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32 results for “Mountains of Southwest China”
FIGURE 1 in A new species of the genus Diaphanes Motschulsky (Coleoptera: Lampyridae) from Gaoligong Mountains of Yunnan, Southwest China
FIGURE 1. (Figs.1–8): 1. Habitus of holotype of Diaphanes pectinealis Li & Liang, new species, dorsal view; 2. live specimen of male of D. pectinealis; 3. Male of D. pectinealis glowing at rest; Fig. 4. Diaphanes nubilus from Nangkang, Gaoligong Mountains; Fig. 5. Diaphanes lampyroides from Xishuangbanna of South Yunnan; 6. Habitus of allotype of D. pectinealis, dorsal view; 7. Male abdomen and photic organs on each of ventrites 5–6; 8. Female abdomen and its photic organs on ventrites+plurites 5–6.(Scale lines = 10mm in fig.1and 6; scale lines = 1mm in Figs. 7, 8)
Gauge data repository for "Comprehensive evaluation and comparison of ten precipitation products in terms of accuracy and stability over a typical mountain basin, Southwest China"
<h4>1. Title: </h4> <p>Gauge data repository for "Comprehensive evaluation and comparison of ten precipitation products in terms of accuracy and stability over a typical mountain basin, Southwest China".</p> <h4>2. Corresponding author: </h4> <p>Xingbi Lei (leixingbi@st.gxu.edu.cn, leixingbi@foxmail.com).</p> <h4>3. Institution: </h4> <p>Key Laboratory of Disaster Prevention and Structural Safety of the Ministry of Education, Nanning 530000, China;</p> <p>College of Architecture and Civil Engineering, Guangxi University, Nanning 530000, China; </p> <p>Guangxi Provincial Engineering Research Center of Water Security and Intelligent Control for Karst Region, Guangxi University, Nanning 530000, China; </p> <p>Guangxi Key Laboratory of Disaster Prevention and Engineering Safety, Guangxi University, Nanning 530000, China; </p> <p>State Key Laboratory of Hydrology-Water Resources and Hydraulic Engineering, Nanjing Hydraulic Research Institute, Nanjing 200029, China; </p> <p>Guangxi Water & Power Design Institute Co., Ltd., Nanning 530023, China. </p> <h4>4. Description:</h4> <p>This repository contains gauge data for the research article "Comprehensive evaluation and comparison of ten precipitation products in terms of accuracy and stability over a typical mountain basin, Southwest China", which is currently under review for the journal "Atmospheric Research".</p> <p>The gauge data used in this study is the daily measurements (2003/01/01-2018/12/31) of 12 stations in the Chengbi River Basin (Southwest China). The data source was the Chengbi River Reservoir Bureau. The data has been quality controlled by the Bureau in accordance with "MWR, PRC,2015. Specification for precipitation observations: SL 21-2015". Please see the journal article for more detailed information.</p> <h4>5. Citation:</h4> <p>When using this dataset, please cite "Mo, C. et al., 2024. Comprehensive evaluation and comparison of ten precipitation products in terms of accuracy and stability over a typical mountain basin, Southwest China. Atmospheric Research, 297: 107116.10.1016/j.atmosres.2023.107116". </p> <p> </p>
FIGURE 2. Incarvillea uniflora. A in Incarvillea uniflora (Bignoniaceae), a new species from Hengduan Mountains, southwest China
FIGURE 2. Incarvillea uniflora. A. Plants; B. habitat; C. flower, front view; D. flower anatomy; E. capsules.
FIGURE 1. Incarvillea uniflora. A in Incarvillea uniflora (Bignoniaceae), a new species from Hengduan Mountains, southwest China
FIGURE 1. Incarvillea uniflora. A. plant; B. flower anatomy; C. style and anthers; D. capsule; E. seed. Drawn by A. K. Tang based on the holotype of I. uniflora.
FIGURE 4 in Incarvillea uniflora (Bignoniaceae), a new species from Hengduan Mountains, southwest China
FIGURE 4. Comparison of specimens of Incarvillea uniflora and similar species. A-B I. uniflora A. Holotype of I. uniflora; B. Paratype of I. uniflora; C. Isotype of I. himalayensis; D. Holotype of I. mairei.
FIGURE 3 in Incarvillea uniflora (Bignoniaceae), a new species from Hengduan Mountains, southwest China
FIGURE 3. Microstructure of Incarvillea uniflora. A. style and anthers; B. enlarged anther showing glandular hairs; C. seed.
FIGURE 4 in Extended Descriptions and Revised Diagnoses of Three Recently Described, Little-Known Mountain Dragons (Reptilia: Agamidae: Diploderma) from the Yalong River Valley in Southwest China
FIGURE 4. Habitat destruction at the type locality of D. panchi, showing the site before destruction in 2021 (A) and after destruction in 2023 (B). Photos by Wenjie Dong.
FIGURE 3 in Extended Descriptions and Revised Diagnoses of Three Recently Described, Little-Known Mountain Dragons (Reptilia: Agamidae: Diploderma) from the Yalong River Valley in Southwest China
FIGURE 3. Comparisons of the gular coloration of males (1) and females (2) among D. bowoense (A; A1-a, KIZ 50996; A2, KIZ 50993), D. kangdingense (B), D. xinlongense (C), D. panchi (D; D1, KIZ 038776) and D. panlong (E; E2, KIZ 039795) in life. Variations of gular coloration in D. bowoense and D. kangdingense are shown (a: high saturation, b: low saturation). B1-b, B2, C1, C2 taken from Cai et al. (2022b); Other photos by Wenjie Dong and Ling Li.
FIGURE 1 in Extended Descriptions and Revised Diagnoses of Three Recently Described, Little-Known Mountain Dragons (Reptilia: Agamidae: Diploderma) from the Yalong River Valley in Southwest China
FIGURE 1. Phylogenetic relationships among members of the genus Diploderma inferred using mitochondrial ND2 gene (1032 bp). Three types of nodal supports (Bayesian posterior probability / SH-aLRT test / ultrafast bootstrap) are mapped onto the topology from Bayesian Inference analyses, where "–" indicate low support. Supports of nodes with all three support values below the threshold values (0.95, 80, 95 for Bayesian posterior probability, SH-aLRT test, and ultrafast bootstrap, respectively) are not displayed on the tree. Terminal nodes that unify each recognized species are all strongly supported. GenBank accession numbers of newly collected specimens are shown in bold. Photos by Wenjie Dong, Ling Li, and Kai Wang.
FIGURE 2 in Extended Descriptions and Revised Diagnoses of Three Recently Described, Little-Known Mountain Dragons (Reptilia: Agamidae: Diploderma) from the Yalong River Valley in Southwest China
FIGURE 2. Live male of D. panchi (A; KIZ 038777) and female of D. panlong (B; KIZ 039796) from the vicinity of the type localities of each species. Photos by Wenjie Dong.
FIGURES 35–48 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 35–48. Halamphora elongata, LM. Valve views showing size diminution series. Scale bars = 10 μm for all figures.
FIGURES 20–34 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 20–34. Halamphora hezhangii, sp. nov. 20–27. LM. Valve views showing size diminution series. Figure 24 is of the holotype. Scale bars = 10 μm for all LM figures. 28–34. SEM. 28, 30–32. External views. 28. Entire valve showing shape of the valve. 30. Show of dash–like areolae composed of biseriate, which distinctly in several rows of axial areolae near the raphe ledge. 31. View of central area with curved proximal raphe. 32. View of curved distal raphe end. 29, 33, 34. Internal views. 29. Entire valve view. 33. Central area with a narrow central helictoglossae. 34. View of valve end, with curved distal raphe ends and helictoglossa. Scale bars show in each SEM figure.
FIGURES 17–19 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 17–19. Halamphora subfontinalis, sp. nov. SEM. 17. External view of the frustule. 18. View of central area with numerous girdle bands. 19. View of frustule end, each girdle band with two rows of round poroids. Scale bars show in each SEM figure.
FIGURES 55–65. Halamphora submontana. 55–59 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 55–65. Halamphora submontana. 55–59. LM. Valve views showing size diminution series. Scale bars = 10 μm for all LM figures. 60–65. SEM. 60, 62, 64. External views. 60. Entire valve showing shape of the valve. 62. View of curved proximal raphe and biseriate dorsal striae beneath the raphe ledge. 64. View of curved distal raphe end. 61, 63, 65. Internal views. 61. Entire valve view. 63. Central area with a narrow central helictoglossae. 65. View of valve end, with curved distal raphe ends and helictoglossa. Scale bars shown in each SEM figure.
FIGURES 1–16 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 1–16. Halamphora subfontinalis, sp. nov. 1–9. LM. Valve views showing size diminution series. Figure 1 is of the holotype. Scale bars = 10 μm for all LM figures. 10–16. SEM. 10, 12, 13, 15, external views. 10. Entire valve showing shape of the valve. 12, 13. View of central area with curved proximal raphe, as well as raphe ledge (see arrows). 15. View of valve end with curved raphe end. 11, 14, 16, internal views. 11. Entire valve view. 14. Central area with evident thickened central virgae. 16. View of valve end, with helictoglossa. Scale bars show in each SEM figure.
FIGURES 78–90. 78–81 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 78–90. 78–81. Halamphora tenella. LM. 82. Halamphora dusenii. LM. 83–86. Halamphora sp. 1. LM. 87–89. Halamphora sp. 2. LM. 90. Halamphora sp. 3. Scale bars = 10 μm for all LM figures.
FIGURES 49–54. H. elongata. SEM. 49, 51, 53. External views. 49 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 49–54. H. elongata. SEM. 49, 51, 53. External views. 49. Entire valve showing shape of the valve. 51. View of central area with proximal raphe ends curved towards the dorsal margin. 53. View of valve end with curved raphe end. 50, 52, 54. Internal views. 50. Entire valve view. 52. Central area with evident thickened virgae. 54. View of valve end, with prominent helictoglossa. Scale bars shown in each figure.
FIGURES 66–77. Halamphora montana. 66–70 in Taxonomic studies of the diatom genus Halamphora (Bacillariophyceae) from the mountainous regions of southwest China, including the description of two new species
FIGURES 66–77. Halamphora montana. 66–70. LM. Valve views showing size diminution series. Scale bars = 10 μm for all LM figures. 71–77. SEM. 71, 73, 74, 76. External views. 71, 74. Entire valve showing shape of the valve. 73. View of curved distal raphe end. 76. View of proximal raphe and larger areolae beneath the raphe ledge lie in a shallow depression. 72, 75, 77. Internal views. 72. Entire valve view. 75. View of valve end, with curved distal raphe ends and helictoglossa. 77. Central area with evident interrupted dorsal striae. Scale bars shown in each SEM figure.
FIGURE 1. Lathrobium yulongense. A in A new species of Lathrobium Gravenhorst (Coleoptera: Staphylinidae: Paederinae) from Yulongxueshan Mountain, Southwest China
FIGURE 1. Lathrobium yulongense. A—habitus; B—male sternite VII; C—male sternite VIII; D—male sternite IX; E—aedeagus in lateral view; F—aedeagus in ventral view. Scale bars: A: 1.0 mm, B–F: 0.5 mm.
Small mammal species richness and turnover along elevational gradient in Yulong Mountain, Yunnan, Southwest China
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