GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 10 Best Tree Management Software of 2026
Top 10 tree management software ranked by features and pricing. Includes GeoArborea, Arborgold, and TreeKeeper comparisons for arborists and utilities.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
GeoArborea is the best fit for municipal or contractor teams running mapped tree inventories with recurring inspections and map-linked work orders, whereas Arborgold is a stronger pick for keeping inspection-to-work-order traceability and customer context together.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
GeoArborea
Map object tree records that bind inspection evidence and subsequent maintenance tasks to the same geospatial asset.
Built for fits when municipal or contractor teams manage mapped trees with recurring inspections and map-linked work orders..
Arborgold
Editor pickInspection records can directly drive arborist work orders with attached photos and prescription notes.
Built for fits when municipalities or contractors need inspection-to-work-order traceability for recurring tree maintenance..
TreeKeeper
Editor pickField inspection records stay connected to follow-up work planning inside the same tree history.
Built for fits when municipalities or utilities need repeatable inspection records and linked maintenance actions across crews..
Related reading
Comparison Table
GeoArborea
vertical specialistGIS-based urban tree management platform for georeferenced inventory, condition monitoring, maintenance intervention planning, and dashboards.
Map object tree records that bind inspection evidence and subsequent maintenance tasks to the same geospatial asset.
GeoArborea organizes tree records as map-linked entities so photos, notes, and condition information can be associated with the correct location during tree inspection cycles. It supports work activity tracking that can be used for arborist work orders and recurring maintenance, with history preserved on the underlying tree record. GIS map layers support practical field-to-office review, which reduces reconciliation work between locations and asset lists.
A tradeoff is that heavy customization beyond the core GIS and tree workflow model may require process alignment rather than simple form tweaks. The best usage situation is a municipal or contractor operation that runs regular inspection cycles and needs consistent hazard tree identification outcomes tied to specific coordinates and field evidence.
- +GIS-first tree records reduce location drift between field capture and office work
- +Inspection history stays attached to each mapped tree asset
- +Work tracking supports recurring maintenance patterns for municipal operations
- +Field-to-map evidence improves reviewer confidence on condition notes
- –Advanced customization is harder when workflows deviate from the map-linked model
- –Offline mobile workflow depth depends on how field capture is configured
Municipal urban forestry teams
Run scheduled inspection cycles citywide
Fewer reconciliations during reporting
Arborist contractors
Convert inspections into work orders
Cleaner handoffs between crews
Show 1 more scenario
Asset management administrators
Standardize maintenance history and accountability
More consistent operational records
Administrators enforce consistent workflow patterns so condition updates and work actions remain traceable.
Best for: Fits when municipal or contractor teams manage mapped trees with recurring inspections and map-linked work orders.
More related reading
Arborgold
SMBArborist business software with tree care scheduling and CRM.
Inspection records can directly drive arborist work orders with attached photos and prescription notes.
Arborgold fits organizations that manage ongoing tree inspection cycles and need work orders to reflect inspection outcomes and pruning prescriptions. Inventory records can capture species or cultivar references, trunk measurements, and condition ratings so follow-up work stays consistent across time. Photo-based inspection records and structured notes support hazard tree identification workflows and keep evidence attached to the right asset.
A key tradeoff is that offline mobile workflows and geospatial editing are not its focus, so field collection needs to stay within supported capture and sync patterns. Arborgold works best when arborists or inspectors complete structured entries and then production crews run the resulting work orders without rebuilding context in spreadsheets.
- +Work orders stay linked to inspection evidence and prescriptions
- +Tree inventory fields support recurring maintenance history
- +Photo attachment records reduce context loss between inspection and crews
- +Assignment workflows reflect inspection-driven priorities
- –Limited emphasis on geospatial layers and GIS-centric editing workflows
- –Offline field capture depends on the supported mobile sync workflow
- –Complex approval processes require careful role and process setup
- –Export and data interchange formats can be limiting for niche GIS pipelines
Municipal tree departments
Inspection cycles to maintenance scheduling
Fewer missed follow-ups
Arborist service providers
Hazard identification to emergency dispatch
Faster response coordination
Show 1 more scenario
Urban forestry managers
Tree maintenance history tracking
More consistent treatment plans
Historical condition and care notes support continuity across seasons and crew changes.
Best for: Fits when municipalities or contractors need inspection-to-work-order traceability for recurring tree maintenance.
TreeKeeper
vertical specialistPioneer tree inventory and urban forestry management software from Davey Tree, offering cloud-based GIS mapping, work orders, and ecosystem benefits reporting.
Field inspection records stay connected to follow-up work planning inside the same tree history.
TreeKeeper is built around structured tree records that connect species and site information with inspection outcomes. Inspection results can be stored with attachments and used to drive maintenance actions tracked over time. GIS layers help teams view trees in context and plan work around location groupings and service areas.
A key tradeoff is that the workflow depth favors organizations that already operate with defined inspection and maintenance cycles, so ad hoc one-off tracking can feel heavy. TreeKeeper fits when municipal or utility teams need repeatable documentation for each tree across multiple crews and seasons.
- +Inspection-to-work tracking keeps findings linked to maintenance history
- +Photo-based records support consistent field documentation
- +GIS mapping improves crew navigation and asset context
- +Structured tree attributes reduce data drift across cycles
- –Workflow configuration requires a defined inspection and maintenance cadence
- –Reporting relies on the way records are structured during setup
- –Deep customization can take effort to align with existing processes
- –Mobile use is strongest for forms that match standard inspection fields
Municipal forestry teams
Cycle-based inspections across city assets
More consistent follow-up scheduling
Utility vegetation managers
Storm response inventory and triage
Faster assignment of repairs
Show 2 more scenarios
Arborist service providers
Contractor coordination on shared assets
Reduced duplicate visits
Work records and tree histories help coordinate crews on the same parcels over time.
Risk assessment analysts
Reviewing tree condition over time
Clearer prioritization basis
Inspection history supports consistent trend checks when planning priority maintenance.
Best for: Fits when municipalities or utilities need repeatable inspection records and linked maintenance actions across crews.
PlanIT Geo
vertical specialistUrban forestry software for tree canopy assessment and inventory management.
GIS tree mapping that keeps inspection outcomes and photo evidence linked to each mapped tree record.
PlanIT Geo focuses on GIS-backed workflows for tree inventory and field inspections, with map-first data capture and history tracking. It supports geospatial layers for managing trees across sites, including photo-linked inspection evidence and maintenance records.
The tool also supports structured inspection cycles for identifying risk indicators and documenting work outcomes from crew activities. Admin control is centered on controlled processes for inspections and work records, rather than generic task tracking alone.
- +Map-first capture ties each tree record to a geospatial location
- +Inspection records keep photo evidence connected to the same tree entity
- +Maintenance history stays attached to ongoing tree profiles
- +Export-ready geospatial outputs support downstream municipal systems
- –Complex tree catalogs take setup time to model correctly
- –Offline mobile workflows are not positioned for long field gaps
- –Automation depends on consistent field inputs and controlled forms
- –Higher-volume inspection routing needs careful workflow design
Best for: Fits when municipal teams need GIS-centered tree inventory and recurring inspections with mapped evidence.
OpenTreeMap
vertical specialistOpenTreeMap provides web-based tree inventory, mapping, and public engagement tools.
Spatially anchored tree records with attachments that support repeated inspection cycles on the same map feature.
OpenTreeMap stores and serves tree-asset records for communities and field teams through a map-based workflow. It focuses on GIS-style tree inventory management where inspection notes, photos, and status updates attach to a spatial location.
The system supports inspection cycles and work tracking so crews can capture new findings, record actions, and keep maintenance history tied to the same tree feature over time. OpenTreeMap also supports data export so municipal or contractor workflows can move tree records into other tools.
- +Map-first tree inventory workflow keeps records tied to locations
- +Inspection history can remain consistent across repeated cycles
- +Photo and note attachments fit field capture and later review
- +Exportable tree data supports downstream GIS reporting
- –Automation and orchestration for work orders are limited compared to full CMMS
- –Role separation and governance controls appear less granular than enterprise platforms
- –Offline mobile capture for field use is not a core emphasis
- –Advanced structural assessment workflows are not deeply specialized
Best for: Fits when municipal teams need a shared GIS tree inventory with repeat inspections and basic work tracking.
Forest Metrix
vertical specialistForest Metrix supports field data collection, forest inventories, mapping, and resource management.
Photo-attached inspection records that carry through tree history and map-linked maintenance work orders.
Forest Metrix is a tree management tool aimed at municipalities and arborist-driven teams that run repeated inspection cycles. It supports tree records with field photos and structured measurements so work history accumulates per asset rather than as scattered notes.
Arborist work orders and maintenance tracking help connect findings to scheduled actions and follow-up. GIS mapping and export support help teams keep tree locations aligned with other geospatial workflows.
- +Field photo records attach directly to each tree record
- +Work orders connect inspection findings to maintenance actions
- +GIS mapping and geospatial exports support downstream planning
- +Tree history stays centralized for repeated inspection cycles
- –Offline mobile workflows are limited for large coverage sessions
- –Advanced automation depends on careful workflow configuration
- –Contractor coordination tools are lighter than dispatch-first systems
- –API access and automation depth are not as extensive as GIS asset suites
Best for: Fits when municipalities or contractors need inspection-to-work-order tracking with GIS mapping and photo-based records.
Citygreen
vertical specialistUrban forest management software with GIS mapping and reporting.
Inspection entries can be directly converted into maintenance assignments tied to individual tree assets.
Citygreen is a tree management system that emphasizes municipal workflows tied to inspections, maintenance work orders, and field documentation. It supports GIS-backed tree records with photo attachments and structured condition inputs for recurring inspection cycles.
Citygreen also provides role-based administration for managing arborist activity, coordinating tasks, and keeping maintenance history tied to each asset. The core distinction versus simpler tree inventory tools is its end-to-end path from inspection data to operational work tracking.
- +End-to-end workflow links inspections to arborist work orders
- +GIS tree mapping keeps asset records aligned with field locations
- +Photo-based inspection records improve review and accountability
- +Role-based administration supports municipal governance around tasks
- –Configuration work is needed to match inspection and maintenance processes
- –Offline field capture coverage can lag behind mobile-first competitors
- –Advanced analytics and custom reporting require deeper setup
- –Large-scale data imports can take multiple passes to normalize fields
Best for: Fits when municipalities need inspection-to-work order tracking with GIS records and structured condition history.
ArboStar
vertical specialistAI-powered urban forestry management platform combining GIS tree mapping, automated maintenance scheduling, and public transparency features.
Tree record continuity between GPS-linked inspections and downstream work orders reduces re-entry across cycles.
ArboStar targets municipal and enterprise tree inventory work with a focus on field-to-office continuity. The system supports tree record management, work order tracking, and inspection cycles tied to ongoing maintenance history.
It also supports geospatial tree mapping so crews can connect assets to locations and photos captured during visits. For governance, ArboStar includes role-based controls and auditability around edits, assignments, and status changes.
- +Field inspections can attach evidence to the same tree record used for work orders
- +Geospatial tree mapping supports location-first crews and map-based asset navigation
- +Work order status and maintenance history stay connected across repeated maintenance cycles
- +Role-based access and activity tracking cover day-to-day admin and supervisor oversight
- –Deep GIS workflows depend on how map layers and exports are configured
- –Advanced scheduling and route optimization are limited to basic assignment flows
- –Bulk data import coverage is less flexible than systems built around schema mapping
- –API-driven automation breadth is constrained compared with inspection-first vendors
Best for: Fits when teams need map-connected tree records, evidence-based inspections, and work-order continuity across crews.
IDA
vertical specialistBrowser-based tree management platform supporting inventories up to 500,000 trees with VTA inspections, project workflows, and GIS integration.
Inspection templates drive consistent tree condition capture and create follow-on maintenance actions from the same tree record.
IDA manages tree inventories and field inspection records through a structured workflow for capturing tree details and generating maintenance follow-ups. It fits municipal and contractor operations that need consistent tree condition updates and work order handoffs tied to specific trees on maps.
IDA also supports photo-linked inspection histories so recurring inspection cycles can be compared over time during arborist work preparation. Automation centers on repeatable inspection templates and scheduled maintenance actions built around the tree record itself.
- +Repeatable inspection workflow reduces variation between inspectors
- +Tree-linked photo records support history review during follow-up work
- +Map-based tree records help teams target the correct assets
- +Maintenance actions can be derived from inspection outcomes
- –Governance setup is needed to keep tree categories and ratings consistent
- –Advanced GIS exports like GeoJSON require extra steps
- –Automation depth depends on how work types are structured
- –API and integration options are not exposed as a primary focus
Best for: Fits when municipalities or contractors need consistent tree inspections and maintenance follow-ups tied to mapped assets.
pg_baum
vertical specialistQGIS-integrated tree register with desktop and mobile apps for public administration tree cadastre, inspections, and maintenance planning.
Asset-level work tracking that keeps pruning prescriptions linked to specific tree records across inspection cycles.
pg_baum from pbsgeo.com centers on managing and maintaining tree inventory data with a workflow-oriented approach built for ongoing site operations. The application supports structured tree records with measured attributes, inspection outcomes, and maintenance history that can be reused across recurring inspection cycles.
It is designed to connect field collection to GIS-style mapping views, so tree assets remain linked to geographic context for planning and dispatch. pg_baum also focuses on prescription and work tracking for arborist tasks tied to specific trees and dates.
- +Tree record workflow ties inspections to maintenance history per asset
- +GIS-linked views help keep field data and geographic context aligned
- +Measurable attributes and condition outcomes support repeatable review cycles
- +Work tracking connects pruning prescriptions to scheduled follow-up tasks
- –Automation depth is limited for large multi-site dispatch and route planning
- –RBAC and audit log coverage is not clearly exposed for governance-heavy teams
- –API surface and extensibility options are not visible enough for system integration projects
- –Offline mobile inspection workflows are not clearly documented for field-first teams
Best for: Fits when municipalities or utilities need asset-linked inspections and work history tied to geographic context.
Conclusion
After evaluating 10 construction infrastructure, GeoArborea 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 management software
Tree management software is used to keep tree inventory records, inspection evidence, and downstream maintenance actions attached to the same tree asset across field and office workflows. This guide covers GeoArborea, Arborgold, TreeKeeper, PlanIT Geo, OpenTreeMap, Forest Metrix, Citygreen, ArboStar, IDA, and pg_baum, with emphasis on map-linked asset records and inspection-to-work traceability.
The tool evaluations focus on integration depth, automation surface, and governance controls that affect how teams configure recurring inspection cycles and dispatch arborist work. Each tool review shows how inspections, photo attachments, and prescriptions flow into follow-up work orders, not just how trees are stored.
Tree management software for map-linked tree inventory, inspections, and maintenance work orders
Tree management software coordinates tree inventory, inspection cycles, and arborist work orders so that findings and prescriptions stay connected to each mapped tree asset. In GeoArborea, map object records bind inspection evidence and subsequent maintenance tasks to the same geospatial asset, which reduces location drift between field capture and office work. In Arborgold, inspection records can directly drive arborist work orders with attached photos and prescription notes, which preserves inspection-to-work-order traceability for recurring maintenance.
Many deployments also depend on offline mobile workflows and structured record setup so field capture consistently maps to the same tree entity used for later scheduling and reporting. Because governance requirements vary by municipal program, the decision often turns on how configuration supports inspection-to-maintenance workflows and how records remain consistent across repeated inspection cycles.
What to measure in tree management software workflows
Tree management software succeeds when inspections, photo evidence, and maintenance actions stay connected to the same tree record through recurring inspection cycles. The strongest tools keep that linkage consistent when crews capture data in the field and when office staff convert findings into arborist work orders.
Map-linked record binding for evidence to work
GeoArborea binds inspection evidence and maintenance tasks to the same geospatial asset through map object tree records, which reduces location drift between field capture and office work. PlanIT Geo and OpenTreeMap also keep inspection outcomes and photo evidence linked to mapped tree records, but GeoArborea is the clearer fit when workflows must stay tightly bound to the map-first model.
Inspection-to-work-order conversion with evidence and prescriptions
Arborgold converts inspection records into arborist work orders with attached photos and prescription notes, which preserves end-to-end traceability for recurring maintenance. Citygreen also converts inspection entries into maintenance assignments tied to individual tree assets, while TreeKeeper focuses on keeping field inspection records connected to follow-up work planning inside the same tree history.
Tree record continuity across GPS-linked field capture
ArboStar emphasizes tree record continuity between GPS-linked inspections and downstream work orders, which reduces re-entry across cycles for crews moving between sites. GeoArborea and PlanIT Geo also support map-connected tree records, but ArboStar is more clearly positioned around minimizing friction between successive crews.
Offline mobile workflow depth for field coverage sessions
GeoArborea supports offline mobile workflows, but its offline depth depends on how field capture is configured, which affects large or irregular coverage sessions. PlanIT Geo and Forest Metrix call out offline mobile workflow limits for long field gaps or large coverage sessions, while TreeKeeper ties offline capture success to the defined inspection and maintenance cadence used during setup.
Workflow configuration for inspection cadence and reporting structure
TreeKeeper requires a defined inspection and maintenance cadence because workflow configuration determines how inspection records connect to follow-up planning and reporting. Forest Metrix also ties advanced automation to careful workflow configuration, while OpenTreeMap favors a simpler repeat-inspection and basic work tracking model that does not emphasize CMMS-grade orchestration.
Governance controls and role separation for multi-team programs
pg_baum indicates that RBAC and audit log coverage is not clearly exposed, which can block governance-heavy deployments from meeting internal oversight needs. OpenTreeMap notes less granular role separation and governance controls than enterprise platforms, while GeoArborea and Arborgold present a stronger administrative foundation for keeping inspection history consistent across mapped assets.
Choose based on workflow topology and automation constraints
The right tree management software depends on where the system of record should live during execution. Map-first organizations typically want inspection and work evidence to attach to a geospatial asset record so office and field teams reference the same object.
Pick the system-of-record model: map asset vs inspection thread
If the organization needs inspection evidence and maintenance tasks bound to the same geospatial asset, GeoArborea and PlanIT Geo support a map-first binding model that keeps location context attached to tree records. If the organization instead prioritizes keeping inspection records and prescriptions inside the same tree history, TreeKeeper and IDA focus on repeatable inspection workflows that generate follow-on actions from the same tree record.
Validate inspection-to-work conversion depth for prescriptions and photos
If work orders must include attached photos and prescription notes carried from inspections, Arborgold is designed around that conversion flow. If assignments must be tied to tree assets with structured condition history, Citygreen supports that inspection-to-maintenance assignment path, while Forest Metrix and ArboStar emphasize evidence attached to tree records that then feeds work tracking.
Test offline field capture behavior against coverage patterns
Run a field test that mirrors real capture intervals and confirm how offline mobile workflows behave for long sessions, because PlanIT Geo and Forest Metrix position offline workflows as limited for long field gaps or large coverage sessions. Choose GeoArborea or Arborgold when offline capture must remain functional across recurring capture patterns and when offline sync must preserve the inspection-to-work linkage.
Assess orchestration depth for dispatch and route planning needs
If the deployment needs advanced scheduling and route optimization beyond basic assignment, validate against ArboStar’s stated limitation where advanced scheduling and route optimization are limited to basic assignment flows. If the deployment can operate with repeat inspections and basic work tracking, OpenTreeMap fits the lighter orchestration model, while pg_baum and Forest Metrix are positioned around asset-level work tracking with more limited automation depth.
Check governance fit: RBAC, auditability, and export workflow
For governance-heavy teams, confirm RBAC and audit log availability because pg_baum notes that RBAC and audit log coverage is not clearly exposed. For teams needing consistent categories and ratings, IDA highlights governance setup work to keep tree categories and ratings consistent, and it also adds friction for advanced exports like GeoJSON.
Who tree management software fits best
Tree management software fits teams that must coordinate tree inventory, inspection cycles, and arborist work orders under repeatable process constraints. The strongest fit is for programs where field evidence must survive handoffs to office planning, and where each tree record must remain consistent across multiple inspection rounds.
Municipal tree programs running recurring inspections with map layers
GeoArborea, PlanIT Geo, and OpenTreeMap keep tree records tied to locations so inspection evidence remains attached to the same mapped asset across cycles.
Contractor or utility crews that must convert inspection findings into arborist work orders
Arborgold and Forest Metrix connect inspection records and photos to maintenance work orders so prescriptions and evidence carry forward into scheduled field work.
Multi-crew operations that need tree record continuity across GPS-linked inspections
ArboStar emphasizes continuity between GPS-linked inspections and downstream work orders, which reduces re-entry when crews rotate between sites.
Teams standardizing inspection quality using templates and structured capture
IDA uses inspection templates to drive consistent tree condition capture and create follow-on maintenance actions from the same tree record.
Organizations with governance requirements that depend on RBAC and audit log visibility
pg_baum signals limited exposure of RBAC and audit log coverage, which makes governance-heavy teams a risk category unless oversight requirements are reviewed against the implementation.
Common buying pitfalls in tree management software
Buyers often select tools based on tree inventory screens and then discover late that the inspection-to-work conversion workflow is either too tightly coupled to a map model or too limited for dispatch needs. Another failure mode comes from assuming offline capture behaves the same across coverage intervals, which breaks evidence continuity during field handoffs.
Choosing a map-linked product without accepting that customization can be harder when workflows deviate from the map-linked model
GeoArborea is strongest when workflows match the map-linked model, and advanced customization becomes harder when workflows deviate, so process-fit needs to be validated before migration.
Assuming offline workflows support long field gaps or large coverage sessions
PlanIT Geo and Forest Metrix position offline mobile workflows as limited for long field gaps or large coverage sessions, so offline behavior must be tested with real capture schedules and sync expectations.
Under-scoping governance review for role separation and audit log needs
OpenTreeMap signals less granular role separation and governance controls than enterprise platforms, and pg_baum indicates RBAC and audit log coverage is not clearly exposed, so governance requirements must be checked during tool validation.
Selecting a tool for map viewing while ignoring that work-order orchestration may be limited
OpenTreeMap keeps repeated inspection cycles tied to locations, but automation and orchestration for work orders are limited compared with full CMMS, so dispatch and route expectations must be aligned.
Treating inspection workflow setup as a minor admin task instead of a reporting and automation dependency
TreeKeeper notes that reporting relies on how records are structured during setup, and Forest Metrix says advanced automation depends on careful workflow configuration, so setup design must be part of the selection exercise.
How We Selected and Ranked These Tools
We evaluated GeoArborea, Arborgold, TreeKeeper, PlanIT Geo, OpenTreeMap, Forest Metrix, Citygreen, ArboStar, IDA, and pg_baum by comparing inspection evidence handling, inspection-to-work conversion, and map-linked record continuity across field and office steps. Features carried 40% of the score because each tool’s capacity to keep inspection evidence attached to the same tree asset determines whether arborist work orders remain traceable.
Ease and value carried 30% each because workflow configuration, offline mobile behavior, and setup friction change day-to-day throughput for recurring inspection cycles. GeoArborea set the ranking pace by binding inspection evidence and maintenance tasks to the same geospatial asset through its map object tree record model, which directly targets location drift and continuity across cycles.
Frequently Asked Questions About tree management software
How does GeoArborea keep inspection evidence and maintenance work orders tied to the same map object?
Which tool turns inspection findings into scheduled arborist work orders with attached photos and prescriptions?
How do PlanIT Geo and OpenTreeMap handle tree inspection cycles across multiple sites and repeated visits?
What breaks if a team needs strict RBAC, audit logs, and edit governance for both inspections and assignments?
Which systems export GIS data for handoffs to other municipal or contractor workflows using common geospatial formats?
How do teams migrate an existing tree inventory and maintenance history into a new system without losing asset continuity?
When does offline field collection matter, and what can go wrong if connectivity drops during GPS field work?
Which tool is better for template-driven, repeatable inspections when inspection cycles must follow consistent schema inputs?
What tradeoff appears when a team prioritizes GIS-first workflows over generic task tracking for arborist work?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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