Fig 1.
Kazakh ewe sheep.
Table 1.
Sample collection in Zhaosu and Nilka counties in the four seasons (number of samples).
Fig 2.
Distribution of sheep GIN infection intensity.
Fig 3.
Distribution of sheep coccidia infection intensity.
Table 2.
Sheep GIN and coccidia infection in different regions.
Table 3.
Sheep GIN infection rate (%) and Log (FEC) of different regions for various seasons.
Table 4.
Sheep coccidia infection rate (%) and Log (FOC) of different regions for various seasons.
Table 5.
GIN infection rate (%) and log (FEC) of different sheep populations for various seasons.
Table 6.
Coccidia infection rate (%) and log(FOC) of different sheep populations for various seasons.
Fig 4.
Correlation between GIN and coccidia infections in different sheep populations.
Data in the same line, without the same uppercase superscripts (A–C) indicate a highly significant difference (P < 0.001), without the same lowercase superscripts (a–c) differ significantly (P < 0.05).
Fig 5.
Identification of GINs in sheep.
A. Trichostrongylus spp.; B. Haemonchus contortus; C. Ostertagia spp.; D. Bunostomum trigonocephalum; E. Chabertia spp.; F. Marshallagia spp.; G. Nematodirus spp.; H. Oesophagostomum spp.; and I. Trichuris globulosa.
Table 7.
Dominant species of sheep GINs in spring.
Table 8.
Dominant species of sheep GINs in summer.
Table 9.
Dominant species of sheep GINs in autumn.
Table 10.
Dominant species of sheep GINs in winter.