City of Reno in Nevada named after Jesse Reno (1823-1862), an infantry commander and mathematician born in Wheeling, Virginia

The city of Reno in Nevada was named after Jesse Lee Reno, who was born in 1823 in Wheeling, Virginia [1]. The name Reno is an anglicization of  the French name Reynaud (or was it Renault [2]), which Reno's ancestors from France changed after their arrival in America. Thus, the name of Nevada's second biggest city has french roots.

In 1868 the American railroad executive and founder of the Central Pacific Railroad, Charles Crocker (1822-1888), named the Gold Rush settlement at the Truckee River after Reno. The Union General Jesse Reno, who was killed in the Civil War, was Crocker's friend [3].

This year is the 150th anniversary of  Jesse Reno's death. Reno died September 14, 1862, as an infantry commander at the battle of Fox's Gap in Maryland [4]. He never came to Reno; but he came close to it during the Utah War or Mormon War in 1857—seven years before Nevada became a state.

Even then, battling was not left to good luck: Reno was a Professor of Mathematics at West Point to design artillery [2]. Media are typically focusing on the Reno named after a war hero story. Obviously, Reno is also named after a mathematician; although one that is not in the league of E. T. Bell's Men of Mathematics. 

The name Reno is often associated with that of its sister city of Sparks and also with nearby Lake Tahoe, to which Reno considers itself as a gateway. For example, Reno's airport is named Reno-Tahoe International Airport. A professional golf tournament,  taking place annually at the Montrêux Golf and Country Club south of Reno, is known as Reno-Tahoe Open.

Keywords: geography, tourism, history, war hero, namesake, eponym, toponym.

References and more to explore
[1] Jesse Lee Reno (1823-1862) [www.thelatinlibrary.com/chron/civilwarnotes/reno.html].
[2] West Virginia Archives & History: Jesse L. Reno [www.wvculture.org/history/civilwar/renojesse01.html]. 
[3] ricklund.com: About the Reno-Sparks Area [http://www.ricklund.com/area.htm].
[4] Emerson Marcus: Reno honors namesake 150 years after death. Reno-Gazette Journal, September 15, 2012; page 3A (also www.rgj.com/article/20120914/NEWS/309140058/Reno-s-namesake-honored-150th-anniversary-his-death) .

The term “dietary fiber”

Dietary fiber is the preferred spelling in American English. Texts from Canadian, British, Australian, Indian and other non-U.S. publications typically adhere to the spelling dietary fibre. The nouns roughage or ruffage are sometimes used as synonyms.

Dietary fiber is the indigestible portion of  plant parts such as seed husks. Dietary fibers—and their function after eating food containing them—have been described in ancient herb books and medicinal literature up to the recent emergence of the dietary fiber hypothesis, putting forward the idea that indigestible, fibrous residues of seeds and vegetables play a significant role in human nutrition and health [1-3].

AACC International (AACC stands for American Association of Cereal Chemists), a non-profit professional organization of grain scientists, adopted the following definition [4]:

Dietary fiber is the edible parts of plants or analogous carbohydrates that are resistant to digestion and absorption in the human small intestine with complete or partial fermentation in the large intestine. Dietary fiber includes polysaccharides, oligosaccharides, lignin, and associated plants substances. Dietary fibers promote beneficial physiological effects including laxation, and/or blood cholesterol attenuation, and/or blood glucose attenuation.

Instead of merely being a formal definition, this text underlines the nutritional and nutraceutical (a portmanteau of the words nutrition and pharmaceutical) aspects of dietary fibers.

Keywords: biomedical sciences, physiology, gastroenterology, health, food science, macromolecules.

References and more to explore
[1] Steve W. Cui and Keisha T. Roberts. Chapter 13. Dietary Fiber: Fulfilling the Promise of Added-Value Formulations. In  Stefan Kasapis, Ian T. Norton and Johan B. Ibbing (Eds.), Modern Biopolymer Science: Bridging the Divide Between Fundamental Treatise and Industrial Application.(pp. 399-447), London (UK), Burlington (MA) and San Diego (CA): Academic Press, 2009.
[2] Thomas P. Amy: The dietary fiber hypothesis. Am. J. Clin. Nutr. 1981, 34 (3), pp. 432-433 [http://ajcn.nutrition.org/content/34/3/432.full.pdf+html].
[3] Low-Carb for You: The Fiber Hypothesis. May 4, 2010 [lowcarb4u.blogspot.com/2010/05/fiber-schmiber.html].
[4] AACC International: AACCnet > Scientific Initiatives > AACCI Standard Definitions > Dietary Fiber [www.aaccnet.org/initiatives/definitions/Pages/DietaryFiber.aspx].

A term in astronomy: meteorite for a surviving space rock hitting Earth

Meteorites originate from celestial objects such as asteroids or comets that break apart while entering Earth's atmosphere. A penetrating meteorite chemically reacts with atmospheric gases and appears as a fireball—also known as meteor, shooting star or falling star, which typically ends up as dust. Sometimes, however, parts of visible size survive and hit the Earth's surface, where they may be found as space rocks [1] by curious earthlings.

Peter Jenniskens is such a curious human— a meteor astronomer with experience in hunting meteorites in Sudan [2].  He hunts for meteors and meteor showers by surveillance (triangulation of meteor tracks) and by searching the grounds. Interested scientists are invited to participate in the meteor-shower surveillance program [3].

Further naming topics related to astronomical objects:

• Official labeling scheme for newly discovered minor planets
• Acronym in astronomy: TNO for trans-Neptunian object.html
• Trans-Neptunian Objects (TNOS) named after creation deities
• An acronym in astronomy: KBO for Kuiper belt object
• Dysnomia, a moon of the Kuiper belt object Eris, named after the spirit of lawlessness
• Mars moons Deimos and Phobos named after the Greek god of fear and his twin brother
• Uranus moons named after characters in Shakespearean plays
• Pluto named by an 11-year-old schoolgirl after the god of the underworld
• Two Pluto moons discovered in June 2005 named Nix and Hydra by IAU
• A new verb is making its orbit: to pluto

References and more to explore
[1] Geoffrey Notkin: Have you found a space rock? [geology.com/meteorites/meteorite-identification.shtml].
[2] Filed Notes (as told to Marissa Fessenden): Meteor Hunt. Scientific American September 2012, Volume 307, Number 3, page 23. DOI: 10.1038/scientificamerican0912-23.
[3] NASA Ames Research Center: Cameras for Allsky Meteor Surveillance (CAMS) [cams.seti.org].

Mayan proper names

A proper name is a designation of a unique item. From the decipherment of various hieroglyphic inscriptions and texts, found at Mayan places like Palenque, formerly Otulum, it is now known that the Maya had proper names not just for people, sites and landmarks, but also for tools and moveable items. In addition to dynastic rulers and scribes, for example, they named pyramids, temples, altars (sculpted stone blocks), stelae, an incense burner as well as jewelry and ceramics [1]:

The ancient Maya liked to name things, and they liked to tell the world who owned these things.

The existence of  Mayan proper names is illustrated, for example, by names for Maya Rulers of Copán [2,3], place names introduced by ut-i [1], and the owner's name carved into a Late Classic vase depicting scenes of assembling gods and acts of creation (page 221 in [1]) .

Keywords: archaeology, epigraphy,  name-tagging, toponyms, patron's name, nomenclature.

References and more to explore
[1] Michael D. Coe: Breaking the Maya Code. Thames & Hudson, New York, Revised Edition 1999; pages 221, 245 and 253-255.
[2] Günther Eichhorn: Maya Rulers of Copán. Travel pictures from Honduras [gei.aerobaticsweb.org/honduras_rulers.html].
[3] Altar Q [users.misericordia.edu//davies/maya/altarq.htm].

Otulum, a former name of the Mayan city of Palenque

Otulum is a former place name of the Mayan city of Palenque, a Maya site in the lower foothills of the Sierra de Chiapas—southeast of Villahermosa, today's capital of the state of Tabasco in Mexico [1,2]. The place got its name from the river Otulum running through this site with its Classic Maya architecture, whose stelae, temples and other buildings are richly filled with hieroglyphic inscriptions and texts [3].

Keywords: geography, history, archaeology, toponyms.

References and more to explore
[1] Michael D. Coe: Breaking the Maya Code. Thames & Hudson, New York, Revised Edition 1999; pages 193 and 202.
[2] American Philosophical Society > Native American Collections, Case II, Section Tabular View of the Compared Atlantic Alphabets and Glyphs of Africa & America, by Constantine  Samuel Rafinesque, 1832  [www.amphilsoc.org/library/lobbyexhibit/natam2011/case2].
[3] David Stuart: The Inscriptions from Temple XIX at Palenque. The Pre-Columbian Art Research Institute, San Francisco, 2005 [www.mesoweb.com/publications/stuart/TXIX-spreads.pdf].

Polyphony versus homophony

The noun polyphony derives from the Greek words polys (many) and phone (voice, sound) and means “variety of sounds” [1]. With the Greek word homos for “same,” the noun homophony means “sameness of sounds” or “monotony of sounds.”

In linguistics, polyphony is a special form of polyvalence, which refers to the assignment of multiple values (meanings) to a written sign. The term polyphony stands for the multiplicity of sounds associated with a hieroglyph, symbol or character (and sequences thereof) belonging to the writing system of a spoken language [2]. For example, the letter combination ow is polyphonic: note its different pronunciation in the words towel, tow and tomorrow.

Homophony is the converse of polyphony. Michael Coe provides a striking example of homophony found in Mayan writing—originally presented by the epigrapher Stephen Houston [2]: Three significantly different looking glyphs, which are the signs for “four,” “snakes” and “sky,” have the same sound can (Yucatec language) or chan (Cholan language). Any of these three homophonic signs may occur as logograph in a phrase whenever this sound is required. This example further demonstrates the phoneticism of the Mayan writing system: although the hieroglyphs may have ideographic or semasiographic roots, they often “evolved” to represent specific sound values.

Keywords: linguistics, language, pronunciation, sign substitution, symbol substitution, glyph interchangeability, Maya homophony, spelling.

References and more to explore
[1] Online Etymology Dictionary: polyphony (n.), polyphonic (adj.) [http://www.etymonline.com/index.php?allowed_in_frame=0&search=polyphony&searchmode=none].
[2] Michael D. Coe: Breaking the Maya Code. Thames & Hudson, New York, Revised Edition 1999; page 235 and Glossary.

Glottography and semasiography

Glottography is the recording of language-based utterances. To be more precise: the recording of the vocal cords during respiration and phonation—the production of vocal sounds and especially speech [1]. In the context of physics and anatomy, the term recording here refers to the measurement and study of such audible expressions. Linguistically, it refers to the fixation of uttered sounds in the form of symbols or characters, defining a writing system.

In principle, a writing system can be derived from glottographic and non-glottographic origins of symbols or characters [2]. In the latter case, no relation between symbols and sounds is evident. Such a writing system is called semasiographic, formerly ideographic [3]. In semasiography, symbols are constructed by humans who agree upon their meaning. The international road sign system and the ancient quipu of Inca Peru—connected, color-coded cords with tied knots—are examples [4].

The distinction between glottographic and semasiographic writing systems has clearly been made by the British linguist Geoffrey Sampson [3-5]. Michael Coe argues that writing systems are primarily glottographic, but that some degree of semasiography plays a part in all known writing [4]. In his fascinating story of the understanding and decipherment of Maya inscriptions and texts, he emphasizes phoneticism—the glottographic concept—to successfully break hieroglyphic codes based on a once spoken language.   

Keywords: linguistics, typology of writing systems.

References and more to explore
[1] The Free Dictionary: glottography [medical-dictionary.thefreedictionary.com/glottography].
[2] Malcolm D. Hyman: Of Glyphs and Glottography. DRAFT 2006-04-01, to appear in Language & Communication [archimedes.fas.harvard.edu/mdh/glottography.pdf].
[3] Geoffrey Sampson: Writing Systems [www.icosilune.com/2009/01/geoffrey-sampson-writing-systems].
[4] Michael D. Coe: Breaking the Maya Code. Thames & Hudson, New York, Revised Edition 1999; page 18 and others.
[5] Writing Systems by Geoffrey Sampson [www.grsampson.net/BWSys.html].