In recent years a number of studies have addressed the topic of the economic crisis of Argentina in 2001, and its repercussions upon the political, social, and institutional systems of the country. However, no studies to date have analyzed the effects of the crisis upon the country´s scientific system from a scientometric perspective, with an analysis of the resources dedicated to scientific activity as well as the final results in terms of output and impact. The present study attempts to show the effects of the 2001 crisis upon the scientific system by means of a set of scientometric indicators that reflect economic effort, human resources dedicated to research, publications, collaborative relations, and the international visibility of scientific contributions.Response to Reviewers: Reviewer #1:The paper presents a relatively straightforward but nevertheless interesting application of scientometric indicators. The paper is sometimes difficult to follow, in most cases due to language issues. This needs considerable improvement. Please find below a list of other comments: p. 5, "The volume of internationally visible articles ... the data put out by the MINCYT": Please explain the source of the MINCYT data. Where does this data come from? Apparently it does not come from WoS. Does it come from researchers/institutes reporting their output to some government agency? Section 3 Methods p. 4 says: "As data sources we used the Indicators of Science and Technology, published by the Ministerio de Ciencia, Tecnología e Innovación Productiva de la Nación Argentina (MINCYT). This source is the R&D official statistics of Argentina which refer on p. 5. Similarly, in order to better detail the origin of the data, we have replaced the sentence "according to put out by the MINCYT" by this one "reported in the MINCYT own ad-hoc and wide range database of the production of argentine authors". p. 6: Please provide some more details about the calculation of the IFR. Alternatively, provide a reference to another paper in which the calculation of the IFR is explained.In this second version of the manuscript we provide more details about the calculation of the IFR IFR: Is a relative measure of the visibility of scientific contributions derivated of the ISI impact factor (IF). First we calculate a weighted normalized impact factor (FINP), explained in detail by Moya et al (2007), in order to generate IF values that conserve variability, while at the same time making the scales of the different categories compatible and comparable. Then, for comparative analysis across countries or regions we compute the relative impact factor (IFR) as the ratio between the FINP of Argentina (a) in the world (w) using the formula IFR = FINP(a) / FINP(w). The value of reference is 1; hence, if IFR > 1 it means that the visibility of the contributions of the country or region is greater than the world average (and so, IFR < 1 indicates low visibility). We have replaced "scholars" by "research grantees" p. 10, "Another possibility is that ...": I...