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Fig. 4 in English names of the millipedes (Diplopoda) of KwaZulu-Natal

Fig. 4. Order Sphaerotheriida: Family Sphaerotheriidae (Pill millipedes): Giant pill millipede, Sphaerotherium giganteum Porat, 1872.

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Figs 1, 2 in English names of the millipedes (Diplopoda) of KwaZulu-Natal

Figs 1, 2. Order Polydesmida: Family Dalodesmidae (Keeled millipedes): (1) Complex keeled millipede, Allawrencius complex Lawrence, 1953; (2) Lumpy keeled millipede, Gnomeskelus tuberosus (subspecies unknown).

Fig. 2 in An ecological and conservation assessment of the fauna of Bombyliidae (Diptera) occurring in the Mkhuze, Phinda and False Bay reserves, KwaZulu-Natal, South Africa

Fig. 2. Phenology of bombyliid activity. Each bar represents the number of unique species sampled in the months identified: November (N), January (J) and March (M). A unique species is a species only sampled in that month or combination of months. No sampling was undertaken in December or February.

Fig. 3 in An ecological and conservation assessment of the fauna of Bombyliidae (Diptera) occurring in the Mkhuze, Phinda and False Bay reserves, KwaZulu-Natal, South Africa

Fig. 3 Individual based species accumulation curve for the Mkhuze and Phinda game reserves and False Bay Park based on all Bombyliidae species sampled during the survey. The Michaelis-Menten equation predicts an asymptote at 31.7 species (R2=0.99).

Fig. 4 in An ecological and conservation assessment of the fauna of Bombyliidae (Diptera) occurring in the Mkhuze, Phinda and False Bay reserves, KwaZulu-Natal, South Africa

Fig. 4. Number of sites required to sample the bombyliid fauna. Sampling based species accumulation curves for (1) minimum sampling effort at each site based on 2 transects (O), and (2) maximum sampling effort based on 4 transects (). The Michaelis-Menten equation was fitted to extrapolate and to estimate the optimal number of sampling sites required (Table 2). R2=0.99 for each curve.

Fig. 1 in An ecological and conservation assessment of the fauna of Bombyliidae (Diptera) occurring in the Mkhuze, Phinda and False Bay reserves, KwaZulu-Natal, South Africa

Fig. 1. Study region located in north-eastern KwaZulu-Natal, South Africa, showing the vegetation types of the reserves identified by Muchina and Rutherford (2005). Forty-three 1 ha invertebrate sites were sampled (indicated by white dots) for one day, using a variety of methods; 20 of these sites were re-sampled in different months and years.

Fig. 3 in Invertebrate animals as a component of the traditional medicine trade in KwaZulu-Natal, South Africa

Fig. 3. Traditional healer's regalia. A, wrist-band from Pondoland made from shells of the gastropod Nerita albicilla (the black and white coloration symbolising the black and white components of many traditional remedies); B, diviner's necklace with glass beads and marine shells, Mtubatuba area, Zululand (Natal Museum 7147).

Fig. 2 in Invertebrate animals as a component of the traditional medicine trade in KwaZulu-Natal, South Africa

Fig. 2. Samples of invertebrate animals for sale in market. A, dried, live-collected chitons of the genera Chiton, Dinoplax and Onithochiton; B, ring cowries (Cypraea annulus), many with dried bodies inside; C, organ-pipe coral (Tubipora musica) from localities as much as 2000 km distant in northern Mozambique; D, starfish (Protoreaster lincki) collected alive in sheltered localities in Mozambique.

Fig. 1 in Invertebrate animals as a component of the traditional medicine trade in KwaZulu-Natal, South Africa

Fig. 1. Stalls in the Warwick Triangle market, Durban. A, typical stall selling a wide range of products, nearly all of animal origin; B, neatly organised stall of a Mozambican trader, displaying a range of animal products, many of tropical origin. Note Cypraea annulus head-bands in foreground.

Fig. 5. Traditional nomenclature - isongololo. A in Invertebrate animals as a component of the traditional medicine trade in KwaZulu-Natal, South Africa

Fig. 5. Traditional nomenclature - isongololo. A, isongololo, the well-known juliform millipedes and B, isongololo lasolwandle, the shell of the cephalopod mollusc Spirula spirula.

Fig. 4. Traditional nomenclature - imfinyezi. A, a in Invertebrate animals as a component of the traditional medicine trade in KwaZulu-Natal, South Africa

Fig. 4. Traditional nomenclature - imfinyezi. A, a chiton imfinyezi yasolwandle (Dinoplax sp.) and B, a pill millipede imfinyezi yentaba or imfinyezi yangaphandle (Sphaerotherium sp.), showing the superficially similar shape and body segmentation.

Fig. 18 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 18. Tritogenia tetrata sp. n., holotype, anterior part of the body ventrally, showing secondary annulation of segments 4–10, tubercula pubertatis, and papillae.

Fig. 17 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 17. Tritogenia qudeni sp. n., holotype, ventral side of clitellar region [C = clitellum, T = tuberculum pubertatis].

Fig. 16 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 16. Tritogenia hiltonia sp. n., holotype, anterior part of the body ventrally, showing secondary annulation of segments 4–9, and tubercula pubertatis.

Fig. 15 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 15. Tritogenia debbieae sp. n., holotype, ventral view with tubercula pubertatis and row of papillae. [P = papilla of segment 14, T = tuberculum pubertatis].

Fig. 14 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 14. The distribution of Tritogenia species in KZN. 1 = alveata; 2 = annetteae; 3 = ataxia; 4 = benhami; 5 = crassa; 6 = curiosa; 7 = curta; 8 = debbieae; 9 = diversa; 10 = douglasi; 11 = herbana; 12 = hiltonia; 13 = howickiana; 14 = insolita; 15 = karkloofia; 16 = koilia; 17 = liversagei; 18 = lunata; 19 = melmothana; 20 = miniseta; 21 = monosticha; 22 = morosa; 23 = mucosa; 24 = ngelensis; 25 = ngomensis; 26 = qudeni; 27 = shawi; 28 = soleata; 29 = sulcata; 30 = tetrata; 31 = zuluensis.

Fig. 9 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 9. Proandricus amphius sp. n., holotype, ventral view with clitellum, tubercula pubertatis and papillae. [C = clitellum, T = tuberculum pubertatis, P = papilla of segment 16].

Fig. 8 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 8. Proandricus adami sp. n., holotype, ventral view with clitellar tissues and tubercula pubertatis. [C = clitellum, T = tuberculum pubertatis].

Fig. 7 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 7. The distribution of Proandricus species in KZN. 1 = adami; 2 = adriani; 3 = alatus; 4 = amphius; 5 = armstrongi; 6 = babanango; 7 = beddardi; 8 = bergvillensis; 9 = bourquini; 10 = bulwerensis; 11 = colletti; 12 = crookesi; 13 = entumeni; 14 = gracilis; 15 = hedothecus; 16 = hlatikulu; 17 = injasuti; 18 = ivari; 19 = jasoni; 20 = lovuus; 21 = marleyi; 22 = martensi; 23 = michelleae; 24 = modestus; 25 = oresbiosus; 26 = ortyi; 27 = pajori; 28 = richerti; 29 = setosus; 30 = thornvillensis.

Fig. 6 in Eleven new South African earthworms (Oligochaeta: Microchaetidae) with new information on some known species, and an inventory of the microchaetids of KwaZulu-Natal

Fig. 6. Microchaetus quaerus sp. n., holotype, ventral view with tubercula pubertatis and papillae. [P = papilla, T = tuberculum pubertatis].