From DriloBASE Taxo
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|geographical_origin=Originating from the palearctic zone, this species is today widely distributed in Europe and Russia, except in the arctic area. It has been introduced in North America. In the Southern hemisphere, it has been introduced in many temperate areas, such as Eastern Australia and New Zealand. | |geographical_origin=Originating from the palearctic zone, this species is today widely distributed in Europe and Russia, except in the arctic area. It has been introduced in North America. In the Southern hemisphere, it has been introduced in many temperate areas, such as Eastern Australia and New Zealand. | ||
|distribution_status=Invasive | |distribution_status=Invasive | ||
− | | | + | |ecological_category_01=Anecic |
− | | | + | |climate_01=Boreal |
− | | | + | |climate_02=Temperate |
+ | |habitat_01=Soil | ||
|biology=''L. terrestris'' can stand cold temperatures and tolerate soils with pH values from 3.5 to 8. However, it is not frost-tolerant indicating that it probably hibernates in deep soil layers during the winter (Tiunov et al., 2006; Wironen and Moore, 2006). This species comes to the surface to feed where it pull leaves into the mouth of its burrow where they partially decay before being eaten. It is considered invasive in the north central United States where it thrives in fence rows and woodlots and can lead to reductions in native herbaceous and tree regrowth. | |biology=''L. terrestris'' can stand cold temperatures and tolerate soils with pH values from 3.5 to 8. However, it is not frost-tolerant indicating that it probably hibernates in deep soil layers during the winter (Tiunov et al., 2006; Wironen and Moore, 2006). This species comes to the surface to feed where it pull leaves into the mouth of its burrow where they partially decay before being eaten. It is considered invasive in the north central United States where it thrives in fence rows and woodlots and can lead to reductions in native herbaceous and tree regrowth. | ||
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Revision as of 15:59, 11 May 2014
General data | Thematic references | Distribution references |
Lumbricus terrestris (Linnaeus, 1758) |
Taxonomy | ||||
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Family: Lumbricidae Genus: Lumbricus | ||||
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Short description |
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External characteristics: N/A |
Internal characteristics: N/A |
External characteristics Length: 130-250mm. Diameter: 7-9mm. 108-180 segments. Cylindrical body shape with a noticeable flattening in the last segments. Pigmentation violet-red with antero-posterior and dorso-ventral gradient. Setae closely paired. Prostomium tanyobous. Dorsal pores well visible, the first in (7/8) 8/9. Glandular ventral zone in 8-12. Nephropores well developed, on a line in ab or alternate between setal lines ab and cd. Male pore vertical slot-shaped in 1/2 15, in ab. Female pore slot-shaped in 14, in ab. Spermathecae open well visible in 9/10-10/11, between setal lines ab and cd. Clitellum saddle-shaped in (31) 32-37 (38). Tubercles oval gutter-shaped on 33-36.
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Distribution | ||||||||
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Biology-Ecology | ||||||||
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L. terrestris can stand cold temperatures and tolerate soils with pH values from 3.5 to 8. However, it is not frost-tolerant indicating that it probably hibernates in deep soil layers during the winter (Tiunov et al., 2006; Wironen and Moore, 2006). This species comes to the surface to feed where it pull leaves into the mouth of its burrow where they partially decay before being eaten. It is considered invasive in the north central United States where it thrives in fence rows and woodlots and can lead to reductions in native herbaceous and tree regrowth. |
General data | Thematic references | Distribution references |