Tag: exports
Putin and the Modernization of Russia – a Chimera?
Vladimir Putin is once more the Russian President and a new government has been formed consisting of most of the same faces and mentality. Putin’s victory looks complete – yet there is a very real risk that it will be Pyrrhic. Even if the ‘managed’ political and economic system – rooted in a lack of competition and openness – that has been his defining project can remain stable, it will continue to sap the country’s vitality. In the election campaign, even Putin acknowledged the country’s lack of modern and competitive industries, as well as a business environment plagued by corruption, cronyism and excessive regulation. Yet, in calling for further modernisation of the economy, Putin has also called for more of the same policies, notably a central role for the Russian state in supporting new industries and technological leadership; a newly established State Corporation for Siberia and the Far East is a case in point.
However, this very model has so far achieved very limited results. Oil and gas still account for nearly 70% of total merchandise exports and around half of the federal budget. While relying on publicly funded and managed entities – such as Rusnano – to shepherd the economy into more diversified and more productive spaces, particularly in high-tech activities, has also yielded a relatively meagre harvest. Rusnano itself has already acknowledged the limited portfolio of innovative projects to fund.
In the arena that provides the most compelling metric of competitiveness – export markets – relatively few Russian firms compete in international markets and very few do in higher value added trade. Ricardo Hausmann (2007) has argued that the products that a country exports also reflect the proximity of products and their reliance on similar sets of inputs, such as physical assets and knowledge or skills. Near the start of Russia’s transition it has been calculated that Russia had comparative advantage in only 156 out of 1242 product lines when using a 4-digit SITC classification. Most were natural resources. In contrast, China had comparative advantage in 479 product lines. And as regards proximity, few of Russia’s export products were closely connected to other products, meaning that there was limited scope for enhancing exports. Yet, by 2010 our research shows that there has been an increased concentration on natural resource exports. The contraction of manufacturing has, further, been associated with a fall in the number of Russian product lines with comparative advantage to 103. In contrast, the number for China increased in 2010 to 513. So, despite Putin’s rhetoric, the Russian export basket has become even more concentrated since the mid-1990s. Moreover, the ability to shift into proximate products, as well as diversify into new ones, remains very restricted. This is due to several factors.
A common diagnosis is that failings in the business environment are to be blamed. This is not a new complaint. While the options for limiting these constraints may not be straightforward but the broad policy direction and options are well understood. The challenge is in enforcement. In this – as also with improving governance and further reducing the role of public ownership – improvement is only likely to start with serious political commitment. That is still lacking.
But modernising the economy depends on much more than a good business climate. Critically, it depends on what sorts of skills and knowledge are available to the economy. Yet, even here where many have believed that Russia is relatively favourably situated, on closer inspection, the situation turns out to be far more problematic. In fact, our evidence indicates deterioration in the quality of both skills and education over time, including limitations on the supply of high quality management. Evidence from surveys suggests that Russian firms face problems in finding workers with the appropriate skill profile. While this may be the situation for existing firms, it seems likely that potential entrants to new, diversified activities may, if anything, face even steeper constraints. To understand whether this is indeed the case, the leading – 270 – recruitment firms in Russia were surveyed using face-to-face interviews in 23 locations in Russia, including Moscow and St. Petersburg. This included a small experiment looking at skills availability for work in more innovative activities, such as web technology aimed at social networking and marketing. The aim was to see whether innovative activities faced more binding constraints when trying to hire.
The results of this survey are unequivocal. Not only are there widespread skill gaps for all types of skills, but it takes firms a much longer time to fill vacancies for skilled personnel. This is particularly true for relatively innovative activities. Recruiting managers or high level professionals in the major Russian cities on average takes 3-5 times longer for innovative activity. Even in Moscow, recruiting a manager or high level professional would take between 3-4 times longer; the gap was yet greater in the Urals, Siberia and the Far East.
Moreover, looking at the sorts of skills that are lacking for each type of potential recruit (e.g., a manager); recruiters also report an absence of basic or essential skills. For example, lack of problem solving and management skills were overwhelmingly the most commonly cited limitations for managers, with high level professionals most commonly lacking both problem solving and practical skills. Among the consequences, many firms decide to postpone launching new products and/or modernizing plant.
In short, our evidence shows not only widespread skill shortages but also major barriers on the availability of personnel for firms wishing to establish new or relatively innovative activity. At the same time, anecdotal evidence also suggests that among the thin layer of top talent – likely to be essential for high tech and other innovative activities – many prefer to emigrate. In contrast, Russia fails to attract talent from other countries, not least because of a restrictive migration regime.
The last decade has seen an emphasis on modernising and diversifying Russia. The results have been depressingly limited. Yet Putin and his government propose more of the same. In effect, they are continuing to take a huge gamble by relying on a mix of energy prices and publicly funded industrial policy to paper over the structural weaknesses of the economy. As this article has shown, what Russia currently produces and exports – and the underlying skills and knowledge – provide a very weak base for achieving the goals of modernisation.
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References
- Denisova, I., and S.Commander, S.Commander and I. Denisova (2012), ‘Are skills a constraint on firms? New evidence from Russia’, EBRD and CEFIR/NES, mimeo
- Hausmann, R., and Klinger, B., (2007), “The Structure of the Product Space and the Evolution of Comparative Advantage”, CID Working Paper No. 146
- Volchkova, N., Output and Export Diversification: evidence from Russia, CEFIR Working Paper, 2011
Energy Security in Belarus: Economic, Geopolitical, and Environmental Dimensions
Energy security is a complex issue that integrates economic, social, and environmental aspects. This brief outlines the fundamental dimensions of energy security in Belarus, highlighting key challenges and opportunities for decision-makers, policy analysts, and the general public. It examines how domestic policies, international relations, and environmental factors interact to shape the country’s long-term energy stability.
Understanding Energy Security in Belarus
Energy security is a growing concern for policymakers worldwide. In many post-Soviet countries, heavy dependence on Russian energy imports remains a critical vulnerability. This dependence is compounded by the high energy intensity inherited from Soviet-era industrial systems and decades of limited technological modernization.
Belarus, a landlocked country of around 10 million people, faces one of the toughest energy security challenges in Eastern Europe. It must balance its reliance on Russian resources with a need for diversification and modernization in an evolving geopolitical landscape.
Economic Growth and Dependence on Russia
During the early 2000s, Belarus experienced strong economic growth — averaging 7.7% GDP annually, outperforming Ukraine and Russia. However, the 2010 global economic crisis exposed a major structural weakness: Belarus’s dependence on Russia for both trade and energy.
Although Belarus’s economy weathered the 2010 downturn better than its neighbors, it became clear that the country needed to diversify its economic base. Russia continues to exert influence through energy pricing, gas pipelines, and political leverage, complicating Belarus’s efforts to achieve full economic independence.
Drivers of Belarusian Economic Growth
Belarus’s early economic success relied on three main factors:
- Privileged access to Russian markets for exports and energy imports.
- Preferential support for large, state-owned industries producing for export.
- Government wage and price controls, which temporarily improved export competitiveness.
However, productivity growth — once the main driver of industrial performance — is slowing. Much of Belarus’s earlier progress came from “low-hanging fruit” investments in existing capacity, which are now nearly exhausted. Future growth will depend on innovation and energy efficiency.
Energy Efficiency Progress and Challenges
Between 1996 and 2008, Belarus improved its energy efficiency by almost 50%, supported by national energy-saving programs and major investments in modernization. Despite this success, Belarus remains more energy-intensive than its Western neighbors.
In 2008, the country required 1.17 tons of oil equivalent (toe) to produce USD 1,000 of GDP — far higher than Poland (0.41) or Lithuania (0.46). Closing this gap could raise annual GDP growth by up to 7%, underscoring the economic importance of improving energy efficiency and diversification.
Primary Energy Sources: Heavy Dependence on Natural Gas
Belarus’s energy system depends heavily on natural gas, which provides about 63% of the total energy supply. Over 80% of heating plants and 95% of electricity generation rely on gas as a primary fuel. Crude oil and petroleum products contribute another 29%, while renewables remain marginal.
This heavy dependence makes Belarus vulnerable to Russian supply disruptions. Strengthening renewable energy development and alternative fuel sources is essential for long-term security.
International Trade and Geopolitical Risks
Belarus produces only 14% of its primary energy and imports nearly all its oil and gas from Russia. While discounted energy prices once acted as implicit subsidies, Russia is now reducing these advantages.
To diversify, Belarus has sought alternative oil suppliers, including Venezuela, through agreements involving seaports in Odessa, Klaipeda, and Muuga. However, transport costs and geopolitical tensions with Moscow continue to pose challenges.
Meanwhile, Russia’s construction of the Nord Stream pipeline bypassing Belarus and Ukraine reduces their leverage as transit countries, threatening long-term energy and political stability in the region.
Environmental Impacts of Energy Use
Belarus ranks near the European average in pollution intensity, but energy-related emissions remain a concern. Improving energy efficiency and investing in modern technology could significantly reduce pollution.
The country still carries the legacy of the Chernobyl nuclear disaster, which affected nearly 20% of its territory and caused long-term economic, health, and environmental damage. Public concern remains high regarding the new Astravets Nuclear Power Plant, reflecting ongoing fears about nuclear safety.
Key Takeaways and Future Trends
Belarus’s energy security depends on three main pillars:
- Diversification of energy sources and suppliers.
- Improvement in energy efficiency and technological modernization.
- Balanced environmental management and renewable development.
Future trends likely to reshape Belarus’s energy landscape include the shale gas and LNG revolution, Nord Stream operations, and the construction of the Astravets plant. How Belarus adapts to these changes will determine its economic sovereignty and energy independence over the next decade.
Further Reading
Read more about Belarus’s growth drivers, the dimensions of energy security, and the environmental impacts of energy use in the policy brief “A Multidimensional Approach to Energy Security Analysis in Belarus.”
Disclaimer: Opinions expressed in policy briefs and other publications are those of the authors; they do not necessarily reflect those of the FREE Network and its research institutes.