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542 results for “leaf mining”
Figure 4 in Distinct parasitoid communities associated with host races of the leaf-mining moth Acrocercops transecta on distantly related host plants (Juglandaceae and Ericaceae)
Figure 4. Modes of parasitism of parasitoids attacking Acrocercops transecta. (A) An ovipositing female of Aneurobracon philippinensis. Before finding host larvae, females track host mines by drumming with their antennae; (B) a final instar of A. transecta that is making a cocoon; (C) a dissected cocoon of A. transecta. A prepupa of A. transecta (upper side) is fed upon by a larva of An. philippinensis (under side); (D) a pupa of An. philippinensis in the cocoon made by A. transecta; (E) a pupa of Choeras sp. in the cocoon made by A. transecta; (F) a final instar of A. transecta parasitized by Pholetesor sp. A hole is visible on the right side of the second abdominal segment from which a Pholetesor sp. larva exits the host; (G) a cocoon of Pholetesor sp. formed inside its host's mine; (H) a Eulophidae larva feeding inside its host's body; (I) a Eulophidae pupa formed inside its host's mine.
Figure 1 in Distinct parasitoid communities associated with host races of the leaf-mining moth Acrocercops transecta on distantly related host plants (Juglandaceae and Ericaceae)
Figure 1. Leaf mines of Acrocercops transecta. (A) Three mines of the Juglandaceae race on a leaflet of Juglans mandshurica; (B) a mine of the Lyonia race on Lyonia ovalifolia.
Data from: Does mining waste concentration in the soil interfere with leaf selection by Acromyrmex subterraneus (Formicidae)
<p>Revegetation programs are proposed to recover the soil and biodiversity of disturbed sites, this being the case of the Rio Doce basin, Brazil. This region was hugely affected by a mining waste dam disruption, whose leakage on the soil altered its chemical and physical characteristics, and consequently the physiology and performance of plants. The expected alterations of the plants can make them more attractive for leaf-cutting ants, as lower water content induces an increase of non-structural carbohydrates. In this context, we evaluated whether <em>Acromyrmex subterraneus</em> workers differentiate among plants grown on soil with different mining waste concentrations. Leaf discs from plants grown in soil containing 0, 25, 50, 75 and 100% of mining waste were simultaneously offered to ant colonies in a foraging arena. The number of transported discs from each mining waste concentration was recorded until all discs of any concentration had been transported. Leaf selection assays were repeated after 30 days due to the novelty effect phenomenon. Leaf thickness, water, starch and total soluble carbohydrate contents were determined. Leaf discs from plants grown in soil with 100% of mining waste concentration were preferentially selected in both selection assays. Leaf thickness and water content were significantly lower in plants from the aforementioned treatment, while starch and total soluble carbohydrates were higher. Results suggest that seedlings implanted in sites with high mining waste concentration are under high predation risk. Revegetation programs must measure the impact of leaf-cutting ants as both herbivorous and soil ecosystem engineers, for the best management of these insects.</p>
FIGURE 236 in Documenting new and little known leaf-mining Nepticulidae from middle and southwestern areas of the Asian continent
FIGURE 236. Diagnostics of species of the Ectoedemia angulifasciella group
FIGURE 29 in Leaf-mining Nepticulidae (Lepidoptera) from record high altitudes: documenting an entire new fauna in the Andean páramo and puna
FIGURE 29. Morphology of male genitalia of high-Andean Stigmella, Nepticulidae.
FIGURE 13 in Description of immatures and the bionomy of the Oriental leaf beetle Chaeridiona thailandica Kimoto, 1998 (Coleoptera: Chrysomelidae: Cassidinae: Oncocephalini), a leaf-mining hispine beetle
FIGURE 13. Chaeridiona thailandica, dorsal side of mature larva, head removed.
FIGURE 14 in Description of immatures and the bionomy of the Oriental leaf beetle Chaeridiona thailandica Kimoto, 1998 (Coleoptera: Chrysomelidae: Cassidinae: Oncocephalini), a leaf-mining hispine beetle
FIGURE 14. Chaeridiona thailandica, ventral side of mature larva, head removed.
FIGURES 14–16 in The first description of the leaf-mining Nepticulidae (Lepidoptera) feeding on the South American plant genus Liabum, Asteraceae
FIGURES 14–16. Female genitalia of Stigmella serpentina sp. nov., paratype, slide no. AD704.
FIGURE 27 in Leaf-mining Nepticulidae (Lepidoptera) from record high altitudes: documenting an entire new fauna in the Andean páramo and puna
FIGURE 27. Distribution map of the high-Andean Nepticulidae with height records.
FIGURE 28 in Leaf-mining Nepticulidae (Lepidoptera) from record high altitudes: documenting an entire new fauna in the Andean páramo and puna
FIGURE 28. Details of adult morphology of high-Andean Stigmella, Nepticulidae.
FIGURE 35 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 35. Adults of the central Andean Nepticulidae.
FIGURE 34 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 34. Adults of central Andean Nepticulidae.
FIGURE 32 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 32. Adults of the central Andean Nepticulidae.
FIGURE 37 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 37. Diagnostics of the central Andean Stigmella.
FIGURES 19–28 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURES 19–28. Distribution of some central Andean Nepticulidae. 19–28, habitats, Bolivia.
FIGURE 36 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 36. Diagnostics of the central Andean Nepticulidae.
FIGURE 33 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 33. Adults of the central Andean Nepticulidae.
FIGURE 37 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 37. Diagnostics of the central Andean Stigmella.
FIGURE 36 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 36. Diagnostics of the central Andean Nepticulidae.
FIGURE 34 in Illustrated review of the leaf-mining Nepticulidae of the central Andes (Peru and Bolivia)
FIGURE 34. Adults of central Andean Nepticulidae.
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