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22 L. SCHLOGL AND A. SUMNER
say that a conceptualization of ST has three discernible dimensions
framed around a shift toward higher productivity activities. These are
sectoral, factoral, and integrative. The first dimension—the sectoral
aspects of ST—is about the inter- and intra-reallocation of sectoral activ-
ity toward higher productivity. The second dimension is the factoral
aspects of ST and is about the composition or drivers of economic
growth in terms of a shift of factors of production toward higher produc-
tivity activities. Third are the integrative aspects of ST. This is the extent
of integration in terms of the global economy and a shift from forms of
incorporation—trade deficits and capital inflows that come with liabili-
ties (for example, profit repatriation or debt repayment)—toward trade
surpluses.
The Groningen Growth and Development Centre (GGDC) 10-Sector
Database (version 2014) developed by Timmer, de Vries, and de Vries
(2015) provides a long-run, comparable dataset on value-added,
employment and exports for ten economic sectors covering thirty-three
developing countries covering the period since the 1950s. The GGDC
10-Sector Database covers eleven countries in Africa; eleven in Asia; nine
in Latin America; and two in the Middle East and North Africa. The
GGDC 10-Sector Database can thus be used to consider ST over time in
developing countries.1
Additionally, the specific limitations of the GGDC 10-Sector
Database are discussed by Diao, McMillan, Rodrik, and Kennedy (2017,
pp. 4–6) who note the following: (i) the data broadly include all employ-
ment regardless of formality or informality, but the extent to which
the value-added data do so depends on the quality of national sources
(see Timmer et al. 2015); (ii) the quality of data from poor countries and
Africa in particular is questioned, though it is noted that Gollin (2014)
have shown high correlations between national accounts data and sec-
toral measures of consumption which is reassuring, and the African
countries in the GGDC dataset are those with the strongest national
statistical offices; (iii) the measurement of labor inputs is not by hours
but number of employees in a sector: thus seasonality might lead to an
underestimation of labor productivity in agriculture for example, though
it is noted that Duarte and Restuccia (2010) find a correlation between
hours worked and employment shares in a set of twenty-nine developed
and developing countries; and (iv) if labor shares differ greatly across
economic activities, then comparing average labor productivity can be
misleading.
Disrupted Development and the Future of Inequality in the Age of Automation