Article published In:
Information Visualization
Edited by Isabel Meirelles, Marian Dörk and Yanni Loukissas
[Information Design Journal 27:1] 2022
► pp. 3551
Ayuntamiento de Huejotzingo 2021–2024
n.d.). Retrieved May 22, 2022, from [URL]
Brinton, W. C.
(1914) Graphic Methods for Presenting Facts. The Engineering Magazine Company.Google Scholar
Brito, B.
(2006) Códice Guillermo Tovar de Huejotzingo: análisis glífico, paleografía y traducción [Dissertation, PhD]. Universidad Nacional Autónoma de México.
Burke, C., Kindel, E., & Walker, S.
(Eds.) (2013) Isotype: Design and Contexts, 1925–1971. Hyphen Press.Google Scholar
Funkhouser, H. G.
(1938) Review of Historical Development of the Graphical Representation of Statistical Data.Google Scholar
Garone Gravier, M.
(2012) Fuentes para el estudio de la tipografía, la imprenta y el libro antiguo mexicano (1539–1821). Pecia Complutense, 9 (17), 59–84.Google Scholar
Haskell, A. C.
(1919) How to Make and Use Graphic Charts. Codex Book Publisher.Google Scholar
Ifrah, G.
(1998) The Universal History of Numbers 1: The World’s First Number Systems (D. Bellos & E. F. Harding, Trans.). The Harvill Press Ltd.Google Scholar
Karsten, K. G.
(1923) Charts and Graphs: An Introduction to Graphic Methods in the Control and Analysis of Statistics. Prentice-Hall, Inc.Google Scholar
Kinross, R.
(1979) Otto Neurath’s Contribution to Visual Communication (1925–45): The History, Graphic Language and Theory of Isotype [MPhil Thesis]. University of Reading.
Modley, R.
(1937) How to Use Pictorial Statistics (2nd ed.). Harper and Brothers.Google Scholar
Modley, R., & (assisted by) Myres, W. R.
(1976) Handbook of Pictorial Symbols: 3,250 Examples from International Sources. Dover Publications, Inc.Google Scholar
Mulhall, M. G.
(1886) Mulhall’s Dictionary of Statistics (2nd ed.). George Routledge and Sons.Google Scholar
Navarro, M. del M.
(2022) Pictographic Numeracy: An Analysis of the XVI-Century School of Huejotzingo Codices Through the Theoretical Principles of the International System of Typographic Education (ISOTYPE). [Unpublished dissertation]. University of Arizona.
Neurath, M., & Kinross, R.
(2009) The Transformer: Principles of Making Isotype Charts. Hyphen Press.Google Scholar
Neurath, O.
(1930) Gesellschaft und Wirtschaft: Bildstatistisches Elementarwerk (Society and Economy). Bibliographisches Institut AG.Google Scholar
(1933) Bildstatistik nach Wiener Methode in der Schule (Picture Statistics According to the Viennese Method in School).Google Scholar
(1936) International Picture Language: The First Rules of Isotype. Kegan Paul, Trench, Trubner & Co., Ltd.Google Scholar
(1973a) From Vienna Method to Isotype. In O. Neurath, M. Neurath, & R. S. Cohen (Eds.), Empiricism and Sociology (pp. 214–248). DOI logoGoogle Scholar
(1973b) Museums of the Future (1933). Included in “From Vienna Method to Isotype.” In M. Neurath & R. S. Cohen (Eds.), Otto Neurath: Empiricism and Sociology. (1st ed., Vol. 11, pp. 218–223). D. Reidel Publishing Company. DOI logoGoogle Scholar
Perks, S.
(2012) A Definition of the Principles of Isotype and an Investigation into Their Methods of Diffusion and Legacy. [Dissertation, PhD]. University of Reading.
Pierce, C. S.
(1931) Collected Papers of Charles Sanders Peirce. Harvard University Press.Google Scholar
(1987) Obra Lógico-Semiótica (A. Sercovich, Ed.; R. Alcalde & M. Prelooker, Trans.). Taurus Ediciones.Google Scholar
Riquelme Alcantar, G. M. L., & Ornelas Bernal, J.
(2021, October 13). Virtual Residency with Instituto Politécnico Nacional de México: The work of Otto Neurath and Isotype in México.Google Scholar
Voss, C. A.
(1984) Multiple Independent Invention and the Process of Technological Innovation. Technovation, 2 (3), 169–184. DOI logoGoogle Scholar