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151 results for “Qinling”
Figure 2 in Phylogeography of Gyrodactylus konovalovi (Monogenoidea: Gyrodactylidae) in the Qinling Mountains in Central China
Figure 2. Bayesian inference tree of haplotypes based on cox1 sequences of G. konovalovi. The numbers above nodes are Bayesian posterior probabilities, maximum likelihood (ML) and maximum parsimony (MP) bootstrap values, respectively (those above 50% are shown). The three lineages are differentiated by different colors (red, Lineage A; blue, Lineage B; green, Lineage C). Estimated divergent dates in Mya are given in numbers down nodes with underline.
Fig. 2 in A geometric morphometric study of the wing shapes of Pieris rapae (Lepidoptera: Pieridae) from the Qinling Mountains and adjacent regions: An environmental and distance-based consideration
Fig. 2. Distribution of landmarks on P. rapae forewing and hind wing.
Data from: TAS2R20 variants confer dietary adaptation to high-quercitrin bamboo leaves in Qinling giant pandas
Open the record for dataset details and reuse information.
FIGURES 63–67 in Nine new species of genus Homoneura from Qinling mountains in China (Diptera: Lauxaniidae)
FIGURES 63–67. Homoneura (Homoneura) miaoae sp. nov. Paratype male genitalia. 63. syntergosternite and epandrial complex, lateral view; 64. epandrial complex, posterior view; 65. syntergosternite, anterior view; 66. phallus complex, ventral view; 67. phallus complex, lateral view. Scale bar=0.1 mm.
FIGURES 79–86 in Nine new species of genus Homoneura from Qinling mountains in China (Diptera: Lauxaniidae)
FIGURES 79–86. Homoneura (Homoneura) similicurvata sp. nov. Paratype male. 79. habitus, lateral view; 80–81. head, anterior and lateral view; 82. thorax, dorsal view; 83–84. abdomen, dorsal and lateral view; 85 abdominal terigtes 6–9, lateral view; 86. wing.
FIGURES 74–78 in Nine new species of genus Homoneura from Qinling mountains in China (Diptera: Lauxaniidae)
FIGURES 74–78. Homoneura (Homoneura) platimarginata sp. nov. Holotype male genitalia. 74. syntergosternite and epandrial complex, lateral view; 75. epandrial complex, posterior view; 76. syntergosternite, anterior view; 77. phallus complex, ventral view; 78. phallus complex, lateral view. Scale bar=0.1 mm.
FIGURES 24–29 in Nine new species of genus Homoneura from Qinling mountains in China (Diptera: Lauxaniidae)
FIGURES 24–29. Homoneura (Homoneura) dagupingensis sp. nov. Paratype male. 24. habitus, lateral view; 25–26. head, anterior and lateral view; 27. thorax, dorsal view; 28. abdomen, lateral view; 29. wing.
FIGURES 35–40 in Nine new species of genus Homoneura from Qinling mountains in China (Diptera: Lauxaniidae)
FIGURES 35–40. Homoneura (Homoneura) longiacutata sp. nov. Paratype male. 35. habitus, lateral view; 36–37. head, anterior and lateral view; 38. thorax, dorsal view; 39. abdomen, lateral view; 40. wing.
FIGURES 68–73 in Nine new species of genus Homoneura from Qinling mountains in China (Diptera: Lauxaniidae)
FIGURES 68–73. Homoneura (Homoneura) platimarginata sp. nov. Holotype male. 68. habitus, lateral view; 69–70. head, anterior and lateral view; 71. thorax, dorsal view; 72. abdominal tergites 6–9, lateral view; 73. wing.
Data from: Walking in a heterogeneous landscape: dispersal, gene-flow and conservation implications for the giant panda in the Qinling Mountains
Understanding the interaction between life history, demography and population genetics in threatened species is critical for the conservations of viable populations. In the context of habitat loss and fragmentation, identifying the factors that underpin the structuring of genetic variation within populations can allow conservationists to evaluate habitat quality and connectivity and help to design dispersal corridors effectively. In this study, we carried out a detailed, fine-scale landscape genetic investigation of a giant panda population for the first time, using a large microsatellite data set and examined the role of isolation-by-barriers (IBB), isolation-by-distance (IBD) and isolation-by-resistance (IBR) in shaping the genetic variation pattern of giant pandas in the Qinling Mountains. We found that the Qinling population comprises one continuous genetic cluster, and among the landscape hypotheses tested, gene flow was found to be correlated with resistance gradients for two topographic factors, rather than geographical distance or barriers. Gene-flow was inferred to be facilitated by easterly slope aspect and to be constrained by land surface with high topographic complexity. These factors are related to benign micro-climatic conditions for both the pandas and the food resources they rely on and more accessible topographic conditions for movement, respectively. We identified optimal corridors based on these results, aiming to promote gene flow between human-induced habitat fragments. These findings provide insight into the permeability and affinities of the giant panda habitat and offer important reference for the conservation of the giant panda and its habitat.
Data from: Atmospheric deposition exposes Qinling pandas to toxic pollutants
The giant panda (Ailuropoda melanoleuca) is one of the most endangered animals in the world, and it is recognized worldwide as a symbol for conservation. A previous study showed that wild and captive pandas, especially those of the Qinling subspecies, were exposed to toxicants in their diet of bamboo; the ultimate origin of these toxicants is unknown. Here we show that atmospheric deposition is the most likely origin of heavy metals and persistent organic pollutants (POPs) in the diets of captive and wild Qinling pandas. Average atmospheric deposition was 199, 115 and 49 g∙m−2∙yr−1 in the center of Xi'an city, at China's Shaanxi Wild Animal Research Center (SWARC), and at Foping National Nature Reserve (FNNR), respectively. Atmospheric deposition of heavy metals (As, Cd, Cr, Pb, Hg, Co, Cu, Zn, Mn and Ni) and POPs was highest at Xi'an city, intermediate at SWARC, and lowest at FNNR. Soil concentrations of the aforementioned heavy metals other than As and Zn also were significantly higher at SWARC than at FNNR. Efforts to conserve Qinling pandas may be compromised by air pollution attendant to China's economic development. Improvement of air quality and reductions of toxic emissions are urgently required to protect China's iconic species.
FIGURE 1 in A new genus and three new species of Phyllocoptini (Acari: Eriophyidae: Phyllocoptinae) from the Qinling Mountains, Shaanxi Province, northwestern China
FIGURE 1. Calvittacus regiae sp. nov. A, dorsal view of female; B, female coxae and genitalia; C, legs and; D, lateral microtubercles; E, empodium; F, male genitalia.
FIGURE 3 in A new genus and three new species of Phyllocoptini (Acari: Eriophyidae: Phyllocoptinae) from the Qinling Mountains, Shaanxi Province, northwestern China
FIGURE 3. Calepitrimerus fopingi sp. nov. A, dorsal view of female; B, female coxae and genitalia; C, legs and; D, lateral microtubercles; E, empodium.
FIGURE 2 in A new genus and three new species of Phyllocoptini (Acari: Eriophyidae: Phyllocoptinae) from the Qinling Mountains, Shaanxi Province, northwestern China
FIGURE 2. Calepitrimerus dendrobenthamiae sp. nov. A, dorsal view of female; B, female coxae and genitalia; C, legs and; D, lateral microtubercles; E, empodium; F, male genitalia.
FIGURES 4–7 in A new species of Vittacus Keifer (Acari: Eriophyidae: Phyllocoptinae) from Qinling Area, Shaanxi Province, China
FIGURES 4–7. Vittacus humuli sp. nov. 4. lateral view of female; 5. coxae and male genitalia; 6. tarsal empodium; 7. lateral microtubercles.
FIGURES 1–3 in A new species of Vittacus Keifer (Acari: Eriophyidae: Phyllocoptinae) from Qinling Area, Shaanxi Province, China
FIGURES 1–3. Vittacus humuli sp. nov. 1. dorsal view of female; 2. coxae and female genitalia; 3. legs I, II of female.
FIGURES 9–10 in Haploperla choui sp. n. (Plecoptera: Chloroperlidae), a remarkable new stonefly from Qinling Mountains of China
FIGURES 9–10. Haploperla choui sp. nov. (male) 9. Aedeagus, ventral view. 10. Aedeagal stylus, ventral view.
FIGURES 1–6 in Haploperla choui sp. n. (Plecoptera: Chloroperlidae), a remarkable new stonefly from Qinling Mountains of China
FIGURES 1–6. Haploperla choui sp. nov. 1. Adult male habitus, dorsal view. 2. Adult female habitus, dorsal view. 3. Head and pronotum of male, dorsal view. 4. Head and pronotum of female, dorsal view. 5. Male terminalia, dorsal view. 6. Male terminalia, lateral view.
FIGURE 3 in Review of the cicada genus Platylomia Stål (Hemiptera, Cicadidae) from China, with description and bioacoustics of a new species from Mts. Qinling
FIGURE 3. Spectra (1st row, A) and spectrogram (2nd row, B) of the calling song of Platylomia shaanxiensis sp. n. to show the structure of the song and the frequency modulation.
FIGURE 2 in Review of the cicada genus Platylomia Stål (Hemiptera, Cicadidae) from China, with description and bioacoustics of a new species from Mts. Qinling
FIGURE 2. Oscillograms of the calling song of Platylomia shaanxiensis sp. n. A. 8 seconds from the complete call, illustrating 7 analyzed recordings phrases; B. part enlarged in LE of section A; C. part enlarged in SE of section A; D. 0.04 seconds from section B, illustrating 5 amplitude bursts; E. 0.04 seconds from section C, illustrating continuous amplitude bursts.
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
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