Universidad Nacional de Cuyo - Facultad de Filosofía y Letras
March 25, 2013 | 4 ′ 54 ′′
A team formed by scientists from diverse academic national and foreign institutions concluded that America’s Colossus is 6,960.8 meters high above sea level. Before carrying out these measurements, the only antecedent registered was an investigation carried out by the University of Buenos Aires which dates from 1956. The results which revealed the height are the product of two years of GPS and gravity measurements.
The Aconcagua, which is located in the province of Mendoza, is the highest mountain in the world outside the Himalayas system and the second with the greatest relative height after Mount Everest. The origin of the term “Aconcagua” is uncertain, different origins are postulated, all of them from native languages which make reference to its impressive aspect. Scientists from diverse academic national and foreign institutions showed the results of their complex investigations about the mountain in an event occurred in the University. The most expected data was: America’s Colossus is 6,960.8 meters height above sea level.
In the ceremony, led by the President of the National University of Cuyo, Arturo Somoza, the technical presentation was in charge of the director of the Program SIGMA (System of Geodynamic Investigation of Mount Aconcagua), Luis Lenzano, and of the responsible for the measurements and future director of the National Geographic Institute (in Spanish IGN), Sergio Címbaro.
Sergio Címbaro explained why it was necessary to take a new measure of Marica’s Colossus. The only antecedent was research carried out by the University of Buenos Aires in 1956, which gave as a result a height of 6,959.6 meters. After 56 years and taking into account the progress made by scientific research, it was necessary to measure it again applying the new scientific instruments.
In this sense, the scientists warned that “The data is not comparable now; we cannot say that the mountain’s height increased or decreased” between the two measurements, precisely by the different research methodologies used. However, he highlighted that between the result obtained now, which is 6,960.8 meters and the previous one, “the difference is barely of 1.20 meters”.
The director of the SIGMA remarked the participation of the UNCuyo, the National University of Rosario, the Institute of Earth’s Sciences Mendoza, the IGN and the American Universities of Memphis, Hawaii and Ohio. Together with that contribution, he put the emphasis in the financial contribution which supports the activities of the National Agency of Science and Technique, the Conicet, the UNCuyo and the National Sciences Foundation of the United States.
Regarding financing, he remarked that it is a clear sign of “the institutions’ trust in the activities developed and especially in the results obtained”. Regarding this, he highlighted: “We do not understand science and technique without results”.
Lenzano exposed in a quick enumeration the numerous investigations of diverse characteristics carried out in key sites selected around the Aconcagua, using instruments and last generation technologies with the aim of determining in a certain way the behavior of glaciers.
These investigations, he pointed out, form part of an international study program of the Central Andes which, through 2,700 points and 100 stations, has as an objective “to measure the variations registered by the Earth’s crust”. In that frame, he located “two years of GPS and gravity measures” to determine “the Aconcagua’s height”.
About the knowledge and last generation instruments, Címbaro made a detailed explanation. And, in this aspect, he highlighted the contributions carried out by the National Universities of Cuyo, Rosario and San Juan, the direction of renewable natural Resources of Mendoza, the Institute of Environment Studies and Natural Resources (IDEARN), Philosophy and Letters, Argentinean Institute of Nivology and Glaciology (IANIGLA) of the Conicet and the National Geographical Institute.
The president of the UNCuyo, Arturo Somoza, defined the Aconcagua as “a sign of Mendoza and Argentina, with a great international projection” and as “popular and scientific focus of attention”, so we “have to take advantage and install studies near it”.
After remembering that he was the holder of the Direction of Renewable Natural Resources of Mendoza, Somoza expressed his “conviction that the new knowledge acquired through the program SIGMA will result in a better life quality in Mendoza”, for being referred to so important topics as “water and seismic problems”.
Equipo de Prensa UNCuyo
Área de Divulgación científica
Dos científicas tucumanas participaron de un equipo internacional que realizó el descubrimiento. Encontraron cenizas provenientes del Complejo Volcánico Cerro Blanco.
Un proyecto articulado de la Facultad de Ciencias Agrarias de la UNNE y el Ministerio de la Producción de Corrientes realiza ensayos con tecnología de dron en campos arroceros para identificar sólo los sitios específicos que requieren aplicación de herbicida contra malezas y evitar la aplicación en el total de la superficie del cultivo, como se realiza actualmente.
En esta entrevista la especialista María Alejandra Castellini nos habla de la complejidad del asesoramiento PYME
Una investigación determinó que el rendimiento académico de estudiantes universitarios se ve afectado por su nivel socioeconómico.
Por primera vez se le hizo un análisis estructural desde la ingeniería. Como está en un proceso de regresión continua, sugieren que se haga más eficiente el sistema de riego para evitar que continúe deteriorándose.
A partir de estaciones de geoposicionamiento, un grupo de investigadores comprueba cómo los datos que arrojan estos dispositivos con su correspondiente procesamiento pueden anticipar lluvias significativas y granizo en zonas como Mendoza.