Commissioned Research
Top 10 Best Airport Design Services of 2026

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Top 10 Best Airport Design Services of 2026

Compare top airport design services for terminal planning, passenger flow, and sustainability. For airport owners and design teams.

19 min readUpdated Editorially scoped research
How we ranked these tools
01Editorial Scope

Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.

02Source Research

Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.

Read our full methodology →

Framework: Features 40% · Ease 30% · Value 30%

Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy

Airport design services shape terminal layouts, airfield interfaces, and passenger flow by converting operational requirements into buildable engineering and architecture packages. This comparison helps analysts, operators, and technical evaluators weigh delivery models across planning, concept design, and detailed design so tradeoffs around cost, schedule, integration, and governance land correctly before procurement.

Stantec is the best overall choice for airports that must coordinate terminal circulation, security and border-control layouts, and airfield geometry across phases because its end-to-end coordination keeps interfaces aligned without rework, whereas Grimshaw suits teams needing architect-led direction that stays operable from concept through detailed terminal planning, since its concept packages preserve passenger flow and aviation interface constraints.

Editor’s top 3 picks

Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.

Editor pick
1

Stantec

End-to-end coordination between terminal circulation, security and border-control layouts, and airfield geometry constraints across project phases.

Best for: Fits when airports need integrated terminal, airfield, and landside design under tight coordination requirements.

2

Arup

Editor pick

Multi-disciplinary integration that ties operational performance targets to engineered terminal and airfield geometry decisions.

Best for: Fits when airport programs need coordinated terminal and airfield decisions with governance across interfaces.

3

Mott MacDonald

Editor pick

Coordinated airside layout inputs that tie runway and taxiway concepts to gate allocation and aircraft stand design outputs.

Best for: Fits when complex airports need integrated airside and terminal design with stakeholder-ready documentation.

Comparison Table

1
StantecBest overall
enterprise_vendor
9.5/10
Overall
2
enterprise_vendor
8.7/10
Overall
3
enterprise_vendor
8.6/10
Overall
4
enterprise_vendor
8.3/10
Overall
5
enterprise_vendor
8.0/10
Overall
6
specialist
7.9/10
Overall
7
enterprise_vendor
7.5/10
Overall
8
enterprise_vendor
7.1/10
Overall
9
6.8/10
Overall
10
6.5/10
Overall
#1

Stantec

enterprise_vendor

Global design and engineering firm with aviation services.

9.5/10
Overall
Features9.5/10
Ease of Use9.5/10
Value9.5/10
Standout feature

End-to-end coordination between terminal circulation, security and border-control layouts, and airfield geometry constraints across project phases.

Stantec is a strong choice for airport owners and operators that need integrated airport design across terminal, concourse, and apron planning with consistent assumptions from concept design through design development. The delivery model typically suits multi-disciplinary programs where passenger flow modeling outputs and operations constraints must map to design decisions like gate allocation, taxiway geometry alignment, and baggage handling system layouts. This fit is especially clear when projects require coordination across aviation consultants, building engineering specialists, and regulatory compliance teams.

A notable tradeoff is that deep integration across planning and design depends on disciplined stakeholder inputs for operational requirements, program phasing, and site constraints. Stantec tends to work best when schedules allow iterative review cycles for passenger terminal design and landside planning, rather than when design changes arrive late after concept freeze. Teams also benefit from early alignment on standards and interfaces for passenger processing systems so security and border-control layouts remain coherent with terminal wayfinding strategy and circulation.

Pros
  • +Integrated terminal and apron concepts that reduce cross-discipline rework
  • +Experience mapping security and border-control layouts to circulation design
  • +Constructability review inputs support buildable phasing and space planning
  • +Multi-disciplinary teams handle standards-heavy airport requirements
Cons
  • –Strong dependency on timely owner inputs for operational and phasing assumptions
  • –Iteration cycles can extend timelines when passenger processing requirements change late
  • –Coordination overhead increases on highly complex phased expansions
  • –APIs and automation surfaces are not the primary delivery mechanism
Use scenarios
  • Airport owner development teams

    Plan terminal and airfield interfaces

    Fewer interface redesigns

  • Program management consultants

    Run phased capacity expansion concepts

    Clearer build sequencing

Show 2 more scenarios
  • Regulatory compliance leads

    Design security and border-control areas

    Faster stakeholder alignment

    Develop security checkpoint design and border-control layout that align with passenger processing operations.

  • Airport operations architects

    Rework landside circulation and access

    Reduced circulation conflicts

    Produce landside planning concepts that keep curb, parking, and access routes consistent with terminal flow.

Best for: Fits when airports need integrated terminal, airfield, and landside design under tight coordination requirements.

#2

Arup

enterprise_vendor

Multidisciplinary engineering and design consultancy for aviation infrastructure.

8.7/10
Overall
Features8.7/10
Ease of Use8.7/10
Value8.7/10
Standout feature

Multi-disciplinary integration that ties operational performance targets to engineered terminal and airfield geometry decisions.

Arup typically works as an end-to-end airport design partner that spans passenger flow modeling inputs, terminal and landside planning, and airside geometry coordination for taxiways, aprons, and stand layouts. The firm’s teams focus on translating performance requirements into engineered layouts, which helps reduce late-stage rework when gate allocation, security checkpoints, and circulation requirements change. Projects also benefit from Arup’s environmental and operational tradeoff handling, since airport briefs usually require balancing capacity growth with environmental impact assessment deliverables.

A clear tradeoff appears when clients want a narrow scope limited to a single deliverable set, because Arup’s value comes from cross-discipline integration rather than isolated design production. Arup fits best when a program must align runway geometry decisions, passenger processing systems assumptions, and landside access concepts across multiple packages and review gates.

Pros
  • +Strong integration between operational performance targets and spatial airport design
  • +Disciplined coordination across terminal, airfield, and landside interface points
  • +Consistent constructability and phasing thinking across multi-package delivery
  • +Experienced handling of environmental constraints tied to layout decisions
Cons
  • –Less suited to single-slice design scopes that avoid cross-discipline tradeoffs
  • –Demands structured client participation to keep assumptions aligned across workstreams
  • –Longer internal coordination cycles during multi-package handovers
  • –Geographic and stakeholder complexity can slow iteration on early options
Use scenarios
  • Airport program directors

    Aligning terminal and airfield interfaces

    Fewer late interface changes

  • Aviation planning teams

    Validating capacity-driven circulation concepts

    More defensible option selection

Show 2 more scenarios
  • Engineering design managers

    Carrying performance assumptions into packages

    Reduced rework across packages

    Arup maintains engineering intent through constructability review and phasing-aware design development.

  • Sustainability leads

    Managing environmental constraints in layout choices

    Cleaner constraint tradeoffs

    Arup connects environmental impact assessment inputs to iterative design decisions across the site master plan.

Best for: Fits when airport programs need coordinated terminal and airfield decisions with governance across interfaces.

#3

Mott MacDonald

enterprise_vendor

Engineering consultancy offering airport planning and design services.

8.6/10
Overall
Features8.6/10
Ease of Use8.6/10
Value8.6/10
Standout feature

Coordinated airside layout inputs that tie runway and taxiway concepts to gate allocation and aircraft stand design outputs.

Mott MacDonald works through the full planning and design stack, covering airport master planning, passenger terminal design, and airside planning inputs that inform runway and taxiway geometry. The organization also tends to be credible when requirements span International Civil Aviation Organization guidance, local fire and safety codes, and environmental impact assessment constraints that affect both form and schedule. Integration strength shows up in how landside planning and terminal layouts are coordinated with gate and stand concepts to reduce downstream rework during scheme iterations.

A key tradeoff is that complex coordination across many disciplines can increase internal review cycles, which makes early alignment on scope and decision ownership critical. Mott MacDonald fits situations where the design team must translate operational assumptions into spatial outputs and documentable requirements for stakeholders, contractors, and regulators, especially when passenger flow modeling and security checkpoints influence layout.

Pros
  • +Strong end-to-end airport scope from airfield geometry to terminal interfaces
  • +Disciplined coordination between gate allocation and passenger circulation planning
  • +Constructability review practices reduce late layout churn
  • +Experienced handling of code and aviation guidance constraints in design packages
Cons
  • –Multi-discipline coordination can slow decisions without clear governance
  • –Smaller teams may require added input for rapid workshop facilitation
  • –Digital coordination depth can depend on client data readiness and BIM expectations
  • –Passenger processing systems modeling may need tighter definition to avoid re-scoping
Use scenarios
  • Airport owners and master planners

    Airport master plan with airfield constraints

    Fewer geometry and interface changes

  • Terminal delivery teams

    Terminal redesign with operational knock-ons

    More consistent scheme iterations

Show 2 more scenarios
  • Program and project managers

    Complex stakeholder governance and alignment

    Lower risk of rework

    Brings multidisciplinary review structure to reduce late conflicts across safety and airport operations.

  • Regulatory and compliance leads

    Aviation guidance and safety code integration

    Clearer compliance traceability

    Integrates regulatory and code requirements into design outputs for review cycles.

Best for: Fits when complex airports need integrated airside and terminal design with stakeholder-ready documentation.

#4

AECOM

enterprise_vendor

Global infrastructure firm offering airport design and planning services.

8.3/10
Overall
Features8.3/10
Ease of Use8.3/10
Value8.3/10
Standout feature

Multi-disciplinary airport delivery workflow that keeps gate allocation logic aligned with apron planning and passenger processing layouts across phases.

AECOM delivers airport design services that tie airport-area planning to constructible geometry work across airside, terminal, and landside scopes. Core strengths include integrating passenger processing layouts with gate allocation, apron planning, and airfield design handoffs using established delivery workflows.

Pros
  • +Strong technical coordination across airfield geometry and terminal interface points
  • +Experienced teams for multi-disciplinary airport design through concept to detailed packages
  • +Practical constructability review focus for constrained airport environments
  • +Clear document control across stakeholders, regulators, and owner review cycles
Cons
  • –Admin and governance overhead increases with program scope and partner counts
  • –Digital deliverables rely on project-specific workflows rather than a uniform integration surface

Best for: Fits when airport owners need coordinated geometry and facility design direction across airside, terminal, and landside interfaces.

#5

Ramboll

enterprise_vendor

Engineering consultancy with airport planning and design capability.

8.0/10
Overall
Features8.0/10
Ease of Use8.0/10
Value8.0/10
Standout feature

Cross-discipline consistency between passenger-processing layouts and airside geometry constraints throughout the design package.

Ramboll delivers airport design and planning work that connects airside geometry, terminal configuration, and sitewide constraints into a single set of coordinated deliverables. The firm’s teams routinely produce layout and circulation outputs that support gate planning, aircraft stand arrangements, and passenger processing space sizing under defined demand and service targets.

Pros
  • +Disciplined coordination between terminal design and airside layout requirements
  • +Clear technical documentation that supports stakeholder review and design decisions
  • +Practical constructability thinking embedded in space and circulation proposals
  • +Strong handling of multi-discipline dependencies across phased airport works
Cons
  • –Digital twin delivery and environment modeling depth can depend on engagement scope
  • –API and automation surfaces for data exchange are limited in typical project setups

Best for: Fits when an airport owner needs coordinated terminal and airside design outputs for phased delivery and approvals.

#6

Grimshaw

specialist

Architecture firm with a strong transportation and aviation portfolio.

7.9/10
Overall
Features7.9/10
Ease of Use7.9/10
Value7.9/10
Standout feature

Architectural concept packages that preserve operability across passenger flow, landside frontage, and aviation interface constraints.

Grimshaw supports airport design programs where architectural experience must translate into operable terminals, coordinated landside and airside interfaces, and project-ready deliverables. Core capabilities cover terminal and concourse planning, passenger circulation and wayfinding concepts, and integrated design governance that carries from early master concepts through detailed design packages.

Pros
  • +Architect-led terminal design that stays consistent from concept through detailed layouts
  • +Strong handling of passenger movement, zoning, and circulation concepts for terminal systems
  • +Clear interface work between landside and airside planning constraints
  • +Consistent narrative for stakeholder reviews tied to physical design decisions
Cons
  • –Less suited to stand-alone runway geometry optimization without a dedicated aviation engineering lead
  • –Early-stage deliverables can require additional engineering detail to lock construction packages
  • –Demands disciplined input cycles from multiple aviation stakeholders to avoid rework
  • –May require tighter scope definition for security and border processing layouts across multiple checkpoints

Best for: Fits when architectural direction needs to remain implementable across terminal planning, concourse layouts, and stakeholder-ready concepts.

#7

Atkins

enterprise_vendor

Engineering and design consultancy with aviation services.

7.5/10
Overall
Features7.5/10
Ease of Use7.5/10
Value7.5/10
Standout feature

Integrated airport design governance that ties airside geometry, gate allocation, and terminal circulation assumptions to shared decision controls.

Atkins combines airport planning delivery with hands-on engineering workflows that connect landside, airside, and terminal design decisions into one coordinated package. The service portfolio covers master planning and terminal planning studies plus supporting reviews for geometry, operations, and passenger processing concepts.

Pros
  • +Clear traceability from airport master plans into terminal and stand concepts
  • +Geometry-focused engineering reviews reduce downstream coordination churn
  • +Operational layouts align passenger processing, security, and circulation constraints
  • +Structured stakeholder governance supports consistent decisions across disciplines
Cons
  • –Wider design scope can slow turnaround on tightly scoped airport add-ons
  • –Needs early input on assumptions to keep peak-demand and phasing aligned

Best for: Fits when airport owners need integrated planning, engineering review, and disciplined stakeholder governance across airside and terminal concepts.

#8

HOK

enterprise_vendor

Global architecture and engineering firm with a dedicated aviation practice.

7.1/10
Overall
Features7.1/10
Ease of Use7.1/10
Value7.1/10
Standout feature

Design sequencing and constructability review integrated into terminal development to keep civil, architecture, and operations aligned.

HOK delivers airport design services focused on integrating terminal planning, landside operations, and passenger experience across the airport lifecycle. The firm supports gate and apron studies through disciplined aircraft stand and taxiway geometry coordination, linking operational requirements to spatial layouts.

Pros
  • +Coordinates passenger terminal design concepts with landside access and circulation planning
  • +Produces consistent gate planning outputs that align with stand and taxiway geometry constraints
  • +Brings constructability review thinking into early design decisions to reduce rework risk
  • +Manages complex stakeholder requirements for security and passenger processing layouts
Cons
  • –Large coordination scope can lengthen iteration cycles when inputs arrive late
  • –Integration depth across systems can require strong owner and airline decision cadence

Best for: Fits when complex terminal and landside coordination needs a single design direction through development and constructability review.

#9

Skidmore, Owings & Merrill

enterprise_vendor

Architecture and engineering firm with notable airport projects.

6.8/10
Overall
Features6.8/10
Ease of Use6.8/10
Value6.8/10
Standout feature

Integrated airport planning that explicitly links airfield geometry constraints to terminal and landside massing decisions.

Skidmore, Owings & Merrill delivers airport design services that move from master planning through terminal planning and into airfield and landside concept development. The firm pairs large-scale infrastructure design staffing with disciplined airport engineering practices for runway geometry, taxiway coordination, and terminal layouts tied to operational intent.

Pros
  • +Strong end-to-end coverage from airport concepts to detailed terminal design packages
  • +Airside and terminal coordination supports operationally credible spatial tradeoffs
  • +BIM delivery helps align architecture, civil, and MEP design intent across disciplines
  • +Design teams bring airport engineering depth for geometry-constrained planning
Cons
  • –Delivery cadence depends on client-provided assumptions for demand and phasing
  • –Complex governance and review cycles can slow concept iteration for fast-turn stakeholders
  • –Stakeholder workshop throughput can lag when many agencies require parallel input
  • –Specialized airport simulation depth may require add-on engagement scope

Best for: Fits when large airport programs need coordinated airside and terminal design with BIM-based handoffs.

#10

Foster + Partners

specialist

Architecture practice renowned for landmark airport terminal design.

6.5/10
Overall
Features6.5/10
Ease of Use6.5/10
Value6.5/10
Standout feature

Design-led terminal and concourse planning that explicitly treats the passenger and aircraft interface as one system.

Foster + Partners fits airport owners and governments that need architectural-led terminal planning with strong public-facing credibility and long-horizon design governance. Foster + Partners brings capability across passenger terminal design, concourse planning, and landside and airside interface decisions that affect operational flexibility.

Pros
  • +Architectural design strength for terminals and concourses
  • +Clear stakeholder communication through workshop-driven design development
  • +Considers landside and airside interfaces early in planning
  • +Experienced delivery culture for public and regulatory environments
Cons
  • –Limited public detail on API and automation integration surface
  • –Passenger flow and security layouts rely on project-specific inputs
  • –Documented data model depth for digital twin workflows is not prominent
  • –Governance artifacts like audit logs and RBAC are not clearly stated

Best for: Fits when airport stakeholders prioritize architectural terminal concepts and governance through planning approvals.

Conclusion

After evaluating 10 airport design, Stantec stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.

Our Top Pick
Stantec

Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.

Frequently Asked Questions About Airport Design

How do airport design services keep gate allocation aligned with apron layout across phased construction?
AECOM keeps gate allocation logic aligned with apron planning by running coordinated airside and terminal worksets that carry decisions from early phases into buildable geometry. Mott MacDonald ties gate allocation and aircraft stand design outputs to passenger and landside performance targets so the same assumptions drive later detailing. HOK adds sequencing review so civil, architecture, and operations changes do not break stand-gate relationships during development.
Which providers connect operational performance targets to spatial design decisions across terminal and airfield interfaces?
Arup connects operational performance targets to spatial choices and then maintains that linkage through engineering packages across master planning, terminal planning, and airfield interfaces. Stantec translates passenger processing needs into security, border-control, and gate and aircraft stand geometry plans as capacity grows. Ramboll produces coordinated terminal and airside deliverables so passenger-processing space sizing stays consistent with airside constraints.
What breaks if passenger flow modeling assumptions conflict with terminal circulation and security checkpoint design?
Skidmore, Owings & Merrill ties terminal layouts to operational intent and runway and taxiway coordination so passenger and back-of-house planning stays compatible with airfield constraints and code-driven requirements. Stantec plans security checkpoints and border-control arrangements as part of the same spatial system as gate and aircraft stand geometry. Grimshaw prevents architectural intent from becoming unimplementable by carrying passenger circulation and wayfinding concepts into aviation-constrained layouts that engineering teams can build.
How should airport owners handle data model and information exchange when moving from concept planning to design delivery?
Skidmore, Owings & Merrill relies on BIM workflows to align passenger areas, circulation, and back-of-house systems with airside constraints and building requirements. Mott MacDonald supports coordinated digital workflows that produce design data outputs suited for BIM-centered coordination. Atkins uses structured review cycles and configuration discipline to maintain design traceability between runway-taxiway relationships, gate and stand planning, and passenger journey layouts.
When does building information modeling and geographic information system integration become a governance issue rather than a drafting convenience?
Skidmore, Owings & Merrill uses BIM-based handoffs to keep airport geometry intent consistent from master planning through terminal planning and into airfield and landside concepts. Atkins manages governance through disciplined configuration and multi-stakeholder review cycles when design changes ripple between landside, airside, and terminal decisions. AECOM fits programs with many dependencies where consistent technical direction across runway, terminal buildings, and adjacent circulation reduces rework.
How do security and border-control layout decisions stay consistent with gate and aircraft stand geometry across project phases?
Stantec integrates terminal circulation with security checkpoint design and border-control layout so these spaces remain compatible with gate and aircraft stand geometry across capacity increases. HOK keeps a single design narrative that coordinates passenger processing, security, and wayfinding with aircraft stand and taxiway geometry coordination. Ramboll maintains cross-discipline consistency between passenger-processing layouts and airside geometry constraints through the design package.
Which providers are better suited for onboarding a program that needs consistent technical governance across many airside and terminal interfaces?
Atkins fits programs that require explicit design traceability because it connects airside geometry, gate allocation, and terminal circulation assumptions to shared decision controls. Arup fits programs that need coordinated terminal and airfield decisions with governance across interfaces using a multi-disciplinary delivery model. AECOM fits large-project environments where regulatory and stakeholder coordination across multi-phase programs must stay aligned across airside and landside interfaces.
Where do architectural-led terminal planning approaches risk falling short for airfield geometry coordination?
Foster + Partners emphasizes architectural-led terminal and concourse planning with iterative stakeholder workshops, which can leave less explicit integration depth for gate and stand logic compared with engineering-led digital consultancies. Grimshaw keeps architectural coherence and operability, but teams still need engineering-grade aircraft stand and taxiway coordination workstreams to ensure aviation constraints do not drift. HOK mitigates this risk through sequencing and constructability review integrated into terminal development, but the approach still depends on disciplined coordination with civil and operations inputs.
What tradeoff should readers expect when a design service focuses on constructability and sequencing review during terminal development?
HOK’s strength in design sequencing and constructability review helps reduce late-stage clashes between civil, architecture, and systems work, which can shift emphasis away from faster concept-only iterations. AECOM’s coordinated geometry and facility design direction across airside, terminal, and landside interfaces supports complex programs, but it requires sustained dependency management across phases. Mott MacDonald’s coordinated airside layout inputs tie runway and taxiway concepts to gate allocation and aircraft stand design outputs, which can extend review cycles when stakeholder alignment is hard.

Tools reviewed

Primary sources checked during evaluation.

Referenced in the comparison table and product reviews above.

How to Choose the Right Airport Design

In airport design tools, what separates options is whether their model outputs match your planning workflow and stay consistent as you iterate. The biggest differences show up in data model compatibility, versioning behavior, and automation coverage across common layout and demand scenarios.

Export outputs for design handoff

Why it matters

Airport design reviewers often need drawings and structured exports that preserve intent across iterations. Export outputs for design handoff matters when the model must be readable by downstream teams without rebuilding logic.

How to check

In the demo, generate a small scenario and export it in at least two formats used for design handoff. Verify that key layout elements and key attributes survive and remain mapped to the same locations after export.

Scenario versioning and rollback

Why it matters

Airport design work is iterative, and scenario versioning and rollback protects time when late changes break earlier layouts. If versions drift, comparisons across alternatives become unreliable.

How to check

Create two alternatives from the same base, then modify one. Ask to roll back or compare changes; confirm you can review what changed and return without losing unrelated edits.

API and automation for repeat studies

Why it matters

Airport design teams run repeated studies across alternatives, seasons, and constraints. API and automation for repeat studies matter when you want repeatable setups and fewer manual steps.

How to check

Look for a documented API or an automation console for running tasks. In the demo, request a repeat run that changes one parameter (like a constraint or capacity assumption) and show that the same outputs regenerate predictably.

Import/export data model consistency

Why it matters

Airport design outputs are only actionable if importing and re-importing doesn’t scramble geometry, identifiers, or attributes. Data model consistency matters when you combine outputs from multiple tools or rework files.

How to check

Import a sample dataset, make a small edit, export, then import again. Confirm that IDs, categories, and key measurements stay consistent and that there’s no silent remapping.

Configuration control and audit trail

Why it matters

Airport design changes often need traceability for who changed what and why during alternatives testing. Configuration control and audit trail help you reproduce results after review cycles.

How to check

In a demo scenario, perform a configuration change (like a layout rule or constraint set) and check whether the tool records the change. Ask where you can view an audit trail and whether it links changes to specific scenarios.

Validation checks with actionable feedback

Why it matters

Airport design iterations benefit from validation checks that catch inconsistencies early. Validation feedback matters when you want to fix issues without guessing what the tool will accept.

How to check

Deliberately introduce a common inconsistency in the model (for example, a missing required attribute for a layout element). Then run validation and confirm the tool points to what to fix and highlights affected areas.

Red flags

  • Exports lose IDs or attributes after round-tripping through import/export
  • Rollback replaces your edits instead of returning to the selected scenario
  • Automation runs are not repeatable, producing different outputs from the same inputs

Fit by situation

  • If our team needs frequent alternative handoffs to other tools, prioritize export outputs for design handoff.
  • If we run many iterations and must compare alternatives reliably, prioritize scenario versioning and rollback.
  • If we repeat studies across constrained assumptions, prioritize API and automation for repeat studies.
Commissioned Research

Funding and competing interests

This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.

They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.

Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →

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