Landler Rulebook
  • Overview
  • Glossary
  • Section (a) The Platform
    • Section (a.1) Upload Plot Data for identification
    • Section (a.2) Verification of identity
    • Section (a.3) Proof of Land Stewardship
    • Section (a.4) Sponsorship
    • Section (a.5) Data Protection Information
  • Section (b) The measurement of land characteristics
    • Section (b.1) Dimensions, Indicators and Models Dimensions
    • Section (b.2) Data Sources
    • Section (b.3) Modelling
    • Dimension: Carbon
      • Indicator: Soil Carbon Stock
      • Indicator: Soil Carbon Potential
      • Indicator: Greenhouse Gas Emissions
    • Dimension: Water
      • Indicator: Soil Moisture
      • Indicator: Water Holding Capacity
      • Indicator: Water Holding Capacity Potential
    • Dimension: Biodiversity
      • Indicator: Protected On-Farm Habitat
      • Indicator: Deforestation
      • Indicator: Ecological Integrity
      • Indicator: Habitat Intactness
      • Indicator: Indicator Species Presence
  • Section (c) - Natural Capital Accounting
    • Section (c.1) Natural Capital Account
    • Section (c.2) Locking and Activation of a Natural Capital Account
    • Section (c.3) Natural Capital Units
    • Section (c.4) Natural Capital Units Attributes
  • Section (d) - Nature Equity Assets
  • Section (e) - Nature Equity Accounts and Settlement Services
    • Section (e.1) Nature Equity Account
    • Section (e.2) Settlement Services
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  1. Section (b) The measurement of land characteristics
  2. Dimension: Biodiversity

Indicator: Habitat Intactness

Indicator

Habitat intactness

Status

Available on project basis

Description

Habitat intactness measures how much an ecosystem remains free from significant human disturbances, reflecting its ecological integrity. Using remote sensing data, habitat intactness is quantified by mapping and inverting human-induced degradation such as deforestation, infrastructure, agriculture, and land conversion.

Unit

Index values ranging from 0 (degraded) to 100 (intact)

Temporal Resolution

Annual Assessment.

Spatial Resolution

30m

Data

Remote sensing data such as Global Forest Watch, Google Open Buildings as well as data from custom models trained on Sentinel-1, Sentinel-2 and other datasets.

Method

Habitat intactness is assessed using satellite imagery to detect human-caused degradation, such as agriculture, deforestation, mining, settlements, roads, dams, and erosion. Each factor is weighted by its impact and combined into a degradation layer, which is then inverted to produce the habitat intactness layer.

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Last updated 2 months ago