Leipzig. Arrhenius, O. (1921). Influence of soil reaction on earthworms. Ecology,
2, 255-7. Arthur, D. R. (1965). Form and function in the interpretation of feeding
in lumbricid worms. Viewpoints in Biology, 4, 204-5 I. Atlavinyte, O. (1964). Distribution of earthworms (Lumbricidae) and
larvae of insects in the eroded soil under cultivated crops. Pedobiologia, 4,245-50 .
262 BIOLOGY OF EARTHWORMS
Atlavinyte, O. (1965). The effect of erosion on the population of earthworms in the soils under different crops. Pedobiologia, 5, 178-88.
Atlavinyte, O. (1971). The activity of Lumbricidae, Acarina and Collembola in the straw humification process. Pedobiologia, II, 104-15.
Atlavinyte, O. (1974). Effect of earthworms on the biological productivity of barley. Inst. Zool. Parasit. Acad. Sci. Lithuania, I (65) 69-79.
Atlavinyte, O. (1975). Ecology of earthworms and their effect on the fertiliZy of soils in the Lithuanian SSR. Mokslas Publishers, Vilnius, 202 pp.
Atlavinyte, O. and DaCiulyte, J. (1969). The effect of earthworms on the accumulation of vitamin BI 2 in soil. Pedobiologia, 9, 165-70.
Atlavinyte, O. and Lugauskas, A. (1971). The effect of Lumbricidae on soil microorganisms. Ann. Zool. Ecol. Anim. Special Publ. 4, 73-80.
Atlavinyte, 0., Baydonaviciene, Z. and BudaviCiene, I. (1968). The effect of Lumbricidae on the barley crops in various soils. Pedobiologia, 8,
4 15-2 3. Ave!, M. (1959). Classe des Annelides Oligochaetes (Oligochaeta.
Huxley, 1875). Traite de Zoologie, 5, 224-71. Axe!sson, B., Lohm, U., Lundkurst, H., Pensson, T., Skoglund, J. and
Wiren, A. (1973). Effects of nitrogen fertilization on the abundance of soil fauna populations in a Scots pine stand. Res. Notes Inst. Vaxtekologi Marklara, 14, pp. 18.
Bache!ier, G. (1963). La Vie Animate dans les Sols. Orston, Paris, 279 pp.
Bahl, K. N. (1919). On a new type of nephrida found in Indian earthworms of the genus Pheretima. Q. JI. micros. Sci. 64.
Bahl, K. N. (1922). On the development of the 'enteronephric' type of nephridial system found in Indian earthworms of the genus Pheretima. Q. JI. Micros. Sci. 66, 49-103.
Bahl, K. N. (1927). On the reproductive processes of earthworms: Pt I. The process of copulation and exchange of sperm in Eutyphoeus waltoni. Q. Jl. micros. Sci. 71, 479-502.
Bahl, K. N. (1947). Excretion in the Oligochaeta. Bioi. Rev. 22, 109-47.
Bahl, K. N. (1950). The Indian Zoological Memoirs. 1. Pheretima. 4th edition. Lucknow Pub. House, Lucknow.
Baker, W. L. (1946). D.D.T. and earthworm populations. J. econ. Ent. 39,404-5.
Bakhtin, P. U. and Polsky, M. N. (1950). The role of earthworms in structure formations of sod-podzolized soils. Pochvovedenie, 487-91.
Baldwin, F. M. (1917). Diurnal activity of the earthworm. J. Anim. BehilV. 7, 187-90 .
REFERENCES 263
Ball, R. C. and Curry, L. L. (I956). Culture and agricultural importance of earthworms. Mich. Stat. Unit'. Agr. Exp. Stn. Coop. Ext. Soc. Circ. Bull. 222.
Baluev, V. K. (I950). Earthworms of the basic soil types of the Iranov region. Pochvovedenie, 487-91.
Barker, R. J. (I958). Notes on some ecological effects ofOOT sprayed on
elms. J. Wildl. Manage. 22, 269-74. Barley, K. P. (r959). The influence of earthworms on soil fertility. II.
Consumption of soil and organic matter by the earthworm
Allolobophora caliginosa. Aust. J. agr. Res. 10, 179-I58. Barley, K. P. (I959). Earthworms and soil fertility. IV. The influence of
earthworms on the physical properties of a red-brown earth. Aust. J. agr. Res. 10, 37 I-6.
Barley, K. P. (I96I). The abundance of earthworms in agricultural land and their possible significance in agriculture. Adv. Agron. 13, 249-68.
Barley, K. P. and Jennings, A. C. (I959). Earthworms and soil fertility. III. The influence of earthworms on the availability of nitrogen. Aust. J. agr. Res. 10, 364-70.
Barley, K. P. and Kleinig, C. R. (I964). The occupation of newly irrigated lands by earthworms. Aust. J. Sci. 26, 290.
Barrett, T. J. (I949). Harnessing the earthworm. Faber and Faber, London. I66 pp.
Bassalik, K. (I9I3). On silicate decomposition by soil bacteria. Z. Carungs-physiol. 2, I-32.
Bather, E. A. (I920). Pantoscolex latus, a new worm from Lower Ludlow, Beds. Ann. Mag. nat. Hlst. 9, 5.
Bauer, K. (I964). Studien tiber Nebenwirkungen von Pflanzenschutzmitteln auf die Bodenfauna. Mitt. BioI. Bund. Land. Forst. BerlinDahlem. 112, 42 pp.
Baweja, K. O. (I939). Studies of the soil fauna with special reference to
therecolonisation of sterilised soil. J. Anim. Ecol. 8, I20-61. Baylis, H. A. (I9 I4). Preliminary account of Asp/dodrilus, a remarkable
epizoic oligochaete. Ann. Mag. nat. H,st. Baylis, H. A. (I9I5). A new African earthworm collected by Or C. Christy.
Ann. Mag. nat. Hist. Beauge, A. (I9I2). Les vers de terre et la fertilite du sol. J. Agric. prato
Paris. 23, 506-7. Bejsovec, J. (I962). Rozsirovani Zarodu Helmintu Pasazi Zazivacim
Traktem Adekvatnich Prenasecu. Cs. Parasitol. 9, 95-I09. Bengston, S-A, Nilsson, A., Nordstrom, S. and Rundgren, S. (I975).
Habitat selection of lumbricids in Iceland. Olkos, 26, 253-63.
264 BIOLOGY OF EARTHWORMS
Bengston, S-A, Nilsson, A., Nordstrom, S. and Rundgren, S. (1976). Effect of bird predation on lumbricid populations. Oikos, 27, 9-12.
Benham, W. B. (1896). On Kynotus cingulatus, a new species of earthworm from Imerina in Madagascar. Q. JI. Micros. Sci.
Benham, W. B. (1922). Oligochaeta of Macquarie Island. Australian Antarctic Expedition. Sci. Reports, Zool. and Bot. 6.
Bigger, J. H. and Decker, G. C. (1966). Controlling root-feeding-insects on corn. Illinois Univ. Agr. Exp. Stn. Bull. 716, 24 pp.
Bharucha-Reid, R. P. (1956). Latent learning in earthworms. Science, N. y. 123, 222.
Blancke, E. and Giesecke, F. (1923). Mono- und Dimethyloharnstoffe in Ihrer Wirkung auf die Pflansenproduktion und ihr Umsatz im Boden. Z. Pjlanz. Dung., Bodenkunde, 2.
Blancke, E. and Giesecke, F. (1924)' The effect of earthworms on the physical and biological properties of soil. Z. Pjlanz. Dung Bodenkunde, 3(B) 198- 210.
Blankwaardt, H. F. H. and van der Drift, J. (1961). Invloed van Grondontsmetting in Kassen op Regenwormen. Meded. Dir. TuinboulP. 24,490-6.
Block, W. and Banage, W. B. (1968). Population density and biomass of earthworms in some Uganda soils. Rev. Ecol. Bioi. Sol. 5, 515-21.
Bocock, K. L., Gilbert, 0., Capstick, C. K., Twinn, D. c., Waid, J. S. and Woodman, M. G. (1960). Changes in lea flitter when placed on the surface of soils with contrasting humus types. I. Losses in dry weight of oak and ash leaf litter. Soil Sci. II, 1-9.
Bodenheimer, F. S. (1935). Soil conditions which limit earthworm distribution. Zoogeographica, 2, 572-8.
Bornebusch, C. H. (1930). The fauna of the forest soil. Forstl. Forg)gsv. Dan. II, 1-224.
Bornebusch, C. H. (1953). Laboratory experiments on the biology of worms. Dansk Skovforen Tidsskr. 38, 557-79.
Bouche, M. B. (1966). Sur un nouveau procede d'obtention de la vacuite artificielle du tube digestif des lumbricides. Rev. Ecol. Bioi. Sol. 3, 479-82.
Bouche, M. B. (1969). Comparison critique de methodes d'evaluation des populations de lumbricides. Pedobiologia, 9, 26-34.
Bouche, M. B. (1972). Lombriciens de France. Ecologie et Systematique. Institut National de la Recherche Agronomique, Paris. 671 pp.
Boyd, J. M. (1957). The Lumbricidae of a dune-machair soil gradient in Tiree, Argyll. Ann. Mag. nat. Hist. 12, 274-82.
REFERENCES 265
Boyd, J. M. (1957a). The ecological distribution of the Lumbricidae in the Hebrides. Proc. R. Soc. Edinb. 66, 311-38.
Boyd, J. M. (1958). The ecology of earthworms in cattle-grazed machair in Tiree, Argyll. J. Anim. Ecol. 27, 147-57.
Boykins, E. A. (1966). DDT residues in the food chains of birds. Atlantic Naturalist, 21, 18.
Boynton, D. and Compton, O. C. (1944). Normal seasonal changes of oxygen and carbon dioxide percentages in gas from the larger pores of three orchard subsoils. Soil Sci. 57, 107-17.
Bray, J. R. and Gorham, E. (1964). Litter production in forests of the world. Adv. Ecol. Res. 2, 101-57.
Bretnall, G. H. (1927). Earthworms and spectral colours. Science, N. Y. 66, 42 7.
Bretscher, K. (1896). The Oligochaeta of Zurich. Rev. Suisse Zool. 3,
499-532. Breza, M. (1959). Kebologichym viztahom daziloviek (Lumbricidae) abo
medzihostitelov preuno helmintov z rodu Metastrongylus. 1. Novy unimavy druh medzihostitelov. Eisenia veneta (Rosa) var. hortensis (Mich.). Fol. veter. cas. 3, 251-66.
Brinkhurst, R. O. and Jamieson, B. G. M. (1972). Aquatic Oligochaeta of the World. University of Toronto Press. 860 pp.
Brown, B. R., Love, C. W. and Handley, W. R. C. (1963). Proteinfixing constituents of plants: Rep. For. Res. London, Part III, 90-3.
Brown, D. M. (1944). The cause of death in submerged worms. J. Tenn. Acad. Sci. 19 (2) 147--9·
Bruel, W. E. van der (1964). Le sol, la pedofauna et les applications de pesticides. Annates de Gembloux, 70, 81-101.
Brusewitz, G. (1959). Untersuchungen uber den Einfluss des Regenwurms aufZahl und Leistungen von Mikrooganismen im Boden. Arch. Microbial, 33, 52- 82.
Buahin, G. K. A. and Edwards, C. A. (1964). The recolonisation of sterilised soil by invertebrates. Rep. Rothamsted expo Stn. for 1963, 149-50.
Buntley, C. J. and Papedick, R. 1. (1960). Worm-worked soils of Eastern South Dakota, their morphology and classification. Soil Sci. Soc. Amer. Proc. 24, 128-32.
Byzova, J. B. (1965). Comparative rate of respiration in some earthworms. Rev. Ecol. Bioi. Sol. 2, 207-16.
Cain, A. J. (1955). The taxonomic status of Allolobophora iowana Evans. Ann. Mag. nat. Hist. 8, 481-97.
266 BIOLOGY OF EARTHWORMS
Carter, G. S. (1940). A General Zoology of the Invertebrates. 4th edition. 421 pp.
Cavsey, D. (1961). The earthworms of Arkansas, in The challenge of earthworm research, Ed. R. Rodale. Soil and Health Foundation, Penn., pp. 43-52.
Cernosvitov, L. (1928). Eine neue, an Rege'1wiirmern schmarotzende Enchytraidenart. Zool. Anz. 78.
Cernosvitov, L. (1930). Oligochaeten aus Turkestan. Zool. Anz. 91 (1-4) 7-15.
Cernosvitov, L. (1930). Prispevky k poznani fauny tatranskych Oligochaetu. Vestniku Kral Ces. Spol. Nauk, 2, 1-8.
Cernosvitov, L. (1931). Revision des Lumbricus submontanus Vejdovsky, 1875. Zool. Anz. 95 (1-2) 59-62.
Cernosvitov, L. (193 I). Zur Kenntnis der Oligochaeten fauna des Balkans. Zool. Anaz. 95 (II-I2) 312-27.
Cernosvitov, L. (1931). Eine neue Lumbricus Art aus der Umgebung von Prag. Zool. Anz. 96 (7-8) 201-4.
Cernosvitov, L. and Evans, A. C. (1947). Synopses of the British Fauna (6) Lumbricidae. Linn. Soc. London.
Chadwick, L. C. and Bradley, J. (1948). An experimental study of the effects of earthworms on crop productIOn. Proc. Amer. Soc. hort. Sci. 51, 552-62.
Chapman, G. (1950). On the movement of worms. J. expo Bioi. Cambridge, 27, 29-39.
Chen, C. M. and Liv, C. L.'(1963). Dynamics of the populations and communities of rice insect pests in the bank of Fung-Ting Lake region Hunar. Acta. ent. Sin. 012, 649-57.
Cockerell, T. D. A. (1924). Earthworms and the cluster fly. Nature, Lond. 113 (2832) 193-4.
Cohen, S. and Lewis, H. B. (1949). Nitrogenous metabolism of the earthworm (L. terrestris). Fedn. Proc. Fedn. Am. Soc. expo Bioi. 8, 19I.
Cohen, S. and Lewis, H. B. (1949). The nitrogen metabolism of the earthworm. J. bioi. Chem. 180, 79---92.
Coin, C. J. (1898). Beitrag zur Biologie von Spiroptera turdi. Sitzsser. Deutsch. net. med. Ver. Bohmen, prag.
Combault, A. (1909). Contribution a l'etude de la respiration et la circulation des Lombriciens. J. Anat. Paris, 45.
Cragg, J. B. (1961). Some aspects of the ecology of moorland animals. J. Anim. Ecol. 30, 205-54.
Cramp, S., Conder, P. J. and Ash, J.t S. (1965). 5th Rep. Joint Comm. of Brit. Trust. Ornith. and R.S.B.P. on • Toxic Chemicals, 20.
REFERENCES 267
Crompton, E. (1953). Grow the soil to grow the grass. Some pedological aspects of marginal land improvement. J. Minist. Agric. Fish. 50 (7) 301- 8.
Crossley, D. A., Reichle, D. E. and Edwards, C. A. (1971). Intake and
turnover of radioactive cesium by earthworms (Lumbricidae) Pedobiologia, II, 71-6.
Czerwinski, Z., Jakubczyk, H. and Nowak, E. (1974), Analysis of a sheep pasture ecosystem in the Pieniny Mountains (The Carpathians). XII.
The effect of earthworms on the pasture soil. Ekol. Pol. 22, 635-50.
Darwin. C, (1881), The formation of vmtable mould through the action of worms, with observations of their habits. Murray, London. 326 pp.
Datta, L. G. (1962). Learning in the earthworm Lumbricus terrestris. Amer. J. Psych. 75, 53 1-53.
Davey, S. P. (1963). Effects of chemicals on earthworms: a review of the literature. Special Scientific Report. Wildlife 74. U.S.D.1. Fish and Wildlife Service.
Davies, H. (1960). A revised list of the lumbricids found in the Bristol district. Proc. Bristol. Nat. Soc. 30, 51-4.
Davis, B. N. K. (1968). The soil macrofauna and organochlorine residues at twelve agricultural sites near Huntingdon. Ann. appl. Bioi. 61, 29-45·
Davis, B. N. K. and French, M. C. (1969). The accumulation and loss of organochlorine insecticide residues by beetles, worms and slugs in sprayed fields. Soil BioI. Biochem. I, 45-55.
Davis, B. N. K. and Harrison, R. B. (1966). Organochlorine insecticide residues in soil invertebrates. Nature, Lond. 211, 1424-5.
Dawson, A. B. (1920). The intermuscular nerve cells of the earthworm. J. Compo Neurol. 32, 155-71.
Dawson, R. C. (1947). Earthworm microbiology and the formation of water-stable aggregates. Soil Sci. 69, 175-84.
Dawson, R. C. (1948). Earthworm microbiology and the formation of water-stable soil aggregates. Proc. Soil Sci. Soc. Am. 12, 512-16.
Day, G. M. (1950). The influence of earthworms on soil micro-organisms. Soli Sci. 69, 175-84.
Devigne, J. and Jevniaux, C. (1961). Sur l'origine des chitinases intestinales des lombrics. Arch. into Physiol. Biochim. 68 (5) 833-4.
Dhawan, C. L., Sharma, R. L., Singh, A. and Handa, B. K. (1955). Preliminary investigations on the reclamation of saline soils by earthworms. Proc. natn. Inst. Sci. India, 24\ 631-6.
Dhennin, L. et al. (1963). Investigations on the role of Lumbricus terrestris in the experimental transmission of foot and mouth disease virus.
Bull. Acad. Vet. France, 36, 153-5.
268 BIOLOGY OF EARTHWORMS
Doane, C. C. (1962). Effects of certain insecticides on earthworms. J. econ. Ent. 55, 416- 18.
Dobson, R. M. (1956). Eophila oculata at Verulamium: a Roman earthworm population. Nature, Land. 177, 796--7.
Dobson, R. M. and Lofty,]. R. (1956). Rehabilitation of marginal grassland. Rep. Rothamsted expo Stn. for 1955.
Dobson, R. M. and Lofty, J. R. (1965). Observations of the effect of BHC on the soil fauna of arable land. Congr. Int. Sci. Sol. Paris, 3, 203-5.
Doeksen, J. (1950). An electrical method of sampling soil for earthworms. Trans. 4th Int. Congr. Soil Sci. 129-3 I.
Doeksen, J. (1964). Notes on the activity of earthworms. I. The influence of Rhododendron and Pinus on earthworms. Jaarb. I.B.S. 177-80.
Doeksen, J. (1964). Notes on the activity of earthworms. 3. The conditioning effect of earthworms on the surrounding soil. Jaarb. I.B.S. 187---9 I.
Doeksen, J. (1967). Notes on the activity of earthworms. V. Some causes of mass migration. Meded. Inst. bioi. Scheik. Ouderz. LandbGewass. 353, 199-22 1.
Doeksen, J. (1968). Notes on the activity of earthworms. VI. Periodicity in the oxygen consumption and the uptake of feed. Meded. Inst. bioI. Scheik. Onderz. LandbGewass, 354, 123-8.
Doeksen, J. and Couperus, H. (1926). An estimation of the growth of earthworms. Wageningen Inst. V. Viol. en Scheik. Onderz. van Landgervassen. Meded. 195, 173-5.
Doeksen, ]. and Couperus, H. (1968). Met vastellen van groei bij regenwormen. Jaarb. I.B.S. 173-5.
Doeksen, J. and van der Drift, J. (1963). Proceedings of the Colloquium on Soil Fauna Soil Microflora and their relationships. Soil Organisms. Oosterbeek, North Holland Pub. Co., Amsterdam, The Netherlands. 453 pp.
Doeksen, J. and Minderman, G. Typical soil structures as the result of the activities of mud worms (mimeo publication, undated).
Doeksen, ]. and van Wingerden, C. G. (1964). Notes on the activity of earthworms. 2. Observations on diapause in the earthworm A. caliginosa. Jaarb. I.B.S. 181-6.
Doerell, E. C. (1950). How do earthworms react to the application of minerals. Deutsche Landwirtschaft. Presse, 4, 19.
Dotterweich, H. (1933). The function of storage of calcium by animals as a buffer reserve in the regulation of reaction. The calciferous glands of earthworms. Pflugers Arch. ges. Physiol. 232, 263-86.
REFERENCES 269
Dowdy, W. W. (1944). Influence of temperature on vertical migration. Ecology (Brooklyn), 25, 449-60.
Dreidax, L. (1931). Investigations on the importance of earthworms for plant growth. Arch. Pflanzenbau, 7, 413-67.
Drift, ]. van der (1963). The influence of biocides on the soil fauna. Neth. }. Pl. Path. 69, 1 88---()9.
Dustman, E. H. and Stickel, L. F. (1966). Pesticide residues in the ecosystem. 'Pesticides and their effects on soils and water.' Am. Soc. of Agron Spec. Publ. 8, 109-21.
Dutt, A. K. (1948). Earthworms and soil aggregation.}. Am. Soc. Agron. 40,40 7.
Dzangaliev, A. D. and Belousova, N. K. (1969). Earthworm populations in irrigated orchards under various soil treatments. Pedobiologia, 9, 103-5.
Eaton, T. H. Jr. (1942). Earthworms of the North-eastern United States. }. Wash. Acad. Sci. 32 (8) 242---().
Eaton, T. H. Jr. and Chandler, R. F. (1942). The fauna of forest-humus layers in New York. Mem. 247. Cornell Agr. Exp. Stn. 26 pp.
Eberhardt, A. I. (1954). Sarcophaga carnaria als obligatorischer Regenwurm parasit. N aturwissenschaften, 41 (18) 436.
Edwards, C. A. (1965). Effects of pesticide residues on soil invertebrates and plants. Proc. 5th Symp. Brit. Ecol. Soc. Blackwell, Oxford, pp. 239-61.
Edwards, C. A. (1970). Persistent pesticides in the environment. Critical Reviews in Environmental Control. Chern. Rubber Co., Cleveland, pp.6-68.
Edwards, C. A. (1970). Effects of herbicides on the soil fauna. Proc. 10th
Weed Control Con! [970, 3, 1052-62. Edwards, C. A. (1975). Effects of direct drilling on the soil fauna.
Outlook on Agriculture, 8, 243-4. Edwards, C. A. and Arnold, M. (1966). Effects of insecticides on soil
fauna. Rep. Rothamsted expo Stn. for [965, pp. 195-6. Edwards, C. A. and Dennis, E. B. (1960). Some effects of aldrin and
DDT on the soil fauna of arable land. Nature, Lond. 188 (4572) 767. Edwards, C. A., Dennis, E. B. and Empson, D. W. (1967). Pesticides
and the soil fauna. I. Effects of Aldrin and DDT in an arable field. Ann. appl. Bioi. 59 (3) 11-22.
Edwards, C. A. and Heath, G. W. (1963). The role of soil animals in breakdown ofleaf material. In Soil Organisms, J. Doeksen and van der Drift (eds.). North Holland Publishing Co., Amsterdam, pp. 76-80.
Edwards, C. A. and Lofty, J. R. (1969). Effects of cultivation on earthworm populations. Rep. Rothamsted expo Stn. for [968, 247-8.
270 BIOLOGY OF EARTHWORMS
Edwards, C. A. and Lofty, J. R. (1969). The influence of agricultural practice on soil micro-arthropod populations. In The Soil Ecosystem. Systematics Association publication No.8. J. G. Sheals (ed.), pp.
237-47· Edwards, C. A. and Lofty, J. R. (1972). Effects of pesticides on soil
invertebrates. Rep. Rothamsted expo Stn. for 1971, 210-12. Edwards, C. A. and Lofty, J. R. (1975). The invertebrate fauna of the
Park Grass plots. Rep. Rothamsted expo Stn.for 1974, Pt. 2, pp. 133-54. Edwards, C. A. and Lofty, J. R. (1975). The influence of cultivation on
soil animal populations. In Progress in 5011 Zoology. J. Vanek (ed.). Academia Publishing House, Prague. pp. 399-408.
Edwards, C. A. and Lofty, J. R. (1976). The influence of invertebrates on root crops grown with minimal or zero cultivation. Proc. 6th Int. Coli. of the ISSS Soil Zoology Committee (in press).
Edwards, C. A., Lofty, J. R. and Stafford, C. J. (1972). Insecticides and total soil fauna. Rep. Rothamsted expo Stn. for 1971, 210-1 I.
Edwards, C. A., Reichle, D. E., Crossley, D. A. Jr. (1970). The role of Soil Invertebrates in Turnover of Organic Matter and Nutrients. In Ecological Studies, Analysis and Synthesis. Springer-Verlag, Berlin, 147-172.
Edwards, C. A., Thompson, A. R. and Beynon, K. (1967). Some effects of chlorfenvinphos, an organophosphorus insecticide, on populations of soil animals. Rev. Ecol. Bioi. Sol. 5 (2) 199-214.
Edwards, C. A., Whiting, A. E. and Heath, G. W. (1970). A mechanized washing method for separation of invertebrates from soil. Pedobiologia, IO (5) 141-8.
Ehlers, W. (1975). Observations on the earthworm channels and infiltration on tilled and untilled loess soil. Soil Sci. 119, 242-<).
El-Duweini, A. K. (1965). Studies on the anatomy of Pheretima californica. Bull. Zool. Soc. Egypt. 20, 11-30.
El-Duweini, A. K. and Ghabbour, S. 1. (1965). Population density and biomass of earthworms in different types of Egyptian soils. J. Appl. Ecol. 2, 271-87.
El-Duweini, A. K. and Ghabbour, S. 1. (1965). Temperature relations of three Egyptian oligochaete species. Oikos, 16, 9-15.
El-Duweini, A. K. and Ghabbour, S. 1. (1968). Nephridial systems and water balance of three Oligochaeta genera. Oikos, 19, 61-70.
El-Duweini, A. K. and Ghabbour, S. 1. (1971). Nitrogen contribution by live earthworms to the soil. Ann. Zool. Ecol. Amm. Special Publ. 4,
495-501.
Ellenby, C. (1945). Influence of earthworms on larval emergence in the
REFERENCES 271
potato root eelworm, Heterodera rostochiensis Wollenweber. Ann. appl. Bioi. 31 (4) 332-9.
Escherich, K. (1911). Termitenleben auf Ceylon Jena, 263 pp.
Escritt, J. R. (1955)· Calcium arsenate for earthworm control. J. Sports Turf Res. Inst. 9 (3 1) 28-34·
Escritt, J. R. and Arthur, J. H. (1948). Earthworm control- a resume of methods available. J. Bd. Greenkeep. Res. 7 (23) 49.
Evans, A. C. (1946). Distribution of numbers of segments in earthworms and its significance. Nature, Lond. 158, 98.
Evans, A. C. (1947). Some earthworms from Iowa, including a description of a new species. Ann. Mag. nat. Hist. II (14) 514.
Evans, A. C. (1947). Method of studying the burrowing activity of earthworms. Ann. Mag. nat. Hist. II (14) 643-50.
Evans, A. C. (1948). Some effects of earthworms on soil structure. Ann. appl. Bioi. 35, 1-13·
Evans, A. C. (1948). Relations of worms to soil fertility. Discovery, Norwich, 9 (3) 83-6.
Evans, A. C. (1948). Identity of earthworms stored by moles. Proc. zool. Soc. Lond. 118, 1356-9.
Evans, A. C. and Guild, W. J. Mc. L. (1947). Some notes on reproduction in British earthworms. Ann. Mag. nat. Hist. 654.
Evans, A. C. and Guild, W. J. Mc. L. (1947). Cocoons of some British Lumbricidae. Ann. Mag. nat. Hist. 714-19.
Evans, A. C. and Guild, W. J. Mc. L. (1947). Studies on the relationships between earthworms and soil fertility. I. Biological studies in the field. Ann. appl. BioI. 34, 307-30.
Evans, A. C. and Guild, W. J. Mc. L. (1948). Studies on the relationships between earthworms and soil fertility. IV. On the life cycles of some British Lumbricidae. Ann. appl. Bioi. 35, 471-84.
Evans, A. C. and Guild, W. J. Mc. L. (1948). Studies on the relationships between earthworms and soil fertility. V. Field populations. Ann. appl. Bioi. 35, 485-93.
Feldkamp, J. (1924). Untersuchungen iiber die Geschlechtsmerkmale und die Begattung der Regenwiirmer. Zool. Jb (Anat.) 46, 609-32.
Fenton, G. R. (1947). Ecological note on worms in forest soil. J. Anim. Ecol. 16, 76-93.
Finck, A. (1952). Okologische und Bodenkundliche Studien iiber die
Leistungen der Regenwiirmer fiir die Bodenfruchtbarkeit. Z. PflErnahr. Dung. 58, 120-45.
Fleming, W. E. and Hadley, C. H. (1945). DDT ineffective for control of an exotic earthworm. J. econ. Ent. 38, 41 I.
272 BIOLOGY OF EARTHWORMS
Fleming, W. E. and Hanley, I. M. (1950). A large scale test with DDT to control the Japanese beetle.;. econ. Ent. 43, 5B6----I)0.
Ford, J. (1935). Soil communities in Central Europe. J. Anim. Ecol. 6, 197-B.
Fox, C. J. S. (1964). The effects of five herbicides on the numbers of certain invertebrate animals in grassland soils. Can. J. PI. Sc~. 44, 40 5-9.
Franz, H. and Leitenberger, L. (194B). Biological-chemical investigations into the formation of humus through soil animals. Ost. zool. Z. I, 49B-5IB.
Fraser, C. H. T. (195B). Maze learning in earthworms. Unpublished M.S. Thesis.
Friend, H. (1923). British Earthworms and How to Identify Them. Epworth Press, London. 64 pp.
Gaddie, R. E. Sr. and Douglas, D. E. (1975). Earthworms for ecology and profit. I. Scientific Earthworm Farming. Bookworm Publishing Co., California. IBo pp.
Gansen, P. S. van (1956). Les cellules chloragogenes des Lombriciens. Bull. bioi. Fr. Belg. 90, 335-56.
Gansen, P. S. van (1957). Histophysiologie du tube digest if d' Eisenia foetida (Sav.) region buccale, pharynx et glandes pharyngiennes. Bull. bioi. Fr. Belg. 91, 225-39.
Gansen, P. s. van (195B). Physiologie des cellules chloragogenes d'un lombricien. Enzymologia, 20, 98-IOB.
Gansen, P. S. van (195B). Physiologie des cellules chloragogenes d'un lombricien Eisenia foetida Savigny. Pub.lmp. Med. Sci. Bruxelles. 120 pp.
Garner, M. R. (1953). The preparation of latex casts of soil cavities for the study of the tunneling habits of animals. Science, 118, 380-1.
Gast, J. (1937). Contrast between the soil profiles developed under pines and hardwood. J. For. 35, II-16.
Gates, G. E. (1929). The earthworm fauna of the United States. Science, N. y. 70, 266-7.
Gates, G. E. (1949). Miscellanea megadrilogica. Am. Nat. B3, 139-52. Gates, G. E. (1954). On regenerative capacity of earthworms of the
family Lumbricidae. Am. MidI. Nat. 50 (2) 414-19. Gates, G. E. (1959). On a taxonomic puzzle and the classification of the
earthworms. Bull. Mus. compo Zool. Harv. 121, 229-61. Gates, G. E. (1960). On natural regeneration by earthworms of the
megascolecid genus Perionyx Perrier, 1872. Wasmann;. BioI. 18, 29 1- 6.
REFERENCES 273
Gates, G. E. (1961). Ecology of some earthworms with special reference to seasonal activity. Am. MidI. Nat. 66, 61-86.
Gates, G. E. (1962). An exotic earthworm now domiciled in Louisiana. Proc. Louisiana Acad. Sci. 25, 7-15.
Gates, G. E. (1963). Miscellanea Megadrilogica. VII. Greenhouse earthworms. Proc. BioI. Soc. Wash. 76, 9-18.
Gates, G. E. (1966). Requiem for Megadrile Utopias. A contribution toward the understanding of the earthworm fauna of North America.
Proc. Bioi. Soc. Wash. 79, 239-54· Gates, G. E. (1967). On the earthworm fauna of the great American
Desert and adjacent areas. Great Basin Nat. 27, 142-76. Gates, G. E. (1968). Contributions to a revision of the Lumbricidae.
III. Eisenia hortensis (Michaelson) (1890). Brevicora, 300, 1-12. Gates, G. E. (1969). On the earthworms of the Ascension and San Juan
Islands. Brevicora, 323, 4. Gates, G. E. (1971). On reversion to former ancestral conditions in
megadrile oligochaetes. Evolution, 25 (I) 245-8. Gates, G. E. (1972). Burmese Earthworms. An introduction to the
systematics and biology of megadrile oligochaetes with special reference to South East Asia. Trans. Am. Philo. Soc. 62 (7) 1-326.
Gates, G. E. (1972). Contributions to the North American earthworms (Annelida: Oligochaeta). NO.3. Toward a revision of the earthworm family Lumbricidae. IV. The trapezoides species group. Bull. Tall Timbers Res. Sta. 12, 1-146.
Gates, G. E. (1974)' On Oligochaeta gonads. Megadrilogica, I (9) 1-4. Gavrilov, K. (I939). Sur la reproduction de Eiseniella tetraedra (Sav.)
f. typica. Acta. Zool. Stockholm, 20, 439-64. Gavrilov, K. (1960). La sexualidad y la reproduction de los Oligochaetos.
Acta Trab. I Congr. Sudan Zool. 2, 145-55. Gavrilov, K. (1967). Dates complementaries sobre Eukerria subandina
(Rosa, 1895) (Oligochaeta, Ocnerodrilidae). Acta. Zool. Lill. 22,
255-306. Genov, T. (1963). Detection of the cysticercoid Parieterotaenia paradoxa
(Rudolphi, 1802) (Dilepididae Fuhrmann, 1907) in Allolobophora caliginosa (Sav.) f. trapezoides (A. Dug.) (Lumbricidae). Zoo!. Zh. 42,
1578-9. Geoghegan, M. J. and Brain, R. C. (I948). Aggregate formation in soil.
I. Influence of some bacterial polysaccharides on the binding of soil particles. Biochem. J. 43, 5-13.
Gerard, B. M. (1960). The biology of certain British earthworms in relation to environmental conditions. Ph.D. thesis, London. 214 pp.
274 BIOLOGY OF EARTHWORMS
Gerard, B. M. (1964). Synopses o/the British Fauna. (6) Lumbricidae. Linn. Soc. London. 58 pp.
Gerard, B. M. (1967). Factors affecting earthworms in pastures. J. Anim. Ecol. 36, 235-52.
Gersch, M. (1954). Effect of carcinogenic hydrocarbons on'the skin of earthworms. Naturwissenschaften, 41, 337.
Ghabbour, S. I. (1966). Earthworms in agriculture: a modern evaluation. Rev. Ecol. Bioi. Soc. III (2) 259-71.
Ghilarov, M. S. (1956). Significance of the soil fauna studies for the soil diagnostics. 6th Congr. Sci. Sol. Paris, 3, 130-44.
Ghilarov, M. S. (1956). Soil fauna investigation as a method in soil diagnostics. Bull. Lab. Zool. 'Filipo Silvestri' Portici, 33, 574-85.
Ghilarov, M. S. (1963). On the interrelations between soil dwelling invertebrates and soil microorganisms. In Soil Organisms, J. Doeksen and J. van der Drift (eds.). North Holland Publishing Co., Amsterdam, pp. 255-9.
Ghilarov, M. S. (1965). Zoological methods in soil diagnostics. In 'Nauka', Moscow, p. 278.
Ghilarov, M. S. and Byzova, J. B. (1961). Vlijanie Chimiceskich Obrabotok Lesa Na Pocuennuja Faunu. Lesn. Ch-Vo. 10, 58-().
Ghilarov, M. S. and Mamajev, B. M. (1963). Soil-inhabiting insects in irrigated regions of Uzbekistan. Zashchita Rast of Vreidilelei Bodeznei, 8, 21-2.
Ghilarov, M. S. and Mamajev, B. M. (1966). Uber die Ansiedlung von Regenwiirmern in den artesisch bewiisserten Oasen der Wiirste KystKum. Pedobiologia, 6, 197-218.
Gish, C. D. (1970). Organochloride insecticide residues in soils and soil invertebrates from agricultural land. Pest. Mon. J. 3 (4) 241-52.
Gish, c. D. and Christensen, R. E. (1973). Cadmium, nickel, lead and zinc in earthworms from roadside soil. Envir. Sci. Tech. 7, 1060-2.
Goffart, H. (1949). Die Wirkung neuer Insektiziden Mittel auf Regenwiirmer. Anz. f Schadlingskunde, 22, 72-4.
Graff, O. (1953). Investigations in soil zoology with special reference to the terricole Oligochaeta. Z. PflErnahr. Dung, 61, 72-7.
Graff, O. (1953). Die Regenwiirmer Deutschlands. Schrift. Forsch. Land. Braunschweig-Volk, 7, 81.
Graff, O. (1967). Translocation of nutrients into the subsoil through earthworm activity. Landw. Forsch. 20, 117-27.
Graff, O. (1969). Regenwurmtatigkeit in Ackerboden unter verschiedenem Bedeckungsmaterial, gomessen an der Losungsablage. Pedobi%gia, 9, 120-8.
REFERENCES 275
Graff, O. (1971). Stikstoff, Phosphor und Kalium in der Regenwurmlosung auf der Wiesenversuchsflache des Sollingprojektes. Ann. Zool. Ecol. Anim. Special Pub!. 4, 503-12.
Graff, O. and Satchell, J. E. (1967). Progress in Soil Biology Pub. North Holland Publishing Company, Amsterdam. 656 pp.
Grant, W. C. (1955). Studies on moisture relationships in earthworms. Ecology, 36 (3) 400-7.
Grant, W. C. (1955). Temperature relationships in the megascoearthworm, Pheretima hupeiensis. Ecology, 36 (3) 412-17.
Grant, W. C. (1956). An ecological study of the peregrine earthworm, Pheretima hupeiensis in the Eastern United States. Ecology, 37 (4) 648-58.
Grassi, B. and Rovelli, G. (1892). Recherche em brio logic he sui Cestodi. Att. Asc. Catania, 4, 15-108.
Gray, J. and Lissmann, H. W. (1938). Studies on Animal Locomotion. VII. Locomotory reflexes in the earthworm. }. expo Bioi. 15 (4) 506-17.
Greenwood, D. E. (1945). Wireworm investigations. Conn. agric. Exp. Stn. Bull. 488, 344-7.
Griffiths, D. c., Raw, F. and Lofty, J. R. (1967). The effects on soil fauna of insecticides tested against wireworms (Agriotes spp.) in wheat. Ann. appl. Bioi. 60, 479----90.
Grigor'eva, T. G. (1952). The action of BHC introduced into the soil on the soil fauna. Dokl. vsesoyuz. Akad. selkhoz Nauk. Lenina. 17, 16-20; summary Rev. appl. Ent. (A) 41, 336.
Grove, A. J. and Newell, G. E. (1962). Animal Biology. Univ. Tutorial Press, London. 820 pp.
Guild, W. F. Me. L. (1948). Effect of soil type on populations. Ann. appl. Bioi. 35 (2) 181-92.
Guild, W. J. Me. L. (1951). Earthworms in Agriculture. Scot. agric. 30 (4) 220-3·
Guild, W. J. Me. L. (1951). The distribution and population density of earthworms (Lumbricidae) in Scottish pasture fields.}. Anim. Ecol. 20
(1) 88-97. Guild, W. J. Me. L. (1952). Variation in earthworm numbers within field
populations.}. Anim. Ecol. 21 (2) 169. Guild, W. J. Me. L. (1952a). The Lumbricidae in upland areas. 11.
Population variation on hill pasture. Ann. Mag. nat. Hist. 12 (5) 286-92.
Guild, W. J. Me. L. (1955). Earthworms and soil structure. In Soil Zoology. D. K. Me. E. Kevan (ed.). Butterworths, London. pp. 83----98.
276 BIOLOGY OF EARTHWORMS
Gunthart, E. (1947). Die Bekampfung der Engerlinge mit Hexachlorocyclohexan - Praparation. Mitt. Schweiz Ent. Ges. 20, 409-50.
Gurianova, O. Z. (1940). Effect of earthworms and of organic fertilisers on structure formation in chernozem soils. Pedology, 4, 99-108.
Hamblyn, C. J. and Dingwall, A. R. (1945). Earthworms. N.Z. }l. Agric. 71, 55-8.
Hanel, E. (19°4). Ein Beitrag zur 'Psychologie' der Regenwurmer. Z. aUg. Physiol. 4, 244-58.
Harman, W. J. (1965). Life history studies of the earthworm Sparganophi/us eiseni in Louisiana. Southwest Nat. 10, 22-4.
Harmsen, G. and van Schreven, D. (1955). Mineralisation or organic nitrogen in soil. Adv. Agron. 7, 299-398.
Hasenbein, G. (1951). A pregnancy test on earthworms. Arch. Gynakol. 181, 5-28.
Haswell, W. A. and Hill, J. P. (1894). A proliferating cystic parasite of the earthworms. Proc. Linn. Soc. N.S. Wales, 8 (2) 365-76.
Heath, G. W. (1962). The influence of ley management on earthworm populations. }. Br. Grassld Soc. 17 (4) 237-44·
Heath, G. W. (1965). The part played by animals in soil formation. In Experimental Pedology, E. G. Hallsworth and D. V. Crawford (eds.). Butterworths, London. pp. 236-43.
Heath, G. W., Arnold, M. K. and Edwards, C. A. (1966). Studies in leaf litter breakdown. I. Breakdown rates among leaves of different species. Pedobiologia, 6, 1-12.
Heath, G. W. and King, H. G. C. (1964). The palatability oflitter to soil fauna. Proc. VIII Int. Congr. Soil Sci. Bucharest, pp. 979-86.
Heck, L. von. (1920). Uber die Bildung einer Assoziation beim Regenwurm auf Grund von Dressurversuchen. Lotos Naturwiss. Z. 68, 168-89.
Heimburger, H. V. (1924). Reactions of earthworms to temperature and atmospheric humidity. Ecology, 5, 276-83.
Hensen, V. (1877). Die Tatigkeit des Regenwurms (L. terrestris) fur die Fruchtbarkeit des Erdbodens. Z. wiss. Zool. 28, 354-64.
Herlant-Meewis, H. (1956). Croissance et reproduction du Lombricien, Eisenia [oetida (Sav.). Ann. Sci. nat. Zool. BioI. Anim.18, 185-<)8.
Hess, W. N. (1924). Reactions to light in the earthworm, Lumbricus terrestris.}. Morph. 39, 515-42.
Hess, W. N. (1925). Nervous system of the earthworm, Lumbricus terrestris L. }. Morph. 40, 235-60.
Hess, W. N. (1925a). Photoreceptors of Lumbricus terrestris, with special reference to their distribution. }. Morph. 41, 235-60.
REFERENCES 277
Hnmgens, 1\. (I966).Bemijding Vlfi Regenwormen in Spllrrllgr5nd en in vitro. Med. Rijksfak. Landb. w. Sch. Gent, 31, 329-42.
Heungens, A. (1969). L'influence de la fumure et des pesticides aldrine, carbaryl et DBCP sur la faune du sol dans la culture des azalees. Rev. Eco!. Bioi. Sci. 6 (2) 131-45.
Heungens, A. (1969). The physical decomposition of pine litter by earthworms. Pl. Soil, 31 (I) 22-30.
Hirst,]. M., Storey, 1. F., Ward, W. C. and Wilcox, H. G. (1955). The origin of apple scab epidemics in the Wisbech area in 1953 and 1954. Pl. Path. 4, 91. ,
Hobmaier, A. and Hobmaier, M. (1929). Die Entwicklung der Larve des Lungenwurmes Metastrongylus elongatus (Strongylus paradoscus) des Schweines und ihr Invasionsweg. Munch. Tieriirzt. Wschr. 80, 365--<).
Hoeksema, K. J., Jongerious, A. and K. van der Meer (1956). On the influence of earthworms on the soil structure in mulched orchards. Boor en Spade, 8, 183-201.
Hoffman, ]. A. and Purdy, L. H. (1964). Germination of dwarf bunt (Tilletia controversa) teliospores after ingestion by earthworms. Phytopathology, 54, 878-9.
Hogben, L. and Kirk, R. L. (1944). Body temperature of worms in moist and dry air. Proc. Roy. Soc. Lond. 132b, (868) 239-52.
Hogg, T. W. (1895). Immunity of some low forms of life from lead poisoning. Chern. News, 71, 223-4.
Hook, R. I. van (1974). Cadmium, lead and zinc distributions between earthworms and soils: potentials for biological accumulation. Bull. Environ. Contam. Toxicol. 12, 509-12.
Hopkins, A. R. and Kirk, V. M. (1957). Effects of several insecticides on the English red worm. J. econ. Ent. 50 (5) 699-700.
Hopp, H. (1946). Earthworm fight erosion too. Soil Conserv. 11,252-4. Hopp, H. (1947). The ecology of earthworms in cropland. Soil. Sci. Soc.
Amer. Proc. 12, 503-7. Hopp, H. and Hopkins, H. T. (1946). Earthworms as a factor in the
formation of water-stable aggregates. }. Soil Water Conserv. I,
11-13· Hopp, H. and Hopkins, H. T. (I946b). The effect of cropping systems
on the winter populations of earthworms. J. Soil Water Conserv. 1 (I) 85-8, 98.
Hopp, H. and Slater, C. S. (1948). Influence of earthworms on soil productivity. Soil Sci. 66, 421-8.
278 BIOLOGY OF EARTHWORMS
Hopp. H. and Slater, C. S. (1949). The effect of earthworms on the productivity of agricultural soil. J. agric. Res. 78, 325-39.
Howell, C. D. (1939). The response to light in the earthworm Pheretima agrestis Goto and Hatai with special reference to the function of the nervous system. J. expo Zool. 81, 231-59.
Howell, D. N. (1974). The worm turns: An investigation of experimentation as the learning abilities of earthworms. Megadrilogica, I,
1-6. Hoy, H. M. (1955). Toxicity of some hydrocarbon insecticides to earth
worms. N.Z. JI. Sci. Technol. (A) 37 (4) 367-72. Hubl, H. (1953). Die inkretorischen Zellelemente im Gehirn der
Lumbriciden. Arch. EntwMech. Org. 146, 421-32. Hubl, H. (1956). Uber die Beziehungen der Neurosekretion zum
Regenerations Geschehen bei Lumbriciden nebst Beschreibung eines neuartigen neurosekretorischen Zelltyps in Unterschlundganglion. Arch. EntwMech. Org. 149, 73-87.
Huhta, V., Matlu, N. and Valpas, A. (1969). Further notes on the effect of silvicultural practices on the fauna of coniferous forest soil. Ann. Zoo!. Fennici. 6, 327-34.
Hunt, L. B. (1965). Kinetics of pesticide poisoning in Dutch Elm Disease control. U.S. Fish Wildl. Servo eirc. 226, 12-13.
Hunt, L. B. and Sacho, R. J. (1969). Response of robins to DDT and methoxychlor. J. Wildlife Manage, 33, 267-72.
Hutchinson, S. A. and Kamel, M. (1956). The effect of earthworms on the dispersal of soil fungi. J. Soil Sci. 7 (2) 213-18.
Hyche, L. L. (1956). Control of mites infesting earthworm beds. J. econ. Ent. 49, 409-10.
Hyman, L. H. (1940). Aspects of regeneration in Annelids. Am. Nat. 74, 513-27.
Inoue, T. and Kondo, K. (1962). Susceptibility of Branchiura sowerbyi, Limrodrilus socialis and L. willeyi for several agricultural chemicals. Botyu-bagaku (Japan), 27, 97-9.
Ireland, M. P. (1975). The effect of the earthworm Dendrobaena rubida on the solubility of lead, zinc, and calcium in heavy metal contaminated soil in Wales. J. Soil Sci. 26, 313-18.
Ireland, M. P. and Wooton, R. J. (1976). Variations in the lead, zinc and calcium content of Dendrobaena rubida (Oligochaeta) in a base metal mining area. Environ. Pol/ut. 10, 201-8.
Iwahara, S. and Fujita, O. (1965). Effect of intertrial interval and removal of the suprapharyngeal ganglion upon spontaneous alternation in the earthworm Pheretima communissima. Jap. Psych. Res. 7, 1-14.
REFERENCES 279
Jacks, G. V. (1963). The biological nature of soil productivity. Soils 0 Fert. 26 (3) 147-50.
Jacob, A. and Wiegland, K. (1952). Transformations of the mineral nitrogen of fertilisers in the soil. Z. PflErndhr. Dung. 59, 48-60.
Jamieson, B. G. M. (1970). A review of the Megascolecid earthworm genera (Oligochaeta) of Australia. Part I I - The subfamilies Ocnerodrilinae and Acanthodrilinae. Proc. R. Soc. Queensland, 82, 95-108.
Janda, V. and Gavrilov, K. (1939). Untersuchungen tiber die vermehrungsfahigkeit von individuen einiger Oligochasten-Arton, die schon vor erreichung der geschlechtstreife isolvert wurden. Vestnik Cesposlov. Zoo!. Spolecuosti v Praze, 6--;, 254-<).
Jeanson-Luusinang, C. (1961). Sur une methode d'etude du comportement de la fauna du sol et de sa contribution to pedogenese. C.R. Acad. Sci. 253, 2571-3.
Jeanson- Luusinang, C. (1963). Action des Lombricides sur la microflore totale. In Soil Organisms, J. Doeksen and J. van der Drift (eds.). North Holland Pub. Co., Amsterdam. pp. 260-5.
Jefferson, P. (1955). Studies on the earthworms of turf. A. The earthworms of experimental turfplots.] Sports Turf Res. Inst. 9 (31) 6-27.
Jefferson, P. (1956). Studies on the earthworms of turf. B. Earthworms and soil.] Sports Turf Res. Inst. 9 (31) 6-27.
Joachim, A. W. R. and Panditesekera, D. G. (1948). Soil fertility studies. IV. Investigations on crumb structure on stability of local soils. Trop. Agric. 104, 119-39.
Johnson, M. L. (1942). The respiratory function of the haemoglobin of the earthworm. ] expo Bioi. 18 (3) 266--n
Johnstone-Wallace, D. B. (1937). The influence of wild white clover on the seasonal production and chemical composition of pasture herbage and upon soil temperatures, soil moistures and erosion control. 4th Int. Grassl. Congr. Rep. 188-<)6.
Joshi, N. V. and Kelkar, B. V. (1952). The role of earthworms in soil fertility. Indian] agric. Sci. 22, 189-96.
Julin, E. (1949). Se sueska daggmaskarterna. Arkiv. f Zool. 42A, 17, I-58.
Kahsnitz, H. G. (1922). Investigations on the influence of earthworms on soil and plant. Bot. Arch. I, 3 I 5-5 I.
Kalmus, H. (1955). On the colour forms of Allolobophora chlorot/ca Sav. Ann. Mag. nat. Hist. 12 (8) 795.
Karmanova, E. M. (1959). Biology of the nematode Hystrichis tricolor
280 BIOLOGY OF EARTHWORMS
Dujardin, 1845, and some data on epizootics in ducks: A histochemical study, J. Univ. Bombay, 30B, 113-25.
Karmanova, E. M. (1963). Interpretation of the developmental cycle in Dioctophyme renale. Med. Parazitol. Paraziter, Boleznii, 32, 331-4.
Keilin, D. (1915). Recherches sur les larves de Dipteres cyclorrhaphes. Bull. scient. Fr. Be/g. 47, 15-198.
Keilin, D. (1925). Parasitic autotomy of the host as a mode ofliberation of coelomic parasites from the body of the earthworm. Parasitology, 17,
70- 2 .
Kelsey,]. M. and Arlidge, G. Z. (1968). Effects of Isobenzan on soil fauna and soil structure. N.z. }I. agric. Res. 1 I, 245-60.
Kevan, D. K. Mc. E. (1955). Soil Zoology, (ed.). Butterworths, London, pp. 23-8, 452- 88.
Khambata, S. R. and Bhatt, J. V. (1957). A contribution to the study of the intestinal microflora of Indian Earthworms. Arch. Mikrobiol. 28, 69-80.
King, H. G. C. and Heath, G. W. (1967). The chemical analysis of small samples of leaf material and the relationship between the disappearance and composition of leaves. Pedobiologia, 7, 192-7.
Kirberger, C. (1953). Untersuchungen tiber die Temperaturabhagigkeit von Lebensprozessen bei verschiedenen Wirbellosen. Z. vergl. Physiol. 35, 175-98.
Kleinig, C. R. (1966). Mats of unincorporated organic matter under irrigated pasture. Aust. J. Agric. Res. 17, 327-33.
Knop, J. (1926). Bakterien and Bacteroiden bei oligochaten. Z. Morph. Okol. Tiere, 6.
Kobatake, M. (1954), The antibacterial substance extracted from lower animals. I. The earthworm. Kekkabu (Tuberculosis), 29, 60-3.
Kobayashi, S. (1937). On the breeding habit of the earthworms without male pores. I. Isolating experiments in Pheretima hilgendo~fi
[Michaelsen] Sci. Rep. Tohoku Univ. II, 473-85. Kollmannsperger, G. (1934). The Oligochaeta of the Bellinchen Region.
Inaugural dissertation. Dilligen (Saargebiet). Kollmannsperger, F. (1955). Uber Rhythmen bei Lumbriciden. Dechen
iana, 180, 81-<)2. Kollmannsperger, F. (1956). Lumbricidae of humid and arid regions
and their effect on soil fertility. VI Congr. Int. Sci. Sol. Rapp. c., 293-7·
Korschelt, E. (1914). Uber Transplantationsversuche, Ruhezustande und Lebensdauer der Lumbriciden. Zool. Anz. 43, 537-55.
Kozlovskaya, L. S. and Zaguralskaya, L. M. (1966). Relationships
REFERENCES 281
between earthworms and microbes in W. Siberia. Pedobiologia, 6, 244-57·
Kozlovskaya, L. S. and Zhdannikova, E. N. (1961). Joint action of earthworms and microflora in forest soils. Dokl. Akad. Nauk. SSSR. 139, 470-73-
Kring, J. B. (1969). Mortality of the earthworm Lumbricus terrestris L. following soil applications of insecticides to a tobacco field. J. econ. Ent. 62 (4) 963.
Krivanek, J. O. (1956). Habit formation in the earthworm, Lumbricus terrestris. Physiol. Zool. 29, 241-50.
Kruger, F. (1952). Dber die Beziehung des Sauerstoffverbauchs zum Gewicht bei Eisenia [oetida Sav. Z. vergl. Physiol. 34, 1-5.
Kubiena, W. L. (1953). Bestimmungsbuch und Systematik der Boden Europas. Stuttgart, p. 392.
Kubiena, W. L. (1955). Animal activity in soils as a decisive factor in establishment of humus forms, in Soil Zoology, Kevan (ed.). Butterworths, London, pp. 73-82.
Kuhnelt, W. (1961). Soil Biology. Faber and Faber, London, p. 397. Kurcheva, G. F. (1960). The role of invertebrates in the decomposition of
the oak leaf litter. Pocuovedenic (4) 16-23. Ladell, W. R. S. (1936). A new apparatus for separating insects and other
arthropods from the soil. Ann. appl. BioI. 23, 862-79. Lakhani, K. H. and Satchell, J. E. Production by Lumbricus terrestris (L.).
J. Anim. Ecol. 39, 473-92. Lal, R. (1974). No-tillage effects on soil properties and maize (Zea Mays
L.) production in Western Nigeria. P!. Soil, 40, 321-31. Lan van der, H. and Aspock, H. (1962). Zur Wirkung von Sevin auf
Regenwurmer. Anz. Schiidlingsk. 35, 180-2. Lauer, A. R. (1929). Orientation in the earthworm. Ohio. J. Sci., 29, 179. Lavelle, P. (1971). Etude preliminaire de la nutrition d'un ver de
terre African Mil/sonia anomala (Acanthodrilidae, Oligochetes). Ann. Zool. Eco!. Anim. Special Publ. 4, 131-46.
Lavelle, P. (1975). Consommation annuelle d'une population naturelle
de vers de terre (Mil/sonia anomala Omodes, Acanthodrilidae: Oligochetes) dans la savane de Lanto (Cote d'Ivoire). In Progress in Soil Zoology, J. Vanek (ed.). Academia Publishing House, Prague,
pp. 299-304. Lavelle, P., Douhalei, N. and Sow, B. (1974)' Influence de l'humidite du
sol sur la consommation et la croissance de Millsonia anomala (Oligochaetes-Acanthrodilidae) dans la Sa vane de Lanto. Ann. Univ. d'Abidjan, 7 (I) 305-14.
282 BIOLOGY OF EARTHWORMS
Laverack, M. S. (1960). Tactile and chemical perception in earthworms. I. Responses to touch, sodium chloride, quinine and sugars. Compo Biochern. Physiol. I, 155-63.
Laverack, M. S. (1960). The identity of the porphyrin pigments of the integument of earthworms. Compo Biochem. Physiol. I (4) 259-66.
Laverack, M. S. (1961). Tactile and chemical perception in earthworms. 1 I. Responses to acid pH solutions. Compo Biochem. Physiol. 2 (I)
22-34· Laverack, M. S. (1961). The effect of temperature changes on the spon
taneous nervous activity of the isolated nerve cord of Lumbricus terrestris. Compo Biochem. Physiol. 3 (2) 136-40.
Laverack, M. S. (1963). The Physiology of Earthworms. Pergamon Press, London, 206 pp.
Lawrence, R. D. and Millar, H. R. (1945). Protein content of earthworms. Nature, Lond. 155 (3939) 517.
Lee, K. E. (1951). Role of earthworms in New Zealand soil. Tuatara, 4 (I) 22-7·
Lee, K. E. (1959). A key for the identification of New Zealand earthworms. Tuatara, 8 (I) 13-60.
Legg, D. C. (1968). Comparison of various worm-killing chemicals. J. Sports Turf Res. Inst. 44, 47-8.
Lesser, E. J. (1910). Chemische Prozesse bei Regenwurmern. 3. Ober anoxybiotische Zersetzung des Glykogens. Z. Bioi. 50.
Lidgate, H. J. (1966). Earthworm control with chlordane.}. Sports Turf Res. Inst. 42, 5-8.
Lindquist, B. (1941). Investigations on the significance of some Scandinavian earthworms in decomposition of leaf litter and the structure of mull soil. Svensk SkoKs v Foren Tidskr. 39 (3) 179-242.
Lipa, J. J. (1958). Effect on earthworm and Diptera populations ofBHC dust applied to soil. Nflture, Lond. 181, 863.
Ljungstrom, P. O. (1904). Ekologin hos daggmaskar i Stockholmstrakten. Fait. Biologen. 2, 8-12.
Ljungstrom, P. O. (1969). On the earthworm genus Udeina in South Africa. Zool. Anz. 182, 370--<).
Ljungstrom, P. O. (1970). Introduction to the study of earthworm taxonomy. Pedobiologia, 10, 265-85.
Ljungstrom, P. O. (1972). Introduced earthworms of South Africa. On their taxonomy, distribution, history of introduction and on the extermination of endemic earthworms. Zool. Jb. Synt. 99, 1-18.
Ljungstrom, P. O. (1972). Taxonomical and ecological notes on the
REFERENCES 283
earthworm genus Udeina and a requiem for the South African acanthodrilines. Pedobiologia, 12, roo-ro.
Ljungstrom, P. O. and Reinecke, A. J. (I969). Ecology and natural history of the microchaeltid earthworms of South Africa. 4. Studies on influence of earthworms upon the soil and the parasitological question. Pedobiologia, 9 (I-2) IS2-7·
Lofty, J. R. (I972). The effects of gamma radiation on earthworms. Pedobiologla (in press).
Long, W. H., Anderson, H. L. and Isa, A. L. (I967). Sugarcane growth responses to chlordane and microarthropods, and effects of chlordane on soil fauna. J. econ. Ent. 60, 623-9.
Low, A. J. (I9SS). Improvements in the structural state of soils under leys. J. Soil Sci. 6, 179-99.
Luckman, W. H. and Decker, G. C. (I960). A s-year report of observations in the Japanese beetle control area at Sheldon, Illinois. J. econ. Ent. 53, 821-7·
Lukose, J. (I960). A note on an association between two adult earthworms. Curro Sci. 29, I 06--7.
Lund, E. E., Wehr, E. E. and Ellis, D. J. (I963). Role of earthworms in transmission of Heterakis and Histomonas to turkeys and chickens. J. Parasit. 49 (S) 50.
Lunt, H. A. and Jacobson, G. M. (I944). The chemical composition of earthworm casts. Soil Sci. 58, 367.
Madge, D. S. (I966). How leaf litter disappears. New Scientist, 32, 1I3-
IS· Madge, D. S. (I969). Field and laboratory studies on the activities of two
species of tropical earthworms. Pedobiologia, 9, 188-214. Magalhaes, P. S. (I892). Notes d'helminthologie bresilienne. Bull. Soc.
Zool. France, 17, 145-6. Maldague, M. and Couture, G. (I97I). Utilization de litieres radio
actives par LumbrIcus terrestris. Ann. Zool. Ecol. Anim. Special Publ. 4, 147-52.
Mamytov, A. (I953). The effect of earthworms on the water stability of mountain-valley serozem soils. Pochvovederle, 8, 58-60.
Mangold, O. (I95I). Experiments in analysis of the chemical senses of earthworms. I. Methods and procedure for leaves of plants. Zool. Jb. (Physiol.) 62, 441-512.
Mangold, O. (I953). Experimente zur Analyse des chemischen Sinns des Regenwurms. 2. Versuche mit Chinin, Siiuren und Siisstoffen. Zool.Jb. Abt. Allgem. Zool. Physlol. Ttere. 63, 501-57.
Marapao, B. P. (I959). The effect of nervous tissue extracts on neuro-
284 BIOLOGY OF EARTHWORMS
secretion in the earthworm Lumbricus terrestris. Catholic U. Amer. Bioi. Stud. 55, 1-34·
Marshall, V. G. (1971). Effects of soil arthropods and earthworms on the growth of Black Spruce. Ann. Zool. Ecol. Anim. Special Publ. 4, 109-18.
Martin, A. W. (1957). Recent advances in knowledge of invertebrate renal function. In Invertebrate Physiology, B. T. Scheer (ed.) University of Oregon Pub., pp. 247-76.
McInroy, D. (1971). Evaluation of the earthworm Eiseniafoetida as food for man and domestic animals. Feedstuffs, 43, 37-47.
McLeod, J. H. (1954). Note on a staphylinid (Coleoptera) predator of earthworms. Canad. Ent. 86, 236.
Meggitt, F. J. (1914). On the anatomy of a fowl tapeworm, Amoebotaenia sphenoides v. Linstow. Parasitology, 7, 262-77.
Mellanby, K. (1961). Earthworms and the soil. Countryside, 14 (4) 1.
Mendes, E. G. and Almeida, A. M. (1962). The respiratory metabolism of tropical earthworms. I I I. The influence of oxygen tension and temperature. Bol. Fac. jilos. cience. e letras Univ. S. Paulo Zool.
24,43-65. Merker, E. and Braunig, G. (1927). Die Empfindlichkeit feuchthautiger
Tiere im Lichte. 3. Die Atemnot feuchthiiutiger Tiere in Licht der Quarzquecksiblerlampe. Zool. Jb. Abt. Allgem. Zool. Physiol. Tiere, 43, 275-338.
Meyer, L. (1943). Experimental study of macrobiological effects on humus and soil formation. Bodenk. u. PflErnahr. 29 (74) 119-40.
Michaelsen, W. (1903). Die geographische Verbreitung der Oligochaeten. Berlin, 183 pp.
Michaelsen, W. (1910). Die Oligochatenfauna der vorderindischceylonischen Region. Abh. Naturw. Hamburg. 19.
Michaelsen, W. (1919). Uber die Beziehungen der Hirudineen zu den Oligochaten. Mitt. naturh. Mus. Hamburf!" 36.
Michaelsen, W. (1921). Zur Stammesgeschichte und Systematik der Oligochaten, insbesondere der Lumbriculiden. Arch. Naturgesch. 86.
Michaelsen, W. (1922). Die Verbreitung der Oligochaten in Lichte der Wegener'schen Theorie der Kontinentverschiebung. Verh. Ver. naturs. Unterh. Hamburg, 3, 29·
Michaelsen, W. (1926). Pelodrilus bureschi, ein SiisswasserH6hlenoligochiit aus Bulgarien. Arb. Bulgar. NaturJ Ges. 12, 57-66.
Michon, J. (1949). Influence of desiccation on diapause in Lumbricids. C.r. hebd. Seanc. Acad. Sc., Paris, 228 (18) 1455-6.
REFERENCES 285
Michon,]. (1951). Supernumerary regeneration in A. terrestris f. typica. C.r. hebd. Seanc. Acad. Sci., Paris, 232, 1449-51.
Michon, ]. (1954). Influence de I'isolement a partir de la maturite sexuelle sur la biologie des Lumbricldae. C.r. hebd. Seanc. Acad. Sci., Paris, 238, 2457-8.
Michon,]. (1957). Contribution experimentale a etude de la biologie des Lumbricidae. Annee Bioi. 33 (7-8) 367-76.
Miles, H. B. (1963). Soil protozoa and earthworm nutrition. Soil Sci. 95, 40 7-<).
Miles, H. B. (1963). Heat-death temperature in Allolobophora terrestris f. longa and Eisenla foetida. Nature, Lond. 199, 826.
Millott, N. (1944). The visceral nerves of the earthworm. 3. Nerves controlling secretion of protease in the anterior intestine. Proc. R. Soc. 132, 200-12.
Moment, G. B. (1953). The relation of body level, temperature and nutrition to regenerative growth. Physiol. Zoo!. 26, 108-17.
Moment, G. B. (1953). A theory of growth limitation. Am. Nat. 88 (834)
139-53· Monnig, H. O. (1927). The anatomy and life history of the fowl tapeworm
Amoebotaenia spheroides. Report of the Director of Veterinary Education and Research, 11-12, 199-206,.
Moore, A. R. (1923). Muscle tension and reflexes in the earthworm.}. gen. Physiol. 5, 327-33.
Moore, B. (1922). Earthworms and soil reaction. Ecology, 3, 347-8. Morris, H. M. (1922). Insect and other invertebrate fauna of arable land at
Rothamsted. Ann. appl. Bioi. 9 (3-4) 282-305. Morrison, F. O. (1950). The toxicity of BHC to certain micro
organisms, earthworms and arthropods. Ontario Ent. Soc. Ann. Rep. 80, 50-7.
Mozgovoy, A. A. (1952). The biology of Porrocaecum crassum, a nematode of aquatic birds. Trudy gelmint. labor. 6, 114-25.
Muldal, S. (1949). Cytotaxonomy of British earthworms. Proc. Linn. Soc. Lond. 161, 116-18.
Muldal, S. (1952). A new species of earthworm of the genus Allolobophora. Proc. zool. Soc. Lond. 122, 463-5.
Muldal, S. (1952). The chromosomes of earthworms. I. The evolution of polyploidy. Heredity, 6, 55-76.
Miiller, G. (1965). Bodenbzologie. Verlag VEB Gustav Fischer, Jena. 889 pp.
Miiller, P. E. (1878). Nogle UndersQgelser afSkovjord. Tidsskr. Land1ko, 4, 259-83.
286 BIOLOGY OF EARTHWORMS
Miiller, P. E. (1884). Studier over Skovjord. II. am Muld og Mor i Egeskove og paa Heder. Tidsskr. Skovbrug, 7, 1-232.
Miiller, P. E. (1950). Forest-soil studies, a contribution to silvicultural theory. III. On compacted ground deficient in mull, especially in beach forests. Damsk Skovforen. Tidsskr. I, 10-61.
Murchie, W. R. (1955). A contribution on the natural history of Allolobophora minima, Muldal. Ohio J. Sci. 55 (4) 241-4.
Murchie, W. R. (1956). Survey of the Michigan earthworm fauna. Mich. Acad. Sci. Arts. Let. 151, 53-72.
Murchie, W. R. (1958). Biology of the oligochaete Eisenia rosea (Savigny) in an upland forest soil of Southern Michigan. Am. Midi. Nat. 66 (I) II 3-3 I.
Murchie, W. R. (1958). A new megascolecid Earthworm from Michigan with notes on its Biology. Ohio J. Sci. 58 (5) 270-2.
Murchie, W. R. (1959). Redescription of Allolobophora muldali Omodeo. Ohio J. Sci. 59 (6) 229-32.
Murchie, W. R. (1960). Biology of the oligochaete Bimastos zeteki Smith and Gittins (Lumbricidae) in Northern Michigan. Am. MidI. Nat. 64 (I) 194-215.
Murchie, W. R. (1961). A new species of Diplocardia from Florida. Ohio J. Sci. 61 (3) 175-7·
Murchie, W. R. (1961). A new diplocardian earthworm from Illinois. Ohio J. Sci. 61 (6) 367-71.
Murchie, W. R. (1963). Description of a new diplocardian earthworm, Diplocardia longiseta. Ohio J. Sci. 63 (I) 15-18.
Murchie, W. R. (1965). Diplocardia gatesi, a new earthworm from North Carolina. Ohio J. Sci. 65 (4) 208-11.
Murchie, W. R. (1967). Chromosome numbers of some diplocardian earthworms (Megascolecidae - Oligochaeta). Amer. MidI. Nat. 87, 534-7·
Nakamura, Y. (1968). Studies on the ecology of terrestrial Oligochaetae. I.
Seasonal variation in the population density of earthworms in alluvial soil grassland in Sapporo, Hokkaido. Jap. J. appl. Ent. Zool. 3 (2)
89--<)5· Nakamura, Y. (1968). Population density and biomass of the terrestrial
earthworm in the grasslands of three different soil types near Sapporo. Jap. J. appl. Ent. Zool. II, 164-8.
Needham, A. E. (1957). Components of nitrogenous excreta in the earthworms L. terrestris and E. /oetida. J. expo Bioi. 34 (4) 425-46.
Needham, A. E. (1962). Distribution of arginase activity along the body of earthworms. Compo Biochem. Physiol. 5, 69-82.
REFERENCES 287
Nelson, J. M. and Satchell, J. E. (1962). The extraction of Lumbricidae from soil with special reference to the hand-sorting method. Progress in Soil Zoology. P. Murphy (ed.). Butterworths, London, pp. 294-9.
Newell, G. E. (1950). The role of the coelomic fluid in the movements of
earthworms. ]. b!p. Diol. if (I) iio-ir. Nielson, R. L. (1951). Effect of soil minerals on earthworms. NZ. Jl.
Agric. 83, 433-5. Nielson, R. L. (1952). Earthworms and soil fertility. NZ. Grassl. Assoc.
Proc. 158-67. Nielsen, C. O. (1953). Studies on Enchytraeidae. 1. A technique for
extracting Enchytraeidae from soil samples. Oikos, 4 (2) 187-96.
Nielson, R. L. (1953). Recent research work. Earthworms. NZ.JI. Agric. 86, 374.
Nielsen, M. G. and Gissel-Nielsen, G. (1975). Selenium in soil-animal relationships. Pedobiologia, 15, 65-7.
Nijhawan, S. D. and Kanwar, J. S. (1952). Physiochemical properties of earthworm castings and their effect on the productivity of soil. Indian J. agric. Sci. 22, 357-73.
Noble, J. c., Gordon, W. T. and Kleinig, C. R. (1970). The influence of earthworms on the development of mats of organic matter under irrigated pasture in Southern Australia. Proc. II th Int. Grassl. Congr. 465-8.
Nordstrom, S. and Rundgren, S. (1973). Associations of lumbricids in Southern Sweden. Pedobiologia, 13, 301-26.
Nordstrom, S. and Rundgren, S. (1974). Environmental factors and Lumbricid associations in Southern Sweden. Pedobiologia, 14, 1-27.
Nye, P. H. (1955). Some soil-forming processes in the humid tropics. IV. The action of soil fauna. J. Soil Sci. 6, 78.
Ogg, W. G. and Nicol, H. (1945). Balanced manuring. Scot.}. agric. 25, (2) 76-83.
Oldham, C. (1915). Testacella scutulum in Hertfordshire. Trans. Herts nat. Hist. Soc. 15, 193-4.
Oliver, J. H. (1962). A mite parasite in the cocoons of earthworms. J. Parasit. 48, 120-3·
Olson, H. W. (1928). The earthworms of Ohio. Ohio bioi. Sun:. Bull. 17, 47-90.
Omodeo, P. (1952). Cariologia Dei Lumbricidae. Inst. Bioi. Zool. Gen. Univ. Siena, 4, 173-275.
Omodeo, P. (1952). Lumbricidae. In Materiali Zoologic a Roccolti dal Dr. Marcuzzi sulla Alpi Dolomitiche. Arch. zool. Ital. 37, 29-59.
288 BIOLOGY OF EARTHWORMS
Omodeo. P. (1056). Gontributo alia n:visiom: dei Lumbricidac. lInk, zoo!. Ita!. 41, 129-212.
Omodeo, P. (1958). La reserve naturelle integrale du Mont Nimba. I. Oligochetes. Mem. Inst. fro Afr. noire. 53, 9-10.
Omodeo, P. (1959). Oligochati dell' Afghanistan. Contribution a I'etude de la faune d'Afghanistan 5. Boll. Zool. 26, 1-20.
Omodeo, P. (1963). Distribution of the terri colo us Oligochaet~s on the two shores of the Atlantic. In North Atlantic biota and their history, Love and Love (eds). Pergamon Press, New York, pp. 127-51.
Otanes, F. G. and Sison, P. L. (1947). Pests of Rice. Philip. J. agric. 13, 36- 88.
Parker, G. H. and Parshley, H. M. (191I). The reactions of earthworms to dry and moist surfaces. J. expo Zoo!. II, 361-3.
Parle, J. N. (1959). Activities of micro-organisms in soil and influence of these on soil fauna. Ph.D. Thesis, Lond.
Parle, J. N. (1963). Micro-organisms in the intestines of earthworms. J. gen. Microbiol. 31, 1-13·
Parle, J. N. (1963). A microbiological study of earthworm casts. J. gen. Microbiol. 13, 13-23.
Patel, H. K. (1960). Earthworms in tobacco nurseries and their control. Indian Tobacco, 10 (I) 56.
Patel, H. K. and Patel, R. M. (1959). Preliminary observations on the control of earthworms by soapdust (Sapindus !auriJo!ius Yah\) extract. Indian}. Ent. 21, 251-5.
Peachey, J. E. (1963). Studies on the Enchytraeidae (Oligochaeta) of moorland soil. Pedobiologia, 2, 81-95.
Peredel'sky, A. A. (1960a). Effect of earthworms and wireworms on absorption by plants of the radioactive isotopes Ca4 5 and Sr90 from soil. Dokl. Akad. Nauk. 134, 1450-2.
Peredel'sky, A. A. (1960b). Dispersion of radioactive isotopes in the soil by earthworms. Dokl. Akad. Nauk. 135, 185-8.
Peredel'sky, A. A., Poryadkova, N. A. and Rodionova, L. Z. (1957). The role of earthworms in purification of soil contaminated with radioactive isotopes. Dokl. Akad. Nauk. 115, (4) 8°9-12.
Perel, T. S. and Sokolov, D. F. (1964). Quantitative evaluation of the participation of the earthworm Lumbricus terrestris Linne (Lumbricidae - Oligochaeta) in the transformation of forest litter. Zoo!. Zh. 53, 1618-
25· Perel, T. S., Karpachevskii, L. O. and Yegorova, S. V. (1966). Experi-
ments for studying the effect of earthworms on the litter horizon of forest soils. Pedobiologia, 6, 269-76.
REFERENCES 289
Peterson, A. E. and Dixon, R. M. (1971). Water movement in large soil pores: validity and utility of the channel system concept. Coil. Agr. Life Sci. Univ. Wisconsin Res. Rep. 75.
Petrov, B. C. (1946). The active reaction of soil (pH) as a factor in the distribution of earthworms. Zool. Jour. 25 (I) 107-10.
Phillips, E. F. (1923). Earthworms, plants and soil reactions. Ecology, 4, 89·
Piearce, T. G. (1972). The calcium relations of selected Lumbricidae. J. Anim. Ecol. 41, 167-88.
Polivka,]. B. (1951). Effect of insecticides upon earthworm populations. Ohio J. Sci. 51, 195-6.
Polivka, J. B. (1953). More about the effect of insecticides on earthworm populations. Unpublished mimeo. Ohio Acad. Sci. 10 pp.
Pomerat, G. M. and Zarrow, M. T. (1936). The effect of temperature on the respiration of the earthworm. Proc. natn. Acad. Sci. U.S.A. 22,
270-2. Ponomareva, S. I. (1950). The role of earthworms in the creation of a
stable structure in ley rotations. Pochvovedenie, 476-86. Ponomareva, S. I. (1952). The importance of biological factors in increas
ing the fertility of sod-podzolic soils. Z. PflErnahr. Dung. 97, 205-15. Ponomareva, S. I. (1953). The influence of the activity of earthworms on
the creation of a stable structure in a sod-podolized soil. Trudy pochv. Inst. Dokuchaeva, 41, 304-78.
Ponomareva, S. I. (1962). Soil macro and micro-organisms and their role in increasing fertility. Vtoraya Zoologischeskaya Konferenciya Litovskoi SSR,97-9·
Powers, W. L. and Bollen, W. B. (1935). The chemical and biological nature of certain forest soils. Soil Sci. 40, 321-9.
Prabhoo, N. R. (1960). Studies on Indian Enchytraeidae (Oligochaeta: Annelida). Description of three new species.}. Zool. Soc. India. 12 (2)
125-32 .
Prosser, C. L. (1935). Impulses in the segmental nerves of the earthworm. J. expo BioI. 12, 95-104.
Puh, P. C. (1941). Ben~ficial influence of earthworms on some chemical properties of the soil. Contr. bioI. Lab. sci. Soc. China, 15, 147-55.
Puttarudriah, M. and Sastry, K. S. S. (1961). A preliminary study of earthworm damage to crop growth. Mysore Agric. J. 36, 2-1 I.
Raffy, A. (1930). La respiration des vers de terre dans l'eau. Action de la teneur en oxygene et de la lumieu sur l'intensite de la respiration pendant l'immersion. C.r. hebd. Stanco Acad. Sci. Paris, 105, 862-4.
290 BIOLOGY OF EARTHWORMS
Ragg, ]. M. and Ball, D. F. (1964). Soils of the ultra-basic rocks of the Island of Rhum.]' Soil Sci. 15 (I) 124-34.
Ralph, C. L. (1957). Persistent rhythms of activity and O2 consumption in the earthworm. Physiol. Zool. 30, 41-55.
Ramsay,]. A. (1949). Osmotic relations of worms.]. expo Bioi. 26 (I) 65-
75· Raw, F. (1959). Estimating earthworm populations by using formalin.
Nature, Lond. 184, 1661. Raw, F. (1960). Observations on the effect of hexoestrol on earthworms
and other soil invertebrates. J. agric. Sci. 55 (I) 189---90. Raw, F. (1960b). Earthworm population studies: a comparison of
sampling methods. Nature, Lond. 187 (4733) 257. Raw, F. (1961). The agricultural importance of the soil meso-fauna.
Soils f5 Fert. 14, 1-2. Raw, F. (1962). Studies of earthworm populations in orchards. I. Leaf
burial in apple orchards. Ann. appl. Bioi. 50, 389-404. Raw, F. (1965). Current work on side effects of soil applied organophos
phorus insecticides. Ann. appl. Bioi. 55, 342-3. Raw, F. (1966). The soil fauna as a food source for moles.]. Zool., Lond.
149, 50-4. Raw, F. and Lofty, J. R. (1959). Earthworm populations in orchards. Rep.
Rothamsted expo Stn. for 1958, 134-5. Reinecke, A. J. (1974). The upper lethal temperature of Eisenia rosea
(Oligochaeta). Wetenskaplike Bydraes van die P.U. vir C.H.O. Reeks B: Natuurwetenskappe, 62, 1-14.
Ressler, R. H., Cialdini, R. B., Ghoca, M. L. and Kleist, S. M. (1968). Alarm pheromone in the earthworm Lumbricus terrestris. Science, 161, 597---9·
Reynolds, ]. W. (1972). The relationship of earthworm (Oligochaeta: Acanthodrilidae and Lumbricidae) distribution and biomass in six heterogenous woodlot sites in Tippecanoe Country, Indiana.]' Tennessee Acad. Sci. 47, 63-7·
Reynolds, J. W. (1973). The earthworms of Delaware. Megadrilogica, I (5) 1-4· Reynolds, J. W. (1973). The earthworms of Rhode Island (Oligochaeta:
Lumbricidae). Megadrilogica, I (6) 1-4. Reynolds, J. W. (1973). The earthworms of Connecticut. Megadrilogica,
I (7) 1-6. Reynolds, J. W. (1974). The earthworms of Maryland, Oligochaeta:
Acanthodrilidae, Lumbricidae, Megascolecidae and Sparganophilidae. Megadrilogica, I (II) 1-12.
REFERENCES 291
Reynolds, J. W. and Reynolds, W. M. (1972). Earthworms in medicine. Amer. J. Nursing, 72, 1273.
Reynolds, J. W., Clebsch, E. E. C. and Reynolds, W. M. (1973). The earthworms of Tennessee (Oligochaeta). I. Lumbricidae. Control of North American Earthworms (Oligochaeta). No. 13. Bull. Tall Timbers Res. Sta. 17, 1-133.
Reynoldson, T. B. (1955). Observations on the earthworms of North Wales. North Wales Nat. 3, 291-304.
Reynoldson, T. B. (1966). The ecology of earthworms with special reference to North Wales habitats. Rep. Welsh Soils Discuss. Grp. 25-32.
Reynoldson, T. B., O'Connor, F. B. and Kelly, W. A. (1955). Observations on the earthworms of Bardsey. Bardsey Obs. Rep., 9.
Rhee, J. A. van (1963). Earthworm activities and the breakdown of organic matter in agricultural soils. In Soil Organisms, J. Doeksen and J. van der Drift (eds). North Holland Publishing Co., Amsterdam,
pp. 55-9· Rhee, J. A. van (1965). Earthworm activity and plant growth in artificial
cultures. Pl. and Soil, 22, 45-8. Rhee, J. A. van (1967). Development of earthworm populations in orchard
soils. In Progress in Soil Biology, O. Graff and J. Satchell (eds). North Holland Publishing Co., Amsterdam, pp. 360-71.
Rhee, J. A. van (1969). Inoculation of earthworms in a newly-drained polder. Pedobiologia, 9, 128-32.
Rhee, J. A. van (1969). Development of earthworm populations in polder soils. Pedobiologia, 9, 133-40.
Rhee, J. A. van (197 I). Some aspects of the productivity of orchards in relation to earthworm activities. Ann. Zool. Ecol. Anim. Special Pub!. 4,99-108.
Rhee, J. A. van (1975). Copper contamination effects on earthworms by disposal of pig waste in pastures. In Progress in Soil Zoology,]. Vanek (ed.). Academia Publishing House, Prague, pp. 451-7.
Rhee, J. A. van (1976). A study of the effect of earthworms on orchard productivity. Pedobiologia (in press).
Rhee, J. A. van and Nathans, S. (1961). Observations on earthworm populations in orchard soils. Neth. J. agric. Sci. 9 (2) 94-100.
Rhoades, W. C. (1963). A synecological study of the effects of the imported fire ant (Solenopsis saevissima Vichteri) eradication program. II. Light trap, soil sample, litter sample and sweep net methods of collecting. Fla. Ent. 46, 301-10.
Ribaudcourt, E. and Combault, A. (1907). The role of earthworms in agriculture. Bull. Soc. for. Belg. 212-23.
292 BIOLOGY OF EARTHWORMS
Richards, J. G. (1955). Earthworms (recent research work). N.Z. }I. Agrlc. 91, 559·
Richardson, H. C. (1938). The nitrogen cycle in grassland soils: with special reference to the Rothamsted Park grass experiment. J. agric. Sci., Camb. 28, 73-121.
Richter, G. (1953). The action of insecticides on soil macrofauna. NachrBl. dt. PjlSchutzdienst, Ber!. 7, 61-72.
Robertson, J. D. (1936). The function of the calciferous glands of earthworms. }. expo Bioi. 13, 279-97.
Robinson, J. S. (1953). Stimulus substitution and response learning in the earthworm. J. Compo Physiol. Psychol. 46, 262-6.
Rodale, R. (1948). Do chemical fertilizers kill earthworms? Organic Gardening, 12 (2) 12-17.
Rodale, R. (1961). The challenge of earthworm research. S. & H. Foundation, Penn. 102 pp.
Roots, B. I. (1955). The water relations of earthworms. I. The activity of the nephridiostome cilia of L. terrestris L. and A. chlorotica (Sav.) in relation to the concentration of the bathing medium. J. expo Bioi. 32, 765-74.
Roots, B. I. (1956). The water relations of earthworms. II. Resistance to desiccation and immersion and behaviour when submerged and when allowed choice of environment. }. expo BioI. 33, 29-44.
Roots, B. I. (1957). Nature of chloragogen granules. Nature, Lond. 179, 679-80.
Roots, B. I. (1960). Some observations on the chloragogenous tissue of earthworms. Compo Biochem. Physiol. I, 218-26.
Rosenkoetter, J. S. and Boice, R. (1973). Earthworm pheromones and T-maze learning. Psychonomic Society, St. Louis, p. 17.
Roy, S. K. (1957). Studies on the activities of earthworms. Proc. Zool. Soc. Bengal, 10, 81-98.
Rundgren, S. (1975). Vertical distribution of lumbricids in southern Sweden. Olkos, 26, 299-306.
Ruschmann, G. (1953). Antibioses and symbioses of soil organisms and their significance in soil fertility. Earthworm symbioses and antibioses. Z. Acker. PjlBau. 96, 201-18.
Russell, E. J. (1910). The effect of earthworms on soil productiveness. }. agrlc. Sci., Camb. 2, 245-57.
Russell, E. J. (1950). Soli conditions and plant growth. Longman, London, 8th edition.
Rysavy, B. (1964). Some notes of the life history of the cestode Dilepis undula Shrank, 1788. Helminthologia, 5, 173-6.
REFERENCES 293
Rysavy, B. (1969). Lumbricidae - an important parasitological factor in helminthoses of domestic and wild animals. Pedobiologia, 9 (1/2) 17 1-4.
Ryzhikov, K. M. (1949). Syngamidae of domestic and wild animals. Moskva, pp. 1-165.
Salisbury, E. J. (1925). The influence of earthworms on soil reaction and the stratification of undisturbed soils. J. Linn. Soc. (Bot), 46, 415-25.
Saroja, K. (1959). Studies on oxygen consumption in tropical poikilotherms. 2. Oxygen consumption in relation to body size and temperature in the earthworm Megascolex mauritii when kept submerged in water. Proc. Indian Acad. Sc. B. 49, 183-93.
Satchell, J. E. (1955). Some aspects of earthworm ecology. In Soil Zoology, D. K. Mc E. Keva~ (ed.). Butterworths, London, pp. 180--201.
Satchell, J. E. (1955). Allolobophora limicola. An earthworm new to Britain. Ann. Mag. nat. Hist. 8 (12) 224.
Satchell, J. E. (1955). The effects ofBHC, DDT and parathion on the soil fauna. Soils CS Fert. 18 (4) 279-85.
Satchell, J. E. (1955). An electrical method of sampling earthworm populations, In Soil Zoology, D. K. Mc E. Kevan (ed.). Butterworths, London, pp. 356-64.
Satchell, J. E. (1958). Earthworm biology and soil fertility. Soils CS Fert. 21, 209-19.
Satchell, J. E. (1960). Earthworms and soil fertility. New Scientist 7, 79-81.
Satchell, ]. E. (1963). Nitrogen turnover by a woodland population of Lumbricus terrestris. In Soil Organisms, ]. Doeksen and ]. van der Drift (eds). North Holland Publishing Co., Amsterdam, pp. 60--6.
Satchell,]. E. (1967). Lumbricidae. In Soil Biology, A. Burgess and F. Raw (eds). Academic Press, London and N.Y., pp. 259-322.
Satchell, J. E. (1969). Studies on methodical and taxonomical questions. Pedobiologia, 9, 20--5·
Satchell, J. E. and Lowe, D. G. (1967). Selection of leaf litter by Lumbricus terrestris. In Progress in Soil Biology, O. Graff and J. E. Satchell (eds). North Holland Publishing Co., Amsterdam, pp. 102-19.
Saussey, M. (1957). A case of commensalism in the lumbricids. Bull. Soc. ent. Fr. 62 (1/2) 15-19.
Saussey, M. (1959). Observations sur les relations entre la composition physico-chimique du sol et son peuplement en Lumbricides. Arch.
Zool. expo gen. 93, 123-34. Saussey, M. (1966). Zoologie experimentale-relations entre la regener
ation caudale et la diapause chez Allolobophora icterica (Savigny)
294 BIOLOGY OF EARTHWORMS
(Oligochaete lombricien). C.r. hebd. Seanc. Acad. Sci., Paris, 263, 1092-4.
Savigny, E. (1826). Enterion chloroticum. Mem. Acad. Sci. Inst. France, 5, 183.
Scharpenseel, H. W. and Gewehr, H. (1960). Studien zur Wasserbewegung im Boden mit Tritium-Wasser. Z. PflErnahr. Dung. 88, 35-49·
Schmid, L. A. (1947). Induced neurosecretion in Lumbricus terrestris. J. expo Zool. 104, 365-n
Schmidt, H. (1955). Behaviour of two species of earthworm in the same maze. Science, 121, 341-2.
Schneider, K. C. (1908). Histologisches Prakticum der Tiere. Jena. 320 pp. Schread, J. c. (1952). Habits and control of the oriental earthworm. Bull.
Connect. Agric. Exp. Stn. 556, 5-15. Schwartz, B. and Alicata, J. E. (1931). Concerning the life history of
lungworms of swine. J. Parasit. 18, 21-7. Scott, H. E. (1960). Control of mites in earthworm beds. North Carolina
State Agr. Ext. Servo Ext. Folder, 181. Scrickhande, J. c. and Pathak, A. N. (195 I). A comparative study of the
physico-chemical characters of the castings of different insects. Indian J. agric. Sci. 21, 401-7.
Shindo, B. (1929). On the seasonal and depth distribution of some worms in soil. J. Coil. Agric., Tokyo, 10, 159-71.
Shiraishi, K. (1954). On the chemotaxis of the earthworm to carbon dioxide. Sci. Rep. Tohoku Univ. 20 (4) 356-61.
Sims, R. W. (1963). Oligochaeta (Earthworms) Proc. S. Lond. ent. nat. Hist. Soc. (2) 53.
Sims, R. W. (1963). A small collection of earthworms from Nepal. J. Bombay nat. Hist. Soc. 60 (I) 84-91.
Sims, R. W. (1964). Oligochaeta from Ascension Island and Sierra Leone including records of Pheretima and a new species of Dichogaster. Ann. Mag. nat. Hist. 7 (13) 107-13.
Sims, R. W. (1964). Internal fertilization and the functional relationship of the female and the spermathecal systems in new earthworms from Ghana (Eudrilidae: Oligochaeta). Proc. zool. Soc. Lond. 143 (4) 587-608.
Sims, R. W. (1966). The classification of the megascolecoid earthworms: an investigation of Oligochaete systematics by computer techniques. Proc. Linn. Soc. Land. 177, 125-41.
Sims, R. W. (1967). Earthworms (Acanthrodilidae and Eudrilidae: Oligochaeta) from Gambia. Bull. Br. Mus. Nat. Hist. Zool. 16, 1-43.
REFERENCES 295
Sims, R. W. (1969). Outline of an application of computer techniques to the problem of the classification of the mega scolecoid earthworms.
Pedobiologia, 9 (5) 35-41.
Skarbilovic, T. S. (1950). The study of the biology of Capillaria mucronata and on the epizootology of capillarioses of the urinary bladder of sable and mink. Trudy vsesoyuznogo inst. gelmintologii im akad. K.I. Skriabina, 4, 27-33·
Slater, C. S. (1954). Earthworms in relation to agriculture. U.s.D.A. A.R.C. Cire.
Slater, C. S. and Hopp, H. (1947). Leaf protection in winter to worms, U.S.A. Proe. Soil Sci. Soc. Am. 12, 508-11.
Smallwood, W. M. (1923). The nerve net in the earthworm: preliminary report. Proc. Nat. Aead. Sci. Washington, p. 9.
Smallwood, W. M. (1926). The peripheral nervous system of the common earthworm, Lumbricus terrestris. J. compo Neurol. 42, 35-55.
Smith, F. (1915). Two new varieties of earthworms with a key to described species in Illinois. Bull. Ill. State Lab. nat. Hist. 10 (8) 55 I----<J.
Smith, F. (1928). An account of changes in the earthworm fauna of Illinois. Bull. Ill. State nat. Hist. Survey, 17 (10) 347-62.
Smith, R. D. and Glasgow, L. L. (1965). Effects of heptachlor on wildlife in Louisiana. Proe. 17th Ann. Con! SIE Ass. Game and Fish Comm. 17,
140-54.
Stephenson, J. (1929). Oligochaeta: in reports of an expedition to Brazil and Paraguay, 1926-7. J. Linn. Soc. (Zool.), 37, 291-325.
Stephenson, J. (1930). The Oligoehaeta. Oxford University Press. 978 pp.
Stephenson, J. (1945). Concentration regulation and volume control in Lumbricus terrestris L., Nature, Lond. 155, 635.
Stickel, W. H., Mayne, D. W. and Stickel, L. F. (1965). Effects of he ptachlor-contaminated earthworms on woodcocks. J. Wildl. Manage. 29, 132-46.
Stockdill, S. M. J. (1959). Earthworms improve pasture growth. NZ. J. Agrie. 98, 227-33.
Stockdill, S. M. J. (1966). The effect of earthworms on pastures. Proe. NZ. eeol. Soc. 13, 68-74.
Stockdill, S. M. J. and Cossens, G. G. (1966). The role of earthworms in pasture production and moisture conservation. Proc. NZ. Grassl. Ass. 168-83.
Stockli, A. (1928). Studien tiber den Einfluss der Regenwtirmer auf die Beschaffenheit des Bodens. Landw. Jb. Sehweiz. 42 (I).
296 BIOLOGY OF EARTHWORMS
Stockli, A. (1949). Einfluss der Mikroflora und Fauna auf die Beschaffenheit des Bodens. Z. PflErniihr. Dung. 45 (t)o) 41-53-
Stockli, A. (1958). Die Regenwurmarten in landwirtschaftlich genutzten Boden des schweizerischen Mittellandes. Separatabdruck aus dem Landwirtschuftlichen Jahrbuch der Schweiz. 72 (7) 699-725.
Stokes, B. M. (1958). The worm-eating slugs Testacella scutulum Sowerby and T. haliotidea Drapernaud in captivity. Proc. malac. Soc. Lond. 33 (I) 11-20.
Stolte, H. A. (1962). Oligochaeta. In Bronn's Klassen und Ordnungen des Tierreichs, 4 (3) 891-II4I. Geest and Portig, Leipzig.
Stone, P. C. and Ogles, G. D. (1953). Uropoda agitans, a mite pest in commercial fish worm beds. J. Econ. Ent. 46, 711.
Stop-Bowitz, C. (1969). Did Lumbricids survive the quarternary glaciations in Norway. Pedobiologia, 9, 93-8.
Stough, H. B. (1926). Giant nerve fibres of the earthworm. J. compo Neurol·40 .
Stringer, A. and Lyons, C. H. (1974), The effect of Benamyl and Thiophanate-methyl on earthworm populations in apple orchards. Pestic. Sci. 5, 189-96.
Stringer, A. and Pickard, J. A. (1963). The DDT content of soil and earthworms in an apple orchard at Long Ashton. Long Ashton Res. Sta. Rep. 127-31.
Sun, K. H. and Pratt, K. C. (1931). Do earthworms grow by adding segments? Am. Nat. 65,31-48.
Svendsen, J. A. (1955). Earthworm population studies: a comparison of sampling methods. Nature, Lond. 175, 864.
Svendsen, J. A. (1957). The distribution ofLumbricidae in an area of Pennine Moorland (Moor House, Nature Reserve). J. Anim. Ecol. 26 (2)
409. Svendsen, J. A. (1957b). The behaviour of lumbricids under moorland
conditions. J. Anim. Ecol. 26 (2) 423-39. Swaby, R. J. (1949). The influence of earthworms on soil aggregation.
J. Soil Sci. 1 (2) 195-7. Swartz, R. O. (1929). Modification of the behaviour of earthworms.
J. Compo Psychol. 9, 17-33· Takano, S. and Nakamura, Y. (1968). A new host earthworm, Allolobo
phora japonica Michaelsen, (Oligochaeta: Lumbricidae), of the calypterate muscoid fly, Onesia subalpina Kurahashi. (Oiptera: Calliphoridae.) Appl. ent. Zool. 3 (I) 51-2.
Tembe, V. B. and Oubash, P. J. (1961). The earthworms: a review. J. Bombay nat. Hist. Soc. 58 (I) 171-201.
REFERENCES 297
Tenney, F. G. and Waksman, S. A. (1929). Composition of natural organic materials and their decomposition in the soil. IV. The nature and rapidity of decomposition of the various organic complexes in different plant materials, under aerobic conditions. Soil Sci. 28, 55-84.
Teotia, S. P., Duley, F. L. and McCalla, T. M. (1950). Effect of stubble mulching on number and activity of earthworms. Neb. agric. Exp. Sta. Res. Bull. 165, 20.
Thompson, A. R. (1971). Effects of nine insecticides on the numbers and biomass of earthworms in pasture. Bull. Env. Cont. Toxicol. 5 (6)
577-86. Thomson, A. J. and Davies, D. M. (1974). Mapping methods for study
ing soil factors and earthworm distribution. Oikos, 25, 199-203. Tillinghast, E. K. (1967). Excretory pathways of ammonia and urea in
the earthworm Lumbricus terrestris L. J. expo Zoo!. 166, 295-300. Tillinghast, E. K., McInnes, D. C. and Djuffill, R. A. Jr. (1969). The
effect of temperature and water availability on the output of ammonia and urea by the earthworm Lumbricus terrestris. Compo Biochem. Physiol. 29, 1087--<)2.
Tischler, W. (1955). Effect of agricultural practice on the soil fauna. In Soil Zoology, D. K. Mc. E. Kevan (ed.). Butterworths, London, 125-
137· Tracey, M. V. (1951). Cellulase and chitinase in worms. Nature, Lond.
167,776-7. Trifonov, D. (1957). Uber die Bekampfung der Maulwurfsgrille und des
Regenwurms mit dem Praparat. Alon Kombi Bu!gar. Tiz2tiz2m, 2,
114-1 5. Tromba, F. G. (1955). Role of the earthworm Eisenia foetida, in the
transmission of Stephanurus dentatus. J. Parasit. 41, 157-61. Uhlen, G. (1953). Preliminary experiments with earthworms. Landbr.
H1gsk. Inst. Jordkultur Meld. 37, 161-83. Urquhart, A. T. (1887). On the work of earthworms in New Zealand.
Trans. N.Z. Inst. 19, 119-23. Vail, V. A. (1972). Contributions to North American earthworms. I.
Natural history and reproduction in Diplocardia mississippiensis. Bull. Tall Timbers Res. Sta. II, 1-39.
Vail, V. A. (1974). Contributions on North American earthworms (Annelida). I I. Observations on the hatchings of Eisenia foetida and Bimastos tumidus (Oligochaeta: Lumbricidae). Bull. Tall Timbers Res. Sta. 16, 1-8.
Villot, F. C. A. (1883). Memoire sur les cystiques des tenias. Ann. Sci. Nat. Zoo!. 15, 1-61.
298 BIOLOGY OF EARTHWORMS
Vimmerstedt, J. P. and Finney, J. H. (1973). Impact of earthworm introduction on litter burial and nutrient distribution in Ohio strip mine spoil banks. Soil Sci. Soc. Amer. Proc. 37, 388---91.
Volz, P. (1962). Contributions to a pedo-zoological study of sites based on observations in the south-eastern Palatinate. Pedobiologia, I, 242-90.
Voronova, L. D. (1968). The effect of some pesticides on the soil invertebrate fauna in the south Taiga zone in Perm region, U.S.S.R. Pedobiologia 8, 507-25.
Waite, R. H. (1920). Earthworms. The important factor in the transmission of gapes in chickens. Maryland agric. expo Bull. 234, 103-18.
Waksman, S. A. and Martin, J. P. (1939). The conservation of the soil. Science, 90, 304-5.
Walton, W. R. (1928). Earthworms as pests and otherwise. V.S.D.A. Farmers' Bulletin [569, Washington, D.C., 14.
Walton, W. R. (1933). The reaction of earthworms to alternating currents of electricity in the soil. Proc. ent. Soc. Wash. 35, 24-7.
Watanabe, H. (1975). On the amount of cast production by the megascolecid earthworm Pheretima hupeiensis. Pedobiologia, 15, 20-28.
Waters, R. A. S. (1952). Earthworms and the fertility of pasture. Proc. N.Z. Grassl. Ass. 168-75.
Waters, R. A. S. (1955). Numbers and weights of earthworms under a highly productive pasture. NZ. ]. Sci. Technol. 36 (5) 516-25.
Watkin, B. R. (1954). The animal factor and levels of nitrogen. ]. Br. Grassld Soc. 9, 35-46.
Way, M. J. and Scopes, N. E. A. (1968). Studies on the persistence and effects on soil fauna of some soil applied systemic insecticides. Ann. appl. BioI. 62, 199-214.
Weber, G. (1953). The macrofauna oflight and heavy arable soils and the effect on them of plant protection substances. Z. PfiErnahr. Dung. 61, 107-18.
Weisbach, W. W. (1962). Regenwiirmer und Essbare Erde. Bioi. Jaarb. Dodonea. 30, 225-38.
Went, J. C. (1963). Influence of earthworms on the number of bacteria in the soil. In Soil Organisms, J. Doeksen and J. van der Drift (eds). North Holland Publ. Co., Amsterdam, pp. 260-5.
Westeringh, W. van de (1972). Deterioration of soil structure in wormfree orchard soils. Pedobiologia, 12, 6--15.
Wheatley, G. A. and Hardman, J. A. (1968). Organochlorine insecticide residues in earthworms from arable soils.]' Sci. Fd. Agric. 19,219-25.
Wherry, E. T. (1924). Soil acidity preferences of earthworms. Ecology,S, 89-90.
REFERENCES 299
Whitney, W. K. (1967). Laboratory tests with Dursban and other insecticides in soiL]. econ. Ent. 60, 68-74.
Wilcke, D. E. von (1952). On the domestication of the 'soilution' earthworm. Anz. Schiidlingsk. 25, 107-9 (G).
Wilcke, D. E. von (1953). Zur Kenntnis der Lumbricidenfauna Deutschlands. Zool. Anz. 151, 104-6.
Wilcke, D. E. von (1955). Critical observations and proposals on the quantative analysis of earthworm populations in soil zoology studies. Z. PfiErniihr. Dung. 68, 44-9 (G).
Wilkinson, G. E. (1975). Effect of grass fallow rotations on the infiltration of water into a savanna zone soil of Northern Nigeria. Trop. Agric. 52, 97-104.
Witkamp, M. (1966). Decomposition of leaflitter in relation to environment, micro flora and microbial respiration. Ecology, 47, 194-201.
Wittich, W. (1953). Untersuchungen iiber den Verlauf der Streuzersetzung auf einem Boden mit Regenwurmtatigkeit. Schrift Reihe forstl. Fak. Univ. Gottingen, 9, 7-33.
Wojewodin, A. W. (1958). Ungefahrlichkeit der Herbizide fiir die Biozonose. Int. Konf Herb. 97-102.
Wolf. A. V. (1937). Notes on the effect of heat on L. terrestris. Ecology, 19, 346-8.
Wolf, A. V. (1938). Studies on the behaviour of L. terrestris to dehydration; and evidence for a dehydration tropism. Ecology, 19,233-42.
Wolf, A. V. (1940). Paths of water exchange in the earthworm. Physiol. Zool. 13, 294-308.
Wolf, A. V. (1941). Survival time of the earthworm as affected by raised temperatures.}. cell. compo Physiol. 18, 275-8.
Wollny, E. (1890). Untersuchungen iiber die Beeinflussung der Fruchtbarkeit der Ackerkrume durch die Tatigkeit der Regenwiirmer. Forsch. Agrik. Physik. 13, 381-95.
Woodhead, A. A. (1950). Life history cycle of the giant kidney worm, Dioctophyma renale (Nematoda) of man and many other animals. Trans. Am. microsc. Soc. 69, 21-46.
Wright, M. A. (1972). Factors governing ingestion by the earthworm Lumbricus terrestris (L.), with special reference to apple leaves. Ann. appl. BioI. 70, 175-88.
Yerkes, R. M. (1912). The intelligence of earthworms.}. Anim. Behav. 2,
332-52 .
Zajonc, I. (1970). Earthworm synusiae of meadow stratocenoses and choriocenoses. Acta. Zooltech. Univ. Agr. Nitra. 21, 203-1 I.
300 BIOLOGY OF EARTHWORMS
Zhinkin, L. (1936). The influence of the nervous system on the regeneration of Rhynchelmis limosella. J. expo Zool. 73, 43-65.
Zicsi, A. (1954). The role of earthworms in the soil, as investigated by soil analyses, experiments and survey at the University in Godollo. Agrartud. Egypt. agron. Kar Kiadv. I (14) 1-20.
Zicsi, A. (1958). Einfluss der Trockenheit und der Bodenarbeitung auf das Leben der Regenwiirmer in Ackerboden. Acta Agron. 7, 67-74.
Zicsi, A. (1962). Determination of number and size of sampling unit for estimating lumbricid populations of arable soils. In Progress in Soil Zoology, P. W. Murphy (ed.). Butterworths, London, 68-71.
Zicsi, A. (1962). Uber die Dominanzhaltnisse einheimischer Lumbriciden auf Ackerboden. Opusc. Zool. Budapest. 4 (2-4) 157-61.
Zicsi, A. (1969). Uber die Auswirkung der Nachfrucht und Bodenbearbeitung auf die Aktivitat der Regenwiirmer. Pedobiologia, 9 (1-2) 141-6.
Zrazhevskii, A. I. (1957). Dozhdevye chervi kak faktor plodorodiya lesnykh pochv. Kiev. 135 pp.
Systematic index
(Italic page numbers indicate the more important references in the text whereas bold numbers refer to illustrations.)
Acanthodrilacae, 44 Acanthodrilidae, 44, 46,51-2, 61, 65, 66,
67, 74, 75, 122, 245, 247 Acanthodrilinae, 43, 44, 45, 46 Acanthodrilini, 45 Acanthodrilus, 41, 51 Actinomyces, 187 advenltlum, Blpalium, 147 Aeolosomatidae, 13, 4 I, 42 aerophilus, Thomznx, 227 affinis, Dichogaster, 80 africanus, Hyperiodrilus, 75, 136, 142, 143,
ISO, 154, 157 afrlcanus, Ocnerodrilus, 226 Agastrodilus, 52 agglutinatus, Bacdlus, 185 agItans, Uropoda, 149 agrestis, Pheretlma, 63, 107 Aikinetocystzs, 148 alexandrt, Pheretlma, 79 Allolobophora, 59, 69, 81, 82, 127,228,246,
250, 251, 256 antipae, 30, 252 caligznosa, 26, 68, 70, 71, 73, 80, 83, 87,
98, 102, 117, 125, 126, 128, 129, 130, 13 1, 132, 133, 134, 135, 136, 138, 139, 145, 146, 149, ISO, IS I, 152, 153, 154, 157, 158, 161, 162, 163, 164, 165, 167, 172, 174, 176, 179, I!!9, 197, 19/5, 200, 201, 216, 226, 227, 229, 232, 239, 240, 241, 255
caligznosa f. tYPlca, 63, 252, 255 caligznosa f. trapezoides, 26, 63, 80, 252,
255 chlorolica, 62, 68, 70, 71, 72, 73, 80, 83,
93, I I I, II8, 125, 126, 128, 129, 130, 13 1,133,134,135,136,145,146,148, ISO, 151, 152, 153, 154, ISS, 161, 164, 170,200,216,219,229,231,232,239, 240, 241, 242, 253
culpifera, 252
dubiosa, 226 japonica, 137 limlcola, 62, 241, 252 longa, 62, 69, 70, 71, 73, 80, 84, 93, 108,
II I, 128, 130, 131, 138, 140, 145, 146, 150, 153, 154, 161, 162, 165, 172, 173, 192, 193, 199,216,224,227,231,232, 234, 240, 2 ... , 252
minzma, 256 mlnzscula, 252 muldall, 62, 256 noclurna, 69, 70,84,87,125,126, 12M, 129,
130, 131, 132, 134, 136, 13M, 140, 145, 149, ISO, 151, 161, 162,232,234,240, 241, 252
robusl a, 146 rosea, 9, 63, 70, 71, 73, 81, 83, 125, 126,
127, 128, 129, 130, 131, 132, 133, 134, 138, 145, 146, 150, 151, 152, 157, 161, 165, 216, 231, 232, 239, 240, 251, 256
terrestns, 146, 252 terrestris f. longa, 73 trapezoldes, 62, 255 tuberculata, 62, 80, 93, 241, 252 turglda, 62, 80, 255
Alluroididae, 43 Alma, 57, 75, 157, 158 Amoebotaenza cuneatus, 226
lumbri, i, 226 Andiorrhinus, 56 AndlOswlex, 56 annulata, Capil/arza, 226 anomala, Mil/soma, 74, 125, 136, 138, 152 anomala, Pheretima, 79 Anoplophyra, 148 antipae, Al/olobophora, 30, 252 apricaria, Pluvla/zs, 147 Aporrectodza, 256
/zmlcola, 256 longa, 256 moebll, 256
302 BIOLOGY OF EARTHWORMS
Aporrectodia--cont.
rosea, 256 trapezoides, 256 tuberculata, 256 turgida, 256
Aptodrilus, 56 Ascaridia gallt, 228 Ascaris suum, 228 Aspidodrtlus, 146 altemst, Dendrobaena, 170, 239, 250 austrabs, Megascolides, 19, 81 avestcula, U dema, 79 Azotobacter, 175, 183
Bactllus agglutinatus, 185 botulinus, 148 cereus, 182, 185 cereus var. mycoides, 184 tdosus, 185
Balanteodrtlus, 5 I Barogaster, 52 Bassia longifolia, 120 beatrix, Octochaetana, 80 beddardi, Btmastos, 62, 150, 256 Beddardiella, 54 Benhamia, 52 Benhaminae, 44 bermudensis, Pontodrilus, 61, 79 Bettonta, 54 btcmta, Pheretima, 63 Bimastos, 39, 59, 64, 246, 249
beddardt, 62, ISO, 256 elsem, 13, 127, 128, 145, 149, ISO, 159,
163, 165, 170, 240, 241, 245, 249 gieseleri, 62, 249 heimburgeri, 62, 249 tcenorum, 241 longicinctus, 62, 249 lonnbergi, 149, 150 muldali, 241 palustris, 62, 249 parvus, 20, 62, 93, 241, 249, 256 tenms, 8, 256 tumidts, 62, 82, 85, 249 weicht, 62 zetek!, 62, 72, 74, 75, 85, 86, 88, 89, 145,
249 Bipalium adventttum, 147
kewensts, 143, 147 bishamban, Ramiella, 80 Borgert/a, 54 botulmus, Bactllus, 148 Branchiobdellidae, 42 bolam, Dtchogaster, 63, 80 bronch/alis, Cyathostoma, 226, 227 Buttnmodrilus, 54
Caleb/ella, 52
(!Iiz/ormco, Pherer;ma, 22, 25, 1,3, 102, 154, 157, 158, 247
caligmosa, Allolobophora, 26, 68, 70, 71, 73, 80,83,87,98, 102, "7, 125, 126, 128, 129, 130, 131, 132, 133, 134, 135, 136, 138,139,145,146,149, ISO, 151, 152, 153, 154, 157, 158, 161, 162, 163, 164, 165, 167, 172, 174, 176, 179, 189, 197, 198, 200, 201, 216, 226, 227, 229, 232, 239, 240, 241, 255
caltginosa f. trapezOldes, Allolobophora, 26, 63, 80, 252, 255
caltgmosa f. ryptca, Allolobophora, 63, 252, 255
Calltdnlus, 57 campanulata, Pherettma, 79 canus, Larus, 147 Captllaria annulata, 226
causmflata, 227 mucronata, 227
plica, 227
putom, 227 carnana, Sarcophaga, 149 carolinensis, Eisenoides, 251 castaneus, Lumbricus, 38, 62, 69, 70, 71, 73,
80,82,93,98, ,,8, 126, 127, 128, 145, 146, 150, 161, 163, 164, 165, 172, 232, 241, 242, 248
causinflata, Captllana, 227 Causus rhombeatus, 147 Celenella, 52 cereus var. mycoldes, BaCIllus, 184 Cestoda, 225, 226 Chi/ota, 51 chlorot/ca, Allolobophora, 62, 68, 70, 71, 72,
7~80,83,93, III, 118, 125, 12~ 12~ 129, 130, 13 1, 133, 134, 135, 136, 145, 146, 148, 150, 151, 152, 153, 154, ISS, 161, 164, 170, 200, 216, 219, 229, 231, 232,239,24°, 241, 242, 253
ChunlOdnlus, 54 Clitellata, 40 Clostrtdium, 183 coeltcolor, Streptomyces, 187 Comarodnlus, 49 commUniS, Diplocardia, 247 commumsstma, Pherettma, 93 controversa, Tilletta, 188, 224 coracana, Eleusme, 228 corethrurus, Pontoscolex, 61, 66, 79, 228 Corvus corone, 147 crassum, Porrocaecum, 227
CraterocysttS, 148 Criodrilidae, 47,58, 61
SYSTEMATIC INDEX 30 3 Criodrilinae, 43 CrlOdrilus, 58, 114 Criodrilus lacuum, 61, 75, 226 culpifera, Allolobophora, 252 cuneatus, Amoebotaenia, 226 cuneata, Ta,nia, 148 Curgiona, 50 cyaneum, Octolasion, 62, 70, 82, 128, 129,
138,145,150,151,161,165,216,232, 239, 240, 241, 25 1, 255
Cyathostoma bronchialis, 226, 227
Decachaetus, 51 Deccania, 50 dejecta, Pheretima, 79 Deinodrilus, 67 Dendrobaena, 14, 59, 81, 84, 246, 250
attemsi, 170, 239, 250 mammalis, 62, 6cj, 70, 146, 232, 241, 250 octaedra, 62, 80, 98, 127, 128, 13 1, 145,
146, 149, 150, 159, 163, 165, 170,240, 241, 250
platyura, 250 pygmaea, 241, 250 rub,da, 62, 80, 82,127,131,145,146,149,
150, 165, 170, 232, 239, 240, 250, 256 rubida f. tenuis, 81, 241, 250, 256 rubida f. subrubicunda, 146, 241, 250, 256 subrubicunda, 19, 70, 71, 73, 82, 86, III,
150, 153, 154, 192,232, 240, 256 veneta var. hibernica f. dendroidea, 241 veneta var. hibernica f. typica, 146, 241 veneta var. hortensis, 241 veneta f. tYP,ca, 241, 250, 256 veneta var. zebra, 241
Desmogaster, 48 Diaphrodrilus, 50 Dicelis, 148 D,chogaster, 47, 52, 95
bolaui, 63 jaculatrtx, 142
sa liens, 63 Dichogastidae, 45 Didymogaster, 49
sylvatlcus, 19 dijJringens, Pheretima, 63, So, 122, 247 D,gaster, 49 Dilepus undula, 226 DtnodrtlOldes, 51 Dinodrilus, 52
Dioctophyma, sp., 227 Dionyx, 148 DIplocardia, 51, 61, 64, 13 1, 157, 245
communis, 247 egglestont, 75, 84
jiortdana, 122
mlsslssipptensis, 89, 122 rtparta, 140, 247 slngularis, 61, 247
Diplocardiinae, 43 Dzplotrema, 41, 51 Dzporochaetti, 51
Distichopus, 148 Dorgiodrilus, 50 Drawida, 48, 66
grandis, 140, 146 nagana, 8o papillifer, 80 rara, 80
Drzlocrzus, 57, 66 dubzus, Microscolex, 61, 79 dubiosa, Allolobophora, 226 dunguensis, Schubotziella, 78
Echinocystis, 148 egglestoni, Diplocardia, 75, 84 Eisenia, 63, 64, 69, 246, 251
foetida, 13, 17, 19,62,71,73,78, So, 81, 82, 85, 92, 93, 95, 99, 100, 108, 115, 116, 147, 148, 149, 153, 155, 156, 157, 158, 159, 172, 186, 188, 189, 196,200, 201,226,227, 228, 229, 232, 239, 240, 241,25 1
hortenslS, 62, 25 I lonnbergz, 251
rosea, 62, 63, 72, 73, So, 98, 140, 158, 256
veneta, 226, 256 zebra, 62
elseni, Bimastos, 13, 127, 128, 145, 149, 150, 159, 163, 165, 170,240,241,245, 249
eiseni, Lumbricus, 62 eiseni, S parganophilus, 63, 154, 248 Eiseniella, 59,81,246, 249
tetraedra, 62, 80, 165, 232, 240, 241, 249 tetraedra f. hercynza, 241, 249 tetraedra f. tYP,ca, 165, 248, 249
Elsenoides, 59, 64, 246, 250 caro/inensis, 25 I
Eleuszne coracana, 228 elongata, Pheretzma, 79, 228 elongatus, Metastrongylus, ;u6 Eminoscolex, 54
emissartus, Haplotaxis, 62 Enantiodrilus, 56 Enchytraeidae, 8, II, 42, 146, 209 ensicaudatum, Porrocaecum, 227 EnterlOn tyrtaeum, 256 Eodrilus, 51, 245
304 BIOLOGY OF EARTHWORMS
Eophda, 60, 64, 66, 246, 250 (Allolobophora) icterica, 150, 241, 251,
256 Eophila oculata, 256 E phymodrdus, 55 encetorum, Turdus, 147 Erithacus rubecula, 147 Eschmchia colt, 184 Estherella, 56 Eudlchogaster, 53 Eudmodrdoides, 5 I Eudrilidae, 42, 43, 46,53-4,61,66,75,78,
79, 83, 245, 248 Eudrilinae, 43, 46,54-5 Eudriloides, 54 Eudnlus, 55, 88
eugemae, 61, 66, 142, 248 eugeniae, Eudrilus, 61, 66, 142, 248 Eukerria, 50
hortensis, 79 saltensls, 63 subandina, 79
Eupolygaster, 48 Eupolytoreutus, 55 europaea, Talpa, 147 europeus, Evinaceus, 147 Euscolex, 55 Eutoreutus, 55 Eutrigaster, 53 Eutyphoeus, 53, 95
waltoni, 78, 142 Evinaceus europeus, 147 excavatus, Penonyx, 80, 95 eXlgus, Pheretlma, 79 Enus, 45, 49
jestil'us, Lumbncus, 62, 82,127,165,232,241, 248
Fimoscolex, 56 Fletcherodrtlus, 49 flondana, Diplocardia, 122
jiJetida, Eisenia, 13, 17, 19, 62, 71, 73, 78, 80, 81, 82, 85, 92, 93, 95, 99, 100, 108, 115, 116, 147, 148, 149, 153, 155, 156, 157, 158, 159, 172, 186, 188, 189, 196, 200, 201, 226, 227, 228, 229, 232, 239, 240,241, 251
forbesi, Haplotaxls, 62
Fraxinus pennsylvanica, 198 Fndericia parasttica, 146 friendl, Lumbricus, 241 Fusarium, 188, 224
galli, Ascaridia, 228
Gardullaria, 55
Gatesla, 50 gieseleri, Bimastos, 62, 249 glabra, Pheretima, 79 Glossoscolecidae, xiv, 4, 23, 42, 43, 47,
55-6, 61, 66, 75 Glossoscolecinae, 8, 36, 43 Glossoscolex, 56 Glyphidrilus, 57 gordiodes, Haplotaxis, 62 GordlOdrilus, 50 gracilus, Pontodrilus, 61 grandls, Drawida, 140, 146 Grayallia, 148 Gregarma, 148
haemorrhoidalis, Sarcophaga, 149 Haasema, 55 haltotidea, Testacella, 147 Haplodrilus, 50 Haplotaxidae, 43, 61, 62 Haplotaxis, emiSSarlUS, 62
forbesi, 62 gordlOdes, 62 ichthyophagous, 62
Hastirogaster, 48 hawayana, Pheretlma, 63, 80, 247 heimburgerl, Bimastos, 62, 249 Helodrilus, 55, 60, 64, 66, 246
afrlcanus, 150 oculatus, 241, 253, 256
herculeus, Lumbricus, 227
Heterakis, 148 Heterodera rostochlenSls, 224
Heteroporodnlis, 49 hdgendorfi, Pheretima, 63, 72, 79 Hlppopera, 55
nzgenae, 181 Hirudinea, 40, 41 Hlstomona murchiel, 148 Histomonas, 226
H oloscolex, 56 Hoplttophyra, 148 Hoplochaetella, 53 Hoplochaetina, 53 Hormogaster, 58
redli f. gigantes, 65 Hormogastridae, 58, 65 Hormogastrinae, 43 hortensis, Elsenia, 62, 251
Eukerria, 79 houlleti, Pheretlma, 63 Howascolecini, 45 Howascolex, 53 hupelensis, Pheretlma, 24, 63, 73, 74, 75,
127, 131, 138, 140, 142, 153, 157, 158
SYSTEMATIC INDEX 305
Hypmodrilus, 55, 79 afncanus, 75, 136, 142, 143, 150, 154,
157 Hyslrlchis triwlor, 226
Icenorum, Bimastos, 241
Ichthyophagous, Haplotaxis, 62 icterica, Eophila (Allolobophora), ISO, 241,
251, 256 idosus, Bactllus, 185 Ilyogema, 50 maequalis, Ventura, 188 mfantalis, Pheretima, 79 Iridodri/us, 55
jacu/atrix, Dichogaster, 142
Japomca, Allolobophora, 137
KafJania, 55 Kerriona, 50 kewensis, Bipalium, 143, 147 Kynotus, 57
/acteum, Octo/aston, 82, 98, 128, 146, 153, 165, 183,228,229,232,241,251,255, 256
/acuum, Cnodri/us, 61, 75, 226 Lampito, 49, 80, 95
mani/ii, 80 Larus canus, 147 latus, Protoscolex, 41 Legonea,55 Lennogaster, 53 Lennoscolex, 49
pumila, 80 Leptodrtlus, 5 I, 54 Leucodrilus, 53 /evIS, Pherellma, 63 Libyodrilus, 54 /imicola, Allolobophora, 62, 241, 252 Liodrtits, 50 /onga, Allolobophora, 62, 69, 71, 73, 80, 84, 93,
108, II I, 128, 130, 131, 138, 140, 145, 146, 150, 153, 154, 161, 162, 165, 172, 173, 192, 193, 199,216,224,227,231, 232, 234, 240, 241, 252
longa, Aporrectod,a, 256 /ongicinctus, Bimastos, 62, 249 longifolta, Bassta, 120 /onnbergi, Blmastos, 149, 150 liinnbergi, Eisenoides, 62, 251 lot'endgel, Pherellma, 63 lumbnci, All%bophora, 226 /umbncl, Polycercus, 226 Lumbricidae, 8, 10, I I, 12, 13, 20, 35, 36,
42, 43, 58, 60, 61, 64, 172, 240, 241, 245, 246, 248, 255
Lumbriculidae, 2, 5, 6, 22, 30, 39, 40, 42, 47, 80, 98, 225
Lumbricus, 4, 14, 17, 19, 22, 25, 26, 30, 33, 34, 36, 37, 60, 62, 81, 83, 84, 85, 110, 139, 245, 248
castaneus, 38, 62, 69, 70, 71, 73, So, 82, 93, 98, 118, 126, 127, 128, 145, 146, 150, 161, 163, 164, 165, 172,241,242, 248
eiseni, 62 festivus, 62, 82, 127, 165, 232, 241, 248 friendi, 241
hercu/eus, 227 rubellus, 62, 69, 70, 71, 73, 80, 82, 93, 98,
108, III, 127, 128, 145, 146, 150, 154, 155, 162, 165, 170, 172, 173, 183, 192, 196, 226, 227, 229, 232, 239, 240, 241, 248
terrestris,6, 13,21,27,39,62,72,76, So, 81, 82, 83, 84, 85, 86, 88, 89, 90, 91, 92, 93, 94, 97, 98, 103, 106, 107, 108, 114, 115, 117, 125, 126, 128, 129, 130, 13 1, 132, 134, 136, 138, 139, 140, 145, 146, 148, 149, 150, 151, 152, 153, 154, 156, 157, 160, 161, 162, 166, 168, 169, 172, 173, 177, 178, 179, 182, 183, 184, 185, 188, 192, 195, 196, 198, 199, 200, 201,206,216,218, 21 9,226,227,228, 229,23°,23 1,232,234,235,236,237, 239, 240, 241, 242, 248
Mahema, 50
Malabarta, 50 Malabarini, 45 Malodrtlus, 55 mamma lis, Dendrobaena, 62, 69, 70, 146,
232, 241, 250 mamlti, Lampito, 80 Maortdrtlus, 5 I marcessens, Serratia, 184 mariana, Pieea, 198 mauget, Testacella, 147 Maupasella, 148 mays, Zea, 228
Megachaetma, 54 Megadrili, xv, 42, 43, 61, 65, 66, 79 Megascolecidae, 8, 10, 13, 19, 20, 22, 23,
25, 30, 32, 36, 38, 39, 43, 44, 45, 46, 47, 48-50 , 62, 66, 80, 146, 147, 245, 247
Megascolecinae, 7, 43, 44, 45 Megasco/ex, 7, 30, 41, 49, 149 Megascoltdes, 13, 53, 61, 199
australis, 19, 81
306 BIOLOGY OF EARTHWORMS
Meles meles, 147 meles, Meles, 147 merid,ana, Pheretima, 79 merula, Turdus, 147 merulae, Syngamus, 227 mesomeltnus, Microsaurus, 147 Metadrilus, 54 Metaradiophyra, 148 Metascolex, 55 Metastrongylus, 148, 225
elongatus, 226 pudentotectus, 226 salamI, 226
Microchaetidae, 47, 57, 66, 223 Microchaetinae, 43 Microchaetus, 57, 142 Microdrili, 42, 48, 82 Microsaurus mesomelinus, 147 MicrosCIJlex, 51
dublUS, 61, 79 modestus, 228 phosphoreus, 61
millardi, Perionyx, 140 Millsonta, 53
anomala, 74, 125, 136, 138, 152 minima, Allolobophora, 256 mtnima, Pheretima, 63, 247 mtniscula, Allolobophora, 252 mississippiensls, DiplocardIa, 89, 122 modestus, Mlcrosco/ex, 228 moebli, Aporrectodia, 256 Monil(gaster, 48 Moniligastridae, 41, 42, 43, 46, 47-8, 66,
67, 80, 146, 147 Moniligastrinae, 42, 43 Monocystls, 19, 148 Monogaster, 53 morrisl, Pheretima, 63, 80, 247 mucronata, Capillaria, 227 muldali, Allolobophora, 62, 256 muldali, Bimastos, 241 murchiei, HistlOstoma, 148 Myxocystis, 148
nagana, Drawida, 80 Naididae, 2, 41, 42 N annodrilts, 50 Nellocystis, 148 Nellogaster, 49 Nelloscolex, 49 Nemantodrilus, 54 NematocystlS, 148 Nematoda, 226 Nematogenia, 50 Neochaeta, 49 N eodrilacae, 44, 52
Neodrtlus, 52 Neogaster, 53 Neummaneona, 55 ntgerzae, Hippopera, 181 NocardIa polychromogens, 187 nocturna, Allolobophora, 69, 70, 84, 87, 125,
126, 128, 129, 130, 131, 132, 134, 136, 138, 140, 145, 149, 150, 151, 161, 162, 232, 234, 240, 241, 252
Notoscolex, 49, 142 termlticola, 147
Notykus, 54
oCCldentalts, Ocnerodrilus, 63, 80 Ocnerodrilinae, 43, 44, 45, 46 Ocnerodrilini, 45 Ocnerodrilus, 5 I
afrtcanus, 226 occidentalis, 63, 80
octaedra, Dendrobaena, 62, 80, 98, 127, 128, 13 1, 145, 146, 149, 150, 159, 163, 165, 170, 240, 241, 250
Octochaetidae, 44, 46,52-3, 63, 66, 67, 80 Octochaetinae, 43, 45, 46 Octochaetini, 45 Octochaetoides, 53 Octochaetona beatrtx, 80
surensts, 80 OClochaelus, 53 Octo/aslon, 60, 69, 166, 173, 219, 246, 251
cyaneum, 62, 70, 82, 128, 129, 138, 145, 150, 151, 161, 165, 216, 232, 239, 240, 241, 251, 255
lacteum, 82, 98, 128, 146, 153, 165, 183, 228,229,232,241,25 1,255,256
tyrtaeum, 62, 256 oculala, Eophtla, 256 oculatus, Helodrtlis, 241, 253, 256 Oligochaeta, 22, 40, 41, 42 Omodeona, 53 Onesla sepulchralis, 149
subalpina, 149 Onychochaeta, 56 Opisthodrilus, 56
palustrls, Blmastos, 62, 249 paptl/ifer, Drawida, 80 papllliJer, Plutellus, 61, 79 Parabursaria, 148 Parachilota, 52 paradoxa, Paricterotaenia, 226 Parascolex, 55 parasltlca, Frtdericla, 146 Parendrilinae, 43,54 Parendrtlus, 54 Partcterotaenia paradoxa, 226
SYSTEMATIC INDEX 307
pan'us, Blmastos, 20, 62, 93, 241, 249, 256 Paultstus, 51 peguana, Pheretima, 226 Pellogaster, 53 pennsyivanica, Fraxmus, 198 Penodrtlus, 52 Perionychini, 45 Perionyx, 7, 49, 95, 114
excavatus, 80, 95 mtllardl, 140
Penscolex, 56 Perzssogaster, 49 Phalans, 164 Pheretlma, 7, 8, 18,21,23,25,30,32,36,37,
38, 39, 47, 49, 66, 67, 73, 78, 81, 88, 100, 101, 107, 110, 137, 148, 184,226, 229, 245, 247
agrestls, 63, 107 alexandn, 79 anomala, 79 blcmta, 63 calyarn/ca, 22, 25, 63, 102, 154, 157,
158, 247 campanulata, 79 (ommuntssima, 93 defecta, 79 dlfjrmgens, 63, 80, 122, 247 e!ongata, 79, 228 eXlgus, 79 glabra, 79 hawayana, 63, 80, 247 htlgendorji, 63, 72, 79 houlletl, 63 hupelensls, 24, 63, 73, 74, 75,127, I31, 138,
140, 142, 153, 157, 158, 247 mfanttllS, 79 levIS, 63 lovertdgel, 63 mendlana, 79 minIma, 63, 247 morrisl, 63, 80, 247 peguana, 226 posthuma, 39, 63, 140
rimosa, 79, 80 rodertCencls, 247 stellert, 8 vanans, 79 Virgo, 79 voeltzkowl, 79 zoyslae, 79
Pheodrilidae, 42 phosphoreus, Mlcroscolex, 61 Picea manana, 198 pltca, Captllaria, 227 Plaglochaeta, 52 Plaglotoma, 148
Platydnlus, 54 Platyhelminthes, 148 platyura, Dendrobaena, 250 Pleuroij'stlS, 148 Pliconogaster, 50 Pliogaster, 50 Plutellus, 41, 52, 61, 65
paptlltfer, 61, 79 umbellulartae, 61, 79
Pluvlaits apricarta, 147 Pollenia rud,s, 149 Polycercus, 148
lumbrict, 226 Polychaeta, 40, 41 polychromogenes, Nocardia, 187 Polytoreutus, 55 Pontodnlus, 52
bermudenSlS, 61, 79 gracilis, 61
Pontoscolex, 56, 66 corethrurus, 61, 66, 79, 228
Porrocaecum crassum, 227 enslcaudatum, 227
posthuma, Pheretlma, 39, 63, 140 Priodochaeta, 53 PrlOdoscolex, 4, 53 Pronaldites, 41 Protoscolex, 41
latus, 41 Protozoa, 98, 99, 148, 188, 226 pudentotectus, Metastrongylus, 226 pumila, Lennoscolex, 80 putorti, Caplllana, 227 pygmaea, Dendrobaena, 241, 250 Pygmaeodrilus, 5 I Pythium, 188, 224
Quechuona, 5 I Quedius (Mlcrosaurus) mesomeiinus, 147 Quercus robur, 198
Ramiella, 53 blshambari, 80
Ramzellona, 53 rara, Drawlda, 80 redii f. gigantes, Hormogaster, 65 RhabditIs, 148 Rhmodrtlus, 56 Rhododrilus, 52 rhombeatus, Causus, 147 Rhynocystls, 148 Rillogaster, 53 nmosa, Pheretlma, 79, 80 nparta, DIplocardIa, 140, 247 robur, Quercus, 198 robusta, Allolobophora, 146
308 BIOLOGY OF EARTHWORMS
roder/eenets, Pherettma, 247 Rosadrilus, 55 rosea, Al/olobop'hora, 9, 62, 63, 70, 73, 81,
83, 125, 126, 127, 128, 129, 130, 131, 132, 165
rosea, Elsema, 62,' 63, 72, 73, 80, 98, 140, 158, 256
rostoehiensis, Heterodera, 224 rubecula, Erithacus, 147 rubel/us, Lumbricus, 62, ~, 70, 71, 73, 80,
82, 93, 98, 108, I I I, 127, 128, 145, I~I~I~I~I~I~I~I~ 173, 183, 192, 196, 226, 227, 229, 232, 239, 240, 241, 248
rublda, Dendrobaena, 62, 80, 82, 127, 131, 145, 146, 149, 150, 165, 17°,232, 239, 240, 250, 256
rubida f. subrubicunda, Dendrobaena, 146, 241, 250, 256
rubida f. tenuis, Dendrobaena, 81, 241, 250, 256
rudts, Pol/mia, 149
salami, Metastrongylus, 226 saitens, Dichogaster, 63 saltensis, Eukerria, 63 Sareophaga earnaria, 149
haemorrhoidalis, 149 strrata, 149
Sehubotztella, 55 dunguensts, 78
Seolail/us, 54 Seolioscolides, 53 scutulum, Testacella, 147 sepulchralis, Onesia, 149 Serratia'marcessens, 184 singularis, Diplocardia, 61, 247 skrJabmomorpha, Syngamus, 227 smlthii, Sparganophilus, 63 sonomae, Sparganophllus, 63 Sparganophilidae, 47,57, 63, 65, 245, 248 Sparganophilinae, 43 Sparganophilus, 57, 245, 246
elSent, 63, 154, 248 smithii, 63 sonomae, 63
S penceriel/a, 53 S phaeractinomyzon, 148 Spirochaeta, 148 Spiroptera, 148
turdi, 227 stellerr, Pheretlma, 8 Stephanurus, 148, 227 striata, Sarcophaga, 149 Streptomyces coellcolor, 187 Sturmus vulgaris, 147
subalpina, Onesra, 149 subandina, Eukerria, 79 subrubicunda, Dendrobaena, 19, 70, 71, 73,
82, 85, III, 150, 153, 154, 192, 232, 240, 256
subvirrd,s, Trocheta, 147 surensis, Oetoehaetona, 80 suum, Asmris, 228 sylvaticus, Didymogaster, 19 Sylvodrilus, 52 Syngamus, 148
merulae, 227 skrjabinomorpha, 227 trachea, 225, 227
Syngenodrilinae, 43 synoecnema, 148
Taenia euneata, 148 Talpa europaea, 147 Tazelaarra, 5 I Teleudrilus, 55 tenuis, Bimastos, 8, 256 termiticola, Notoscolex, 147 terrestris, Al/olobophora, 146, 252 terrestris f. longa, Al/olobophora, 73 trapezoides, Allolobophora, 62, 255
f. trapezoldes, caligmosa, Allolobophora, 26, 63, 80, 252, 255
turgida, A71olobophora, 62, 80, 255 f. (ypica, caliginosa, Allolobophora, 63,
252, 255 terrestns, Lumbricus, 6, 13, 21, 27, 39, 62,
72, 76, 80, 81, 82, 83, 84, 85, 86, 88, 89, 90, 91, 92, 93, 94, 97, 98, 103, 106, 107, 108, I II, 114, 115, 117, 125, 126, 128, 129, 130, 131, 132, 134, 136, 138, 139, 140, 145, 146, 148, 149, 150, 151, 152, 153, 154, 156, 157, 160, 161, 162, 166, 168, I~, 172, 173, 177, 178, 179, 182, 183, 184, 185, 188, 192, 195, 196, 198, 199, 200, 201, 206, 216, 218, 219,226,227,228,229,230,23 1, 232, 234, 235, 236, 237, 239, 240, 241,
242, 248 Testacella hallOlidea, 147
mauger, 147 scutulum, 147
tetraedra, Etseniella, 62, 80, 165, 232, 240, 241, 249
f. hercynia, Eiseniella, 241, 249 f. typrea, Elseniel/a, 165, 241, 249
Thamnodrrloldes, 56 Thamnodrilus, 56 Thatonta, 51 Teleuloreutus, 55 Thelohanta, 148
SYSTEMATIC INDEX 309
Thommx, aerophtlus, 227 Til/etla controversa, 188, 224 Tonoscolex, 50, 53 trachea, Syngamus, 225, 227 tncolor, Hystrichus, 226 Trtgaster, 53 Trocheta subvtrldts, 147 tuberculata, Allolobophora, 62, 80, 93, 241,
252
Tubificidae, 42 tumtdis, Bimastos, 62, 82, 85, 249 turdi, Sptroptera, 227 Turdus ericetorum, 147 Turdus merula, 147 turgida, Allolobophora, 62, 80, 255 tyrtaeum, Enterion, 256 tyrtaeum. OctolastOn, 62, 256
Udema, 52 avesicula, 79
undula, Dilepus, 226 Uropoda agitans, 149
vartans, Pheretima, 79 veneta, Eisenza, 226, 256
veneta f. typtca, Dendrobaena, 241, 250, 256 reneta var. hortensts, Dendrobaena, 241 veneta var. htberntca f. dendrotdea, Dendro-
baena, 241 veneta var. htbernica f. typlca, Dendrobaena,
146, 241 veneta var. zebra, Dendrobaena, 241 Ventura inaequalis, 188 Virgo, Pherettma, 79 voeltzkowi, Pheretima, 79 vulgaris, Sturmus, 147
waltoni, Eutyphoeus, 78, 142 Wegenerzella, 53 Wegenenona, 53 welcht, Bimastos, 62 Woodwardtella, 50
Yagansta, 52
Zapotecta, 52 Zea mays, 228 zebra, Eisenta, 62 zeteki, Bimastos, 62, 72, 74, 75, 85, 86, 88,
89, 145,249 zoyslae, Pheretima, 79
Author index
(Italic page numbers indicate the more important references in the text whereas bold numbers refer to illustrations.)
Abrahamsen, G., 123, 146, 261 Agarwal, G. W., 228, 261 Aichberger R. von., 184, 261 Aisyazhnyuk, A. A., 261 Aldag, R., 196, 261 Alicata, J. E., 294 Allee, W. c., 149, 261 Allen, R. W., 261 Almeida, A. M., 97 Anderson, H. L., 282 Anstett, M., 261 Arbit, ]., 93, 261 Aristotle, xv Arldt, T., 41, 261 Arlidge, G. Z., 214, 280 Arnold, M. K., 214, 269, 276 Arrhenius, 0., 149, 261 Arthur, D. R., 99, Il3, 209, 210, 241, 262 Arthur, J. H., 271 Ash, J. S., 266 Aspock, H., 215, 281 Atlavinyte, 0., xvii, 174, 183, 197, 230,
262 Avei, M., 262 Axeisson, B., 209, 262
Bacheiier, G., xvii, 149, 163, 210 Bahl, K. N., 18, 73, 102, 140, 262 Baker, W. L., 262 Bakhtin, P. U., 192, 193, 263 Baldwin, F. M., 90, 94, 263 Ball, D. F., 289 Ball, R. c., 263 Baluev, V. K., 196, 263 Banage, W. B., 123, 264 Barker, R. ]., 213, 215, 263 Barley, K. P., 118, 124, 138, 164, 165, 167,
172, 173, 174, 176, 179, 189, 197, 205, 206, 228, 229, 263
Barrett, T. j., xvii, 199, 263 Bassalik, K., 182, 184, 190, 192, 263
Bather, E. A., 41, 263 Bauer, K., 212, 213, 263 Baweja, K. D., 188, 224, 263 Baydonabiciene, Z., 262 Baylis, H. A., 142, 146, 263 Beauge, A., 144, 263 Bejsovec, J., 228, 264 Beiousova, N. K., 124, 26Q Bengston, S.-A., 147, 264 Benham, W. B., 13, 29, 41, 264 Beynon, K., 270 Bharucha-Reid, R. P., 93, 264 Bhatt,]. V., 174, 184, 188,224,280 Bigger, J. H., 213, 264 B1ancke, E., 175, 190, 264 Blankwaardt, H. F. H., 212, 264 Block, W., 123, 264 Bocock, K. L., 264 Bodenheimer, F. S., 149, 194, 264 Boice, R., 94, 140, 292 Bollen, W. B., 181, 289 Bornebusch, C. H., 118, 124, 149, 264 Bouche, M. B., xvii, 122, 264 Boyd, ]. M., 163, 264, 265 Boykins, E. A., 217 Boynton, D., 159, 265 Bradley, ]., 192, 196, 266 Brain, R. c., 273 Braunig, G., 98, 107, 284 Bray, J. R., 173, 265 Bretnall, G. H., 265 Bretscher, K., 118, 265 Breza, M., 226, 265 Brinkhurst, R. 0., 61, 265 Brown, B. R., 166, 265 Brown, D. M., 265 Bruel, W. E. van der, 187, 265 Briisewitz, G., 184, 185, 186, 265 Buahin, G. K., 211, 265 Budaviciene, I., 262 Buntley, C. J., 265
AUTHOR INDEX 3 I I
Byzova, Y. 8., 97, 98, 213, 265, 274
Cain, A. J., 265 Capstick, C. K., 264 Carter, G. 5., 1I6, 266 Causey, D., 226 Cernosvitov, L., 53, 60, 146, 255, 266 Chadwick, L. c., 192, 196, 266 Chandler, R. F., 120, 269 Chapman, G., 266 Chen, C. M., 222, 266 Christensen, R. E., 274 Cialdini, R. 8., 290 Clebsch, E. E. G., 290 Cockerell, T. D. A., 149, 266 Cohen, S., 103, 266 Coin, C. ]., 266 Combault, A., 26, 196, 266, 291 Compton, O. c., 159, 265 Conder, P. J., 215, 266 Cori, C. J., 227 Cossens, G. G., 194, 197, 201, 295 Couperus, H., 97, 268 Couture, G., 219, 283 Cragg,]. B., 266 Cramp,S., 215, 266 Crompton, E., 210, 267 Crossley, D. A., 166, 173,219,267, 270 Curry, L. L., 263 Czerwinski, Z., r81, 267
DaCiulyte, Y. A., 230, 262 Darwin, c., xii, xvii, 90, 108, 144, 165,
228, 267 Datta, L. G., 94, 267 Davey, S. P., 212, 267 Davies, H., 267 Davis, 8. N. K., 215, 217, 267 Dawson, A. 8., 35, 267 Dawson, R. c., 184, 192, 193, 267 Day, G. M., 174, 185, 267 Decker, G. c., 213, 217, 264, 283 Dennis, E. 8., 212, 213, 269 Devigne, J., 267 Dhawan, C. L., 267 Dhennin, L., 225, 267 Dingwall, A. R., 128, 197,276 Dixon, R. M., 194, 288 Djuffill, R. A. Jr., 297 Doane, C. c., 213, 215 Dobson, R. M., 199, 268 Doeksen, J., xvii, 84, 95, 97, 119, 151,268,
29 1
Doerell, E. c., 210, 268 Dotterweich, H., 151, 268 Douglas, D. E., xvii, 199, 272
Douhalei, N., 281 Dowdy, W. W., 131, 157, 269 Dreidax, L., 144, 196, 269 Drift, ]. van der, xvii, 212, 214, 264, 268,
269, 291 Dubash, P. J., xvi, 77, 78, I16, 296 Duley, F. L., 296 Dustman, E. H., 215, 269 Dutt, A. K., 192, 193, 201, 269 Dzangaliev, A. D., 124, 269
Eaton, T. H. Jr., 120, 269 Eberhardt, A. I., 149, 269 Edwards, C. A., 1I9, 120, 124, 151, 178,
179, 199,2°3,206,2°9, 21I, 212, 213, 214,215,217,218,222,237,265,267, 269, 270, 276
Ehlers, W., 206, 270 EI-Duweini, A. K., 22, 102, 118, 125, 150,
152, 154, 156, 157, 158, 161, 270 Ellenby, c., 224, 270 Ellis, D. ]., 283 Empson, D. W., 269 Escherich, K., 147, 271 Escrit, J. R., 209, 210, 211, 271 Evans, A. c., xvii, 60, 62, 68, 69, 71, 72,
81, 82, 84, 85, 87, 120, 125, 131, 132, 133, 134, 136, 139, 140, 141, 144, 145, 1~lnl~I~I~I~I~I~ 172, 190, 194,203,205,229,231,232, 255, 266,27 1
Feldkamp. ]., 5, 27' Fenton, G. R., 271 Finck, A., 151, 181, 192, 271 Fleming, W. E., 213, 271, 272 Ford, J., 1I8, 272 Fox, C. ]. S., 212, 272 Franz, H., 173, 272 Fraser, C. H. T., 93, 272 French, M. c., 217, 267 Fujita, 0., 93, 278
Gaddie, R. E. Sr., xvii, 199, 272 Gansen, P. S. van, 99, 100, 272 Garner, M. R., 139, 239, 272 Gast, J., 165, 272 Gates, G. E., xiii, 41, 43, 44, 46, 50, 51,
52, 57, 58, 61, 62, 63, 64, 65, 66, 79, 80, 81, 82, 85, 95, 115, 136, 142, 255, 256, 272, 273
Gavrilov, K., 62, 63, 79, 273, 279 Genov, T., 226, 273 Geoghegan, M. ]., 193, 273
312 BIOLOGY OF EARTHWORMS
Gerard, B. M., xvii, 68, 72, 84, 126, 129, 130, 133, 135, 136, 152, 153, 155,255, 273, 274
Gersch, M., 230, 274 Gewehr, H., 293 Ghabbour, S. I., 102, 118, 125, 144, 150,
152, 154, 156, 157, 158, 161, 187,27°, 274
Ghilarov, M. S., xvii, 184, 195, 200, 213, 274
Ghoca, M. L., 290 Giesecke, F., 175, 190, 264 Gilbert, 0., 264 Gish, CD., 216, 217, 218, 220, 274 Gissel-Neilson, G., 287 Glasgow, L. L., 218, 295 Goffart, H., 213, 214, 274 Gordon, W. T., 278 Gorham, E., 173, 265 Graff, 0., xvii, 72, 155, 157, 176, 181, 196,
203, 205, 239, 25 1, 274, 275 Grant, W. C, 24, 74, 127, 131, 138, 140,
152, 153, 157, 181, 275 Grassi, B., 226, 275 Gray,]., 113, 114, 275 Greenwood, D. E., 213, 275 Griffiths, D. C, 214, 275 Grigor'eva, T. G., 213, 275 Grove, A. ]., xvii, 15, 16, 18, 28, 29, 32,
37, 275 Guild, W. J., xvii, 62, 68, 69, 71, 72, 81,
82, 84, 87, 120, 125, 127, 131, 132, 133, 134, 136, 141, 144, 145, 150, 153, 154, 155, 162, 164, 165, 172, 173, 192, 194, 203, 205, 229, 231, 232, 27 1, 275
Gunthart, E., 2I)', 276 Gurianova, O. Z., 192, 276
Hadley, C H., 213, 271 Hamblyn, C J., 127, 128, 197, 276 Handa, B. K., 267 Handley, W. R. C, 271 Hanel, E., 90, 276 Hanley, I. M., 265, 272 Hardman, ]. A., 154, 215, 216, 217, 218,
298 Harman, W. ]., 276 Harmsen, G., 189, 276 Harrison, R. B., 215, 267 Hasenbein, G., 230, 276 Haswell, W. A., 148, 276 Heath, G. W., 124, 166, 168, 169, 170, 176,
209, 237, 269, 270, 276, 280 Heck, L. von, 92, 93, 276 Heimburger, H. V., 276 Hensen, V., xvi, 276
Hess, W. N., 31, 33, 35, 107, 276 Heungens, A., 170, 213, 214, 215, 277 Hill, ]. P., 148, 276 Hirst, ]. M., 188, 277 Hobmaier, A., 226, 277 Hoeksema, K. ]., 192, 277 Hoffman, ]. A., 188, 224, 277 Hogben, L., 157, 277 Hogg, T. W., 230 Hollister, P. L., 261 Hook, R. J. van, 230, 277 Hopkins, A. R., 213, 214, 277 Hopkins, H. T., 192, 203, 204, 206, 207,
212, 277 Hopp, H., !I 8, 133, 136, 156, 192, 194,
196, 199, 203, 204, 206, 207, 208, 277, 295
Howell, CD., 94, 107, 277, 278 Hoy, H. M., 213, 278 Hubl, H., 106, 277 Huhta, V., 209, 278 Hunt, L. B., 215, 217, 278 Hutchinson, S. A., 185, 224, 278 Hyche, L. L., 214, 278 Hyman, L. H., 85, 278
Inoue, T., 278 Ireland, M. P., 220, 221, 278 Isa, A. L., 282 Iwahara, S., 93, 278
Jacks, G. V., 94, 278 Jacob, A., 209, 210, 279 Jacobson, G. M., 176, 180, 181, 201, 283 Jakubczyk, H., 267 Jamieson, B. G. M., 45, 46, 61, 265, 279 Janda, V., 62, 279 Jeanson-Luusinang, C, 150, 185, 279 Jefferson, P., 120, 205, 210, 279 Jennings, A. C, 176, 189, 263 Jevniaux, C, 267 Joachim, A. W. R., 192, 279 Johnson, M. L., 98, 279 Johnstone-Wallace, D. B., 119, 208, 279 Jongerious, A., 277 Joshi, N. V., 190, 196, 279 Julin, E., 64, 279
Kahsnitz, H. G., 196, 279 Kalmus, H., 279 Kamel, M., 185, 188, 224, 278 Kanwar, ]. S., 181, '90, 192, 287 Karmanova, E. M., 226, 227, 279 Karpachevskii, L. 0., 288 Keilin, D. 280 Kelkar, B. V., 190, 196, 279
AUTHOR INDEX 313 Kelly, W. A., 291 Kelsey, j. M., 214, 280 Kevan, D. K. McE., xvii, 280 Khambata, S. R., 174, 184, 188,224, 280 King, H. G. c., 166, 169, 276, 280 Kirberger, c., 97, 280 Kirk, R. L., 157, 214, 277 Kirk, V. M., 277 Kleinig, C. R., 172, 179, 197, 263, 280, 287 Kleist, S. M., 290 Knop, J., 29, 280 Kobatake, M., 187,280 Kobayashi,S., 63, 280 Kollmannsperger, F., 133, 144, ISS, 163,
280 Kollmannsperger, G., 144, 280 Kondo, K., 222, 278 Korschelt, E., 72, 280 Kozlovskaya, L. 5., 183, 185, 280 Kring, ]. B., 214, 215, 281 Krivaneck, J. 0., 93, 280 Kriiger, F., 96, 124, 281 Kubiena, W. L., 163, 281 Kiihnelt, W., xvii, 163, 281 Kurcheva, G. F., 169, 281
Lan, H. van der, 281 Ladell, W. R. 5., 1I9, 281 Lahr, ]. P., 261 Lakhani, K. H., 121, 177, 281 Lal, R., 206, 281 Lauer, A. R., 93, 281 Lavelle, P., 74, 136, 138, 144, 153, 281 Laverack, M. S., xvii, 17,96, !O3, !O8, 166,
281, 282 Lawrence, R. D., 175, 282 Lee, K. E., xvii, 43, 46, 84, 195, 229, 282 Legg, D. c., 213, 215, 282 Leitenberger, L., 173, 272 Lesser, E. j., 98, 282 Lewis, H. B., 103, 175, 266 Lidgate, H. ]., 213, 282 Lindquist, B., 165, 175, 282 Lipa, J. ]., 213, 282 Lissman, H. W., 113, 114, 275 Liv, C. L., 222, 266 Ljungstrom, P.O., xvii, 61, 66, 79, 142,
147, 229, 282 Lofty, J. R., 120, 124, 151, 156, 160, 161,
199,203,205,206,209, 21I, 212, 214, 219, 268, 269, 270, 275, 282, 290
Lohm, u., 262 Long, W. H., 213, 282 Love, C. W., 265 Low, A. ]., 118, 192,283 Lowe, D. G., 293
Luckman, W. H., 213, 217, 283 Lugauskas, A., 183, 262 Lukose, J., 283 Lund, E. E., :zz6, 283 Lunt, H. A., 176, ISo, 181, 201, 283 Lyons, C. H., 214, 296
Madge, D. 5., xvii, 75, 83, 123, 142, 144, ISO, 154, 157, 173,283
Magalhaes, P. 5., 226, 283 Maldague, M., 219, 283 Mamajev, B. M., 200, 274 Mamytov, A., 192, 193, 283 Mangold, 0., 108, 165, 166, 283 Marapao, B. P., 106, 283 Marshall, V. G., 198, 283 Martin, A. W., 102, 283 Martin, ]. P., 193, 297 Matlu, N., 278 Mayne, D. W., 295 McCalla, T. M., 205, 296 McInnes, D. c., 297 McInroy, D., 229, 284 McLeod,]. H., 147, 284 Meer, K. van der, 277 Meggitt, F. J., 226, 284 Mellanby, K., 284 Mendes, E. G., 97, 284 Merker, E., 98, 107, 284 Meyer, L., 190, 284 Michaelsen, W., 40, 41, 42, 47, 61, 64,
284 Michon, ]., 72, 73, 74, 84, 86, 153, 155,
284 Miles, H. B., 188, 284, 285 Millar, H. R., xvi, 175, 281 Millott, N., 99, 285 Minderman, G., 268 Moment, G. B., 85, lIS, 285 Monnig, H. 0., 226, 285 Moore, A. R. 285 Moore, B., 109, 149, 285 Morris, H. M., 119, 205, 285 Morrison, F. 0., 213, 285 Mozgovoy, A. A., 227, 285 Muldal, 5., 62, 79, 285 Miiller, G., xvii, 285 Miiller, P. E., 165, 195, 285 Murchie, W. R., xvii, 61, 62, 71, 75, 84,
85, 86, 89, 127, 136, 145, 285, 286
Nakamura, Y., 137, 138, 149, 286, 296 Nathans, 5., 118, 124, 291 Needham, A. E., 103, 173, 175, 176, 177,
286 Negi, L. 5., 261
314 BIOLOGY OF EARTHWORMS
Nelson, J. M., 1I8, 286 Newell, G. E., xvii, 15, 16, 18, 28, 29, 32,
37, 1I2, 275, 286 Nicol, H., 210, 287 Nielson, C. 0., 196, 197, 199, 220, 287 Nielson, M. G., 287 Nielson, R. L., 286 Nijhawan, S. D., 181, 190, 192, 287 Nilsson, A., 264 Noble, J. c., 197, 202, 287 Nordstrom, S., 146, 156, 161,264, 287 Nowak, E., 267
O'Connor, F. B., 291 Ogg, W. G., 210, 287 Ogles, G. D., 149, 296 Oldham, c., 287 Oliver, J. H., 148, 287 Olson, H. W., 149, 152, 287 Omodeo, P., 43, 44, 46, 62, 65, 255, 287 Otanes, F. G., 222, 287
Panditesekera, D. G., 192, 279 Papedick, R. I., 265 Parker, G. H., 1I0, 288 Parle, J. N., 182, 183, 186, 187, 193, 288 Parshley, H. M., 110, 288 Patel, H. K., 213, 222, 288 Pathak, A. N., 190, 294 Peachey, J. E., 288 Pensson, T., 262 Peredel'sky, A. A., 218, 288 Perel, T. S., 170, 288 Peterson, A. E., 195, 288 Petrov, B. c., 149, 288 Phillips, E. F., 149, 288 Pickard, J. A., 213, 215, 217, 296 Piearce, T. G., 146, 151, 165, 288 Polivka, J. B., 21 I, 213, 214, 289 Polsky, M. N., 192, 193, 263 Pomerat, G. M., 97, 289 Ponomareva, S. I., 181, 182, 192, 193, 206,
289 Poryadkova, N. A., 288 Powers, W. L., 181, 289 Prabhoo, N. R., 289 Pratt, K. c., 85, 296 Prosser, C. L., 289 Puh, P. c., 151, 181, 289 Purdy, L. H., 188, 224, 277 Puttarudriah, M., 222, 228, 289
Raffy, A., 97, 289 Ragg, J. M., 289 Ralph, C. L., 97, 289 Ramsay, J. A., 101, 102, 110, I I I, 289
Rao, K. S. K., 261 Raw, F., 1I9, 120, 122, 124, 125, 159, 168,
169, 170, 173,21 1,214,221,275,289, 290
Reichle, D. E., 267, 270 Reinecke, A. ]., 142, 147, 157, 229, 282,
290 Ressler, R. H., 94, 290 Reynolds, J. W., xvii, 62, 63, 79, 122, 124,
147, 229, 290 Reynolds, W. M., 229, 290 Reynoldson, T. B., 1I8, 124, 290, 291 Rhee, J. A. van, xvii, 118,' 124, 126, 173,
196, 198, 200, 221, 290 Rhoades, W. c., 214, 291 Ribaudcourt, E., 196, 291 Richards, ]. G., 197, 291 Richardson, H. c., 150, 159,210,211,291 Richter, G., 213, 291 Robertson, J. D., 99, 291 Robinson, J. S., 92, 93, 292 Rodale, R., xvii, 210, 213, 292 Rodionova, L. Z., 288 Roots, B. I., 100, II 0, 152, 292 Rossenkoetter, ]. S., 94, 140, 292 Rovelli, G., 226, 275 Roy, S. K., 141, 144, 292 Rundgren, S., 131, 146, 156, 161, 264,
287, 292 Ruschmann, G., 175, 187, 292 Russell, E. J., xii, xvi, 159, 175, 196, 292 Rysav)', B., 226, 227, 292 Ryzhikov, K. M., 227, 292
Sacho, R. ]., 217, 278 Salisbury, E., xvi, 149, 151, 200, 292 Saroja, K., 292 Sastry, K. S. S., 222, 228, 289 Satchell, J. E., xi, xvii, 70, 72, 81, 84, 85,
86, 108, 109, 1I8, 120, 121, 123, 127, 128,129,149,150,151,155, 159,161, 163, 165, 166, 16g, 173, 175, 177, 178, 179, 180, 182, 188,205,275,281,286, 293
Saussey, M., 146, 195, 293 Scharpenseal, H. W., 293 Schmid, L. A., 106, 293 Schmidt, H., 92, 294 Schneider, K. c., 34, 294 Schread, J. c., 142, 213, 214, 223, 294 Schrevan, D. van, 189, 276 Schwartz, B., 226, 243, 294 Scopes, N. E. A., 214, 298 Scott, H. E., 214, 294 Scrickhande, J., 190, 294 Sharma, R. L., 267
AUTHOR INDEX 315
Shindo, B., 294 Shiraishi, K, 98, 159, 294 Sims, R. W., xvii, 43, 44, 45, 46, 294 Singh, A., 267 Sison, P. L., 222, 288 Skarbilovic, T. S., 227, 294 Slater, C. S., 194, 196, 199, 204, 210, 277,
294, 295 Smallwood, W. M., 33, 105, 295 Smith, F., 295 Smith, R. D., 218, 295 Sokolov, D. F., 288 Stafford, C. J., 270 Stephenson, J., xvi, xvii, 10, 12, 13, 16, 18,
26, 27, 36, 38, 40, 41, 42, 43, 44, 47, 64, 65, 81, 89, 98, IIO, II4, 148,229, 257, 295
Stickel, L. F., 215, 269, 295 Stickel, W. H., 295 Stock dill, S. M. J., 195, 197, 201, 295 Stockli, A., II8, 144, 175, 181, 182, 186,
191, 194, 295 Stokes, B. M., 295 Stolte, H. A., xvi, 148, 228, 295 Stone, P. c., 149, 296 Stop-Bowitz, c., 296 Storey, 1. F., 277 Stough, H. B., 34, 296 Stringer, A., 2 I 3, 214, 2 I 5, 217, 296 Sun, K. H., 85, 296 Svendsen, l A., II8, 122, 124, 127, 165,
296 Swaby, R. J., 192, 296 Swartz, R. D., 93, 296
Takano, S., 149, 296 Tembe, V. B., xvi, 77, 78, 117,296 Tenney, F. G., 189, 296 Teotia, S. P., 183, 190, 192, 193, 194,
205, 296 Thomson, A. J., 140, 297 Thompson, A. R., 213, 214, 215, 217, 270,
296 Tillinghast, E. K., 102, 103, 297 Tischler, W., 205, 297 Torvic, M. M., 261 Tracey, M. V., 99, 297 Trifonov, D., 222, 297 Tromba, F. G., 227, 297 Twinn, D. c., 264
Uhlen, G., 210, 297
Urquhart, A. T., xvi, 297
Vail, V. A., 82, 85, 89, 297 Villot, F. C. A., 226, 297 Vimmerstedt, l P., 202, 297 Vogel, R., 226, 297 Volz, P., 195, 297
Waid, J. S., 264 Waite, R. H., 297 Waksman, S. A., 189, 193, 296, 297 Walton, W. R., 119, 222, 298 Ward, W. c., 277 Watanabe, H., 73, 298 Waters, R. A. S., 133, 138, 139, 165, 197,
198, 205, 298 Watkin, B. R., 208, 298 Way, M. ]., 214, 298 Weber, G., 213, 214, 298 Wehr, E. E., 283 Weisbach, W. W., 229, 298 Went, J. c., 184, 185, 298 Westeringh, W. van def, 2 II, 298 Wheatley, G. A., 215, 216, 217, 218, 298 Wherry, E. T., 149, IS0, 298 White, G., xi Whiting, A. E., 270 Whitney, W. K, 214, 298 Wiegland, K., 209, 210, 279 Wilcke, D. E. von, 72, 73, 118, 298 Wilkinson, G. E., 195, 206, 298 Wilcox, H. G., 277 Wingerden, C. G. van, 84, 151, 268 Witkamp, M., 177, 299 Wittich, W., 108, 166, 177, 299 Wojewodin, A. W., 212, 299 Wolf, A. V., 110, 156,299 Wollny, E., 194, 196, 299 Woodhead, A. A., 227, 299 Woodman, M. G., 264 Wooton, R. l, 220, 278 Wright, M. A., 166,299
Yegorova, S. V., 288 Yerkes, R. M., 90, 92, 93, 299
Zajonc, 1., xvii, 124, 209, 299 Zarrow, M. T., 97, 289 Zhdannikova, E. N., 183, 185, 280 Zhinkin, L., II6, 299 Zicsi, A., xvii, 118, 122, 204, 222, 299 Zrazhevski, A.!., 183, 184, 198, 299
General index
(Italic page numbers indicate the more important references In the text whereas bold numbers refer to illustrations.)
Absorption zone, 100 Acclimation, 157 Accessory reproductive bodies, 8 Acetycholine, 106, 116 Acid intolerant species, 150
tolerant species, 149, 150 soils, 149, 150, 151, 197, 210, 234
reaction of worms to, 127, 243 Acids, 98, 108, 151, 175 Actinomycetes, 182, 183, 185, 186 Activity, 138, 145, 146, 154, 178
cycles, 93, 97, 106 effects of temperature on, 133, 155, 156 seasonal changes in, '3', 132, 134, 136
Adders, 147 Adolescence, 87 Adrenaline, 106 Adverse conditions, 70, 83, 225
effects on soil, 228-9 periods, 83
Aeration, 127, [59, [94-5, 205, 228 Aestivation, 83-4, 152 Afferent nephridial vessel, 18
typhlosolar vessel, 18 Africa, xv, 49, 50, 53, 54, 55, 56, 57, 58,
59, 60, 65, 66, 74, 125, 136, 142, 147, 152, 222, 229, 246
Age-class composition, u6 African night crawler, 66 Aggregates, 187, 190, 193, 194, 198, 201
formation of, [92-4 Agriculture, effects on earthworms, 128,
'45, 203-2[
Agricultural practice, 47 soils, 152, 228
Albumen cells, 14, 15 Alcohol, as a preservative, 233 Alder, 173 Aldicarb, 2 I 5 Aldrin, 212, 213, 214, 218 Alfalfa, 192, 206
Algeria, 58 Alimentary canal, I, 20-2, 23, 34, 37, 100,
148, 183, 184, 185 innervation of, 33, 34 plexus, 25
Alkaline soils, 234 Alkaloid substances, 108 Allantoin, 100, 175 Alluvium, population in, 162, 163 America, 55, 57, 74
Central, 5', 52, 56, 57, 65, 66, 67 North, xv, 52, 53, 59, 61, 64, 144, 205,
246, 247, 248 South, 50, 51, 52, 56, 57, 59,65,66,67,
246, 248 Ammonia, 100, 101, 102, 103, 152, 175,
176, 186 Ammonium, 176, 189
sulphate, 172, 211 Amoebocytes, 19, 101 Amphimitic reproduction, 79 Ampulla, 29 Amputation, 80 Amylase, 99, 142 Anabiosis, 110 Anaerobic conditions, 95, 116 Anaerobic respiration, 98 Anaesthesis, 113 Andes, 56 Antarctica, 67 Antibacterial extracts, 187 Antibiotic, 187 Anus, I, 20, 85, 95, 100, IIO, 248 Apertures, male and female, 9, 12
spermathecal, 12 Apple scab, 188, 2 I 5 Aquatic species, 9, I I, 43 Arable, 119, 122, 124, 133, 144, 145, 146,
156, 160, 161, 193,203,205,216,222, 233, 235
Arciform muscles, 76
GENERAL INDEX 317
Arctic forest, 173 Argentina, 51, 55, 56 Artesian irrigation, 206 Arthropods, 174, 182 Ascospores, 188 Asexual reproduction, 79, 80, 8 I Ash, 166, 177, 237 Asia, 49, 56, 59, 64, 67, 246 Asia Minor, 59, 64 Association neurones, 105 Atrazine, 2 I 2
Auckland,s I Australasia, 65, 67 Australia, 49, 50, 51, 53, 59, 60, 67, 124,
138, 159, 179, 202, 206 Austria, 58 Autotomy, 85, 89 Available mineral nutrients, 180-1
A voiding reaction, 151 Axon, 34 Azinphosmethyl, 94, 214 Azores, 59, 60
Bacteria, 19, 29, 98, 99, 148, 166, 174, 182, 183, 185, 186, 187, 188, 193
Bacterial gums, 194 Bacteriocide, 187 Bacteroidal cells, 101 Badgers, 147 Bahamas, 48, 50 Bahlia, 52 Bait, earthworms as, 229 Bardsey Island, 124 Barley, 196, 197 Basal cells, 14
membrane, 17, 33 Basalt, 190 Base exchange capacity, 180, 20 I Basement membrane, 16 Bassia tree, 120 Beans, 228, 237 Beech, 124, 166, 169, 170, 237 Beet, 166, 237 Behaviour, 88-95, 93, 94, 110 Behavioural experiments, 88, 243-4 Benomyl, 214 Benzopyrine, 230 Bermuda, 56 BHC, 213 Biocides, 2 I I
Biology xvii, 68-95 Biomass, xv, 123, 179 Birch, 166, 170, 177, 237 Birds, 147, 215, 220, 223, 225, 226, 227 Blackbirds, 147 Black Spruce, 198
Blackhead, 226 Bladder, 102, 103 Blood, 100, 101, 104, 110
plasma, 96 supply, subcutaneous, 27 system, 103 vessels, 14, 15, 18, 22, 26, 33, 116
Blue-green algae, 184 Body cavity, 9
fluids, 97, I I I
length of, 60 number of segments of, e 5 temperature of, 153 weight of, 110, 152, 173, 174
Body wall, 4, 14-17, 15, 19, 22, 33, 34, 99, 101, 103, 105, 110
nerves supplying, 105 Bolivia, 56 Borneo, 48, 66 Bowling greens, 223 Brazil, 50, 51, 52, 53, 56, 57 Breeding, 73, 199, 200
Breeding period, 12, 73, 125 Bristle worms, 40 Brown bodies, 19 Brown earth, 123 Bronchial dilation substance, 229 Buccal cavity, 17, 20, 23, 24, 33
innervation of, 35 Buccal chamber, 98, 108
epithelium, 17 Bulgaria, 222 Bullock droppings, as food, 72, 164, 231 Burma, 48, 49, 50, 57, 95, 142 Burrowing, 110, 138-45, 171, 172, 183,
190, 194 experiments, 237-9 speed of, 139
Burrows, 88, 89, 90, 91, I II, 119, 121, 122, 128, 139, 191,211,216,222,235,237, 243
depth of, 140 diameter of, 140 permanent, 129
Bursa propulsoria, 79 Butyric acid, 183
Caecae, of intestine, 22
Caecum, 24 Caesium, 219 Cage for studying earthworm activity, 238 Cages, 169 Calcareous sand, populations in, 163 Calciferous gland, 20, 22, 44, 45, 46, 50,
55, 57, 58, 59,99, 146, 151, 193,246 tissues, 20
318 BIOLOGY OF EARTHWORMS
Calcium, 99, 146, 165, 180, 220, 221 carbonate, 19, 99 humate, 193 metabolism, 146
California, Lower, 50, 51, 52, 65 Cambridge, 124 Cameroons, 53, 54, 55, 57, 144 Campbell Islands, 5 I Canada, 64, 140 Canary Islands, 59 Cape Verde Islands, 5 I Capillaries, 25, 26, 100, 104
intra-epidermal, 26 Capillary blood vessels, 14 Capillary water, 194 Carabid beetles, 147 Carbamate, fungicides, 2 I 4
insecticides, 2 I 5 Carbaryl, 215, 223 Carbofuran, 214, 215 Carbohydrates, soluble, 166 Carbon, combustion, 178, 179 Carbon nitrogen ratio, 177-80, 181, 202
dioxide, 96, 98, 159, 178 Carnivorous slugs, 147 Caroline Islands, 48 Carrots, 228 Casting, 138-45
in different habitats, 144 time of day of, 142
Castor meal, effect of, 160 Casts, 100, 131, 140, 142, 144, 145, 151,
154, 172, 176, 180, 181, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 196, 201, 205, 206, 222, 223, 224, 225, 229, 234
microbes in, 184, 186 pH of, 200 minerals in, 180, 181 production of, 234-5 seasonal production of, 133, 141, 144 stability of, 192, 193, 201
Cattle, 173 Caucasus, 59, 60, 64 Cells, albumen, 14, IS, 39
central, 27, 28 chloragogen, 13, 19, 100, 101, I16 ciliated, 22, 53 clitellar gland, 79 cocoon secreting, 39
Cells, albumen, 14, 15 basal, 14 chloragogen, 13, 19, 100, 101, I16 ciliated, 22, 53 coelomic epithelial, 17 columnar, 39
drainpipe, 29 epithelial, 14, 27 epidermal, 105 epithelial brush border, 99 excretory, 100 fibrous, 34 ganglia, 34 giant, 35 gland, 14, 22, 38, 39, 79, 175 goblet, 14, 15, 39, 99 marginal, 27, 28 mucous, 14, 38, 39 nerve, 34, 106 peritoneal, 19, 101 photoreceptor, 15, 16, 107 proprioceptor, 35 reception, 114 replacing, 14 reproductive, 75 secretory, 106 sensory, 14, IS, 16, 17, 34, 106 sperm, 39 supporting, 14, 16 uric, 101
Cellulase, 99, 144 Cellulose, 177, 182 Centipedes, 147 Central cells, 27, 28 Cephalization, 4, 60 Cereal stooks, 222 Cereals, 193, 206, 207 Cerebral ganglia, 21, 31, 33, 34, 92, 106,
107, I13, 243 Ceylon, xiv, 48, 49, 50, 52, 57, 147 Chaetotaxy, 4-7 Chemical extractants, 120
sampling methods, 120, 121 stimuli, response to, 89, 122 transformation, 102 transmitter substances, 106
Chemoreception, 108-g Chernozem, 182 Chickens, 226, 227 Chile, 51, 59 China, 48 Chitin, 182 Chitinase, 99, 144 Chloragogen cells, 13, 19, 100, 101, I16 Chloragogenous tissue, 19 Chloragosomes, 19, 100 Chlordane, 213, 214, 218, 223 Chlorfenvinphos, 214 Chloropicrin, 2 I I
Chlopropham, 212 Choice experiments, I 13 Cilia, 27, 29
GENERAL INDEX 319
Ciliated cells, 22, 53 tubes, 101, 103 protozoa, 148
Circular muscle, 14, 15, 17, 18,22, 26, 31, 32, 34, 36, 38, 112, 114
innervation of, 33 Circulation, 103-4
Circulatory system, 23, 24, 85, 103 Circumoesophageal nerve ring, 114
connectives, 31, 32, 33, 107 Citric acid, 108 Clasping, 78 Clay, 129, 162, 190
chimneys, 142 population in, 162, 163
Clitellar gland cells, 79 segments, 13 tissue, 39
Clitellum, I, 10-13, 36, 38, 39, 48, 49, 55, 59, 60, 73, 76, 78, 81, 84, 86, 245, 246,247,248,249,250,251,252,253, 255
position of, I I, 13 Clover, 164, 196, 208 Cluster flies, 149 Cobalt, 168 Cocoon, development time of, 72
formation, 10, 78, 79 incubation time, 74 production, 10, 68, 69, 70, 73, 77, 106,
155, 231, 240 Cocoon production, effects of food on, 72,
164 effects of soil moisture on, 153 effects of temperature on, 68, 83, 155
Cocoons, 40, 68, 76, 77, 79, 81, 82, 85, 86, I I I, 119, 128, 138, 148, 154, 155, 164, 23 1,232,24°,242
seasonal production of, 135, 136 secretion of, I
shape, 81 size, 232 wall, 81
Coelom, 17-20, 22, 27, 148 Coelomic corpuscles, 29
cavity, I
epithelial cells, 17 fluid, 9, 13, 17, 18, 19, 26, 96, 100, 101,
110,112,15 1 tubes, 54
Coelomocytes, I, 95 Collagenous fibres, 14 Colombia, 50, 51, 56, 57 Comensalism, 146 Commercial breeding, 199
Commissural vessels, 25 Commissures, 25, 26, 107 Comparisons of sampling methods, 122
Compost, 146, 200 species, living in, 98, 200
Computer techniques, 46 Concentration factor, 218, 220 Condensed tannins, 166 Conductivity, 119 Congo, 54, 55, 57 Connective tissue, 17, 34, 38 Connectives, circumpharyngeal, 31, 32,
33, 107 subpharyngeal, 33
Consumption of soil and litter, 172-4
Contralateral nerve, 105 Contrasting soils, experiments with, 239 Control of earthworms, 223
Copper, 221 sulphate, 2 I I
Copulation,S, 39, 42, 76-83, 77, 82 Copulatory chambers, 81
pouches, 78 setae, 58
Corpuscular bodies, 19 Corsica, 58, 66 Costa Rica, 50, 53, 57 Cotton, 217 Creatinine, 101 Cretaceous period, 46 Crop, 20, 21, 22, 99, 177, 184, 215, 223 Crop growing areas, 47
plants, 109 yields, effects of earthworms on, 195-9,
198 Cropping, effects of, 194, 206-7, 207, 208 Cross-fertilization, 76, 79 Crows, 147 Crumb structure, 108, 187 Cuba, 51 Cultivation, effects on earthworms, 203---{"
2°4,206 Cultivations, 205 Culture, growth in, 85, 86
methods, 232 Cultures, 68, 70, 72, 81, 172, 194,218,219,
23 1, 232, 237, 239 Cutaneous respiration, 20 Cuticle, I, 14, 15, 16, 20, 22, 26, 27, 38, 96,
99, 110, 175 Cyanazine, 2 I 2
C ysticercoid stage, 148 Cysticercus, 225
D-D,211
320 BIOLOGY OF EARTHWORMS
DOE, 215, 218 Dead roots, 161 Deciduous woodland, 165 Dehydration, 109
tropism, 110
Dendrites, 106 Dendrogram, 46 Denmark, 124, 149 Depth zones, 128 Dermis, 106 Deserts, 6 I, 64, 66 Desmids, 184 Desiccation, 14, 20, 70, 72, 83, 154 Development, 73, 74, 86, 116, 239 Diapause, 76, 83~4, 151, 234
facultative, 70, 83, 84, 153 obligatory, 69, 83, 84, 242
Diatoms, 184 Diazinon, 214 Dicotyledenous plants, 41 Dieldrin, 213, 217, 218 Diets, 164, 165 Digestion, 22, 98~IOO Dimensions of worms, 241 Dimethylbenzanthrene, 230 Dipterous larvae, 148 Direct drilling, effects of, 206 Disking, effects of, 203 Disease transmission, 223~8 Dispersive power, 127, 128 Dissection, 233, 242 Distributions, 48, 49, J27~JI, 149, 159,
163, 233~4, 242 Disulfoton, t16, 214 Diurnal activity, 138, 178
changes, 110
respiratory cycles, 97, 106 weight changes, I II
Diverticula, of buccal cavity, 20 DNOC, 212 Dogs Mercury, 166 Dominant species, 145 Dormancy, 152 Dorsal pores, 8, 9, 10, 19, 20, 26, 55, 57,
58, 60, 88, 110, 151, 248, 249, 250, 25 1, 252, 253, 255
of A. rosea, 10 Dorsal vessel, 18,21,22,23,24,25,26,37,
104 valves of, 25
Dorso-intestinal vessel, 18, 25, 104 subneural vessel, 18, 23, 25, 104
Drainage, 194, 205, 228 Drainpipe cells, 29 Droughts, 84, 152 Ducks, 226
Dung, 95, 124, 127, 160, 161, 164, 165, 172, 173, 174, 197, 198
pats, 127 Dursban, 214 Dutch elm disease, 2 I 5 Dwarf bunt, 188, 224 Dyfonate, 214
Earthworms, as bait, I 19 as benefactors, 221)-30
as pests, 222~9 control of, 223
Earthworm farms, 229 pies, 229 to kill, 233
Ecology, xvii, J J8~67 Ecuador, 56 Eelworm cysts, 224 Egg sacs, 54 Eggs, I, 40, 224, 228, 242
dispersal of, 40 Egypt, 57, 59, 75, 125, 150, 154, 161 Elderberry, 166 Electrical inhibition of growth, I I 5
potential, 107 shock, 93, 243, 244 stimuli, response to, 89, J09
Electrode, 92, 93, 120, 243, 244 Eleocytes, 19 Elm, 166, 170, 173, 177, 237 Endemic species, 47, 61, 64, 66 Endrin, 213, 214, 218, 223 England, 41, 65, 129, 131, 140, 141, 145,
147 Environmental factors, influence of, 70, 72,
108, 141)-67
Enzymes, 99, 142, 168, 182, 225 Epidermal cells, 105
sense organ, 16 Epidermis, 10, 14, 15, 16, 17, 26, 27, 32,
34, 36, 39, 96, 106, 110, 175, 252 Epilobous prostomium, 2, 4 Epineurium, 34 Epithelial brush border cells, 99
cells, 14, 27 sense organs, 14, 35
Epithelium, 17, 20, 25, 99 Essential intermediate hosts, 225 Ethiopia, 55 Euprostates, 53 Europe, 47, 58, 59, 60, 64, 65, 144, 149,
181, 19~ 199. 205. 246 Excretion, I, 25, Ioo~3, 175. 177 Excretory canals. 30
cells, 100 ducts. 30
GENERAL INDEX 321
organs, 10, 100, 101 system, 27-]I, 46, II I
Experimental cages, 235, 236 Experiments with earthworms, 190, 231-
244 field, 233-44 palatability, 236--7 physiological, 242 pot, 197, 213 standardization of, 94
Extraction efficiency, 123 External segmental grooves, 17, 18 Extra-oesophageal vessel, 25
Facultative diapause, 70, 83, 84, 153 Faeces, 102, 140, 142, 182, 199, 228
microbial content of, 182, 186 Fallow, 123, 124, 145, 206 Families, 42---{,0
Farmyard manure, 70, 205, 239 Fats, 101 Fecundity, effects of food on, 164
effects of moisture on, 152 effects of temperature on, 154
Feeding, 82 surface, 89
Female pores, 8, I I, 45, 48, 49, 55, 57, 58, 60
Fenestrae, 34 Fertilization, 40, 76--83
internal, 79 Fertilizer, 151, 198, 199, 207, 209 Fertilizers, effects of, 207-11
mineral, 210 ni trogenous, 209 organic, 207 Fever, 229
Fibre, collagenous, 14 intra-epidermal nerve, 105 lateral giant, 34, 105 median dorsal longitudinal giant, 105 motor, 105 nerve, 16, 105, 108
Fibrillae, 34 Field experiments, 233-44
capacity, 195 studies, 174
Filtration, 102 Fish bait, I 19 Fistula, 228 Flatworm, 147 Flooded soil, 153 Fodder, as food, 164 Follicles, 4, 75 Food, 22, 68, 70, 72, 89, 90, 93, 98, 108,
113, 117, 127, 139, 146, 160, 163, 164,
165, 166, 167,205,208,229,231,235, 239, 242
adsorption, 22 earthworms, as, 229 effect of supply, 164-7 preferences, 108 supply, 68, 139, 164-7
Food material, availability of, 177 bullock droppings, 72, 164, 23 I compost, 146 dung, IZ7, 160, 164 fodder, 164 herbage, 127 horse droppings, 72, 23 I leaf, 89, 90, 98, 127, 235 manure, 93 oat straw, 164 organic matter, 127 plant, 89, 90, 98, 108, 164 roots, 133 sheep droppings, 164, 240 straw, 231, 239
Foot and mouth disease, 225 Forest soil, 123, 193, 194, 201 Formalin, 14, 120, 122, 123, 124,232,233,
234, 242 sampling, 88, 121, 232
Formaldehyde, 109 Fossil records, 41 Fossil worms, 41 Fragmentation, 168 France, 52, 66 Freshwater worms, 13 Fried earthworms, 229 Frost, effect of, 156 Fumigants, 2 I I
Fungal hyphae, 186, 193 mycelia, 165 spores, 185, 224
Fungi, 98, 183, 185, 186, 187, 188, 193, 194, 224
Fungicides, 168 copper, 211
effects on worms, 2II, 214
Gambia, 53, 57 Ganges valley, 5 I Ganglia, 21, 31, 32, 35, 92, 106, 107
cells, 35 cerebral, 21, 31, 35, 92, 106, 107, 113,
243 sub-oesophageal, 31, 106 sub-pharyngeal, 32 ventral, 106
322 BIOLOGY OF EARTHWORMS
Gape-worms, 225 Garlic, 19 Gaseous diffusion, 97 Genera, 42---{)O
Generator, 120 Genital and other apertures, 8-10 Genital organs, 36, 40
pores, 5, I I
seta, 5, 6, 60, 8 I systems, 36
Geographical distribution, 61-7, 233 Germany, 58, 65, 124, 144 Ghana, 54, 55, 144 Giant cells, 35
fibres, 34, 35, 86, 105, 106 dorsal, 105 longitudinal, 105 medial, 105
Gizzard, 20, 21, 22, 24, 48, 49, 55, 57, 58, 59, 60, 98, 99, 184
Glaciation, 64 Gland, calciferous, 20, 22, 44, 45, 46, 55,
57,58,59,99, 146, 151, 193 cell, 14, 22, 38, 39, 79, 175 lymph, 24, 101 mucous, 26, 96 papillae, 8 pharyngeal, 20, 99 prostatic, 46, 48 salivary, 99
Glandular epidermis, 39 secretions, 76
Glucose, 17, J08, 187 Glycogen, 97, 101 Goblet cells, 14, 15, 39,99 Golden plovers, 147 Golf courses, 210, 223 Gonads, I
Granite particles, 190 Granules, 13
yellow refractive, 100 Grape husks, 189 Grass, 1'22, 124, 145, 184, 189, 193, 196,
208 reseeding with, 146
Grassland, 123, 144, 145, 159, 161, 194, 205, 206, 211
earthworms, as pests of, 223
Gravelly loam, populations in, 163 Gravelly sand, populations in, 162 Great Britain, 229, 248 Green ash, 198 Greenhouses, 95 Greenland, 59 Gregarines, 148 Growing zone, 85
Growth, 85-7 effects of food on, 164 effects of temperature on, 164 electrical inhibitions of, 115 increment, 86 periods, 71, 72, 73, 155 post emergence, 85
Guatemala, 51, 57 Guinea, 53 Gulls, 147 Gut, 18, 20, 23, 25, 30, 41, 100, 104, 114,
166, 172, 173, 182, 183, 219 contents of, 165, 182, 183, 186, 187 enteronephric, 30 microflora in, 182 micro-organisms in, 183
Habitats, 123, 124, 127, 144, 233 arable land, 233 chalk downs, 233 heathland, 144, 233 heterogenity of, 127 lakes, 246 moorland, 233 numbers and weights in, 124 pastures, 233 rivers, 246 streams, 246 woodlands, 233
Haemochromagen, 103 Haemoglobin, 14, 26, 85, 96 Haemorophilic spp., 65 Haemorophobic spp., 65 Hairs, 14 Haiti, 52 Handsorting, 118-19, 122, 124, 233, 234,
242 Hants, 124 Harrowing, 203 Hawaii, 59 Hay, 196 Hearts, 23, 24, 25, 37, 50, 104
anterior loop of, 24 intestinal, 25 lateral oesophageal, 50 valves, 25, 104
Heat extraction, 121-2
Heath, Cal/una, 145 Heathland, 144, 233 Heavy metals, effects on worms, 220--1
pattern of uptake, 220 Hebrides, 163 Hedgehogs, 147 Heptachlor, 214, 218, 223 Heptachlor epoxide, 218 Herbage, 127
GENERAL INDEX 323
Herbicides, effects on worms, 205, 211, 212
Herefordshire, 4 I Hermaphrodite, I, 8, 36, 40, 76 Hertfordshire, 124 Heteroxanthine, 103 Himalayas, East, 48 Holland, 95, 124 Holonephridia, 30, 3 I, 48, 57, 58 Horizontal distribution, 127-8, 242
migration, 128 Hormones, 106 Horse droppings, as food, 72, 231 5HT,106 Human excreta, 185
faeces, 228 urine, 228, 229
Humidity, 19, 242 Humification, 172-4 Humus, 159, 174, 193 Hungary, 58 Hydrogen sulphide, 95 Hydrostatic pressure, 110 Hypotonic urine, 110
Iceland, 59, 60, 147 Immature worms, proportions of, 125 Impotency, 229 Incorporation of fallen leaves, 168 Inclusions, 101
inorganic, 19 Incubation period, 73, 74, 75 India, xv, 48, 49, 50, 5', 52, 53, 57, 58, 59,
60,65,66,73, 136, '4', '42, 144, 181, 222
Indiana, 124 Indonesia, 57 Infectivity of cysts, effects of worms on,
228 Iriprganic minerals, '42
salts, 127 Insecticides, effects of, 211, 242
residues, 2 I 5 to control earthworms, 223
Inter\nediate hosts, earthworms as, 225 Internal salt concentration, I I I
Intersegmental grooves, I, 8, '3, 18, 248, 250
§Wtum,103 zones, 13, 25 I
Intestinal epithelium, 99 microflora, 174, 186 wall, 33 worms, 99
Intestine, 18, 20, 21, 22, 24, 48, 59, 98, 99,
100,104,113,114,152,168,184,187, 215, 220, 224
dorsal wall of, 22 Intra-epidermal capillaries of L. terres/rtS,
26 Introduced species, 63 Invertebrates as predators, 147 Iron, 220 Irridescence, 14, 247 Irradiation, 2 I 9 Irrigation, artesian, 206 Irritants, 109 Isobenzan, 2 I 4 Isotopes, 2 I 9 Israel, 58, 59, 60 Italy, 58, 59, 64, 66 Ivory Coast, 144
Japan, 48, 58, 59, 64, 66, 73, 137, 138, 222, 229
Jaundice, 229
Java, 48 Jordan, 59 Jurassic period, 41
Kale, 166 Kentucky, 41 Kenya, 54 Kidneys, 101 'Kilner' jars, 23 I Kommetjies, 142
Lactic acid, 97, 98 Lake District, 163 Lamellae, 34 Larch, 166 Lashing movement, 88 Lateral giant fibres, 34, 105
nerve cells, 34 neural vessel, 18, 23, 24, 104 oesophageal hearts, 25, 50 oesophageal sub-neural vessel, 25, 26 oesophageal vessels, 23, 24, 25, 104 sub-neural commissures, 25 vessel, 23, 24, 25, 104
Latex, 139 Lawns, 223 Lead, 220, 22 I Lead arsenate, 2 I I
Leaf, apple, 170 ash, 237 bean, 237 beech, 170, 237 beet, 237 birch, 170, 237
324 BIOLOGY OF EARTHWORMS
Leaf-conI. burial, 236 cabbage, 237 disks, 109, 165, 169, 170, 236 elm, 170, 173, 237 fall, 161, 168, 173, 235 kale, 237 lime, 170, 237 litter, 89, 90, 98, 108, 127, 165, 169, 170,
173 mineral content of, 165 oak, 170, 237 palatability of, 236-7 protein content of, 166 ribs, 170 sugar content of, 166 veins, 170 weathering, 169
Leaf burial, effects of temperature on, 156 Leaf disks, rate of breakdown of, 170 Leeches, 40, 41, 147 Legume, 206, 207 Lettuce, 166, 222 Leys, 176, 194, 206 Liberia, 50, 54 Life cycles, 68-75, 239
history studies, 239 span, 72, 73
Light intensity, 93 means of detecting, IS photonegative response, 107 photopositive response, 107 reactions, 106-7, 178 receptors, 106, 107 sensory. cells, 106 stimuli, 107 ultra-violet, 107
Light loam, populations in, 162, 163 Lignin, 177 Lime, 170, 177, 197, 201, 208, 210, 211,
234,237 Lipase, 99 Lithium, II6 Litter, 89, 90, 98, 108, 122, 127, 165, 168,
169, 170, 171, 172, 173, 174, 176, 177, 178, 180, 189
breakdown of, 168-72, 178, 210 CN ratio of, 177-8 consumption, 172-4 decomposition, 178, 189 feeders, 146 forests, 165 fragmentation of, 168-72 hazel, 173 humification, 172-4 incorporation of, 168
layer, 122 pine, 170 rate of burial, 169 species, 98 turnover, 172-4
Little Barrier Island, 53 Liver, 101 Loam, 129, 162, 163, 231, 237 Locomotion, 110, /[2-14 Lonbok,48 Longitudinal canals, 30
muscle, 4, 15, 17, 18, 22, 26, 34, 36 ridges, 13 vessel, 22
Lucerne, 193 Lumen, 27, 29, 30, 101 Luminescence, 95 Luminous slime, 95 Lung worms, 225, 226 Lymph glands, 24, 101 Lymphocytes, 19
Madagascar, 50, 5 I, 52, 53, 57 Magnesium, 180, 201
chloride, 113 sulphate, 119, 232
Malagasy, 56 Malathion, 214 Malay Archipelago, 48, 52, 56, 57
Peninsula, 57, 66 Malaya, 49 Malaysia, 66 Male cell, 37, 75
duct, 38 pore, 5, 8, 39, 44, 47, 49, 53, 55, 57, 58,
59, 60, 75, 76, 78, 245, 249, 255 Mammals, 147, 215, 220, 227 Manchuria, 66 Mangolds, 161 Manure, 70, 93, 188, 200, 205, 239 Maoris, 229 Marginal cells, 27, 28 Maryland, 136 Mass migration, 94, 95 Mating 75--83, 81, 106 Maze, 90, 92, 93, 95, 166, 206, 229, 243 Mechanical, damage, effects on population,
204 stimulation, 122
Mechanized soil washing, 119 Medium loam, population in, 162, 163 Meganephridia, 30, 54 Megascolecid group, xi Membrane, basal, 17, 33
basement, 16 mesenteric, 18, 22, 23
GENERAL INDEX 325
Membrane--cont. peri trophic, 100
Menazon, 214 Mercuric chloride, 120 Meronephridia, 30, 3 I Mesh bag, 169, 170, 236, 237 Metabolism, effects of temperature on, 155 Metallic residues in soil, 220 Metham sodium, 211 Methyl bromide, 2 I I Mexico, 51, 52, 53, 55, 57, 65 Michigan, 136 Microbial activity, 84, 174, 185, 187
cell, 186 protein, 175
Microflora, 159, 168, 174, 182, 186, 187 Micronephridia, 30, 54 Micro-organisms, 142, 168, 174, 182-9,
184, 185, 186, 187, 193 and earthworms, 182-9 dispersal of, 188 numbers in casts, 182, 184 numbers in gut, 183
Middle tube, 27, 29, 102, 103 Mid-dorsal line, 18, 3 I
-ventral line, 32 Migrations, 128, 131 Millet, 196 Mineral elements, 160, 181
inorganic, 142 nutrients, 180-1
particles, 22, 190 soil, 181
Minerals, effect of, 160 Mineralization of nitrogen, 174-7, 209 Mississippi, 64 Mites, 174 Mixed woodland, 124 Moisture, 83, 127, 131, 132, 152-4, 159,
163, 195, 242, 243 content of earthworms, 106, I I I, 112,
152
content of soil, 68, 109, IIO, II8, 121, 127, 131, 132, 133, 141, 152, 153, 159
equivalent, 201 gradient, 154, 243 reaction to, 242, 243
Moles, 147, 222, 223 Molybdenum, 181 Moorland soil, 123 Morphology, xvi, 1-39 Mor soil, 123, 124, 145, 163, 192
species in, 123, 163 Mortality, 86 Motor fibres, 105
nerves, 105
Mountain ranges, 61 Mouth, 2, 12, 20, 21, 31, 110 Mowrah meal, 120 Mozambique, 54, 57 Mucoproteins, 175 Mucous cells, 14, 38, 39
glands, 26, 96 membrane, 114 tubes, 78
Mucus, 14, 76, 94, 99, 100, 108, 138 Mud,75 Mulching, 205 Mull soil, 123, 145, 163, 192
species in, 123, 145, 163 Multiplication rate, 128 Muscles, arciform, 76
circular, 14, 15, 17, 18, 22, 26, 31, 32, 34, 36, 38, 112, 114
dorsal, 34 fibres, 18 innervation, 105 longitudinal, 4, IS, 17, 18, 22, 26, 34,
36 setal, 4 sphincter, 10, 18, 19, 30 subcuticular, 13 ventral, 17
Muscoid flies, 149 Muscular configurations, 113
contractions, I 13 rhythm, II3 tube, 27, 29
Mycobacteria, 187
Naphthalene, 169 Narrow tube, 27, 28, 29, 102, 103 Nematodes, 19,98, 148, 21 I, 215 Nephridia, I, 10,21,26,27,28,29,3°,31,
48, 54, 55, 57, 58, 100, 101, 103, IIO enteronephric, 30 exonephric, 29, 30 funnel, 27, 28 holonephridia, 30, 3 I, 48, 57, 58 loops, 30 macroic, 55 meganephridia, 30, 54 meronephridia, 30, 3 I micronephridia, 30 septal, 21 tubes, 27, 28 tufted, 30, 154 vessel, 26
Nephridiopore, 9, 10, 26, 27, 30, 44, 46, 57, 58, 100, 103, 110
Nephrostome, 27, 28, 29, 101, 102, 103 lower lip, 28
326 BIOLOGY OF EARTHWORMS
N ephrostome-cont. peritoneum, 28 upper lip, 28 prostomial, 31, 32
Nerve cells, 34 contralateral, 105 cord, 18,31, 32, 34, 35, 36, 37, 86, 104,
107, "3, "4, 116, 242 depressant, I 16 fibres, 16, 105, 108 impulses, 108 intra-epidermal, 105 lateral, 34 motor, 105 plexus, 15, 32, 33, 34, 35 prostomium, 32, 33 prostomial, 31, 32 ring, 32, 33, 34, 35 segmental, 31, 32 septal, 32, 33 tissue, 14
Nervous system, 31-5, 31, 32, 104, /05-9, 116
Netherlands, 128, 211 Nettle, 166 Neural lamella, 34
lateral vessel, 18, 23, 24, 104 Neurofibrils, 16, 35 Neuroglia, 34 Neurones, association, 105 Neuropile, 34, 35 N eurosecretions, 106 New Caledonia, 51, 52, 67 New Guinea, 229 New South Wales, 49, 59, 60, 172 New Zealand, xv, 49,50,51,52,53,59,67,
84, 138, 139, 181, 195, 197, 201, 229 Newly-emerged worms, 85 Nigeria, 50, 54, 55, 57, 75, 123, 136, 144,
173, 181, 195, 206 Nile Valley, 144 Nitrate, 175, 176, 180, 189, 201
of soda, 160, 175, 209, 211 Nitro-chalk, 208, 209 Nitrogen, 102, 174-7, 180, 181, 189, 201,
202, 209 available, 180 content of L. terrestYlS, 177 excretion, 27, 100, 176, 179 from earthworm corpses, 175 humification, 174-7 mineralization, 174-7, 209 non-available, 176 production, 180 turnover, 176
Noradrenalin, 106
Novocaine, 106 Number of samples, 122 Nutrients, 100, 180-1, 195 Nutrition, 70 Nylon net, 166, 169
Oak, 124, 144, 166, 168, 169, 177, 184, 198 leaf litter, 169 woodland, 124, 144
Oats, 169, 197 Obligatory diapause, 69, 83, 84, 242 Observation cage, 237, 238 Oesophageal crop, 58
hearts, 25, 50 pouches, 20 region, 18 sacs, 2I
wall,20 Oesophagus, 20, 22, 24, 37, 45, 59, 98, 99,
104, 113 Ohio, 149, 152 Oocytes, 36, 76 Oogenesis, 76 Oogonia,76 Oothecae, 68, 74 Optic organelle, 16, 35 Optimum temperature, 116, 133, 157, 239 Orchards, 109, 122, 123, 124, 168, 171,
173, 211, 214, 216 Ordovician period, 4 I Organ, bush-like, 30
excretory, 10, 100, 101 genital, 36, 40 gill-like, 26 photoreceptor, 35 reproductive, 26 respiratory, 26, 98 sense, 14, 35, 105, 108 tactile, 109
Organic matter, 93, 98, 99, 127, 142, lSI)-
161, 164, 168-81, 183, 190, 192, 194, 199, 201, 203, 205, 210, 21 1,235, 237
breakdown, 168-81, 190, 205 cycles, 168-81 decomposition, 168, 176, 183 effect of, 2 I2
incorporation of, 235 surface mat of, 159, 168, 172, 2 II
Organo-chlorines, 214, 215-18, 217 Organo-phosphates, 218 Osmotic pressure, I 10
of blood, 110 of urine, 101, 102 regulation, I I I
Ova, I, 68, 76, 79, 81
GENERAL INDEX 327
Ovarian funnels, 36 Ovaries, :n, 36, 37, 48, 49, 54, 58, 59, 76,
81, 117 Oviduct, 21, 36, 37, 54, 76, 81 Ovisacs, 36, 48, 76, 81 Oxalic acid, 108 Oxidation-reduction potential, 159 Oxygen, 26, 96, 97, 98, 116, 159, 176, 178,
179, 186, 187, 189 consumption, 98, 176, 179, 186, 187, 189 debt, 97, 178 partial pressure of, 98 tension, 159, 178
Pacific Islands, 49 Pakistan, 48, 59, 60 Palearctic zone, 47 Palatability, 161
experiments, 236-7 of leaf litter, 108, 109, 161, 166
Panama, 50, 56 Papillae, glandular, 8 Paraguay, 52, 56 Paraquat, 212 Parasites, 19, 147-9, 223, 225, 226, 227,
228 eggs of, 228 nematode, 19 protozoan, 19, 148 transmission of, 226, 227
Parathion, 116, 2 I 4 Parthenogenesis, 63, 64, 76, 79, 8 I, 242
facultative, 79 Passive agents, earthworms as, 228 Pasture, 84, 123, 124, 129, 133, 136, 138,
144, 151, 156, 159, 161, 165, 169, 172, 181, 188, 190, 191, 193, 194, 197,201, 206,207,208,217, 231, 232, 233, 234
productivity, effect of worms on, 198 Peas, 196 Peat, 72, 237 Penes, 78, 8 I Peregrine species, 49, 61, 64, 66, 246 Perichaetine setae,S, 245 Peri-enteric plexus, 18, 25, 104 Peristalsis, II 2-1 4, II3 Peristomium, 2, 60 Perithecia, 188 Peritoneal cells, 19, 101 Peritoneum, 14, 15, 17, 25, 28, 34, 76 Peritrophic membrane, 100 Persia, 59 Peru, 51 Pesticides, effects of, 2II-15
uptake in earthworms, 215-18
Pests, earthworms as, 222-30
Petroleum ether, 187 pH, 99, 108, 109, 120, 127, 14g---52, 150,
159, ISo, 181, 195, 201, 210, 234, 243 effects of, 150, 151,234 reaction to, experiments, 243
Phalaris leaves, 164 roots, 164
Pharyngeal ganglion, 33 gland, 20, 99 intestinal plexus, 35 nerve plexus, 35
Pharynx, 20, 21, 24, 31, 98 Pheromone, 140 Philippines, 48, 66, 222 Phorate, 214, 223 Phosphorescence, 95 Phosphoric acid, 108 Phosphorus, ISo, 181, 201, 210 Photoreceptor cells, 15, 16, 107 Photosensitivity, 107
drug depressants, 107 Physiological experiments, 242 Physiology, xvii, 96-II7 Pig, kidney of, 227
litter, 124 Pigment migration, 106 Pigmentation, 13-14, 84, 85 Pigs, 225 Piles, 229 Pine litter, 170
needles, 165 woodland, 124
Plant breakdown, xvi cover, 159 growth, 181, 195, 206, 228 material, 164, 207, 231 pathogens, earthworms as vectors of, 188 residues, 193
Ploughing, 145, 151, 177, 203, 204 effects on worms, 2 I2
Plugs, burrow, 89 Podsol, 123 Polyhydric phenol, 166 Polynesia, 52 Polyphenols, 108, 166, 169
water soluble, 166, 169 Polysaccharide gums, 188, 193 Population,
adolescent, 87 biomass, 206 density of, 162 distribution of, 127-31
Population, estimation of, 118-23, 233 factors limiting, 177 geographical, 6I -7, 203 horizontal distribution, 127, 128, 242
328 BIOLOGY OF EARTHWORMS
Population-con/. numbers, 162 pyramid, 74 reduction of, 147 seasonal activity, 131-8, 134 seasonal changes in, 87, IJI-8, 132, 133,
136, 137 size of, 12J-7 structure, 125-7 vertical distribution, 128-31, 129, 138,
242 Populations, 118, 127, 128, 136, 138,
147, 151, 152, 156, 160, 161, 162, 164, 177, 178, 179, 189, 195, 203, 205, 206, 207, 214
Pores, cuticular, 14 dorsal, 8, 19, 20, 26, 55, 57, 58, 60, 88,
IIO, 151,248,249,250,251,252,253, 256
female, 8, I I, 48, 49, 55, 57, 58, 60 genital,s, I I
male, 39, 44, 53, 57, 58, 59, 60 prostatic, 8, 42, 44 spermathecal, 8, 48, 53, 60, 245, 247
Porphyrins, 13 Porosity, 194-5 Post-clitellar region, 6 Post-septal canal, 27 Pot experiments, 197, 213 Potassium, 180, 181, 210
cyanide, II 6 permanganate
Potato root eelworm, 224 Pouches, 18 Predation, 70 Predator, 20, 143, 147-9 Pregnancy, testing, 229 Preseptal canal, 27 Preservation, 2JJ Proboscis, 2 Prolobous prostomium, 2, 4 Propham, 212 Proprioceptor cells, 35 Prostates, 8, 21, 39, 44, 45, 49, 53 Prostatic fluid, 78
gland, 46, 48 pore, 8, 42, 44
Prostomial nerve, 31, 32 Prostomium, 2, 4, 12, 15, 17, 31, 32, 33,
57, 60, 95, 106, 108, 110, 112, 245, 248, 249
enervation, 3 I, 35 Protease, 99, 142 Protective slime, 95 Protein, 101, 102, 103, 166, 175 Protein content of earthworms, 229
Proteolytic enzymes, 99 Protozoa, 98, 99, 148, 188, 226 Protozoan parasites, 19, 148 Pseudotsuga mor, 124
QlIadrat, II8, 121, 123, 234, 235, 242 Quaternary ice caps, 64 Queensland, 49, 5 I, 52 Quiescence,8J-4, 130, 13 1, 136, 153 Quinine, 17
Radiation, 95 effect on A. chlorotlCa, 219
gamma, 219 Radioactive fallout, 2 I 8
pollution of soil by, 2 I 8 Radiocaesium, 173, 219 Radio-iron, 219 Radioisotopes, effect on worms, 2I 8-1 9
uptake into worms, 218, 219 Radishes, 228 Ragi,228 Rain, reactions to, 95 Rainfall, 235 Raw humus, 159 Reception cells, 114
zone, 99 Receptors, 17, 35 Rectum, 195 Reduction division, 76 Regeneration, 80, 85, Il4-16, 243 Regenerative phenomena, 80, 106, lIS,
II6 Rennin, 99 Replacing cells, 14 Reproduction, 75-8J, 106
asexual, 79, 80, 8 I effects of temperature on, 154
Reproductive cells, 75 cycle, 106 potential, 127 structures, 21 system, 36-9, 36, 37, 60
Reservoir, 27 Reservoir host, earthworms as, 225 Resorption, 101, 102 Response, learned, 94 Respiration, I, 26, 96-8, I 16, 178, 180
anaerobic, 98 cutaneous, 20 depression of, 98 effects of temperature on, 154, 155 rates of, 97, 98
Respiratory exchange, 187 system, 26-7
Resting phase, 84
GENERAL INDEX 329
Retinella, 35 Rheumatism, 229 Rhizopods, 184 Rhodesia, 54, 57 Rice, 222 Ridges, 12 Rigor, 110 Rio de Janeiro, 56 Rodents, 226 Rolling, effects of, 203 Roots, 161, 164, 165, 168, 193, 198, 200,
205, 222 Rotary cultivation, 203 Rotations, 206 Rothamsted, 125, 126, 129, 133, 145, 151,
160, 161, 172 Rotifers, 98 Rowan, 177 Russia, 58, 59, 60, 163 Rye, 184, 197, 206, 201)
Septal nerves, 32, 33 wall,27 vessels, 25
Septum, 22, 27, 29, 32, 36 intersegmental, 102
Setae, I, 4, 5, 6, 7, 41, 48, 53, 55, 57, 58, 60, 78, I12, 114, 175, 245, 248, 249, 250, 25 1, 253
closely-paired, 6, 7 copulatory, 58 distant-paired, 6, 7 genital,s, 6, 60, 8 I lateral, 12
lumbricine, 5 normal, of L. lerreslns, 5 penial,81 perichaetine, 5, 245 physical stimulation of, 5 ventral, 12 widely-paired, 6, 7
Setal arrangements,s, 7, 245 lumbricine, 7 perichaetine, 7
Setal muscles, 4 Setal form, 4, 5 Sewage sludge, 70 Sexual activity, 75
development, 76 Secretory zones, 99 Seedlings, 222 Segment numbering, 233 Segmental bands, 13
contractions, I 12 ganglia, 31 grooves, 17
nerves, 31, 32 Segmentation, 1-4, 239
internal, I
Segments, I, 8, 27, 105, 109, 151 Selenium, 220 Semi-aquatic species, 9, II, I II, 154 Seminal fluid, 78, 79
grooves, 8, 12, 76, 247 recepticles, 8 I vessels, 36, 37
Seminal vesicles, 21, 37, 57, 58, 60, 79, 81, 148,230
anterior, 37 mid,37 posterior, 37
Senescence, 85 Sense organs, 14, 15, 35, 105, 108
epidermal, 16 epithelial, 35 photoreceptor, 35
Sensory cells, 14, 15, 16, 17, 34, 106 hairs, 35 input, 106 light receptive role, 106
Septa, 1, 18, 20, 25, 30, 104, 112 innervation of, 34 maturity, 12, 72, 86, 87, 155, 188, 242 organs, 40
Seychelles, 50 Sheep droppings, as food, 164, 240 Siberia, 59, 60, 64 Sicily, 58, 66 Sieve, 119, 121, 232 Silurian period, 4 I Simazine, 212 Simple key, 245-53 Size of sample, 122 Slime, 95
luminous, 95 protective, 95 tube, 76
Slugs, 147 Smallpox, 229 Snakes, 147 Sodium chloride, I I 1 Soil, 98, 99, 109, 145, 149, 150, 151, 152,
154, 156, 159, 163, 168, 170, 181, 184, 185, 200, 216
acidity, 108, 149, 150, 151, 208 adverse effects on, 228-9 aeration, xvi, 127, 190, 194-5, 205, 206,
228 air space, 194 amelioration, 199-203, 229 animals, 168 climate, 68
330 BIOLOGY OF EARTHWORMS
Soil-cont. climate, fluctuations of, 68 compaction, 192 consumption, 172-4 degeneration, 2 I I
density, 202 drainage, 194-5, 205, 206, 228 erosion, 192, 228, 229 fertility, xvi, 174, 181, 190-2, 199, 205 flooded, 153 formation, xvi, 200 fumigants, 21 I horizons, 192 indicators, 195 ingestion of, 190 litter species, 98 microbial activity in, 174 microflora, 159 mineral fraction of, 191 minerals in, 18 I moisture, 68, 109, IIO, II 8, 121, 127,
13 1, 132, 13L 141, 15~ 153, 159 movement through, 14 nutrient content, 195 organic matter, 161 organisms, 174 particles, 174, 190, 193 particles, breaking down of, 190 pathogens, 21 I pathogens, control of, 2 I I
pH, 200 profile, 168, 171, 192, 199 reclamation, 199, 200 stability, 211 sterilized, 188 structure, xvi, 190-2, 194, 228 surface, 188, 201, 21 I, 223, 234 temperature, 68, 84, 97, 121, 127, 129,
13 1, 132, 133, 138, 155, 157, 179 texture, 127 throughput, rate of, 123 turnover, 172-4, 191-2, 205
Soil type, 162-3, 191-2, 205 agricultural, 152, 228 air filled, 153 alluvial, 162, 163 brown earth, 181 brown podzol, 196 clay, 162, 163 clay content, 161 clay, effect of, 161 coniferous forest, 146 coniferous mor, u4, 145 dark, 163 Egyptian, 161 fallow, 124
forest, 123, 193, 194, 201 garden, 194 gravelly loam, 163 light, 162, 163 light loam, 162, 163 light sandy, 163 medium loam, 162, 163 mor, 123, 124, 145, 163, 192 mull, 123, 145, 163, 192 open, 162 orchard, 159, 171, 21 I peaty, 145, 163 ploughed, 180, 200 sandy, 144 shallow acid peat, 163 tropical, 123 tropical, populations in, 123 water-holding capacity, 190, 195 water-logged, 109, I II, 156 water-saturated, 153 woodland mull, 145, 163
South Africa, 222, 229 South America, 50, 5 I South Shetland Islands, 67 Saccharose, 108 Salamanders, 147 Salivary glands, 99 Salt, III
internal concentration, I I I
saturated solution, 242 Sample number, 122
size, 122 Sampling methods, 118-23, 233, 234, 242
chemical, 120-1, 131, 133 digging, 232 electrical, 122
formalin, u4, 232, 233, 234, 242 handsorting, 118-19, 233, 234, 242 heat extraction, 121-2 soil cores, 118, 122 vibration, 122 vibrating rod, 122 washing, I 18, 122 wet sieving, u4
Sampling tool, 118 Sand, 190 Sardinia, 52, 58, 66 Savannah, 66, 125, 195 Scandinavia, 255 Scotland, 145, 162 Seasonal abundance, u6, 128, 139
activity, 131-8
changes, 126, 139 Secondary sex characters, 84, 106 Secretory cells, 106 Soybeans, 196, 207
GENERAL INDEX 331
Species, 42---{)0 associations, [45-7
Specific gravity, 232 Sperm, 81
cells, 39 funnels, 36, 37, 38, 48, 75 sacs, 38 transference, 42, 78
Spermathecae,8, 13,21,36,37,39,42,48, 54, 59, 60, 78, 81, 148
Spermathecal ducts, 39 openings, 76, 78, 79 pores, 8, 48, 53, 60, 245, 247
Spermatogenesis, 75, 230 Spermatogonia, 75 Spermatophores, 8 I Spermatozoa, 75, 78, 79 Sphincter muscles, 10, 18, 19, 30 Spores, 184, 186, 188
fungal, 185, 224 Sports fields, 213, 223
earthworm control on, 213 Spraying, 168 Springtails, 174 Spruce, 166 Squirter earthworm, 19 Staphylinid beetles, 147 Starlings, 147 Stems, 168 Stewart Island, 51 Stimuli, 89, 90, 106
adverse, 105 avoidance of, 92 chemical, 89, 90, 105, 108 electrical, 89, 109, 199, 243, 244 electrical response to, 89, [09 intersegmental, 112 light, 76, 93, 107 light response to, 107 photic, 107 tactile, 15, 88, 93 touch, 76, 109 I 12 vibrations, 89, 95
Stomach, birds, 226 swine, 226
Stones in the bladder, 229 Straw, 70, 174, 197, 23 1, 239, 240 Stress, 20 Stretch receptors, 35 Stubble-mulch farming, 205 Stubble stripping, 204 Sub-aquatic species, 43 Sub-Arctic Islands, 51 Subcuticular muscle, 13 Sub-epidermal nerve plexus, 33, 34, 105 Sub-epithelial nerve plexus, 34
Submergence, 154 Subneural vessels, 18, 23, 25, 26, 104 Suboesophageal ganglion, 31, 106 Subpharyngeal connectives, 33
ganglion, 32 Substrate, 109 Subsoil, 186, 190 Subtillers, 205 Sucrose, 17, 108 Suction pump, pharynx as, 20 Sudan, 57 Sulphate of ammonia, 172, 21 I
effects of, 210 Sumatra, 48, 66 Sumithion, 214 Sunda Islands, 48 Superphosphate, 208, 210 Supra-intestinal, glands, 57
ventral commissures, 25, 26 vessel, 23, 24, 25, 26
Surface casting species, 131 debris, 216, 232 dwelling species, 121, 150, 204, 232
Survival, 152 in sugar solutions, 242 in test chambers, 242 in water, 152, 242
Sweden, 131, 146, 161 Swine, 226
lungs of, 226 stomach of, 226
Switzerland, 64, 144 Symbiotic bacteria, 99, 182 Sympathetic system, 33 Synapses, 105 Syria, 58, 59, 60 Systematic affinities, 40-2
Tactile organs, 109 receptors, 109
Tannins, 166 Taste, 17 Tanylobous prostomium, 2, 4, 249 Tanzania, 54, 57 Tapeworms, 225 Tartaric acid, 108 Tasmania, 51 Taxonomy, 40---{)7 TeA, 212 Teleospores, 224 Telodrin, 214 Temperate forest, 173
zones, 65, 97, 168 Temperature, 68, 61), 70, 72, 83, 135, 141,
179, [54-8, 158, 23 1, 235, 239 acclimation, 157
332 BIOLOGY OF EARTHWORMS
Temperature--cont. conditioning, 157, 158 effect of, 244 effect on excretion, 103 effect on respiration, 97 gradient, 157 lethal, 156-}, 158 optimum, 116, 133, 157, 239 preferenda, 156, 157, 158 seasonal changes in, 158
Tension receptors, 35 Termites, 147
mounds of, 147 Testis, 37 Testes, 21, 36, 48, 49, 59, 75, 79, 81, 148
funnels, 59 holoandric, 36 meroandric, 36
Thermal death point, 157, 158 Thigmotactic reactions, [09
Thiophanate-methyl, 214 Thrushes, 147 Timothy grass, 206 Tissue, connective, 17, 34, 38
nuclei of, 38 production, 177
'T' maze, 90, 92, 93, 94 Toads, 147 Tobacco, 222 Togoland, 55, 57 Tooth powder, 229 Topsoil feeders, 146 Touch, 88 Trachea, 227
of bird and chickens, 226, 227 Transplantation, [[6-[7 Transverse commissure, 107
septa, 17 Triassic era, 41 Triazine herbicides, 212 Trichlorphon, 214 Tropical areas, 97
forest, 173 lowlands, 64 soil, 123
Tropics, 136, 144 Tube, ciliated, 101, 103
middle, 27, 29, 102, 103 mucous, 78 muscular, 27, 29 narrow, 27, 28, 29, 102, 103 slime, 76 wide, 29, 102, 103
Tubercula pubertatis, II, 12, 13, 60, 81, 245,248,249,250,25 1,252,253,255
Tubercules, 12, 252
Tubificity, 41 Tumours, 230 Tunis, 58 Turf, earthworms as pests of, 223 Turnover of soil and litter, [72-4, [9[-2,
205 Typhlosolar vessel, 25 Typhlosole, 22, 25, 57, 104
Uganda, 57, 123 Ubiquitous species, 150 Ultra-violet light, 95, 98, 107
effects of, 95, 98 Urea, 100, 101, 102, 103, 175 Uric acid, 100, 103, 175
cells, 101 Urine, 100, 101, 102, I II, 175, 176, 198,
228, 229 osmotic pressure of, 101, 102
U.S.A., 57, 64, 65, 66, 124, 127, 131, 133, 136, 138, 147, 149, 152, 156, 180, 195, 199, 204, 206, 21 6, 229
U.S.S.R., 124, 200, 206
Vacuoles, 100 Vagina, 228 Variance of species, 60
of subspecies, 60 Valerionic acid, 98 Vas deferens, 21, 36, 37, 38, 39, 48, 53, 75,
81 racemose, 39 termination of, 53 tubular, 39
Vas efferens, 37, 38, 75 Vascular system, I, 22---{)
Vesiculae seminalis, 3 I Vector diagram, 46 Vectors of animal viruses,
earthworms as, 225 Vegetable crops, 222, 228 Vegetative cells, 184 Venezuela, 53, 56 Ventral muscle, 17
nerve cord, I, 23, 31, 32, 33, 34, 35, 37, 105, 107, 114
vessel, 18, 23, 24, 25, 37, 103 view, 12
Vertebrates, 147 Vertical distribution, [28-JI, 129, 138, 242
migration, 131 Ventral ganglion, 106 Vessel, afferent nephridial, 18
afferent typhlosolar, 18 blood, 15, 18, 22, 26, 33, 38, Il6 capillary, 14
GENERAL INDEX 333
Vessel-cont. commissural, 25 dorsal, 18, 21, 22, 23, 24> 25, 26, 37, 104 dorso-intestinal, 18, 25, 104 dorso-subneural, 18, 23, 25, 104 efferent nephridial, 18 lateral-neural, 18, 23, 24, 104 lateral-oesophageal, 23, 24, 25, 104 lateral-oesophageal subneural, 25, 26 longitudinal, 22 nephridial, 26 subneural, 18, 23, 25, 26, 104 supra-intestinal, 23, 24, 25, 26 typhlosolar, 25 ventral, 18, 23, 24, 25, 37', 103 ventro-intestinal, 25, 104 ventro-oesophageal, 104 ventro-parietal, 18, 25, 26, 104
Vibrations, 89, 95, 122 Victoria, 49, 5 I Viruses, 148 Voltage, 109
Wales, 124, 151, 220 Water, 103, 152
conservation, 109, 110 infiltration rates, 195 loss, IIO, 152 relationships, 109--I 2
uptake, I10, 154 Water stable aggregates, 187, 190, 192, 193
Weathering, 169, 191 Weight, 86, 139
live, 123, 167, 173, 218 seasonal increases in, 86 wet, 218
Westmorland, 124 West Indies, 50, 51, 52, 53, 55, 56, 66, 67 Wheat, 160, 196, 206, 212 Wide tube, 29, 102, 103 Withdrawal reactions, 88 Woodland, 123, 124, 145, 156, 159, 161,
168, 169, 172, 173, 177, 179, 233 beech, 124 mixed, 124 oak, 124, 144 species, 146
Worm cairns, 89 Wound tissue, 114 Wych Elm, 166
Yeasts, 184, 186 Yield increases, 195, 196, 197 Yolk, 40, 76 Yucatan, 51
Zambesia, 57 Zanzibar Island, 54 Zinc, 220, 22 I Zinophos, 214 Zurich, 144 Zygolobous prostomium, 2, 4, 57, 248