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The Federated Network of Institutional Repositories of Scientific Publications (Red Federada de Repositorios Institucionales de Publicaciones Científicas), or simply LA Referencia, is a Latin American network of open access repositories. Through its services, it supports national Open Access strategies in Latin America through a platform with interoperability standards, sharing and giving visibility to the scientific production generated in institutions of higher education and scientific research.
From the national nodes, scientific articles, doctoral and master's theses are integrated, coming from more than a hundred universities and research institutions from the nine countries that now form LA Referencia. Argentina, Brazil, Chile, Colombia, Ecuador, El Salvador, Mexico and Peru are active members of the network and Costa Rica was integrated in 2016.
This experience is based on technical and organizational agreements between public science and technology agencies (Ministries and Oncyts ) of the member countries, together with RedCLARA. LA Referencia was born through the Cooperation Agreement, signed in Buenos Aires in 2012, which reflects the political will to offer in open access the scientific production of Latin America as a regional public good with emphasis on the results financed with public funds.
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Displaying 46 - 50 of 706Prediction of water flows in Colorado River, Argentina
The identification of suitable models for predicting daily water flow is important for planning
Drought risk in argentine pampean region
This paper analyses the drought risk in argentine Pampean region using statistical results of soil water storage. These are calculated by daily soil water balance whose methodology has been tested using values obtained in situ. The goal of the paper is define a level of drought or minimum level of soil water storage, for the entire region which is, at the same time, the minimum optimum soil water content for crops. Over this moisture level, crops can yield with all their potential. The occurrence probability of values, for a determined time period, under that minimum is proposed.
Nutrient enrichment effect on macroinvertebrates in a lowland stream of Argentina
The intergovernmental Panel on Climate Change (IPCC, 2012) predicts increases in the frequency of heavy precipitation in the 21st century over many areas of the globe. Thus, climate change will increase flood and drought frequencies, alter stream geomorphology and habitat availability, as well as increase water temperature, sediments, and nutrient concentration (Sabater & Tockner, 2010).
La renta en la horticultura de La Plata (Buenos Aires, Argentina): causas de su heterogeneidad intra y extrarregional
El objetivo del artículo es analizar los motivos del alto monto del arrendamiento de la tierra en La Plata (Buenos Aires, Argentina), en relación con otras regiones hortícolas, a la vez de identificar las variables que hacen que dicho arrendamiento muestre importantes variaciones incluso en el interior de la capital bonaerense.
Landscape response to late Pleistocene climate change in NW Argentina: Sediment flux modulated by basin geometry and connectivity
Fluvial fill terraces preserve sedimentary archives of landscape responses to climate change, typically over millennial timescales. In the Humahuaca Basin of NW Argentina (Eastern Cordillera, southern Central Andes), our 29 new optically stimulated luminescence ages of late Pleistocene fill terrace sediments demonstrate that the timing of past river aggradation occurred over different intervals on the western and eastern sides of the valley, despite their similar bedrock lithology, mean slopes, and precipitation.