In the regenerative scenario of the Gelderland Climate Opportunities Map 2025, the province reaches approximately 79% emission reduction relative to 1990.
Gelderland regenerative scenario: approximately 79% emission reduction towards 2030 Read More »
The annual carbon sequestration potential for Gelderland amounts to 338 kton CO₂-eq, combining natural and technological sequestration.
Gelderland: 338 kton CO₂-eq sequestration potential per year Read More »
About 245.6 tonnes of food handled and 210.7 tonnes passed on in 2025, roughly 281,000 meal equivalents
Carbon work is stronger when it creates new value in agriculture, construction and nature — shifting from compensation to regenerative value creation.
A broader regenerative scenario adds climate value as well as soil, water, biodiversity and farm resilience.
Meadows with trees can store more carbon while supporting shade, biodiversity and landscape quality.
Meadows with trees sequester five to ten times more carbon Read More »
As its ecological starting point, the platform pursues restoration through raw materials that are 100% biobased and biodegradable.
Biobased Design: 100% biobased and biodegradable raw materials as the standard Read More »
Silvopasture adds trees to pasture land to raise productivity and carbon sequestration. In Gelderland it represents a sequestration potential of 0.053 to 0.211 Mton CO₂-eq in 2030.
Silvopasture in Gelderland: 0.053 to 0.211 Mton CO₂-eq sequestration potential in 2030 Read More »
Of the nine agricultural solutions examined, the combination of conservation and regenerative agriculture carries the largest reduction potential: 0.004 to 1.346 Mton CO₂-eq in 2030.
The sequestration potential of timber construction in the Gelderland built environment runs from 0.07 to 0.36 Mton CO₂-eq in 2030, depending on the share of timber in new construction.
