Project in implementation

Ohlsbach – Structurally Rich Community Forest in Transition.

The project forest represents a calm, long-term development of existing forest stands. Through adapted management and soil-friendly harvesting, stable mixed forests with high ecological quality are being created. The goal is a resilient continuous cover forest that promotes biodiversity and permanently sequesters carbon.

Location

Baden-Württemberg, Germany

104,7 ha

Climate Protection

9.157t

CO₂ Capacity

Duration

10 Jahre

Project Commitment

Control

Satellites

Monitored

Ohlsbach – Structurally Rich Community Forest in Transition.

"Through soil-friendly harvesting methods and the deliberate retention of biomass in the stand, we sustainably strengthen the ecological quality of the community forest."

16.875tTotal Storage Capacity
250tAnnual Growth
9.157tCertified & Released
Location

Location & Geology

The project forest is located in the Black Forest foothills of the Ortenau region and comprises areas of the Ohlsbach community forest. The natural landscape is characterized by the transition from the flat Upper Rhine valley to the rising, more rugged margins of the Black Forest. Gentle ridges, hollow-like incisions and slope-parallel terrain structures define the landscape.

  • Soil: Predominantly well-developed brown soils from loess-influenced cover layers with solid water retention; on steeper slopes, shallower, skeleton-rich variants.
  • Climate: Mild foothill climate with a long vegetation period. Increasing drought phases and episodic heavy rainfall require stable, deeply rooted stands.
  • Vegetation: Deciduous-dominated forests with beech as the leading species, supplemented by oak species, maple, ash and cherry. Occasional conifer shares from earlier management periods.
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Strategie

Stable Continuous Cover Forest Through Close-to-Nature Management

Forest development follows the model of a stable continuous cover forest. Natural regeneration, structure-promoting management and the deliberate handling of deadwood are priorities. On storm-damaged areas, conventional skid trail systems are avoided – timber harvesting is done by ground-pulling or cable crane. By leaving pruned crown parts, horizontal structural diversity is immediately created and soil erosion is prevented. Interventions serve the long-term strengthening of resilience, biodiversity and CO₂ storage capacity.

Permanent Satellite Monitoring

In cooperation with Remote Sensing Solutions GmbH (RSS), we permanently monitor all our forests. If a forest fire or deforestation is detected, tokens are immediately locked.

Forest Satellite View

Your Project, Your Questions

Everything worth knowing about methodology and participation.

What is the current status of the project?
The project is in its active implementation phase. The municipality of Ohlsbach is implementing measures to increase climate resilience and biodiversity on its forest areas, accompanied by a forestry project plan.
How is CO₂ sequestration calculated?
We only certify the timber utilization quota – the proportion that flows into long-term wood use. Through more elaborate grading and sorting, a 10% higher material utilization rate is achieved.
Can I visit the project on site?
Yes, gladly. On request, we organize individual visits or group tours on site in Ohlsbach to give you a direct insight into the development of the community forest.
Ohlsbach – Structurally Rich Community Forest in Transition. – Forest Project in Germany | greenkeeper | greenkeeper