Doubleday, Simon

2 files · 355 KB · docxdeclared

An academic biography of Alfonso X that sheds light on medieval monarchy, political culture, and the transmission of knowledge. It reinterprets his reign through an examination of his exercise of kingship, his role in the legal, scientific, and literary production of the royal court, and his contribution to the circulation of knowledge. The book also integrates the history of emotions into its analysis of royal authority, political culture, and the so-called Castilian cultural renaissance. ..... Biografía académica de Alfonso X que ilumina la historia de la monarquía medieval, la cultura política y la transmisión del conocimiento. Reinterpreta su reinado a partir de sus actuaciones de gobierno, su intervención en la producción jurídica, científica y literaria de la corte y su papel en la circulación del saber, integrando la historia de las emociones en el análisis de la autoridad regia, la cultura política y el denominado renacimiento cultural castellano.

Choupina Andrade Silva, Alex Joaquim

2 files · 125 KB · docx, xlsxdeclared

This dataset comprises a lithogeochemical database generated from an iron ore deposit located in the western portion of the state of Minas Gerais, Brazil. The region is well known for iron ore exploration because it hosts numerous small- to medium-sized high-grade iron ore bodies, representing an important metallogenic district within the Brazilian iron ore province. The database was developed to support lithological classification based on the integration of geological logging and whole-rock geochemistry. Lithological classification was established using macroscopic descriptions of drill core, visual assessment of primary structures and textures, and multi-element geochemical analyses obtained from 22 diamond drill holes (DDH). The deposit was classified into seven principal lithotypes: Ferruginous colluvium, Itabirite, High-grade itabirite, Amphibolite Ferruginous amphibolite, Granite and Gneiss A total of 646 drill core samples were analyzed for whole-rock geochemistry. Chemical analyses were performed by ALS Chemex (Lima, Peru) following standardized quality-controlled analytical procedures. Major and minor elements were determined using the ME-XRF21u analytical package, based on X-ray fluorescence (XRF) fusion spectroscopy, which is specifically optimized for iron-rich geological materials. The principal analytes include FeO, Al₂O₃, As, Ba, CaO, Cl, Co, Cr₂O₃, Cu, Fe, K₂O, MgO, Mn, Na₂O, Ni, P, Pb, S, SiO₂, Sn, Sr, TiO₂, V, Zn, and Zr. Analytical detection limits ranged from 0.001 to 0.01 wt.%, depending on the element. Loss on ignition (LOI; analytical code OA-GRA05x) was determined gravimetrically after furnace ignition at 1000°C. Ferrous iron (FeO) concentrations were measured by volumetric titration (analytical code Fe-VOL05) following acid digestion using a sulfuric acid-hydrofluoric acid (H₂SO₄-HF) mixture. The dataset was compiled to support research in lithological classification, machine learning, mineral exploration, applied geochemistry, and mineral resource characterization. It provides a high-quality benchmark for supervised classification methods, statistical analyses, and multivariate data exploration in iron ore systems.

Paul, J. Joyson · Durairaja, R. · Jayakumar, N. · et al.

1 files · 1.1 MB · pngdeclared

FIGURE 1. Iniistius naevus (TNJFU/TH/FF/21, 142 mm SL) from southeastern India (A) lateral view; (B) radiograph. Scale: 10 mm.

Bollino, Maurizio · Zhang, Yikai

1 files · 6.7 MB · pngdeclared

FIGURE 3. A: Habitat and Citrus host plant of Rhinoscapha degei; B: Specimen of Rhinoscapha degei on twig of its hostplant, in natural position.

Bollino, Maurizio · Zhang, Yikai

1 files · 1.9 MB · pngdeclared

FIGURE 2. A: Rhinoscapha degei, holotype, aedeagus in dorsal view; B: ditto in lateral view; C: sternite IX in ventral view; D: everted endophallus in lateral view; E: everted endophallus of Rh. lagopyga in lateral view.

Bollino, Maurizio · Zhang, Yikai

1 files · 4.8 MB · pngdeclared

FIGURE 1. A: Rhinoscapha degei, holotype, male, dorsal habitus; B: idem, lateral; C: idem, ventral; D: Rhinoscapha degei, paratype, female, dorsal habitus; E: idem, lateral; F: idem, ventral.

Moravec, Jiří · Trýzna, Miloš

1 files · 15 MB · pngdeclared

FIGURES 140–141. Biotope of Pogonostoma (Microstenocera) globulithorax Jeannel, 1946. 140—part of dry deciduous forest passing to gallery forest near Lake Ravelobe in Ankarafantsika National Park; 141—detail of the coarse bark of the large tree the adults of this species dwelled.

Moravec, Jiří · Trýzna, Miloš

1 files · 16 MB · pngdeclared

FIGURES 138–139. Biotopes. 138—biotope of Pogonostoma (Microstenocera) paraglobulithorax sp. nov. in humid Sambirano forest of Lokobe National Park, island of Nosy Be (type locality); 139—biotope of P. (M.) fleutiauxi W. Horn, 1905, evergreen humid forest of Montagne d'Ambre National Park (area of type locality).

Moravec, Jiří · Trýzna, Miloš

1 files · 3.8 MB · pngdeclared

FIGURE 137. Map of Madagascar showing distribution of the three species treated here (marks only approximately). Modified from the map by Moat & Smith (2007), Kew publishing, Royal Botanic Gardens, Kew. Please note that some of the other protected areas in the map are now out of date.

Moravec, Jiří · Trýzna, Miloš

1 files · 12 MB · pngdeclared

FIGURES 135–136. Maps of distribution of Pogonostoma (Microstenocera) globulithorax Jeannel, 1946. 135—map of Ankirihitra and Ankarafantsika National Park area in western Madagascar; 136—detail of the locality of recently collected adult specimens near Lake Ravelobe in Ankarafantsika National Park. Adopted and modified from © Google map 2026.

Moravec, Jiří · Trýzna, Miloš

1 files · 6.3 MB · pngdeclared

FIGURES 133–134. Maps of distribution. 133—distribution of Pogonostoma (Microstenocera) fleutiauxi W. Horn, 1905 and northern distribution of P. (M.) paraglobulithorax sp. nov. Adopted and modified from https://www.madacamp.com/ Marotaolana; 134—distribution of P. (M.) paraglobulithorax sp. nov. in Sambirano. Adopted and modified from © Google map 2026.

Moravec, Jiří · Trýzna, Miloš

1 files · 4.7 MB · pngdeclared

FIGURES 122–132. Pogonostoma (Microstenocera) paraglobulithorax sp. nov., male aedeagus. 122—Nosy Be, ♂, Lokobe, HT (NMPC, temporarily CJVB); 123—Nosy Be, Lokobe, PT (CCJM); 124—Nosy Be, Lokobe, PT [faded specimen] (CCJM); 125—Ambobako near Ambanja, PT (CCJM); 126—Marovato, PT (CCJM); 127—ibid., PT (JWCM); 128—Marotaolana, PT (CJVB); 129—ditto, dorsal view; 130—Ankarana massif, PT (CCJM); 131—Ambodidimaka near Ambanja, PT (JWCM); 132—Mt. d'Ambre, Ambohitra [mislabelled?], PT (JWCM). Scale = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 6.4 MB · pngdeclared

FIGURES 116–121. Pogonostoma (Microstenocera) paraglobulithorax sp. nov. 116–117—elytron: 116—♀, Nosy Be, Lokobe, PT (JWCM); 117—♀, Manongarivo, PT (CCJM); 118–121—elytral apices: 118—♂, Nosy Be, Lokobe, HT (NMPC, temporarily CJVB); 119—♂, Marotaolana, PT (CJVB); 120—♀, Nosy Be, Lokobe, AT (CCJM); 121—♀, Marovato, PT (CCJM). Scales = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 6.3 MB · pngdeclared

FIGURES 112–115. Pogonostoma (Microstenocera) paraglobulithorax sp. nov., elytron. 112—♂, Nosy Be, Lokobe, HT (NMPC, temporarily CJVB); 113—♂, Nosy Be, Lokobe, PT (CJVB); 114—♂, Ankarana massif, PT (CCJM); 115—♂, Ambobako near Ambanja, PT (CCJM). Scale = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 8.9 MB · pngdeclared

FIGURES 102–111. Pogonostoma (Microstenocera) paraglobulithorax sp. nov., pronotum. 102—Nosy Be, Lokobe, HT (NMPC, temporarily CJVB); 103–104—♂, ibid., PT (CJVB); 105—♂, Ambobako near Ambanja, PT (CCJM); 106—♂, Marotaolana, PT (CJVB); 107—♂, Ankarana massif, PT (CCJM); 108—♂, Manongarivo, PT (CCJM); 109—♂, Mt. d'Ambre, Ambohitra, PT (CCJM); 110—♀, Nosy Be, Lokobe, AT (CCJM); 111—♀, Marovato, PT (CCJM). Scale = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 5.3 MB · pngdeclared

FIGURES 90–101. Pogonostoma (Microstenocera) paraglobulithorax sp. nov. 90–99—labrum: 90—♂, Nosy Be, Lokobe, HT (NMPC, temporarily CJVB); 91—♂, Manongarivo, PT (CCJM); 92—♀, Nosy Be, Lokobe, AT (CCJM); 93—♂, Ankarana, PT (CCJM); 94—♀, Nosy Be, Lokobe, PT (JWCM); 95—♀, Marovato, PT (CCJM); 96—♂, Nosy Be, Lokobe, PT (CJVB); 97—♀, Nosy Be, Lokobe, PT (JWCM); 98—♂, Ambobako near Ambanja, PT (CCJM); 99—♀, Manongarivo, PT (CCJM); 100–101—lacinia with galea: 100—♂, Ambobako near Ambanja, PT (CCJM); 101—♀, Manongarivo, PT (CCJM). Scales = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 4.0 MB · pngdeclared

FIGURES 84–89. Pogonostoma (Microstenocera) paraglobulithorax sp. nov. 84—habitus, ♂, Ambobako near Ambanja, PT (CCJM); 85—head, Nosy Be, Lokobe, PT (CJVB); 86—89—mandibles: 86—♂, Nosy Be, Lokobe, HT (NMPC, temporarily CJVB); 87—♂, Marotaolana, PT (CJVB); 88—♀, Manongarivo, PT (CCJM); 89—♀, Marovato, PT (CCJM). Scales = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 4.7 MB · pngdeclared

FIGURES 80–83. Pogonostoma (Microstenocera) paraglobulithorax sp. nov. 80–82—habitus: 80—♂, Nosy Be, Lokobe, HT (NMPC, temporarily CJVB); 81—♀, Nosy Be, Lokobe, AT (CCJM); 82—♀, Marovato, PT (CCJM); 83—labels of HT. Scale = 1 mm.

Moravec, Jiří · Trýzna, Miloš

1 files · 7.3 MB · pngdeclared

FIGURES 74–79. Pogonostoma (Microstenocera) globulithorax Jeannel, 1946. 74–76—elytron: 74—♂, Ankirihitra (SDEI); 75—♂, Ankarafantsika N. P. (CJVB); 76—♀, ibid. (CJVB); 77–79—elytral apices: 77—♂, Ankarafantsika N. P. (CJVB); 78—♂, Ankirihitra, HT (MNHN); 79—♀, Ankarafantsika N. P. (CJVB). Scales = 1 mm.