UNESCO SCIENCE REPORT
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<strong>UNESCO</strong> <strong>SCIENCE</strong> <strong>REPORT</strong><br />
Table 7.4: National space agencies and main national space technology suppliers in Latin America<br />
Country Institution English name Founded Specialization<br />
Argentina<br />
Argentina<br />
Comisión Nacional de<br />
Investigaciones Espaciales<br />
(CNIE)<br />
Comisión Nacional de<br />
Actividades Espaciales<br />
(CONAE)<br />
National<br />
Commission for<br />
Space Research<br />
National Space<br />
Activities<br />
Commission<br />
Argentina INVAP Public company in<br />
nuclear and space<br />
technologies<br />
Bolivia<br />
Brazil<br />
Brazil<br />
Brazil<br />
Colombia<br />
Agencia Boliviana Espacial<br />
(ABE)<br />
Comissão Nacional de<br />
Atividades Espaciais (CNAE)<br />
Agência Espacial Brasileira<br />
(AEB)<br />
Instituto Nacional de Pesquisas<br />
Espaciais (INPE)<br />
Comisión Colombiana del<br />
Espacio (CCE)<br />
Bolivian Space<br />
Agency<br />
National<br />
Commission of<br />
Space Activities<br />
Brazilian Space<br />
Agency<br />
National Institute of<br />
Space Research<br />
Colombian Space<br />
Commission<br />
1960–1991 Propulsion systems and rocket development; projects<br />
CONDOR I & II, capacity-building<br />
1991 Design and planning of the space programme, operation<br />
of the Cordoba Space Centre, capacity-building. Design<br />
of satellites SAC-A, SAC-B, SAC-C, SAC-D/Aquarius,<br />
SAOCOM 1 & 2, SABIA-MAR, SARE and propulsion systems<br />
TRONADOR I & II<br />
1976 Technology design and construction of the satellites SAC-<br />
A, SAC-B, SAC-C, SAC-D/Aquarius, SAOCOM 1 & 2, SABIA-<br />
MAR, SARE, ARSAT I, II & III<br />
2012 Tupak Katari (2013), a communication satellite developed<br />
in China<br />
1963–1971 Space propulsion studies, several rocket launchings,<br />
remote sensing analysis, capacity-building<br />
1994 Design and planning of the satellites CBERS (Sino-<br />
Brazilian Earth Resources Satellite), Amazônia-1 (2015),<br />
EQUARS, MIRAX, SCD1, SCD2<br />
1971 Construction and technological design of the satellites<br />
SCD-1, CBERS (see AEB), Amazônia-1 (2015), EQUARS,<br />
MIRAX, Satélite Cientifíco Lattes, Satélite GPM–Brasil,<br />
SARE, SABIA-MAIS<br />
2006 Planning for space applications<br />
Costa Rica<br />
Asociación Centroamericana<br />
de Aeronáutica y el Espacio<br />
(ACAE)<br />
Central American<br />
Association for<br />
Aeronautics and<br />
Space<br />
2010 Planning for space applications; design of a picosat<br />
satellite project (2016)<br />
Mexico*<br />
Agencia Espacial Mexicana<br />
(AEM)<br />
Mexican Space<br />
Agency<br />
2010 Planning for space research and applications<br />
Peru<br />
Agencia Espacial del Perú<br />
(CONIDA)<br />
Space Agency of<br />
Peru<br />
1974 Planning for space research and applications<br />
Uruguay<br />
Centro de Investigación y<br />
Difusión Aeronáutico-Espacial<br />
(CIDA-E)<br />
Aeronautics and<br />
Space Research and<br />
Diffusion Centre<br />
1975 Space research and popularization<br />
Venezuela<br />
Agencia Bolivariana para<br />
Actividades Espaciales (ABAE)<br />
Bolivarian Agency<br />
for Space Activities<br />
2008 Planning for space research and popularization<br />
* In 1991, the National Autonomous University of Mexico (UNAM) started building scientific satellites. The first (UNAMSAT-1) was destroyed during the launch in<br />
1996; UNAMSAT-B operated in orbit for one year.<br />
Note: For details of the CBERS programme, see the chapter on Brazil in the <strong>UNESCO</strong> Science Report 2010.<br />
Source: Compiled by author<br />
As of August 2015, construction of the controversial shipping<br />
route had not yet commenced.<br />
The complex nature of sustainable development, in<br />
which biogeophysical, economic and social processes<br />
tend to overlap, demands a transdisciplinary approach to<br />
implementing the regional research agenda (Lemarchand,<br />
2010), combined with new financial schemes to support<br />
related R&D at the regional level and capacity-building in<br />
sustainability science (Komiyama et al., 2011).<br />
In the past two decades, the publication of scientific articles<br />
on topics related to sustainable development has grown 30%<br />
faster in Latin America than in the rest of the world. This trend<br />
underlines the growing interest in sustainability science in<br />
Latin America. However, there is currently a lack of graduate<br />
programmes in Latin America (and elsewhere) in sustainability<br />
science. In 2015, the United Nations University in Tokyo<br />
launched the world’s first PhD programme in sustainability<br />
science. Universities in Latin America should also develop PhD<br />
programmes in this new interdisciplinary field.<br />
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