Commodities: The Year 2024 in Retrospect

Julien Chevallier

doi:10.3390/commodities4010001

Economics Department (LED), University Paris 8, 93526 Saint-Denis, France

Commodities2025, 4(1), 1;https://doi.org/10.3390/commodities4010001

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1. Introduction

The year 2024 was marked by significant unpredictability and volatility in global commodity markets, characterized by notable price fluctuations, evolving policy frameworks, and unexpected disruptions. The commodity sector continued to serve as a critical economic indicator, reflecting broader trends in international trade, geopolitical interactions, and consumer behavior. This editorial examines the key events of 2024, providing insights into the forces shaping agricultural, energy, and precious metal markets, alongside emerging environmental considerations that will influence the future landscape.

2. Agricultural Commodities: Winners and Losers

2.1. A Surge in Cocoa and Coffee Prices

One of the most significant developments in 2024 was the remarkable increase in cocoa and coffee prices. Cocoa prices nearly tripled, largely due to a shortage in West Africa, the primary producer of the world’s cocoa. Concurrently, coffee prices also rose due to adverse weather conditions in key producing countries [], highlighting the vulnerability of these markets to environmental factors (Kopych & Shevchuk, 2024).

2.2. Mixed Fortunes Across Other Agricultural Markets

While certain agricultural commodities experienced growth, others faced substantial challenges. Prices for palm oil and rubber increased; however, staple commodities such as soybeans, corn, and wheat saw declines. Notably, Brazil’s extensive soybean crop successfully met rising demand from China, despite ongoing geopolitical tensions with the United States (Baek, 2024). Conversely, the volatility in the wheat market presented a complex challenge, with innovative risk-management strategies being proposed to better anticipate price variations (Haase & Henn, 2024). The enduring impacts of the pandemic were also evident in global seafood markets, as Japanese consumer behavior shifted towards increased at-home dining (Aruga & Wakamatsu, 2024).

3. Energy Commodities: A Year of Surprises

3.1. Oil Market Trends

Despite global instability and potential geopolitical threats, oil prices experienced a decline for the third consecutive year in 2024. This decrease was attributed to a sluggish global economy and shifting consumption patterns (Baek, 2024). Short-term fluctuations in oil prices were influenced by market psychology, providing valuable insights into investor behavior (Bakshi, Gao, & Zhang, 2024). The necessity for adaptive investment strategies in volatile energy markets was further emphasized by research on commodity futures-based dynamic portfolios (Adhikari, 2024).

3.2. Coal and Iron Ore: A Challenging Year

The coal and iron ore markets faced considerable difficulties in 2024. A decline in demand, particularly from China, exerted substantial pressure on these commodities. Analysts reported a 15% drop in iron ore prices due to a slowdown in Chinese economic activity, with predictions of continued declines in 2025 (Gnangnon, 2024). Additionally, logistics challenges associated with liquefied natural gas (LNG) carriers further complicated the performance of the energy market (Karamperidis et al., 2024).

4. Precious Metals: Safe Havens Amidst Economic Uncertainty

A Bullish Year for Gold and Silver

Gold and silver emerged as the top performers within the commodity sector, appreciating by over 25% in 2024. This increase was attributed to U.S. Federal Reserve policies and ongoing purchases by central banks, positioning these metals as safe-haven assets in an era of economic uncertainty (Adhikari & Putnam, 2024) []. A new methodology for predicting gold prices was introduced, enhancing the accuracy of forecasting models and providing investors with sophisticated tools to navigate market fluctuations (Sinha, 2024) [].

5. The Policy Landscape: Navigating New Realities

5.1. The Impact of Trade Policies

The reintroduction of tariffs by the United States in 2024 had significant effects on global commodity markets. While protectionist measures benefited certain sectors, they also resulted in disruptions for others, necessitating a realignment of global supply chains (Baek, 2024) []. The intricate relationship between the banking sector, economic growth, and commodity pricing in Europe was also explored, underscoring the extensive ramifications of trade policies beyond the commodity markets (Hamdaoui & Cancelo, 2024).

5.2. Financialization of Energy Markets

The growing financialization of energy markets strengthened the correlation between commodities and equity markets [], presenting both enhanced opportunities and increased risks concerning price volatility and market stability (Büyükşahin & Robe, 2024). A refined methodology for pricing spread options in volatile markets was proposed, which is critical as financial instruments related to commodities evolve in complexity (Galeeva & Wang, 2024).

5.3. Cryptocurrency Disruptions

The cryptocurrency market also impacted the commodities sector. The collapse of USTC and LUNA Classic during the cryptocurrency crash in spring 2022 revealed the interconnectedness of commodity and financial markets, particularly in times of instability (Diop, 2024).

6. Environmental Considerations: A Greener Outlook

6.1. Green Ammonia: A Step Toward Sustainability

In 2024, significant strides were made in sustainable energy solutions, particularly in green ammonia production []. This development represents a crucial step in the pursuit of sustainable energy sources that could transform the future of the energy market (Lauro, Têtu, & Geman, 2024).

6.2. Carbon Emissions: The Nigerian Case

The interplay between energy consumption, agricultural trade, and carbon emissions in Nigeria was examined, advocating for proactive policy changes to foster both economic growth and environmental sustainability (Edoja, Aye, & Gupta, 2024).

6.3. Carbon Trading in China

The carbon trading market in China was analyzed, with findings suggesting potential avenues for refining market mechanisms to achieve more efficient emissions reductions (Wei et al., 2024) [].

7. Emerging Insights: Innovation and Change

7.1. Sovereign Blue Bonds and Blue Finance

The world’s first sovereign blue bond was reviewed, representing an innovative approach to financing environmental sustainability. This initiative not only signifies the emergence of “blue finance” but also sets a precedent for future financial models aimed at ocean conservation (March et al., 2024).

7.2. The Role of Technology in Energy Pricing

Technological innovations continue to propel market trends. Generative adversarial networks (GANs) were introduced for simulating electricity price scenarios, illustrating how artificial intelligence can enhance market forecasting and decision-making processes (Yilmaz et al., 2024) [].

7.3. Trends in Commodity Research

The increasing interdisciplinarity in commodity research emerged as a notable trend in 2024, indicating a shift towards a more comprehensive understanding of commodity markets (Nica & Chiriță, 2024).

8. Conclusions

The year 2024 highlighted the volatile and interconnected nature of global commodity markets. The intricate dynamics of trade policies, environmental considerations, and technological advancements are reshaping the future landscape. As we progress, the insights gained from these developments will assist stakeholders in effectively navigating upcoming challenges, ensuring that sustainability, resilience, and innovation remain central to the global commodity framework.

List of Contributions in Commodities (2024)

Kopych, R.; Shevchuk, V. Time-Varying Impact of Commodity Prices on Output Growth and Inflation in the Eastern European Countries. Commodities 2023, 3, 19–35. https://doi.org/10.3390/commodities3010002.
Baek, J. Does Crude Oil Production Respond Differently to Oil Supply and Demand Shocks? Evidence from Alaska. Commodities 2024, 3, 62–74.
Brunetti, C.; Harris, J.; Büyükşahin, B. Crude Oil Price Movements and Institutional Traders. Commodities 2024, 3, 75–97.
Lauro, E.; Têtu, A.; Geman, H. Green Ammonia Production in Stochastic Power Markets. Commodities 2024, 3, 98–114. https://doi.org/10.3390/commodities3010007.
Nica, I.; Chiriță, N. The Dynamics of Commodity Research: A Multi-Dimensional Bibliometric Analysis. Commodities 2024, 3, 127–150. https://doi.org/10.3390/commodities3020009.
March, A.; Evans, T.; Laing, S.; Raguain, J. Evaluating the World’s First Sovereign Blue Bond: Lessons for Operationalising Blue Finance. Commodities 2024, 3, 151–167.
Hamdaoui, H.E.; Cancelo, M. The Influence of the Banking Sector on Economic Growth and Commodity Prices: A Panel Data Analysis of Spain, France, and Romania. Commodities 2024, 3, 168–181. https://doi.org/10.3390/commodities3020011.
Aruga, K.; Wakamatsu, H. Investigating the Consumption Patterns of Japanese Seafood during the COVID-19 Pandemic. Commodities 2024, 3, 182–196. https://doi.org/10.3390/commodities3020012.
Büyükşahin, B.; Robe, M. Does “Paper Oil” Matter? Energy Markets’ Financialization and Co-Movements with Equity Markets. Commodities 2024, 3, 197–224.
Bakshi, G.; Gao, X.; Zhang, Z. What Insights Do Short-Maturity (7DTE) Return Predictive Regressions Offer about Risk Preferences in the Oil Market? Commodities 2024, 3, 225–247. https://doi.org/10.3390/commodities3020014.
Galeeva, R.; Wang, Z. Sector Formula for Approximation of Spread Option Value & Greeks and Its Applications. Commodities 2024, 3, 281–313. https://doi.org/10.3390/commodities3030017.
Koelmel, B.; Fischer, L.; Juraschek, E.; Peuker, L.; Stemmler, N.; Vielsack, A.; Bulander, R.; Hinderer, H.; Kilian-Yasin, K.; Brugger, T.; et al. Navigating the Challenges of Commodity Traps and Platform Economies: An Assessment in the Context of the Northern Black Forest Region and Future Directions. Commodities 2024, 3, 314–333. https://doi.org/10.3390/commodities3030018.
Haase, M.; Henn, J. Time-Varying Deterministic Volatility Model for Options on Wheat Futures. Commodities 2024, 3, 334–354. https://doi.org/10.3390/commodities3030019.
Adhikari, R. Performance of Commodity Futures-Based Dynamic Portfolios. Commodities 2024, 3, 376–388. https://doi.org/10.3390/commodities3030021.
Koelmel, B.; Haug, T.; Klein, L.; Schwab, L.; Bulander, R.; Hinderer, H.; Weyer, M.; Brugger, T.; Kuehn, A.; Brysch, T. Are German Automotive Suppliers in the Commodity Trap? Risks and Potentials of the Taiwanese Platform MIH EV Open. Commodities 2024, 3, 389–420.
Liaw, K. Benefits of Property Assessed Clean Energy Programs and Securitization of Property Assessed Clean Energy Loans. Commodities 2024, 3, 421–430.
Diop, P.O. An Econometric and Time Series Analysis of the USTC Depeg’s Impact on the LUNA Classic Price Crash During Spring 2022’s Crypto Market Turmoil. Commodities 2024, 3, 431–459. https://doi.org/10.3390/commodities3040024.
Baek, J. Expanding the Scope of Commodities to Reflect the Evolving Market Landscape. Commodities 2024, 3, 460–461. https://doi.org/10.3390/commodities3040025.
Karamperidis, S.; Melas, K.D.; Michail, N.A. Econometric Insights into LNG Carrier Port Congestion and Energy Inflation: A Data-Driven Approach. Commodities 2024, 3, 462–471. https://doi.org/10.3390/commodities3040026.
Ekanayake, E.M. Commodity Prices and the Brazilian Stock Market: Evidence from a Structural VAR Model. Commodities 2024, 3, 472–493. https://doi.org/10.3390/commodities3040027.
Edoja, P.; Aye, G.; Gupta, R. Effects of Energy Consumption, Agricultural Trade, and Productivity on Carbon Emissions in Nigeria: A Quantile Regression Approach. Commodities 2024, 3, 494–511.

Conflicts of Interest

The authors declare no conflicts of interest.

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