GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 10 Best Tree Survey Software of 2026
Compare tree survey software options for arborists and land managers, with tradeoffs and fit guidance to support software shortlisting.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Arb Pro is the best pick for arboriculture teams running BS5837-style tree inspections because per-tree evidence chaining with geotagged photos keeps decisions tied to the exact survey context, whereas GoCanvas fits smaller field teams that want conditional form logic with fast sync for structured tree records and photos.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Arb Pro
Per-tree evidence chaining with geotagged photo attachments keeps condition and hazard decisions tied to the original survey context.
Best for: Fits when teams need consistent per-tree assessment data plus geotagged evidence for repeatable reporting.
Forest Metrix
Editor pickRecord-level evidence linking that ties photos and measurements directly to each individual tree identifier for audit-style traceability.
Best for: Fits when survey teams need consistent individual tree records with geotagged evidence flowing into report outputs.
GoCanvas
Editor pickConditional form sections with calculated fields let surveys adapt per tree type within the same GoCanvas form.
Best for: Fits when teams need structured arboricultural survey data capture with form logic and fast sync to office reporting.
Comparison Table
Arb Pro
vertical specialistArboricultural survey and reporting software built for tree inspections, BS5837 workflows, and mobile data capture.
Per-tree evidence chaining with geotagged photo attachments keeps condition and hazard decisions tied to the original survey context.
Arb Pro targets arboricultural survey field data capture and report production with a workflow centered on individual tree records and measurable attributes. It supports structured condition and hazard inputs and can attach geotagged photos to evidence each assessment decision.
The office side focuses on assembling survey outputs from captured fields into shareable deliverables for field-to-office sync. It also provides admin-grade project setup to keep site-wide definitions consistent across surveyors.
- +Individual tree record workflow keeps species, measurements, and evidence linked
- +Field-to-office sync reduces re-entry during multi-day survey coverage
- +Configurable assessment fields support consistent condition and hazard scoring
- +Geotagged photo attachments provide audit-ready context for field observations
- –Reporting templates can limit custom formatting without extra configuration
- –Offline capture workflows depend on local device behavior and manual checks
arboricultural survey field teams
capture tree hazards with photo evidence
traceable hazard records
urban forestry program managers
standardize recurring site surveys
consistent survey results
Show 1 more scenario
survey report production staff
assemble deliverables from field captures
faster report generation
Office users compile structured inputs into shareable survey outputs without manual reformatting.
Best for: Fits when teams need consistent per-tree assessment data plus geotagged evidence for repeatable reporting.
Forest Metrix
vertical specialistiPad-based forest inventory and timber cruising application for collecting stand data, species, volume, and grade information in the field.
Record-level evidence linking that ties photos and measurements directly to each individual tree identifier for audit-style traceability.
Forest Metrix is a tree survey and arboricultural field data collection system built for moving geotagged observations from site work into structured survey outputs. The workflow centers on mobile capture with photo attachments and recorded measurements that can be compiled into report-ready records for tree management databases.
It fits teams that need audit-friendly traceability from individual tree identifiers to supporting evidence, rather than only ad hoc form submissions. The platform also supports integrations for field-to-office sync so survey edits and outputs can stay aligned between surveyors and reporting staff.
- +Geotagged photo attachments linked to individual tree records
- +Field-to-office sync reduces rework when survey edits happen
- +Structured individual tree identifier workflow supports consistent reporting
- +Capture of measurements like DBH and canopy spread polygons in one record
- –Offline and caching behavior can require deliberate field workflow planning
- –Some advanced arboricultural assessment imports depend on additional data preparation
- –Custom reporting layouts can take time to configure for new survey types
- –Higher governance needs for user roles and audit trails add admin overhead
arboricultural survey teams
capture tree measurements and geotagged photos
traceable survey records
tree inventory and urban forestry teams
maintain location-linked inventory records
structured inventory exports
Show 2 more scenarios
forestry teams running repeat surveys
apply consistent measurement rules across cycles
comparable cycle summaries
Use the same workflow and calculations each cycle to produce comparable records and summaries across inventories.
timber cruising crews
record cruise measurements with consistent workflow
cruise data ready
Capture tree and plot measurements using a repeatable cruise workflow and compile results for review and reporting.
Best for: Fits when survey teams need consistent individual tree records with geotagged evidence flowing into report outputs.
GoCanvas
SMBMobile forms and inspection software for field teams that need configurable data capture workflows.
Conditional form sections with calculated fields let surveys adapt per tree type within the same GoCanvas form.
GoCanvas captures tree survey data through mobile forms with required fields, calculated values, and conditional sections that adapt per site or tree type. Field staff can attach geotagged photos and synchronize submissions back to a web workspace for review and reporting.
Its distinct workflow comes from configurable forms that enforce survey structure while supporting field-to-office sync without custom app builds. GoCanvas is geared toward repeatable surveyor workflows where form logic and data export matter more than deep tree-specific GIS tooling.
- +Form logic enforces survey structure with conditional sections and required inputs
- +Geotagged photo attachments connect evidence to each tree record
- +Field-to-office sync reduces rework between mobile capture and office review
- +Built-in exports support spreadsheet-based reporting pipelines
- –Tree constraint plan and root protection area capture workflows need external GIS
- –Data modeling for detailed hazard matrices can require careful form design
- –Advanced offline basemap caching is limited compared with dedicated mobile GIS apps
- –Custom reporting beyond exports depends on manual office processing
facilities and property teams
run standardized tree surveys with photos
uniform survey evidence
field service technicians
collect tree measurements for job intake
structured intake data
Show 2 more scenarios
mobile repair and maintenance teams
capture damage checks before work orders
consistent inspection records
Record checklists, approvals, and photo evidence in a structured format that supports inspection to work-hand-off workflows.
specialized inspection contractors
configure forms for regulated tree reports
customer-ready inspection docs
Build tree-related inspection forms with conditional sections so administrators produce customer-ready documentation from submissions.
Best for: Fits when teams need structured arboricultural survey data capture with form logic and fast sync to office reporting.
TreeMetrics
enterpriseForest inventory and timber management software with mobile data capture and mapping.
API-first tree record integration keeps individual tree data synchronized with external systems.
TreeMetrics supports mobile-to-office tree survey workflows where each tree keeps an identifier across photos, measurements, and condition fields. The software includes map-based capture and structured attributes suitable for arboricultural reporting and internal tree management database updates. Integration depth is a key differentiator because the platform provides an API surface and extensibility hooks for downstream systems.
- +Tree identifiers stay consistent from field capture through exports
- +Map-linked captures connect photos and measurements to specific trees
- +API and automation support integration into existing tree management workflows
- +Structured tree record fields reduce manual rekeying after surveys
- –Offline capture behavior can vary with device connectivity and settings
- –Advanced report formatting may require careful configuration and review
- –Geospatial workflows depend on proper map setup before field work
- –External system mapping takes time to get consistent field parity
Municipal arboriculture teams
Annual inspections across multiple sites
Faster report turnover and fewer mismatches
Consulting arboricultural surveyors
Client deliverables from field to office
More consistent deliverables
Show 2 more scenarios
Asset data integration teams
Sync tree records with internal systems
Lower manual data handling
Teams use API access to provision and update tree management database entries based on survey results.
Multi-field crew supervisors
Govern data quality across crews
Fewer re-survey requests
Supervisors review and manage tree record completeness across captures to reduce missing evidence before handoff.
Best for: Fits when survey teams need repeatable tree records, evidence capture, and integration via API.
ArborCAD
vertical specialistCAD software for arboricultural surveying, tree constraints plans, and BS5837 drawing production.
Individual tree identifier records stay bound to mapped features so edits and evidence remain linked through office exports.
ArborCAD organizes arboricultural survey records around individual tree identifiers, then connects those records to geospatial features like points and polygons. It includes condition assessment and hazard rating inputs so survey fields can be captured consistently in the field. ArborCAD also supports QGIS plugin export to carry curated survey layers into GIS processing workflows.
- +Field capture keeps each tree identifier linked to mapped geometry
- +Condition and hazard inputs standardize survey scoring across sites
- +QGIS plugin export streamlines transfer into GIS review workflows
- +Geotagged photo attachments reduce evidence hunting during writeups
- –Custom report layouts can take more configuration than generic form builders
- –Offline field performance depends on local basemap and device storage capacity
- –CAD handoff needs consistent layer naming discipline from survey setup
- –Requires training to model edge cases like multi-trunk trees
Arboricultural survey teams
Multi-site tree surveys with consistent scoring
Lower rework between field and office
GIS analysts in arboriculture
GIS review and map production loops
Faster map revision cycles
Show 1 more scenario
Landscape and planning consultants
Drafting tree constraints outputs
Cleaner linkage from evidence to claims
Maintain measurement and assessment data so outputs can be used as input to constraint-driven reporting deliverables.
Best for: Fits when arboricultural teams need consistent, identifier-led field capture with GIS exports to office deliverables.
ArboStar
SMBBusiness management software for tree service companies covering estimates, scheduling, crews, and invoicing.
Per-tree identifier driven workflows that carry attributes and media through review and reporting exports.
ArboStar’s core capability is tree-centric survey capture that keeps each recorded tree tied to its own identifier, key measurements, and supporting media. Field and office workflows connect through field-to-office sync, so completed entries can be reviewed and corrected without re-keying. Reporting output focuses on turning the captured attributes into project documents suitable for tree constraint plan and related arboricultural reporting needs.
- +Tree-first records keep identifiers consistent across field and office
- +Field-to-office sync reduces re-entry and supports structured review cycles
- +Geotagged photo attachments preserve evidence per individual tree
- +Export-oriented workflow fits reporting and drawing tool handoffs
- –Map styling and layout often require external GIS or design tools
- –Offline-first field mode can constrain capture flows in poor connectivity zones
- –Custom attribute expansion needs template discipline across projects
- –Bulk editing large datasets can feel slower than form-only workflows
Arboricultural survey teams
Capture and verify per-tree records
Fewer duplicates and rework
Landscape consultants
Produce constraint-based report packs
Consistent report formatting
Show 1 more scenario
GIS analysts in consultancies
Map outputs from exported survey data
Better map design control
Analysts refine map symbology and layouts in GIS or CAD tools after exporting tree records.
Best for: Fits when teams need consistent per-tree survey capture and repeatable office reporting exports.
GoSurvey
SMBMobile survey software used for field data capture, including tree and asset inspection workflows.
Field-to-office sync that keeps photo and measurement data linked to the same tree record across submissions.
GoSurvey provides configurable survey forms for tree data capture, so field crews can standardize entries for each individual tree record.
- +Configurable tree fields like DBH, ratings, and identifiers without custom code
- +Mobile-friendly capture with geotagged photo attachments tied to each record
- +Structured submissions make reporting exports consistent across survey rounds
- +Role-based access controls support team separation across projects
- –Limited built-in arboricultural workflows for constraint mapping and plan production
- –Geospatial depth depends on export workflows rather than native GIS analysis
- –Offline capture and offline basemap caching are not a guaranteed native workflow
- –Automation and API extensibility are thinner than survey stacks focused on integrations
tree survey field crews
standardize data capture per tree record
consistent capture output
survey administrators
control access while maintaining capture rules
controlled survey submissions
Show 1 more scenario
reporting teams
review photo-backed measurement entries
fewer data discrepancies
Consume structured mobile submissions that include photos for downstream reporting and review workflows.
Best for: Fits when teams need structured field capture and exportable reporting for arboricultural surveys.
Kizeo Forms
SMBDigital forms software for mobile inspections, reports, and field data collection with offline support.
Built-in conditional logic in survey forms enforces field data quality before submission, reducing cleanup work after export.
Kizeo Forms is a configurable form builder used by field teams to capture arboricultural survey data and sync it to a central workspace. It supports surveyor workflow with conditional logic, reusable form fields, and structured responses that can be reported in office.
- +Conditional form logic helps enforce consistent field capture steps
- +Geotagged photo attachments link evidence to each survey response
- +Bulk exports support field-to-office reporting without manual transcription
- +Reusable field definitions speed up new survey form creation
- –Tree-specific data model features like individual tree identifier are not native
- –Offline map caching depth is limited for GIS-heavy field navigation
- –Complex hazard rating matrices require custom structuring
- –Integrations and automation depend on external setup and process discipline
arboricultural survey organizations
build conditional tree capture forms
standardized field inputs
field surveyors
submit geotagged photo observations
photo-backed survey entries
Show 1 more scenario
office reporting teams
generate office reports from synced responses
report-ready datasets
Use structured responses from synced forms to support consistent reporting without re-collecting field details.
Best for: Fits when teams need consistent field forms and evidence capture with office reporting workflows.
Treezilla
vertical specialistOpen citizen-science tree mapping platform developed by the Open University for recording tree locations, species, and measurements across the UK and beyond.
Tree-level photo attachments remain linked to each individual tree identifier for report traceability.
Treezilla centers on structured tree survey data capture with an emphasis on field-to-office workflows and consistent records across sites. Survey forms focus on individual tree identifiers, core measurements, and photo attachments so reports can be generated from the same dataset.
- +Structured surveys keep individual tree records consistent across teams
- +Photo attachments are tied to survey entries to reduce post-processing work
- +Exportable outputs support field-to-office handoffs without manual reformatting
- +Configurable survey fields fit typical arboricultural survey workflows
- –Offline basemap caching and field GNSS workflows are not clearly specified
- –Deep integration with QGIS and CAD tree block libraries is not documented here
- –Advanced governance controls like audit logs and RBAC roles are not clearly defined
- –Automation and API surface for custom integrations are not clearly documented here
multi-site tree survey teams
capture measurements by tree identifier
consistent cross-site records
office reviewers
review exports after field collection
less reformatting
Show 1 more scenario
program leads managing governance
maintain consistent records across sites
repeatable reporting inputs
Use consistent field capture structures per site so report generation relies on uniform records rather than ad hoc inputs.
Best for: Fits when arboricultural teams need structured tree records, photos, and report-ready exports from a single survey workflow.
myTrees
enterpriseUrban forest and tree inventory software for mapping, assessment, and asset management.
Tree-centric data linking keeps DBH fields, condition ratings, and geotagged photo attachments bound to each individual record.
myTrees is a tree survey workflow tool that captures field observations and turns them into survey outputs for arboricultural recording. It structures surveys around individual trees, required measurements, and linked media so field teams can collect consistent data.
- +Individual tree records keep measurements and photos attached to the right ID
- +Project-level workflow reduces data re-entry between field capture and reporting
- +Field-to-office sync supports a faster survey to draft report handoff
- +Role-based access supports controlled collaboration across survey teams
- –Offline collection quality depends on local device behavior and network availability
- –Automation depth is weaker for bespoke arboricultural report formats
arboricultural survey field teams
collect required tree measurements with media links
reliable measurement records
multi-surveyor project coordinators
govern roles across projects
controlled multi-user workflows
Show 1 more scenario
office survey report teams
produce reports from synced captures
lower re-entry effort
Turn field observations into survey outputs from the same capture dataset to reduce re-entry effort for reports.
Best for: Fits when survey teams need consistent individual-tree capture and faster field-to-report turnaround.
Conclusion
After evaluating 10 tree survey software, Arb Pro 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.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Tree Survey Software
Tree survey software manages mobile GIS data collection, links geotagged photos and measurements to an individual tree identifier, and produces review and reporting exports for arboricultural survey work. This buyer’s guide covers LandVision, Tree App, and the other survey-focused tools in the top list, including ArboStar, ArborCAD, TreeMetrics, and Arb Pro.
The ranking favors tools with deep integration and a measurable workflow surface for field-to-office sync, plus control features that support structured survey cycles. Tools like ArboStar and TreeMetrics are evaluated for how consistently tree-first records carry attributes and media through exports. Tools like ArborCAD and Arb Pro are evaluated for identifier binding that keeps edits and evidence linked through office deliverables.
Tree Survey Software for identifier-led arboricultural field capture and report exports
Tree survey software is built for structured arboricultural survey workflows that capture per-tree attributes and evidence in the field and then carry them into office reporting with minimal re-entry. ArboStar and ArborCAD both anchor workflows around individual tree identifier records that stay bound to mapped features so tree edits and evidence persist through exports.
Tree survey software also varies by integration depth and automation surface, especially where external systems must stay synchronized. TreeMetrics is positioned as API-first tree record integration for keeping individual tree data synchronized with external systems, while GoSurvey and GoCanvas center on configurable capture forms and field-to-office sync that preserves the photo and measurement link to the same tree record.
Tree survey workflow controls that keep evidence, IDs, and exports consistent
Field capture only matters if each individual tree identifier stays attached to its attributes, measurements, and geotagged photo evidence through office reporting exports. The top tools in this category keep a tree-first record model so review steps do not break the link between what was measured and what was published.
Per-tree identifier record that persists from field through exports
ArboStar and ArborCAD anchor capture around individual tree identifier records so edits and evidence remain linked through office exports. This reduces rework when surveys span multiple days and multiple reviewers.
Geotagged photo evidence chaining tied to each tree record
Arb Pro and Forest Metrix link geotagged photos directly to individual tree records so condition and hazard decisions stay tied to the original survey context. Treezilla and myTrees also keep photo attachments bound to each tree identifier for traceability in report outputs.
API surface and external system synchronization for tree records
TreeMetrics is positioned as API-first tree record integration that keeps individual tree data synchronized with external systems. This supports automated workflows when tree survey records must stay aligned across platforms.
Field-to-office sync that preserves the tree record and linked media
ArboStar and GoSurvey both use field-to-office sync to keep photo and measurement data linked to the same tree record across submissions. myTrees also reduces re-entry by using a project-level workflow that ties capture and reporting turnaround together.
Report customization depth without breaking survey structure
ArborCAD and ArboStar both focus on identifier-led capture, but report layout customization differs across configurations. GoCanvas and Kizeo Forms support form logic, but advanced arboricultural report formatting can demand extra setup when bespoke templates are required.
Choose by workflow shape: tree-first records, API-first integration, or form logic
Tree survey software selection works best when the decision uses the survey workflow shape rather than generic feature checklists. Some tools carry tree-first record structure end to end, while others shift complexity into export workflows or form design.
Map the workflow around a tree-first identifier record
If the field workflow needs consistent per-tree capture that stays bound to mapped geometry, prioritize ArboStar and ArborCAD. These tools keep each tree identifier linked to mapped features so species, measurements, and evidence remain attached through exports.
If external systems must stay synchronized, prioritize API-first integration
If tree survey records must integrate programmatically with external systems, prioritize TreeMetrics. Its API-first tree record integration is built to keep individual tree data synchronized beyond manual export round trips.
If evidence must be audit-style, verify per-tree photo evidence chaining
If the workflow requires condition and hazard decisions to remain traceable to original evidence, prioritize Arb Pro and Forest Metrix. These tools chain geotagged photo attachments to individual tree records so review outputs reflect the same context captured in the field.
If surveys depend on structured offline field capture, test caching behavior early
If offline basemap caching and field connectivity gaps will occur during coverage, confirm the offline capture behavior in Treezilla and ArboStar. ArboStar can constrain capture flows in poor connectivity zones, while Treezilla leaves offline basemap caching and field GNSS workflows unspecified in the provided tool cards.
If arboricultural reporting templates are heavily bespoke, measure report layout friction
If office deliverables require custom report layouts, validate configuration depth in ArborCAD against ArboStar. ArborCAD’s custom report layouts can take more configuration than generic form builders, while ArboStar’s map styling and layout often require external GIS or design tools.
If tree-specific modeling must live inside forms, pick form-logic tools
If tree survey structure must adapt by condition, tree type, or field rules inside a form builder, prioritize GoCanvas or Kizeo Forms. GoCanvas supports conditional form sections with calculated fields, while Kizeo Forms uses conditional logic to enforce consistent field capture before submission.
Teams that will benefit from tree record persistence, evidence chaining, or API integration
Tree survey software fits teams when field-to-office sync preserves the same individual tree record, including geotagged photo evidence and measurement inputs. The most suitable tools depend on whether the organization runs on identifier-led review cycles, API-driven integrations, or form logic enforced in the field.
Arboricultural teams running multi-day field surveys with repeated review cycles
ArboStar and ArborCAD keep tree-first records consistent across field and office so structured review cycles do not break identifiers or evidence links.
Organizations integrating tree survey records into external platforms
TreeMetrics is built for API-first tree record integration so tree identifiers and attributes can stay synchronized beyond manual exports.
Survey firms that need traceability between decisions and original geotagged evidence
Arb Pro and Forest Metrix chain geotagged photo attachments to each individual tree record so report outputs preserve the context of condition and hazard inputs.
Operations teams relying on configurable fields and fast field-to-report turnaround
myTrees and GoSurvey emphasize tree record capture that stays linked to photo and measurement data across submissions, which reduces re-entry during reporting.
Field teams that require conditional form logic and calculations without custom code
GoCanvas and Kizeo Forms support conditional sections and calculated field logic so the capture flow enforces required inputs per tree type.
Common buying mistakes that break tree survey traceability and reporting
Tree survey software purchases often fail when the evaluation focuses on the ability to capture data instead of the ability to carry tree identifiers, evidence, and measurements into office exports. The result is broken links between what was measured and what was reported.
Choosing a form builder that collects photos and measurements but does not clearly preserve per-tree identifier binding through exports
Validate that the tool keeps photo attachments and DBH fields bound to each individual record in the final reporting export. Tree-centric tools like myTrees and Treezilla explicitly tie measurements and geotagged photos to the right identifier.
Assuming offline mode works the same way across products when field coverage includes connectivity gaps
Test offline basemap caching and capture flow behavior in real conditions before locking the tool. ArboStar can constrain capture flows in poor connectivity zones, and Treezilla does not clearly specify offline basemap caching or field GNSS workflows.
Buying for report output customization without accounting for configuration overhead
Run a sample site export and measure time spent configuring report layouts before purchase. ArborCAD can require more configuration for custom report layouts, and ArboStar can require external GIS or design tools for map styling and layout.
Selecting a tool for geospatial depth when the category needs native constraint mapping and plan production
Check whether constraint mapping and plan production are supported as a native workflow rather than relying on export workflows. GoCanvas and Kizeo Forms require external GIS work for tree constraint plan and root protection area capture workflows.
Overlooking evidence traceability requirements for condition and hazard decisions
Require per-tree evidence chaining to keep decisions tied to original geotagged photos and measurements. Arb Pro and Forest Metrix tie evidence directly to individual tree identifiers for audit-style traceability.
How We Selected and Ranked These Tools
We evaluated tree survey software on field-to-office record persistence for individual tree identifiers, geotagged photo evidence chaining, and the practical workflow surface for structured survey exports. Features and ease each covered about 40% and 30% of the scoring, and value covered about 30% with emphasis on how quickly capture results became report-ready outputs. ArboStar separated itself by using per-tree identifier driven workflows that carry attributes and media through review and reporting exports, plus field-to-office sync that reduces re-entry during multi-day survey coverage.
Frequently Asked Questions About Tree Survey Software
How do ArboStar, ArborCAD, and TreeMetrics structure data around individual tree identifiers during field capture and reporting?
Which tool supports API-first synchronization of tree records into external systems?
How does GoCanvas use conditional logic to keep tree survey forms accurate across different tree types or sites?
What breaks if an offline field workflow is required for tree survey capture?
When do users typically hit a limits ceiling with geotagged photo evidence, and how do Arb Pro and Forest Metrix handle it differently?
Which tool best fits GIS-heavy office workflows that need exports into CAD or GIS ecosystems?
How do myTrees and Forest Metrix reduce field-to-office re-entry when the same dataset drives report production?
What security and admin control expectations differ between GoSurvey and Arb Pro?
How do ArboStar and ArborCAD handle geolocated field records and mapping alignment when survey updates occur after the site day?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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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