From an energy shock to a reconfiguration
of global power chains

Key signals

Signal	Reference data	Current assessment
Global growth	3.0% in 2026	Resilience, but slower momentum and wide geographic divergence
Global inflation	4.7% in 2026	Disinflation interrupted by the energy shock
Strait of Hormuz	20 mb/d of oil in 2025	The principal risk remains physical and logistical
Global electricity demand	+3.6% in 2026	Electrification remains a structural growth driver
Renewables	> +8% generation in 2026	Expected to overtake coal in the global power mix
Grids	> 2,500 GW awaiting connection	The bottleneck is shifting towards infrastructure
Food	FAO 131.1 in July	No broad-based food shock, but material input-cost risk
Federal Reserve	3.50–3.75%	Target range left unchanged on 29 July
EUR/USD	1.1542 on 6 August	FX remains a transmission channel for rate and energy differentials

Sources: IMF, IEA, FAO, Federal Reserve and ECB; detailed references appear at the end of this report.

Current economic assessment

The global economy enters August 2026 in an unusual configuration. The energy supply shock triggered in the spring by the war in the Middle East has not produced the global contraction initially feared, but it has interrupted disinflation and shifted risks towards gas, fertilisers, parts of the industrial processing chain and financial conditions. In its July update, the IMF projects global growth of 3.0% in 2026, followed by 3.4% in 2027, while global inflation is expected to rise from 4.1% in 2025 to 4.7% in 2026, before easing to 3.9% in 2027 [1]. The world economy therefore appears resilient, but that resilience is distributed very unevenly: energy importers face a terms-of-trade shock, while economies deeply integrated into the technology and artificial-intelligence cycle are benefiting from powerful investment support.

The dominant factor in commodity markets remains the Strait of Hormuz. In 2025, around 20 million barrels per day of crude oil and petroleum products passed through the Strait, equivalent to roughly 25% of global seaborne oil trade; close to 80% of these flows were destined for Asia. The Strait also accounted for approximately 19% of global LNG trade, with no equivalent alternative route for these gas volumes [2]. Disruption to this corridor therefore extends far beyond oil, affecting gas, fertilisers, sulphur, aluminium, maritime freight and, indirectly, agriculture and inflation.

Oil nevertheless illustrates the global system’s capacity to adjust. Following the collapse in supply in the spring, the IEA estimates that world production rebounded by 4.1 mb/d in June, to 98.8 mb/d, while remaining 9.4 mb/d below its pre-war level. For 2026 as a whole, the IEA still expects average supply to fall by 3.7 mb/d, subject to de-escalation [3]. The U.S. EIA takes a more constructive near-term view: in July it projected Brent to average $74 per barrel in the third quarter, down from $85 in June, as flows partially recover and the draw on inventories moderates [4]. The divergence between these projections is informative: oil prices now depend less on a single underlying trend than on the speed at which physical trade through the Gulf normalises.

Gas remains more vulnerable. The IEA estimates that global gas demand could fall by around 0.5% in 2026, while global LNG trade is broadly stable, as new capacity outside the Gulf offsets much of the reduction in Qatari and Emirati volumes. Nevertheless, during the second quarter, European TTF prices averaged close to $16/MBtu, 32% higher year on year, while Asian JKM averaged $17.5/MBtu, up 45% [5]. Energy security therefore can no longer be assessed solely by the annual volume available; the geographic flexibility of supply and the infrastructure capable of delivering it are equally important.

At the same time, electrification is advancing at remarkable speed. The IEA projects global electricity demand growth of 3.6% in 2026 and 3.8% in 2027. Renewables are expected to become the world’s largest source of electricity generation in 2026, overtaking coal, with their share rising from 33% in 2025 to 37% in 2027 [6]. The main bottleneck is accordingly moving towards grids: more than 2,500 GW of renewable generation, storage projects and large electricity consumers are currently held in connection queues worldwide [7]. Storage is becoming a system-level infrastructure asset: 108 GW of new battery capacity was deployed in 2025, up 40% year on year [8].

This transformation is elevating metals into the infrastructure of economic power. Copper is the most structural case: according to the IEA, demand could increase by about 7 million tonnes by 2040 and, despite new projects, announced mine supply would remain around 25% below projected primary requirements in 2035 under the STEPS scenario [9]. The issue is less an immediate geological shortage than the combination of declining ore grades, development lead times, capital costs and concentrated refining capacity.

Agricultural markets appear calmer at first sight. The FAO Food Price Index stood at 131.1 points in July 2026, up 0.6% month on month and 1.0% year on year, but still 18.2% below its March 2022 peak [10]. This stability nevertheless conceals a major transmission channel: fertilisers. In April, the World Bank projected an increase of more than 30% in its fertiliser price index in 2026, driven in particular by gas, urea and Gulf disruptions [11]. The principal agricultural risk in 2026 therefore lies, at this stage, less in a generalised shortage of crops than in higher input and transport costs that could affect subsequent planting seasons.

Financial markets, finally, have so far absorbed the shock with surprising ease. According to the IMF, corporate credit spreads remain historically tight and equity markets have strengthened since April. More than 80% of S&P 500 companies exceeded earnings expectations in the first quarter, yet valuations remain historically elevated and concentration around AI-related stocks has increased further [12]. Resilience in risk assets therefore coexists with valuation vulnerability.

The central message for August 2026 is thus the following: the energy shock has not disappeared; it has fragmented and propagated through other links in the global system. Strategic value is shifting from the raw resource itself towards control of the chain – transportation, refining, grids, storage, semiconductors and finance. This is the most consequential regime change: the price of a resource remains critical, but the capacity to process, move, store and substitute it is becoming equally decisive.

I. Energy: from price shock to infrastructure risk

1. The new global energy shock

The 2026 shock differs from that of 2022. It is less centred on a single land-based supplier and more on a maritime chokepoint simultaneously linking oil, LNG and industrial products. In March, the IEA estimated a 10.1 mb/d fall in global oil supply, the largest disruption in its historical series [13]. Since then, flows have partially resumed and prices have retreated, but normalisation is neither complete nor irreversible.

This distinction is crucial. A fall in the spot price does not necessarily mean that energy security has been restored. Inventories have acted as a buffer; Atlantic Basin producers have increased shipments; new LNG capacity has offset part of the Gulf shortfall; and demand has also responded to high prices. The August environment should therefore be read as a constrained rebalancing phase, not as a return to the previous regime.

2. Hormuz: a global price-setting infrastructure

The strategic importance of Hormuz stems from the asymmetry between exposed volumes and bypass capacity. The IEA estimates that pipelines could theoretically reroute 3.5–5.5 mb/d of crude, far short of the roughly 20 mb/d that transited the Strait in 2025 [2]. For Qatari and Emirati LNG, the problem is more severe: there is no alternative maritime route capable of exporting equivalent volumes [2].

Hormuz must also be understood as an industrial corridor. The Gulf accounts for around 8% of global aluminium supply, with approximately 5 million tonnes normally shipped through the Strait each year. More than 30% of global urea trade, around 20% of ammonia and phosphate trade, and approximately half of seaborne sulphur trade are also exposed [14]. A maritime disruption can therefore transmit from oil into fertilisers and agricultural costs, and from sulphur into the processing of critical metals.

3. Oil: lower prices, persistent physical fragility

In July, the IEA estimated that global oil demand would decline by around 1 mb/d over 2026 as a whole before rebounding by roughly 2 mb/d in 2027 [3]. Supply would remain constrained in 2026, but could recover strongly if transit conditions normalise. The EIA, meanwhile, expected global inventories to decline by about 2.2 mb/d in the third quarter, a significant pace, but far below its earlier estimates, followed by a return towards market surplus in 2027 [4].

For markets, the signal is therefore not simply bearish. The institutional baseline incorporates improving flows; a renewed deterioration in Hormuz would mechanically restore a scarcity premium. Conversely, sustained reopening, a recovery in Gulf supply and weak demand could accelerate the easing. These two branches should be presented as conditional risks, not as competing forecasts.

4. Natural gas: the hardest constraint to bypass

Gas exposes the rigidity of infrastructure more clearly. Between March and June, LNG loadings from Qatar and the United Arab Emirates fell by 35 bcm year on year. LNG output outside the Gulf nevertheless increased by almost 18%, or around 27 bcm, offsetting three quarters of the shortfall [5]. The IEA consequently projects broadly flat global LNG trade in 2026, alongside a 0.5% decline in global gas demand.

Europe remains exposed to Asian competition for flexible cargoes. The JKM-TTF spread moved back in Asia’s favour between March and June, encouraging cargo diversion. Europe’s principal risk is therefore a high marginal price, rather than an immediate physical inability to secure supply.

5. Renewables: the transition withstands the shock

Capacity data show that the energy transition has not been interrupted. According to IRENA, 692 GW of renewable capacity was added in 2025, taking global capacity to 5,149 GW; solar and wind accounted for 96.8% of net additions [15]. The IEA projects an increase of more than 8% in global renewable electricity generation in 2026 [6].

Installed capacity alone, however, is no longer the most important metric. As the share of variable generation rises, economic value shifts towards flexibility, interconnection, demand response and storage.

6. Grids, storage and the new critical infrastructure

The grid is becoming the principal scarce asset of the “Age of Electricity”. The IEA identifies more than 2,500 GW of projects awaiting grid connection [7]. At the same time, electricity consumption by data centres is expected to approximately double between 2025 and 2030, from 485 TWh to around 950 TWh under the IEA’s updated projections [16].

Battery deployment is accelerating rapidly: a further 108 GW was installed in 2025, and LFP chemistry accounted for around 90% of installations [8]. This shift reduces some dependence on nickel and cobalt, but increases the importance of lithium, graphite, power-conversion equipment and the grids themselves. Energy security is consequently becoming a question of the entire electricity system, not merely of fuel supply.

II. Industrial and strategic commodities: the new infrastructure of power

1. Copper: the metal of global electrification

Copper combines three characteristics rarely found together: a very broad traditional demand base, structural intensification from grids and electrification, and mine supply that adjusts only slowly. The IEA estimates that average copper ore grades have declined by about 40% since 1991; new projects can take around 17 years from discovery to production, and only 5% of major discoveries over the past 35 years were made during the last decade [17].

The projected 25% shortfall in 2035 is not a forecast of automatic physical scarcity. It compares the expected project pipeline with primary requirements under the STEPS scenario and can be narrowed through additional investment, substitution, recycling or lower demand. It nevertheless provides a robust indicator of structural tightness [9].

2. Lithium, nickel, cobalt, graphite and rare earths

“Battery metals” do not constitute a homogeneous market. In its Global Critical Minerals Outlook 2026, the IEA notes that lithium prices had more than doubled between their previous trough and early 2026, while cobalt prices had risen by around 130%, notably following export restrictions by the Democratic Republic of the Congo [18]. Nickel is more heavily influenced by expanding Indonesian supply, while graphite and rare earths remain particularly sensitive to the concentration of processing capacity in China.

Concentration is precisely the central risk. The IEA reports that the average share of the largest supplier in the refining of key energy minerals reached around 70% in 2025 [19]. For many materials, therefore, vulnerability lies not in mining but in purification, chemical processing, magnets, equipment and industrial know-how.

3. Semiconductors and critical materials

Semiconductors are better understood not as a commodity but as the apex of a mineral and industrial chain. Gallium, germanium, high-purity silicon, rare earths, copper and specialised materials all enter value chains in which refining and processing capacity is geographically concentrated. The U.S. Geological Survey classifies and documents these materials in its Mineral Commodity Summaries 2026 [20].

At the same time, the semiconductor cycle has macroeconomic significance. The IMF estimates that economies deeply embedded in the technology value chain are benefiting in 2026 from AI-related demand: Korea’s growth is projected at 2.6%, supported by semiconductor exports [1]. The boundary between “commodities” and “technology assets” is therefore becoming progressively less useful in analysing industrial power.

4. Aluminium: embedded energy and logistical vulnerability

Aluminium is both a strategic metal and a form of embedded energy, given the electricity intensity of primary production. In April, the World Bank projected its average price to rise by around 22% in 2026 [11]. Gulf exposure compounds this sensitivity: before the conflict, regional exports represented more than 10% of aluminium supply to the European Union, Japan, Korea and Mexico, and close to 20% of U.S. supply [19].

5. Gold and reserve assets

Gold retains its role as a hedge against geopolitical, financial and monetary uncertainty. The World Bank projects a 42% increase in its precious-metals index in 2026, following record levels in the first quarter, and an 8% decline in 2027 under its baseline scenario [11]. This projection is particularly dependent on geopolitical tensions, financial volatility and monetary conditions; it should therefore not be interpreted as a price target.

6. Defence, strategic metals and industrial sovereignty

Defence requirements broaden the critical-materials map beyond transition metals. Tungsten, gallium, germanium, antimony, rare earths and high-performance materials are inputs into electronic, aerospace and military systems. The decisive feature is not always market size (which is often small) but the absence of rapid substitutes and the concentration of refining. The IEA notes that China was the leading refiner for 19 of the 20 strategic minerals it examined in 2025, with an average share close to 70% [21]. Industrial sovereignty therefore depends as much on intermediate processing capacity as on access to geological reserves.

III. Agriculture: relative price calm, deferred pressure from inputs

1. A better-supplied global market than in 2022

The July 2026 FAO Food Price Index, at 131.1 points, remains well below its March 2022 record despite a 0.6% monthly increase [10]. Increases in cereals, sugar and vegetable oils were partly offset by lower meat and dairy prices. At this stage, therefore, conditions do not amount to a broad-based global food shock.

The U.S. Department of Agriculture’s July WASDE nevertheless continues to point to differentiated adjustments. In the United States, the 2026/27 wheat outlook was revised towards lower supplies and ending stocks [22]. For feed grains, USDA projected 2026/27 U.S. production of 420.1 million tonnes, the second-highest level on record [23]. In July, AMIS described global soybean fundamentals as ample, while wheat, maize and soybean markets had risen during the month [24].

2. Fertilisers are the critical risk channel

The energy shock reaches agriculture with a lag. Natural gas is a core input into ammonia and urea production, while the Gulf is also a major fertiliser exporter. The IEA notes that the disruptions simultaneously reduced Gulf exports and weighed on utilisation rates at production facilities in Europe and Asia [5].

In April, the World Bank projected a 31% increase in its fertiliser index in 2026 and a 60% rise in urea [25]. That forecast was produced at the height of the disruptions and must be interpreted with caution: global fertiliser prices fell by 4.3% in July according to the World Bank’s latest monthly update [26]. The risk to the cost of the next planting season nevertheless remains material if gas markets and maritime flows tighten again.

3. Agricultural outlook

The World Bank’s baseline remains an approximately 6% decline in its average agricultural price index in 2026, driven mainly by the correction in beverage prices, while food prices are expected to rise modestly [11]. This forecast is consistent with a broadly well-supplied but volatile market. The principal upside risks are now input costs, logistical disruptions and weather shocks; their materialisation should not be assumed.

IV. Financial markets, foreign exchange and derivatives: resilience under strain

1. Equities: resilience and concentration

The financial paradox of 2026 is the coexistence of a historic supply shock and still-accommodative financial conditions. In July, the IMF observed that corporate credit spreads remained historically tight and that equities had risen since the April GFSR. More than 80% of S&P 500 companies exceeded first-quarter earnings expectations, keeping the average price-to-earnings ratio at a historically elevated level [12].

This strength does not eliminate concentration risk. The IMF points to increasing index exposure to AI-related stocks and warns that a reassessment of productivity or earnings expectations could trigger a broader correction through wealth, portfolio and financing channels [12]. This is a risk identified by the institution, not a forecast of a market decline.

2. Bonds and central banks: the return of inflation risk

On 29 July, the Federal Reserve maintained its policy rate within a 3.50–3.75% target range [27]. In June, the median FOMC participant projection indicated 3.6% PCE inflation in 2026, 2.2% real growth on a Q4/Q4 basis, and a 3.8% year-end level judged appropriate for the federal funds rate [28]. This policy projection is not a commitment and remains conditional on incoming data.

In the euro area, the ECB raised its deposit facility rate to 2.25% in June and then left it unchanged on 23 July [29]. Its July Survey of Professional Forecasters put average HICP inflation at 2.7% in 2026, 2.2% in 2027 and 2.0% in 2028 [30]. The monetary-policy cycle has thus become more dependent on energy data than it was at the beginning of the year.

3. Foreign exchange: the euro around $1.15

The ECB reference rate on 6 August 2026 was EUR 1 = USD 1.1542 [31]. This point observation is not a forecast. It nevertheless illustrates a regime in which differences in growth, interest rates, energy exposure and technology-related capital flows act simultaneously on currencies.

For European companies, foreign-exchange risk should therefore be assessed together with energy risk: a rise in the dollar cost of imports and a movement in EUR/USD can either reinforce or offset one another. Analysis should focus on net exposures and hedging policies rather than on a directional currency call.

4. Derivatives: markets as instruments for measuring risk

Futures and options markets have played a central role in transmitting the shock. During the spring, the WTI curve moved into steep backwardation; December 2026 contracts traded as much as roughly $40 below May–June maturities, signalling far greater immediate scarcity than the scarcity expected further along the curve [32]. This historical observation should not be extrapolated to the August curve without updated quotations.

In rates, Fed Funds futures provide a real-time indication of market expectations. As of 6 August, CME FedWatch indicated that markets were pricing only one further rate increase in 2026, versus two before the 29 July meeting [33]. Again, this is conditional market pricing, not a Federal Reserve forecast.

For decision-makers, derivatives serve two functions: hedging price risk and revealing the distribution of market expectations. In an environment dominated by disruptions to physical corridors, forward curves, calendar spreads and implied volatility can be more informative than the spot price alone.

V. Reference forecasts: what can reasonably be defended as of 7 August 2026

Variable	2026	2027	Source / status
Global growth	3.0%	3.4%	IMF, July 2026 WEO Update [1]
Global inflation	4.7%	3.9%	IMF, July 2026 WEO Update [1]
U.S. growth	2.3%	2.2%	IMF, July 2026 [1]
Euro area growth	0.9%	1.2%	IMF, July 2026 [1]
China growth	4.6%	4.1%	IMF, July 2026 [1]
India growth¹	6.4%	6.7%	IMF, July 2026 [1]
Global electricity demand	+3.6%	+3.8%	IEA, July 2026 [6]
Global renewable generation	> +8%	37% share of power mix	IEA, July 2026 [6]
Global gas demand	approx. −0.5%	—	IEA Gas Market Report Q3 2026 [5]
Agricultural prices, World Bank index	approx. −6%	stabilisation	World Bank, April 2026 [11]
Metals and minerals, World Bank index	+17%	−7%	World Bank, April 2026 [11]
Precious metals, World Bank index	+42%	−8%	World Bank, April 2026 [11]

¹ The IMF reports India on a fiscal-year basis in its main table; that convention is retained here to avoid mixing time bases.

These figures do not constitute a single scenario. Cut-off dates and assumptions differ. The World Bank’s April forecast, in particular, assumes a specific path for normalisation in the Middle East; July data already show easing in some prices. The most rigorous approach is therefore to retain each published forecast together with its date, and then assess it against more recent observations.

Three forward-looking conclusions, without extrapolation

1. Supply risk remains concentrated in infrastructure. Price normalisation depends on the continued recovery of transit through Hormuz. Until oil and, especially, LNG volumes have returned sustainably to previous levels, the system will retain a high degree of sensitivity to renewed disruption.

2. Electrification is reshaping commodity demand even as the economic cycle slows. Grids, data centres, batteries and renewables are creating structural demand distinct from the traditional industrial cycle alone. Copper is the clearest case, but risk also lies in the refining of graphite, rare earths and numerous minor metals.

3. Financial markets are not currently pricing a systemic-crisis scenario. Tight spreads and high valuations instead indicate continuing confidence in earnings and technology. This is supportive for financial conditions, but it is also a source of sensitivity should expectations for inflation, interest rates or technology-sector earnings be revised.

VI. Monitoring dashboard: August–September 2026

The next cyclical inflection is unlikely to be visible in a single indicator. It should be identified through the interaction of four groups of signals.

Energy and logistics. Actual Hormuz transit volumes remain the primary physical variable and should be assessed alongside global oil inventories, the restart of Gulf LNG capacity and the JKM–TTF spread. Simultaneous improvement across these indicators would provide a more robust signal of normalisation than a decline in Brent alone.

Industry and critical materials. Copper should be monitored together with refining conditions, grid investment and connection lead times. For lithium, cobalt, graphite and rare earths, the spread between Chinese domestic prices and ex-China prices is more informative about supply-chain fragmentation than a single theoretical global price.

Agriculture. The FAO index and forthcoming WASDE estimates should be read alongside gas and urea prices. The transmission of input costs into production decisions is the mechanism most likely to alter the profile of agricultural markets beyond the summer.

Finance. Rate expectations embedded in futures, credit spreads, long-term yields and earnings revisions among major technology companies together provide the strongest dashboard of markets’ tolerance for the dual energy-AI shock.

Conclusion: a resilient economy, increasingly dependent on infrastructure

The August 2026 outlook validates neither a global-crisis scenario nor a complete return to normal. The IMF continues to project positive global growth, while financial markets remain supported by strong earnings and the technology cycle. At the same time, the Middle East shock has demonstrated how a relatively small share of the world’s physical infrastructure can simultaneously influence energy, industry, agriculture, inflation and monetary policy.

Oil already provides an example of rebalancing: the partial restoration of flows, the supply response outside the Gulf and demand adjustment have produced substantial easing relative to the tensions of the spring. Gas remains more constrained because transportation capacity is less substitutable. Fertilisers provide the principal bridge into agriculture. Critical metals, finally, demonstrate that risk is increasingly shifting towards refining and processing rather than geological availability alone.

The second force shaping 2026 works in the opposite direction: technology investment and electrification are supporting activity, electricity demand and selected financial assets. Yet they also intensify requirements for grids, copper, storage, semiconductors and specialised materials. In other words, the same technology cycle that cushions part of the macroeconomic shock is simultaneously increasing pressure on the infrastructure required to sustain it.

For the coming months, the most rigorous interpretation is therefore conditional. A durable normalisation of Hormuz, accompanied by the rebuilding of inventories and a recovery in Gulf LNG, would reduce inflation risk and improve macroeconomic visibility. Conversely, a renewed disruption to flows would affect an economy in which part of the emergency inventory buffer has already been mobilised. The task is not to predict either event; it is to identify the mechanisms that would make a regime change visible quickly.

The central question is no longer simply: who owns the energy and raw materials? It is increasingly: who controls the infrastructure, processing capacity, technology and finance required to convert them into effective economic power? This reconfiguration  defines the global economic outlook in August 2026 more than the daily movement in a barrel of oil, a tonne of copper or an equity index.

Sources

The sources below were prioritised because they are institutional, official, or primary references for the markets concerned. Accessed and verified: 7 August 2026.

1. IMF, World Economic Outlook Update – Global Economy in Crosscurrents of War and Technology, July 2026. https://www.imf.org/en/publications/weo/issues/2026/07/08/world-economic-outlook-update-july-2026
2. IEA, Strait of Hormuz – Oil Security and Emergency Response. https://www.iea.org/about/oil-security-and-emergency-response/strait-of-hormuz
3. IEA, Oil Market Report – July 2026. https://www.iea.org/reports/oil-market-report-july-2026
4. U.S. EIA, Short-Term Energy Outlook, July 2026. https://www.eia.gov/outlooks/steo/
5. IEA, Gas Market Report, Q3-2026. https://www.iea.org/reports/gas-market-report-q3-2026
6. IEA, Electricity Mid-Year Update 2026. https://www.iea.org/reports/electricity-mid-year-update-2026
7. IEA, Electricity 2026 – Grids. https://www.iea.org/reports/electricity-2026/grids
8. IEA, Global Energy Review 2026 – Battery storage. https://www.iea.org/reports/global-energy-review-2026/technology-battery-storage
9. IEA, Global Critical Minerals Outlook 2026 – Outlook. https://www.iea.org/reports/global-critical-minerals-outlook-2026/outlook
10. FAO, FAO Food Price Index, released 7 August 2026. https://www.fao.org/worldfoodsituation/foodpricesindex/en/
11. World Bank Group, Commodity Markets Outlook, April 2026. https://www.worldbank.org/en/research/commodity-markets
12. IMF, World Economic Outlook Update, July 2026, Box 1 – Global Financial Markets Update. https://www.imf.org/-/media/files/publications/weo/2026/update/july/english/text.pdf
13. IEA, Oil Market Report – April 2026. https://www.iea.org/reports/oil-market-report-april-2026
14. IEA, The Middle East and Global Energy Markets. https://www.iea.org/topics/the-middle-east-and-global-energy-markets
15. IRENA, Renewable Capacity Statistics 2026. https://www.irena.org/Publications/2026/Mar/Renewable-capacity-statistics-2026
16. IEA, Key Questions on Energy and AI. https://www.iea.org/reports/key-questions-on-energy-and-ai/executive-summary
17. IEA, Copper prices have hit record highs, but smelters face mounting strategic pressures, March 2026. https://www.iea.org/commentaries/copper-prices-have-hit-record-highs-but-smelters-face-mounting-strategic-pressures
18. IEA, Global Critical Minerals Outlook 2026 – Executive Summary. https://www.iea.org/reports/global-critical-minerals-outlook-2026/executive-summary
19. IEA, Global Critical Minerals Outlook 2026 – Market overview. https://www.iea.org/reports/global-critical-minerals-outlook-2026/market-overview
20. U.S. Geological Survey, Mineral Commodity Summaries 2026. https://pubs.usgs.gov/periodicals/mcs2026/mcs2026.pdf
21. IEA, With new export controls on critical minerals, supply concentration risks become reality, October 2025. https://www.iea.org/commentaries/with-new-export-controls-on-critical-minerals-supply-concentration-risks-become-reality
22. USDA, World Agricultural Supply and Demand Estimates, July 2026. https://www.usda.gov/oce/commodity/wasde/wasde0726.pdf
23. USDA ERS, Corn and Other Feed Grains – Market Outlook, July 2026. https://www.ers.usda.gov/topics/crops/corn-and-other-feed-grains/market-outlook
24. AMIS, Market Monitor, July 2026. https://www.amis-outlook.org/market-monitor
25. World Bank Group, Commodity Markets Outlook – Press Release, 28 April 2026. https://www.worldbank.org/en/news/press-release/2026/04/28/commodity-markets-outlook-april-2026-press-release
26. World Bank Group, Commodity Price Data (“Pink Sheet”), updated 4 August 2026. https://www.worldbank.org/en/research/commodity-markets
27. Federal Reserve, FOMC Statement, 29 July 2026. https://www.federalreserve.gov/newsevents/pressreleases/monetary20260729a.htm
28. Federal Reserve, Summary of Economic Projections, 17 June 2026. https://www.federalreserve.gov/monetarypolicy/fomcprojtabl20260617.htm
29. European Central Bank, Monetary Policy Decisions, 23 July 2026. https://www.ecb.europa.eu/press/pr/date/2026/html/ecb.mp260723~29f24d99bc.en.html
30. European Central Bank, Survey of Professional Forecasters — Q3 2026. https://www.ecb.europa.eu/stats/ecb_surveys/survey_of_professional_forecasters/html/ecb.spf2026q3.en.html
31. European Central Bank, Euro foreign exchange reference rates, 6 August 2026. https://www.ecb.europa.eu/stats/policy_and_exchange_rates/euro_reference_exchange_rates/html/index.en.html
32. CME Group, Implications of WTI Oil Futures in Backwardation Amid the Supply Crunch, 16 April 2026. https://www.cmegroup.com/insights/economic-research/2026/implications-of-wti-oil-futures-in-backwardation-amid-the-supply-crunch.html
33. CME Group, FedWatch / August 2026 Rates Recap, data as of 6 August 2026. https://www.cmegroup.com/markets/interest-rates/cme-fedwatch-tool.html
34. BIS, OTC and exchange-traded derivatives statistics. https://www.bis.org/statistics/derstats.htm

Methodological note

This report deliberately distinguishes observed data, institutional forecasts and conditional risks. It presents no proprietary price targets. Projections are attributed to their source and should be revised when the relevant institutions publish new information. Daily market observations are explicitly dated to avoid presenting a point-in-time market reading as a persistent trend.

Important Disclaimer: The content of this article is provided for informational and educational purposes only. It reflects the author’s opinion based on information available at the time of publication, which may become outdated. This content does not constitute personalized investment advice, a recommendation to buy or sell, and does not guarantee future performance. Markets carry a risk of capital loss. The investor is solely responsible for their decisions and should consult an independent professional advisor before any transaction. The publisher disclaims all liability for decisions made based on this information.