Data are provided for all OECD member countries (including area totals), and for Brazil, China, India, Indonesia, the Russian Federation and South Africa. For each indicator, there is a two-page spread: a text page includes a short introduction followed by a detailed definition of the indicator, comments on comparability of the data, an assessment of long-term trends related to the indicator and a list of references for further information on the indicator; the second page contains a table and a graph providing, at a glance, the key message conveyed by the data. Each indicator includes "StatLinks" which allow readers to download the corresponding data.
OECD Countries covered include Australia, Austria, Belgium, Canada, Chile,Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Israel, Italy, Japan, Korea, Luxembourg, Mexico, Netherlands, New Zealand, Poland, Portugal, Slovak Republic, Slovenia, Spain, Sweden, Switzerland, Turkey, the United Kingdom, and the United States. Non-OECD countries covered include Brazil, China, India, Indonesia, Russia, and South Africa.
Topics covered include population and migration; production and productivity; household income, wealth and debt; globalisation, trade and foreign direct investment (FDI); prices, interest rates and exchange rates; energy and transportation; labour, employment and unemployment; science and technology including research and development (R&D) and the Information and Communications Technology (ICT) sector; environment including natural resoures, water,and air and climate; education resources and outcomes; government expenditures, debt, revenues, taxes, agricultural support and foreign aid; and health status, risk and resources.
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This report provides an overview of the economic impact of ICT on economic performance, and the ways through which it can be measured. Using available OECD data, the first part of the book examines the available measures of ICT diffusion, the role and impact of ICT investment and the role of ICT-using and ICT-producing sectors in overall economic performance. The second part of the book offers nine studies for OECD countries, based on detailed firm-level data and prepared by researchers and statisticians from a wide range of OECD countries. These studies use a variety of methods and provide detailed insights on the effects of ICT in individual countries.
This book assembles information on the space economy from a wide range of official and non-official sources. Together these paint a richly detailed picture of the space industry, its downstream services activities, and its wider economic and social impacts. Who are the main space-faring nations? How large are revenues and how much employment is there in the sector? How much R&D goes on, and where? What is the value of spin-offs from space spending? Answers to these and other questions are provided in this second OECD statistical overview of the emerging space economy.
A dynamic link (StatLink) is provided for graphs, which directs the user to a web page where the corresponding data are available in Excel® format.
This study shows that success requires not some silver bullet, but a range of complementary factors that support the innovation-intensive growth exemplified by new information and communication technologies such as the Internet and Internet applications like electronic commerce. Supportive policies include those favourable to innovative start-ups and to financial systems able to support them, those that facilitate the reorganisation required to reap the full benefits of ICT, regulatory and institutional frameworks that facilitate links between science and industry, and efforts to train and obtain the necessary human capital, as well as public support for basic scientific research. While this study is far from exhaustive, it represents an important step in understanding the conditions under which economies flourish.
PISA Computer-Based Assessment of Student Skills in Science describes how the 2006 survey was administered, presents 15-year-olds’ achievement scores in science and explains the impact of information communication technologies on both males’ and females’ science skills. While males outperformed females on the computer-based test in all three countries, females in Iceland and males in Denmark performed better than their counterparts on the paper-and-pencil test. The evidence shows that, overall, males are more confident and use computers more frequently. While females tend to use the Internet more for social networking activities, males tend to browse the Internet, play games and download software.
Readers will also learn how students reacted to the electronic questionnaire and how it compared with pencil-and-paper tests. In general, there were no group differences across test methods buts students enjoyed the computer-based test more than the paper-and-pencil test.