// Page 05 · Recommendations
Evidence-based recommendations for FIFA, host nations, and football governance — drawn from 92 years of World Cup climate data, peer-reviewed research, and lessons learned from past tournaments.
Before recommendations can be meaningful, the evidence must be clear. Across 22 World Cups, 18 host nations, and 96 years of data, our analysis produced six consistent findings that form the empirical basis for everything that follows.
The central conclusion of this research: the World Cup's current trajectory — expanding format, summer scheduling, self-certified sustainability — is structurally incompatible with the Paris Agreement's 1.5°C target. The recommendations that follow are not aspirational. They are the minimum necessary response to the evidence above.
FIFA should require all future World Cup bids to submit an independent climate risk assessment — covering projected average temperatures during proposed match windows, extreme heat probability, and climate adaptation costs. This must be conducted against IPCC regional projections for the tournament year (typically 8–12 years after bid submission), not present-day averages.
Why now: Qatar 2022 demonstrated that a tournament can be awarded without adequate climate scrutiny — with the full scale of the heat problem only acknowledged after the bid was won. By that point, the only option was a costly, energy-intensive schedule change. A pre-bid climate screen would flag risks before commitments are made.
The assessment should include projected WBGT values for all proposed venues across potential match windows, estimated energy demand for any artificial cooling required, and a binding commitment to public reporting of the full tournament carbon footprint using standardized methodology.
The practice of scheduling matches at peak-heat times to suit European broadcast windows — first exposed at Mexico 1970 — continues to pose health risks. At the 1994 World Cup in the USA, matches in Dallas and Orlando were played in 40°C+ heat indexes due to afternoon scheduling. FIFA's own cooling break protocol (WBGT >32°C) regularly triggers during these slots.
The solution is straightforward: In host cities where June/July afternoon temperatures exceed 28°C, all group stage matches must be scheduled for morning (before 11am local) or evening (after 7pm local). This is operationally feasible — broadcast revenue can accommodate this with modern multi-timezone streaming rights structures.
Fan travel represents 50–70% of total tournament carbon footprint (Collins et al., 2019). For 2026, where fans may travel between cities in the USA, Canada, and Mexico, a rail-first policy could eliminate a significant portion of domestic flight emissions. Amtrak's Northeast Corridor and regional rail connections between several host cities make this operationally realistic for a cluster of games.
Germany 2006 demonstrated this works. The tournament's rail network carried the majority of domestic fan journeys — a key reason Germany 2006 achieved a net CO₂ reduction. FIFA should negotiate discounted official tournament rail passes for all 2026 ticket holders for domestic travel.
Qatar 2022's eight air-conditioned stadiums consumed enormous energy — cooling entire open-air structures to 18°C in a desert environment. While presented as a climate adaptation measure, full-building mechanical cooling for football is a self-defeating approach: the energy required adds to the very emissions driving the heat that necessitated the cooling.
Better alternatives should come first: Passive cooling design (orientation, shading, natural ventilation), player cooling zones (bench-side misting/cooling tunnels), and scheduling reforms eliminate the need for whole-stadium air conditioning in most cases. Artificial cooling should only be permitted when WBGT readings present a genuine and unavoidable player safety risk that cannot be addressed through any other means.
New stadium construction for a World Cup creates a large upfront carbon cost that is only justified if the venue is actively used post-tournament. Brazil 2014 saw several purpose-built stadiums fall into disuse — generating emissions from construction with minimal ongoing benefit. This pattern recurs at almost every tournament.
FIFA should require binding post-tournament use plans as a condition of bid approval, with financial penalties for non-compliance. Priority should be given to using existing stadiums, even if they require temporary capacity expansion.
FIFA's claim that Qatar 2022 was "carbon neutral" was independently disputed by Carbon Market Watch and multiple academic researchers, who found the stated footprint excluded significant emissions sources and relied on offset projects of questionable quality. Self-certification of carbon neutrality for events of this scale is not credible.
Going forward: FIFA must adopt the GHG Protocol Event Standard methodology for all tournament footprint calculations, subject to third-party verification by an accredited body. Results — including all scope 1, 2, and 3 emissions — must be published within 12 months of tournament conclusion.
Renewable technology offers the single biggest opportunity to reduce the World Cup's operational carbon footprint over the long term. From solar-powered stadiums to hydrogen-fueled team transport, the technologies are available now — what's missing is mandatory adoption.
| Recommendation | CO₂ Impact | Implementation Cost | Feasibility | Priority |
|---|---|---|---|---|
| Climate risk screening for bids | Preventive — avoids Qatar-scale costs | Low (process change) | High | Urgent |
| End midday kick-offs in heat | Indirect — player safety primary | Low (broadcast renegotiation) | Medium | Urgent |
| Rail-first fan travel (2026) | −30 to −45% transport emissions | Medium (pass subsidies) | High | High |
| Limit stadium cooling to last-resort only | −500 GWh+ per hot-climate tournament | High (design changes) | Medium | High |
| Mandatory stadium legacy plans | Amortize construction carbon over decades | Low (regulatory) | High | Medium |
| Solar roofs + renewable PPAs | −60% venue Scope 2 emissions | Medium–High (capital invest) | High | High |
| Full EV ground fleet | Ground transport near zero-emission | Medium (procurement) | High | High |
| End self-certified carbon neutral claims | Transparency — drives real reductions | Low (standards adoption) | High | Urgent |
CO₂ Impact figures are drawn from peer-reviewed literature on sustainable event management. The −30 to −45% transport reduction is modelled on Germany 2006 rail uptake data (German Federal Environment Agency Green Goals Report, 2006) and Collins et al. (2019) transport emission modelling for mega-events. The −60% Scope 2 reduction reflects Paris 2024 Olympic renewable energy outcomes (IOC Sustainability Report, 2024). The −500 GWh cooling figure is from a 2022 Building and Environment study estimating Qatar stadium energy consumption.
Implementation Cost ratings (Low / Medium / High) reflect the primary barrier to adoption: process changes and regulatory mandates are rated Low cost; infrastructure procurement and capital investment are Medium to High. These are qualitative assessments based on analogous policy implementations across comparable sporting events.
Feasibility ratings reflect the technical and political readiness of each measure, drawing on the UN Sport for Climate Action Framework (UNFCCC, 2018), FIFA's own sustainability pledges, and observed outcomes from Germany 2006, South Africa 2010, and Paris 2024.
Priority ratings reflect urgency relative to the 2026 tournament timeline. Measures rated Urgent are actionable now with existing policy frameworks; High priority measures require preparation before 2026; Medium priority measures have a longer implementation horizon toward 2030 and beyond. Full academic citations are available on the Sources page →