Tree DBH
Measure trunk diameter at approximately 1.37 m above ground level. DBH is a key input for biomass, carbon and ecosystem service calculations.
treein™-tel
Tree Ecosystem Lens
Discover your Tree’s True Ecological Worth
treein™-tel converts simple field observations into a structured Tree Ecosystem Report that reveals what an individual tree contributes to the surrounding environment.
By combining species-specific parameters, tree metrics, location context, climatic references, allometric relationships and ecosystem-service assessment methods, the system translates tree data into measurable evidence on biomass, carbon, oxygen, air quality, water conservation, cooling benefits and structural value.
Species-specific
Location-aware
TER-ready
Tree Data
Species · Tree DBH · Tree Metrics · Location
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Tree Ecosystem Report
Biomass
Carbon Stored
CO₂ Sequestration
Oxygen Production
Green Cover Area
Air Pollution Removal
Water Conservation
Urban Heat Island Mitigation
CO₂-Equivalents
tree observation data
Enter tree observation data for treein™-tel.
Mandatory Optional
environmental significance
Tree Ecosystem Report Dashboard
tree metrics guide
How to measure tree metrics.
Use the following visual guide to enter field measurements correctly. Accurate tree metrics improve the reliability of the Tree Ecosystem Report.
Tree Height
Measure total tree height from ground level to the highest live point of the crown.
Canopy Height
Measure the vertical depth of the live crown from the crown base to the crown top.
Canopy Diameter
Measure the average crown width across the widest canopy spread.
scientific foundation
Scientific basis of treein™-tel.
The system is structured around tree science, ecosystem-service assessment, carbon accounting, environmental modelling and location-specific interpretation.
assessment workflow
From field observation to Tree Ecosystem Report.
treein™-tel integrates tree measurements, species characteristics, location-specific environmental data and ecosystem-service assessment methodologies to generate scientifically structured Tree Ecosystem Reports.
Tree Data→
Species Characteristics→
Climate Context→
Scientific Assessment→
TER
why location matters
Tree ecosystem services vary across climatic regions.
Rainfall, temperature, humidity, solar radiation and local environmental conditions influence tree growth, biomass accumulation, carbon sequestration and ecosystem performance. Pincode information helps treein™-tel contextualize the assessment to the tree’s local environment.
Pincode
Climate Region
Rainfall · Temperature · Humidity
Location-specific assessment
report output
Tree Ecosystem Report
Structural Attributes
DBH, height, canopy dimensions, crown characteristics and structural profile.
Carbon & Oxygen
Biomass, carbon storage, CO₂ capture, annual sequestration and oxygen production.
Air Pollution Mitigation
Indicative air-quality benefits for particulate and gaseous pollutants.
Hydrological Services
Rainfall interception, avoided runoff and water conservation contribution.
Microclimate & UHI
Cooling, shade, UV moderation and urban heat island mitigation relevance.
Structural Valuation
Tree structural value using species, size, condition, location and appraisal logic.
CO₂e Impact
Environmental benefits translated into annual CO₂-equivalent contribution.
Scientific Interpretation
Plain-language meaning for awareness, planning and ecological stewardship.