Find research datasets worth reusing

Fig. 16.10 in Chapter 16: A Revised Dental Nomenclature for Fossil Horses

Fig. 16.10. Six types of plicae of an upper cheek tooth, demonstrated on an upper premolar of Cormohipparion. The solid arrow points toward the cheek; the hollow arrow points forward toward the symphysis. After a drawing in the archives of the Frick Laboratory.

Fig. 16.8 in Chapter 16: A Revised Dental Nomenclature for Fossil Horses

Fig. 16.8. Special structures on the labial side of a lower cheek tooth, demonstrated on a deciduous premolar of Pseudhipparion. The solid arrow points toward the cheek; the hollow arrow points forward toward the symphysis.

Fig. 14.2 in Chapter 14: The Basicranial and Posterior Cranial Anatomy of the Families of the Toxodontia

Fig. 14.2. Ancylocoelus frequens (FMNH P14715). Lateral view of right ectotympanicsquamosal fragment. Dorsal toward top of page; rostral to right. Abbreviations: cm, crista meatus; eam, external auditory meatus; rp, retroarticular process; rtp, retrotympanic process; sf, suprameatal foramen; smf, stylomastoid foramen.

Fig. 16.2 in Chapter 16: A Revised Dental Nomenclature for Fossil Horses

Fig. 16.2. The five main cusps of a lower cheek tooth, demonstrated on a molar of Miohippus. The metastylid is also labeled. The solid arrow points toward the cheek; the hollow arrow points forward toward the symphysis. After Osborn (1918).

Fig. 16.6 in Chapter 16: A Revised Dental Nomenclature for Fossil Horses

Fig. 16.6. The four lophids and four flexids of a lower cheek tooth, demonstrated on a molar of Cormohipparion. The solid arrow points toward the cheek; the hollow arrow points forward toward the symphysis.

Fig. 16.9 in Chapter 16: A Revised Dental Nomenclature for Fossil Horses

Fig. 16.9. Special structures on the lingual side of a lower cheek tooth, demonstrated on a premolar of Neohipparion. The metacristid is a crest connecting a wellseparated metaconid and metastylid. A pli caballinid is also labeled. The solid arrow points toward the cheek; the hollow arrow points forward toward the symphysis. After a drawing in the archives of the Frick Laboratory.

Fig. 16.3 in Chapter 16: A Revised Dental Nomenclature for Fossil Horses

Fig. 16.3. The five styles and three conules of an upper cheek tooth, demonstrated on a molar of Parahippus. The hypoconal groove is also labeled. The solid arrow points toward the cheek; the hollow arrow points forward toward the symphysis. After Osborn (1918).

Fig. 14.1 in Chapter 14: The Basicranial and Posterior Cranial Anatomy of the Families of the Toxodontia

Fig. 14.1. Periphragnis sp. (MLP 68 III24 286). Basicranial view. Rostral toward top of page. Abbreviations: atg, groove for the auditory tube; b, bulla; cm, crista meatus; hf, hypoglossal foramen; hr, hyoid recess; ji, jugular incisure; jp, jugular process; lf, lacerate foramen; m, mandibular fossa; pt, pterygoid hamulus; rc, retroarticular canal; rp, retroarticular process; s, sphenoid; scf, scaphoid fossa; smf, stylomastoid foramen; spf, sphenotympanic fissure.

Fig. 15.4. A, F in Chapter 15: Moropus merriami in the Early Barstovian Lower Snake Creek Fauna of Nebraska, with Comments on Biogeography of North American Chalicotheres

Fig. 15.4. A, F:AM 54178, proximal end of Mc IV in radial view, showing facet for Mc III. B, F:AM 54172, Mt IV, tibial view. Both specimens from Echo Quarry, Olcott Formation, Sioux County, Nebraska. Scale bar = 4 cm.

Fig. 15.7 in Chapter 15: Moropus merriami in the Early Barstovian Lower Snake Creek Fauna of Nebraska, with Comments on Biogeography of North American Chalicotheres

Fig. 15.7. Correlation chart showing relative ages of chalicothere fossil occurrences mentioned in the text. For more complete listings of occurrences (such as possible late Hemingfordian single occurrences of Tylocephalonyx in Utah and northcentral Colorado) and discussions of localities see Coombs (1978, 1979, 1998) and Skinner (1968). The possible arrival in North America of Moropus in the late early Arikareean follows Coombs (1978, 1998) and Tedford et al (1987). Dating of deposits yielding chalicotheres follows Tedford et al (MS), Albright (1999), Prothero et al (2001), and Janis et al. (1998). Tyloceph. = Tylocephalonyx.

Fig. 15.3. A–C in Chapter 15: Moropus merriami in the Early Barstovian Lower Snake Creek Fauna of Nebraska, with Comments on Biogeography of North American Chalicotheres

Fig. 15.3. A–C, fused proximal and middle phalanges (duplex bones) of the pes in dorsal view; D– E, radioplantar views of scaphoid bones. A, UCMP 136623; B, F:AM 54179; C, F:AM 54169; D, UCMP 41031; E, F:AM 140018. A and D from Virgin Valley local fauna, Humboldt County, Nevada; B, C and E from Echo Quarry, Olcott Formation, Sioux County, Nebraska. Abbreviations: Tm = trapezium facet; Td = part of trapezoid facet on distal process. Scale bar = 4 cm.

M. Kelly PhD thesis; Chapter 2 - Supplemental Table S1

Supplemental Table for my PhD thesis (Chapter 2). Supplemental Table S1 contains the sample data for all specimens used in this study.

M. Kelly PhD thesis; Chapter 3 - Supplemental Table S1

Supplemental Table for my PhD thesis (Chapter 3). Supplemental Table S1 contains all collection and processing data for the specimens used in this study.

M. Kelly PhD thesis; Chapter 2 - Supplemental Table S2

Supplemental Table for my PhD thesis (Chapter 2). Supplemental Table S2 contains the biometric data for all specimens used in this study.

opencc-by-4.0Aug 2022View details →

Chapter 9. Supplementary Material. The global distribution of Acacia

This repository contains the supplementary material for the Chapter, namely the Box 9.S1, Tables 9.S1/S2, Figure 9.S1 (gathered in the PDF Botella et al_chap9_SUPPLEMENTARY_MATERIAL.pdf) and the database S9.S1. The latter is composed of the 105 data sources and their trust levels (Data_sources.xlsx), the table of Acacia introduction events (intro_table_revis.csv), the table of naturalization events (nat_table_revis.csv), the table of all occurrences including those in Australia (occ_table.csv, indicating geolocation and time of observation when available) and the table of countries with associated sampling effort and country codes (sampling_eff_country.csv).

Decentralised Governance: Crafting effective democracies around the world - Chapter 10 Supplementary Material

Supplementary Material for: Chachu, Daniel; Danquah, Michael and Gisselquist, Rachel M.(2023) ‘‘Data availability and performance assessment: subnational governance in Ghana", in: Faguet, Jean-Paul and Pal, Sarmistha (eds) Decentralised Governance: Crafting effective democracies around the world, London: LSE Press BLURB: For developing countries, decentralising power from central government to local authorities holds the promise of deepening democracy, empowering citizens, improving public services and boosting economic growth. Decentralised Governance brings together a new generation of political economy studies that explore these issues analytically, blending theoretical insights with empirical innovation.