FAQS

The idea behind Carbon Balancing is that even when all steps have been taken by a given entity (say a firm, charity or individual) to reduce emissions at source, some residual greenhouse gas emissions are unavoidable. These emissions can be countered if one takes steps to avert emissions elsewhere – i.e. to balance them. The World Land Trust (WLT) Carbon Balanced programme balance these emissions through projects that are certified to well-recognised international standards and include both;

• Protecting carbon-rich habitats, which avoids the release of stored carbon and enables the regeneration of degraded habitats, home to hundreds of threatened species, whilst gradually re-absorbing atmospheric CO2
• Reforestation projects that directly remove atmospheric CO2, whilst ensuring a focus on wider conservation goals beyond CO2 removals alone.

The paper calculator adopts the average footprint of paper manufactured in Europe. Through publicly available information RISE (Research Institute of Sweden), contracted by CarbonCO, compiles data on the average cradle-to-gate fossil GHG emissions for European paper grades, which currently stands at 561kg of CO2e per tonne of paper. This research is renewed every two – three years.

The boundaries follow the Cepi 10-toe framework and, more specifically, toes 3-7 (cradle-to-gate).

World Land Trust (WLT) is an international conservation charity (Charity No. 1001291) that protects the world’s most biologically significant and threatened habitats.

Through a network of partner organisations around the world, WLT funds reserves and provides permanent protection for habitats and wildlife. Partnerships are developed with established and highly respected local organisations who engage support and commitment among the local community.

Carbon sequestration is the uptake and storage of carbon dioxide from the atmosphere by carbon ‘sinks’. Approximately half the mass of a tree is carbon, making forests terrestrial carbon sinks. Forest vegetation absorbs atmospheric CO2 and locks the carbon in their tissues while they are growing, retaining it in their biomass. Soil organic matter, derived from dead plant and animal material, is also an important store of carbon. A variable portion of this stocked carbon is, however, released if the forest vegetation is cut down and if soils are disturbed. Forest clearance is, in fact, responsible for 20% of the global carbon dioxide emissions, more than the combined global emissions of cars, boats and planes.

We agree completely and the first step, both for individuals and businesses, should be to reduce emissions at source as much as possible. Balancing should not be used to escape reductions at source, it should be used alongside them as part of a complete and effective response to reducing CO2 concentrations now.

Restoration Ecology is concerned with the rehabilitation of cleared and degraded habitat. WLT Ecosystem Services projects are specifically designed to benefit biodiversity and use a mixture of avoided deforestation, planting and assisted natural regeneration techniques to protect and re-establish critically endangered habitat. In practically all cases WLT restoration ecology projects are used to extend, buffer or connect existing reserves.

Avoided deforestation is the protection of forest which is under the imminent threat of clearance. Through this protection, the carbon dioxide which would have been released to the atmosphere through combustion and decomposition are prevented. Woodland rehabilitation involves removing the factors – e.g. grazing cattle, fire, logging or woodcutting – that are degrading forest cover. Assisted natural regeneration takes place where the land has already been completely cleared, consisting of removing the constraints preventing re-establishment of natural vegetation. All this involves boosting self-sown trees – we now prefer to plant native trees only where assisted natural regeneration would not be successful or would benefit from enrichment – e.g. on eroded soils or where natural seed sources are distant.

Both avoided deforestation and planting techniques are equally important. The destruction of mature forest is responsible for 20% of the global carbon dioxide emissions, more than the cumulative global emissions of cars, boats and planes. It is better for biodiversity to preserve existing habitat rather than trying to recreate it, which is why the Carbon Balanced programme strongly promotes avoided deforestation as part of its projects. However, in some parts of the world, the land is so degraded that restoration through tree planting is critical. In practice all the techniques are needed to protect and restore a given parcel of forest – this obviously means restoring what has already been cleared, through planting supplementing natural regeneration as well as protecting what forest still remains.  Providing natural carbon removal and regenerated habitat.

World Land Trust is committed to transparency in all elements of project design. All current WLT carbon balancing projects are;

• Certified to well-recognised international standards.
• They Follow robust methodologies, continuous monitoring, and strict verification.
• Credits are issued once and never double sold, as they are retired on a public registry.
• Deliver real, additional, measurable, permanent impact aligned with SBTs (Science Based Targets and SDGs (Sustainable Development Goals).

The Carbon Balanced programme funds two categories of projects. REDD+, Land Preservation and avoided deforestation scheme in Mexico and Guatemala. And a reforestation project in Uganda.

No. The land is owned by a WLT local partner organisation and, typically, is incorporated into an existing reserve to be managed for conservation purposes in perpetuity (in legal terms this means a minimum of a century).  WLT have an agreement with the local partner organisation to this effect.

WLT ensures that long-term contracts are established for the ownership and management of all the land it acquires or helps protect. WLT has been managing land acquisition projects since 1989 and are accustomed to working with governments and the private sector to ensure protection in perpetuity. Local project partners oversee the management and protection of the land on the ground. The costs of this work are built into the total cost.

WLT Ecosystem Services projects are based on a 20-year accounting period so that the balancing can be achieved in a reasonable time frame. However, beyond this 20-year period the trees will continue to sequester carbon dioxide emissions. The Intergovernmental Panel on Climate Change advises that newly planted or regenerated forests will continue to uptake carbon for 20 to 50 years or more after establishment, depending on site location, tree species and major disturbance events. All WLT Ecosystem Services projects ensure protection of land in perpetuity, so once a balancing/planting commitment has been fulfilled the forest will continue to survive after the end of the delivery of the ‘balancing/planting horizon’.

WLT has extensive experience in buying and managing endangered land and partnerships with local NGO organisations means they enlist the help, knowledge and support of the local indigenous community with the protection and management of the land. All carbon stock calculations factor in a mandatory reduction for leakage. The Intergovernmental Panel on Climate Change (IPCC) suggest a 30-40% reduction in the total carbon stock and WLT always apply a 40% reduction unless there is satisfactory evidence to the contrary.