measuring the impact of ict for...
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Measuring the impact of ICT for development
CSTD 2010-2011 Inter-sessional Panel, Theme 116 December 2010, Geneva
Sheridan Roberts, consultant to UNCTAD
This presentation will cover…
Why measuring the impact of ICT for development is important
… and why it is difficult
The complexity of ICT impacts
The role of the Partnership on Measuring ICT for Development
Measurement approaches
Empirical evidence for the impacts of ICT
Issues for consideration
Why measuring the impact of ICT for development is important
Arguably, ICT has the potential to directly and indirectly change the lives of much of the world’s population
how individuals live, learn, work and interact
processes of business and government
the quality of the natural and built environment
poverty alleviation via direct and indirect effects.
The Tunis Commitment from the second phase of WSIS expressed a strong belief in the benefits that ICT can bring to humanity and linked them to fulfilment of the MDGs.
Why measuring the impact of ICT for development is important
From the 10 WSIS targets, important impact areas can be inferred
ICT access for poor and rural communities
ICT in education
ICT networks in health
availability of e-government services
electronic access to information and knowledge.
Comparable and reliable ICT statistics are required for designing, implementing, monitoring and evaluating ICT policies.
Measures of ICT impact are possibly the most important … but also the most challenging.
Why measuring the impact of ICT is difficult
Any impact is hard to measure
even with an obvious relationship between variables, causality can rarely be proven.
The impact of ICT is even more difficult to measure because
there is a variety of ICTs and they have different impacts
… in a variety of contexts
indirect impacts of ICT as a general purpose technology.
What do we mean by impact? There are qualitative and quantitative differences between macro-level and micro-level impacts, direct and indirect impacts, short and long term impacts etc.
Why measuring the impact of ICT is difficult
It is not possible to categorise most impacts as simply social, economic or environmental
there is a complex web of relationships.
There are important but varying roles of context factors such as level of ICT infrastructure, human capital, government regulation, e-government.
Lack of data and data collection infrastructure.
In an international context, there are extra challenges in achieving comparable measures across countries.
individuals & communities
economic performance
citizen participation
privacy & security
innovation & research
health
employment
Existing ICT infrastructure Level of education, skills, income
Government ICT policy & regulation, e-government
Economy Society
Environment
poverty alleviation
education
The Partnership on Measuring ICT for Development
The Partnership was formed after the Geneva phase of WSIS to further international evaluation and benchmarking. Its members are 11 international organisations (8 UN including UNCTAD; plus Eurostat, OECD and the World Bank).
Partnership members are involved in various activities directed towards achieving internationally comparable and reliable ICT statistics, including
developing and maintaining a core list of ICT indicators
compiling and disseminating ICT data
providing technical assistance to developing countries through manuals and workshops.
Role of the Partnership in measuring the impact of ICT
The Tunis Agenda specifically noted the Partnership and its role in the measurement of ICT impact.
To date, the Partnership has not developed either ICT impact indicators nor measurement methodologies
that reflects the difficulties involved in such tasks.
However, the Partnership has established a Task Group on Impacts, led by the OECD. Its objective is
“… to give an overview of the economic and social impacts of ICTs, how these impacts can be measured and what the data requirements are … and to provide countries with a set of statistical and analytical tools … to carry out their own assessment of ICT impact.”
Its terms of reference recognise both economic and non- economic impacts and a variety of methodologies and data sources.
Measurement – Analytical techniques
Can be performed at the macro-economic, sectoral and micro-economic (firm) level
econometric modelling using regression, growth accounting and input-output analysis.
The usual objective of an ICT impact analysis is to examine the relationship between ICT and productivity, economic growth or employment
ICT includes the ICT sector and ICT demand.
Strengths include objectivity, use of existing data.
Main weaknesses are model assumptions and dependence on the reliability and availability of input data.
Measurement – Statistical surveys
Can be a direct source of data on ICT impacts; inputs to other studies e.g. analytical.
Surveys cover households, individuals, businesses, other entities e.g. government organisations.
Strengths
strong international statistical infrastructure
reliability of output is reasonably subject to control
data can be cross-classified by various characteristics
perceptions questions provide data on causal links.
Weaknesses
Expensive to do properly
perceptions questions lack objectivity.
Measurement – Other main approaches
Case studies
source of much of the data on ICT impacts
a wide range of approaches and data sources
flexibility of scope but findings not generalisable.
Panel studies
longitudinal data, may be survey-based
can provide good baseline data and account for time lags
expensive and may suffer from unit attrition over time.
Controlled experiments
can show causality but difficult for complex topics.
Use of administrative data
some data e.g. trade readily available for many countries
not usually designed for statistical purposes.
Empirical evidence for the impacts of ICT – economic performance
Increased economic performance provides potential for poverty alleviation.
Macro-economic and sectoral impacts
increase in size and productivity of ICT sector and related industries; appears to be the main source of benefit for developing countries
ICT investment across the economy contributes to capital deepening and leads to increase in economic growth and labour productivity; there may be a ‘critical mass’ limitation for many developing countries
multi-factor productivity growth across the economy, via role of ICT in helping firms innovate and increase overall efficiency, there is also likely to be a ‘critical mass’ limitation for many developing countries.
Contribution of ICT investment to GDP growth, percentage points
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
Australia
United States
Sweden
Denm
ark
United Kingdom
Belgium
Canada
Japan
New
Zealand
Spain
Netherlands
Portugal
Finland
Ireland
Greece
Italy
Germ
any
France
Austria
%
1990-95 1995-2003 (1)
Source: OECD
Empirical evidence – economic performance
Firm level studies
most studies are for developed countries; they have generally found a positive relationship between use of ICT and labour productivity
importance of complementary factors such as skills and organisational change
impacts may be different for developing countries, with greater impact possible from less sophisticated ICTs, such as computers.
Case study evidence
especially on the benefits of mobile phones to small and micro businesses in developing countries.
Firm level study in Thailand
A 2007 study by UNCTAD and the Thai National Statistical Office analysed the impact of ICT on labour productivity in urban manufacturing firms with 10 or more employees in Thailand.
An econometric analysis, controlling for non-ICT factors, showed that firms with a combined use of computers, the Internet and the Web had on average 21% higher sales per employee than firms without any of these ICTs.
The ICT with the greatest single association with increased sales per employee was computers (14%).
Empirical evidence – economic performance
Various studies on the impact of broadband
have found a relationship between broadband penetration and economic growth
but broadband is not as available in developing countries …
therefore critical mass may be insufficient.
There has been relatively little focus on negative economic impacts
privacy and security impacts
systems failures, data loss, disclosure of data
loss of productivity through use of ICT in work time.
Empirical evidence – employment
ICT’s role in the creation of employment and self- employment opportunities for poverty alleviation
direct impacts through growth of the ICT sector and ICT- using industries, especially telecommunications services for developing countries, ICT manufacturing and IT-enabled services for a small number of developing countries
indirect impacts through multiplier effects.
Case study evidence in developing countries indicates positive impact of ICT skills on employment prospects.
Possible negative impacts through loss of employment as tasks are automated.
Empirical evidence – education
There is considerable policy interest in the benefits that ICT can bring to education
however, impact studies show mixed results
measurement is complicated.
Potential benefits from ICT include
tools for teaching and learning processes
provision of skills needed in an information society
improved attitudes/motivation to learning
development of teachers’ technology skills
increased access of the community to adult education and literacy.
Empirical evidence – education
Highly controlled and specific studies of the impact between ICT use and educational outcomes show positive (causal) impacts in certain conditions.
PISA studies of performance of 15-year olds, co- ordinated by OECD and conducted triennially show positive impacts of ICT use in some conditions
home use of computers but not necessarily use at school
quality of ICT use (confidence, length of experience) more important than quantity
other factors important – capital (social, economic, cultural and technological).
Students’ use of ICT and average science scores, PISA 2006
470
480
490
500
510
520
530
Bottom quarter Secondquarter
Third quarter Top quarter
Index of ICTInternet/entertainment useIndex of ICTprogram/software use
Source: OECD
Empirical evidence – health
Could expect positive impacts from
use of electronic health records (EHR)
telemedicine
m-health (mobile health)
ICT as enabling complex and networked medical equipment
Internet as a source of information.
Evidence is generally from case studies and indicates positive impacts
benefits to individuals in efficacy of health care, convenience
cost-saving benefits to health systems
interoperability (between EHR and other clinical and non- clinical systems) appears to be a prime driver of benefits
WHO has plans to establish indicators for monitoring e-health and assessing the impact on health systems.
Empirical evidence – citizen participation, individuals, communities
ICT can facilitate democratic processes and increase participation by citizens
by various means including facilitation by e-government.
It is clear that ICT can change many aspects of individuals’ lives
there are measurable ‘intermediate’ impacts (e.g. Internet commerce, time spent using ICT)
benefits may be greater for the poor and other disadvantaged.
There are obvious negative as well as positive impacts e.g. on children, Internet fraud.
Perceived impacts (positive and negative) on individuals as measured by household surveys.
Case study evidence of impacts on communities e.g. information and communication, social capital.
Empirical evidence – environment
There are positive and negative links between ICT and the environment
potential to improve efficiency of energy-using processes and equipment
facilitation of dematerialization (e.g. teleworking)
essential role in climate change monitoring and modelling, dissemination of information, and administration of carbon pollution reduction schemes
BUT negative impacts of ICT from energy usage and greenhouse gas (GHG) emissions from ICT use, manufacturing and transport of ICT products
pollution from disposal of e-waste.
Some impacts from scientific measurement and modelling with inputs from a range of sources.
Contribution of ICT to GHGs
Estimates from 2007 and 2008 indicate that the ICT sector and ICT products are currently responsible for about 2% of global GHG emissions.
High growth in ICT penetration and increases in processing power indicate that this contribution will grow further.
Issues for consideration – prioritisation
Given the range of ICT impacts and the fairly low availability of evidence on impacts, should the measurement of impact in certain areas be given higher priority than others in the years leading up to 2015?
This question may be considered in conjunction with considerations of feasible and affordable data collection work.
Issues for consideration – what can be done to extend indicators of ICT impact?
Given the importance of relevant and internationally comparable data for impact studies, what can governments, development partners and international organisations – especially those that are members of the Partnership – do to extend ICT impact indicators?
Examples may include setting statistical standards, accelerating the building of capacity for the production of relevant statistics and allocating sufficient funds to undertake surveys.
Issues for consideration – policy imperatives
What types of impact studies are the most useful, for example:
extend macro-economic analysis to developing countries using methodologies applied by the OECD
extend the measurement of firm level impacts to more developing countries
consider the use of perceptions questions on surveys of business and household use of ICT
extend the PISA programme to more developing countries to shed light on the impact of ICT on learning outcomes of 15-year olds
attempt to standardise and extend case studies and controlled experiments.
Issues for consideration – policy awareness raising
What can be done to raise awareness among different stakeholders about the need for the measurement of impact of ICT?
How can the CSTD contribute?