Our SERVICES
Monitoring & Decision Support
Arboris transforms the traditional forest asset management model by bringing together high-resolution aerial and spatial data, up-to-date silvicultural knowledge, and financial intelligence into a single environment. This makes the impact of management decisions on climate and nature visible, measurable, and understandable.
The Arboris Platform brings together tools to identify and manage crop risk, target silvicultural interventions effectively, and track financial investment and ecological value with measurable outcomes.
Our aerial survey methodology delivers high-resolution coverage more cost-effectively than traditional methods, with up to 100x the image density of satellite data, for deeper insight into asset health and condition.
Layered with proprietary AI, machine learning, and scientific understanding, this data supports decisions with greater accuracy and confidence across:
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Asset evaluation, condition and risk profiling for timber and biodiversity
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Planning and delivery for forest restructuring
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Climate-adapted species selection mapping
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Establishment planning and oversight
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Forest creation and woodland design
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Soil and biodiversity monitoring
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Carbon and natural capital measurement
WHO IT'S FOR:
Family offices, HNWIs, financial institutions, utility companies, eNGOs and government-owned assets
OUTCOME:
Forests managed not only for timber yield, but for resilience, biodiversity, carbon permanence, and long-term asset value. This approach protects against climate volatility, pests, disease, biodiversity loss, and increasingly demanding natural capital reporting requirements.
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Using advanced drone imagery and acoustic technology, we assess and monitor habitat and ecosystem condition across forest and peatland landscapes - helping owners unlock insight to guide future interventions, or prepare for value realisation through Woodland Carbon, ERC, or BNG opportunities:
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Asset evaluation, condition and risk profiling for timber and biodiversity
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Soil and biodiversity monitoring
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Acoustic bird population monitoring
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Carbon and natural capital measurement
WHO IT'S FOR:
Forest and woodland owners seeking deeper insight into their asset who wish to lead management themselves.
OUTCOME:
Asset baselining and monitoring that validates improved biodiversity outcomes, creating monetisation opportunities within natural capital frameworks.
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As Climate and Nature Related Financial Disclosure requirements come into effect, Arboris's digital twin analysis produces supply chain carbon, nature, and biodiversity metrics from repeatable, scalable earth-observation data, delivering quality-assured integrity to reporting commitments.
WHO IT'S FOR:
Forest product processors meeting corporate compliance and reporting obligations.
OUTCOME:
Transparent, audited, quality-assured carbon and biodiversity data that gives businesses confidence their climate actions are genuine - and gives land managers a sustainable financial return for managing forests responsibly.
Forestry Insights in Action
Arboris creates 'digital twin' models of forests using high resolution drone survey imagery to better understand ecological changes happening with greater accuracy. Explore how our unique and scientific insights enable us to manage more resilient forests.
LiDAR Data Mapping
FOREST ASSET MANAGEMENT
When ash dieback took hold across a client woodland, LiDAR mapping let us pinpoint every infected tree and model its position against surrounding canopy, flagging which trees were being held up by their neighbours and which could be safely felled and removed.
BENEFIT:
A clear, prioritised removal plan in place of guesswork on the ground.
Hydrology
WOODLAND & BIODIVERSITY MONITORING
Modelling surface hydrology allows us to trace how rainfall moves across the land, revealing drainage patterns invisible from the ground.
BENEFIT:
Monitoring that flags where water stress or waterlogging risk concentrates before it shows up in tree health, giving intervention a head start.
Canopy Height Models
WOODLAND & BIODIVERSITY MONITORING
Modelling canopy height inform above-ground biomass calculations and understanding of the structure of the forest.
BENEFIT:
Canopy height model provides calculations rather than estimates.
Terrestrial Laser Scans & Quantitative Structure Modeling
CORPORATE SUPPLY CHAIN COMPLIANCE & REPORTING
Terrestrial laser scans of individual trees and stands enables us to build Quantitative Structure Models, reconstructing each tree's woody volume without cutting a single one down.
BENEFIT:
Audit-ready above-ground biomass figures, calculated non-destructively and ready to support carbon reporting commitments.
Our Process
Assess & Analyse
Intelligent Action
