Frequently Asked Questions

Understanding Nature-related Risks

  • Nature-related risks arise when companies either degrade the ecosystems around them or depend on resources and services those ecosystems provide.

    These risks can be:

    • Physical risks: arise from the degradation of nature and subsequent loss of services that nature provides, such as water scarcity or loss of pollinators

    • Transition risks: arise from the transition to a nature positive economy. These include regulatory, financial, and reputational risks

  • Climate and nature risks share important similarities: both present physical and transition risks as the economy shifts toward being low-carbon and nature-positive, and both require location-specific mitigation strategies. However, they differ in critical ways:

    Geographic scope: Climate impacts occur globally due to atmospheric greenhouse gases, while nature impacts are inherently local, tied to specific ecosystems and watersheds.

    Measurement: Climate risk consolidates into a single metric (tons of CO₂ equivalent), while nature encompasses biodiversity, water quality, soil health, and ecosystem functions, each requiring different measurement approaches.

    Forecasting: Climate science offers global models projecting risks decades ahead. Nature risk assessment lacks comparable predictive models, except for water-related risks.

    Offsetting: Carbon emissions in one location can, in theory, be offset elsewhere due to CO₂'s global effects. Restoring one ecosystem cannot offset destroying another – each provides unique, non-transferable local benefits.

  • We combine a thoughtful, human-centered approach with clear communication and reliable results. It’s not just what we do—it’s how we do it that sets us apart.

  • You can reach us anytime via our contact page or email. We aim to respond quickly—usually within one business day.

About the TNFD

  • Nature-related risks arise when companies either degrade the ecosystems around them or depend on resources and services those ecosystems provide.

    These risks can be:

    • Physical risks: arise from the degradation of nature and subsequent loss of services that nature provides, such as water scarcity or loss of pollinators

    • Transition risks: arise from the transition to a nature positive economy. These include regulatory, financial, and reputational risks

  • Climate and nature risks share important similarities: both present physical and transition risks as the economy shifts toward being low-carbon and nature-positive, and both require location-specific mitigation strategies. However, they differ in critical ways:

    Geographic scope: Climate impacts occur globally due to atmospheric greenhouse gases, while nature impacts are inherently local, tied to specific ecosystems and watersheds.

    Measurement: Climate risk consolidates into a single metric (tons of CO₂ equivalent), while nature encompasses biodiversity, water quality, soil health, and ecosystem functions, each requiring different measurement approaches.

    Forecasting: Climate science offers global models projecting risks decades ahead. Nature risk assessment lacks comparable predictive models, except for water-related risks.

    Offsetting: Carbon emissions in one location can, in theory, be offset elsewhere due to CO₂'s global effects. Restoring one ecosystem cannot offset destroying another – each provides unique, non-transferable local benefits.

  • We combine a thoughtful, human-centered approach with clear communication and reliable results. It’s not just what we do—it’s how we do it that sets us apart.

  • You can reach us anytime via our contact page or email. We aim to respond quickly—usually within one business day.

About CSRD & ESRS

  • Nature-related risks arise when companies either degrade the ecosystems around them or depend on resources and services those ecosystems provide.

    These risks can be:

    • Physical risks: arise from the degradation of nature and subsequent loss of services that nature provides, such as water scarcity or loss of pollinators

    • Transition risks: arise from the transition to a nature positive economy. These include regulatory, financial, and reputational risks

  • Climate and nature risks share important similarities: both present physical and transition risks as the economy shifts toward being low-carbon and nature-positive, and both require location-specific mitigation strategies. However, they differ in critical ways:

    Geographic scope: Climate impacts occur globally due to atmospheric greenhouse gases, while nature impacts are inherently local, tied to specific ecosystems and watersheds.

    Measurement: Climate risk consolidates into a single metric (tons of CO₂ equivalent), while nature encompasses biodiversity, water quality, soil health, and ecosystem functions, each requiring different measurement approaches.

    Forecasting: Climate science offers global models projecting risks decades ahead. Nature risk assessment lacks comparable predictive models, except for water-related risks.

    Offsetting: Carbon emissions in one location can, in theory, be offset elsewhere due to CO₂'s global effects. Restoring one ecosystem cannot offset destroying another – each provides unique, non-transferable local benefits.

  • We combine a thoughtful, human-centered approach with clear communication and reliable results. It’s not just what we do—it’s how we do it that sets us apart.

Getting Started with Nature Risk Assessment

  • Nature-related risks arise when companies either degrade the ecosystems around them or depend on resources and services those ecosystems provide.

    These risks can be:

    • Physical risks: arise from the degradation of nature and subsequent loss of services that nature provides, such as water scarcity or loss of pollinators

    • Transition risks: arise from the transition to a nature positive economy. These include regulatory, financial, and reputational risks

  • Climate and nature risks share important similarities: both present physical and transition risks as the economy shifts toward being low-carbon and nature-positive, and both require location-specific mitigation strategies. However, they differ in critical ways:

    Geographic scope: Climate impacts occur globally due to atmospheric greenhouse gases, while nature impacts are inherently local, tied to specific ecosystems and watersheds.

    Measurement: Climate risk consolidates into a single metric (tons of CO₂ equivalent), while nature encompasses biodiversity, water quality, soil health, and ecosystem functions, each requiring different measurement approaches.

    Forecasting: Climate science offers global models projecting risks decades ahead. Nature risk assessment lacks comparable predictive models, except for water-related risks.

    Offsetting: Carbon emissions in one location can, in theory, be offset elsewhere due to CO₂'s global effects. Restoring one ecosystem cannot offset destroying another – each provides unique, non-transferable local benefits.

  • We combine a thoughtful, human-centered approach with clear communication and reliable results. It’s not just what we do—it’s how we do it that sets us apart.

Nature Targets and Action

  • Nature-related risks arise when companies either degrade the ecosystems around them or depend on resources and services those ecosystems provide.

    These risks can be:

    • Physical risks: arise from the degradation of nature and subsequent loss of services that nature provides, such as water scarcity or loss of pollinators

    • Transition risks: arise from the transition to a nature positive economy. These include regulatory, financial, and reputational risks

  • Climate and nature risks share important similarities: both present physical and transition risks as the economy shifts toward being low-carbon and nature-positive, and both require location-specific mitigation strategies. However, they differ in critical ways:

    Geographic scope: Climate impacts occur globally due to atmospheric greenhouse gases, while nature impacts are inherently local, tied to specific ecosystems and watersheds.

    Measurement: Climate risk consolidates into a single metric (tons of CO₂ equivalent), while nature encompasses biodiversity, water quality, soil health, and ecosystem functions, each requiring different measurement approaches.

    Forecasting: Climate science offers global models projecting risks decades ahead. Nature risk assessment lacks comparable predictive models, except for water-related risks.

    Offsetting: Carbon emissions in one location can, in theory, be offset elsewhere due to CO₂'s global effects. Restoring one ecosystem cannot offset destroying another – each provides unique, non-transferable local benefits.

  • We combine a thoughtful, human-centered approach with clear communication and reliable results. It’s not just what we do—it’s how we do it that sets us apart.

About the Dunya Analytics Platform

  • Nature-related risks arise when companies either degrade the ecosystems around them or depend on resources and services those ecosystems provide.

    These risks can be:

    • Physical risks: arise from the degradation of nature and subsequent loss of services that nature provides, such as water scarcity or loss of pollinators

    • Transition risks: arise from the transition to a nature positive economy. These include regulatory, financial, and reputational risks

  • Climate and nature risks share important similarities: both present physical and transition risks as the economy shifts toward being low-carbon and nature-positive, and both require location-specific mitigation strategies. However, they differ in critical ways:

    Geographic scope: Climate impacts occur globally due to atmospheric greenhouse gases, while nature impacts are inherently local, tied to specific ecosystems and watersheds.

    Measurement: Climate risk consolidates into a single metric (tons of CO₂ equivalent), while nature encompasses biodiversity, water quality, soil health, and ecosystem functions, each requiring different measurement approaches.

    Forecasting: Climate science offers global models projecting risks decades ahead. Nature risk assessment lacks comparable predictive models, except for water-related risks.

    Offsetting: Carbon emissions in one location can, in theory, be offset elsewhere due to CO₂'s global effects. Restoring one ecosystem cannot offset destroying another – each provides unique, non-transferable local benefits.

  • We combine a thoughtful, human-centered approach with clear communication and reliable results. It’s not just what we do—it’s how we do it that sets us apart.

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