ECO6201E Global Food Markets Business Economics Sample Singapore

For information and reference only – not to be submitted as your own work.

This extract shows how a strong group report can answer the five-part ECO6201E Business Economics assignment on global food markets at INTI International University. It follows the structure of the ECO6201E question page and pairs with our step-by-step guide to the ECO6201E assignment. For the worked comparison below we use Thailand (East Asia and Pacific) and India (South Asia). Any numbers shown are illustrative only and must be replaced with verified World Bank, FAO or national statistics for your own chosen countries.

Planning table

1. Introduction and data approach

Agricultural markets are a useful test of whether prices alone can allocate resources efficiently, because farm output depends on weather, land, water and imported inputs that the market does not price fully. This report compares Thailand and India over 2005–2025, using World Bank and FAO series where available and flagging any years with missing observations. The central argument is that the two economies face similar market failures but differ in scale, farm structure and policy design, so the same shock produces different welfare outcomes.

A comparison, rather than a description, is the aim. Each section therefore states a theoretical expectation, tests it against both countries and concludes with a judgement about which country is better placed and why.

2. Market failure and externalities

Market failure occurs when private decisions do not deliver the socially efficient quantity. In agriculture the classic case is a negative externality: a farmer who applies excess fertiliser or draws heavily on groundwater bears only the private cost, while neighbours and downstream users bear the rest. Where marginal social cost lies above marginal private cost, the market output exceeds the efficient level and a deadweight loss arises. The diagram for this section should show both cost curves, the market equilibrium, the social optimum and the shaded welfare loss.

Coase (1960) argues that clear property rights and low transaction costs could allow affected parties to bargain towards an efficient outcome without state intervention. This is a helpful benchmark, but it fits smallholder agriculture poorly. When millions of dispersed farmers share an aquifer or river basin, bargaining costs are very high, which strengthens the case for regulation, pricing or collective management. Thailand and India can be contrasted here: where irrigation water is cheap or free to the user, over-extraction is likely, and the economic question is how far each country’s pricing and rules correct that signal.

Information problems are a second source of failure. Quality uncertainty can depress prices for good produce when buyers cannot observe quality, which discourages investment in better practices. Public goods such as agricultural research and rural roads are also under-supplied by private markets. A good answer ends by ranking the failures in each country by their likely welfare cost, rather than simply listing them.

3. Productivity, technology and skills

Solow (1957) showed that output growth can be separated into the contribution of capital and labour and a residual, now called total factor productivity, which captures technological change and efficiency gains. Applying this idea, the report should ask whether agricultural growth in each country came from using more inputs or from using them better. A growth-accounting table with illustrative shares for capital, labour and the residual makes the point clearly, provided the final version uses sourced data.

Gollin, Lagakos and Waugh (2014) find that output per worker in agriculture is much lower than in non-agricultural sectors across many developing economies, a gap that suggests labour is allocated inefficiently or that human capital and working conditions differ. This is highly relevant to India, where a large share of employment remains in farming, and offers a contrast with an economy where labour has moved faster into other sectors. The evaluation should then examine skills gaps and digital adoption, such as the use of mobile advisory services, precision tools and digital payments, and link them to unit costs, competitiveness and long-run growth. The strongest argument identifies why adoption is uneven, for example farm size, credit access and extension services, rather than only stating that it is.

4. Price and supply shocks

A supply shock, such as drought or a spike in fertiliser and fuel costs, shifts the supply curve left, raising price and cutting quantity. Because food demand is price inelastic, the price rise is large relative to the fall in quantity, and households spend a bigger share of income on food. The diagrams should show a leftward supply shift, the new equilibrium and the change in consumer and producer surplus, then repeat the exercise for an energy-price shock that raises production and transport costs.

Baffes, Mekonnen and Temaj (2026), writing for the World Bank, describe how several risks can stack up at once in global food markets, including weather, energy and trade pressures, which is a useful reference point for the shocks analysed here. Bellemare (2015) links rising food prices and volatility to social unrest, which gives the welfare and political consequences of price spikes an empirical grounding. FAO et al. (2025) provide global data on hunger and food insecurity that can frame the human cost.

The comparison should turn on exposure. A country that imports a large share of fertiliser or fuel transmits global price movements into domestic costs and inflation more directly than one with domestic supply or stocks. The section should compare transmission to consumer prices, the trade balance and growth, and explain why the cross-country difference occurs. A short table of illustrative exposure indicators, clearly labelled as such, supports this.

5. Market structure and market power

Select one food or agricultural industry in each country and justify the choice, for example rice milling and trading in one and dairy processing in the other. Begin with the structure: number of buyers and sellers, concentration, entry barriers and the bargaining position of farmers. Where a few processors or traders buy from many small farmers, the buyers have monopsony power and can hold farm-gate prices below the competitive level, reducing farm output and creating a deadweight loss.

The analysis should then consider productive efficiency, pricing and consumer welfare. Market power at the retail or processing end can lift consumer prices and margins, while cooperatives, contract farming or public procurement can rebalance bargaining power. The evaluation must weigh scale economies against competition, because larger firms may lower unit costs even as they gain pricing power. A comparison of price spreads between farm gate and retail, supported by sourced data, is the most persuasive evidence.

6. Government and macroeconomic policy

Policy should be evaluated against the market failures identified earlier. Corrective taxes or tradable permits address externalities, subsidies and public investment address under-provided research and infrastructure, and price supports or procurement stabilise farm incomes. Macroeconomic tools, such as exchange rate management, monetary policy and trade measures, influence input costs and food inflation.

A good conclusion judges which policy mix has been more effective for productivity, competitiveness, food security, employment and sustainable growth in each country, and recognises that some measures help one objective while harming another. Recommendations should be specific, such as shifting from blanket input subsidies towards targeted support and investment in water-efficient technology.

If you want a similar report built to your own country pair, our economics assignment help team can prepare a tailored draft, and our MBA assignment help service covers wider business modules.

7. Conclusion

Both countries show that agricultural markets are prone to externalities, uneven productivity and shock transmission, yet their outcomes diverge because of farm structure, input dependence, buffer stocks and policy design. The most defensible overall judgement is that no single policy removes these weaknesses, and that effective reform combines price signals for scarce resources, investment in public goods and measures that strengthen the bargaining position of small producers. Before submission, a final read-through with our assignment editing service can help check structure, referencing and consistency.

References

Baffes, J., Mekonnen, D. and Temaj, K. (2026) When risks stack up: threats to global food markets in 2026. World Bank, Let’s Talk Development blog, 16 June. Available at: https://blogs.worldbank.org/en/developmenttalk/when-risks-stack-up–threats-to-global-food-markets-in-2026 (Accessed: 3 November 2026).

Bellemare, M.F. (2015) ‘Rising food prices, food price volatility, and social unrest’, American Journal of Agricultural Economics, 97(1), pp. 1–21.

Coase, R.H. (1960) ‘The problem of social cost’, Journal of Law and Economics, 3, pp. 1–44.

FAO, IFAD, UNICEF, WFP and WHO (2025) The state of food security and nutrition in the world 2025. Rome: FAO.

Gollin, D., Lagakos, D. and Waugh, M.E. (2014) ‘The agricultural productivity gap’, Quarterly Journal of Economics, 129(2), pp. 939–993.

Solow, R.M. (1957) ‘Technical change and the aggregate production function’, Review of Economics and Statistics, 39(3), pp. 312–320.