Why Innovation Matters

Climate change is altering how forests grow, survive, and function.

Restoration alone is no longer enough.

To respond to rising temperatures, extreme weather, and ecosystem stress, forests must become more resilient, adaptive, and scalable.
This requires science, data, and long-term research not short-term solutions.

Hyper-Tree Technology

Treeplanet advances forest restoration through applied biotechnology.

Our research focuses on developing climate-resilient tree species that grow faster, adapt to degraded environments, and deliver long-term ecological and carbon value.

Using tissue culture, bioreactor systems, and genome-assisted breeding technologies such as CRISPR/Cas9, we develop improved timber species and clonally propagated nectar trees. These innovations enable scalable restoration, sustainable timber cycles within 5–7 years, and biodiversity-supporting forest ecosystems.

Restoring
Post-Mining Landscapes
from the Ground Up

The PMR (Post-Mining Restoration) Project is a large-scale field research initiative examining whether severely degraded mining land can be restored into a functioning forest ecosystem.

Covering approximately 3,000 hectares of post-mining sites in Indonesia, the project is conducted as a research-based pilot model in collaboration with IPB University, Indonesia’s leading institution in forestry and environmental science.

Rather than a commercial restoration program, PMR serves as a living research platform to test ecological recovery, land productivity, and long-term restoration feasibility under extreme conditions.

Research Focus
& Significance

The project integrates soil restoration, agroforestry systems, and community-based economic models to evaluate whether degraded mining landscapes can transition into sustainable, productive forests.

By combining ecological data with socio-economic analysis, PMR provides rare field-based evidence applicable to international ESG strategies, Scope 3 mitigation, and global nature-based restoration frameworks.

As an open-ended research platform, the PMR Project is designed to inform future international partnerships rather than deliver a finalized solution.

Forests as
Living Laboratories

In Korea, Treeplanet operates long-term research forests as living laboratories for sustainable forest management and restoration.

The Icheon site explores urban-adjacent forest models, linking environmental education, biodiversity monitoring, and repeatable management practices.

The Hongcheon site focuses on large-scale restoration, testing carbon absorption and long-term forest recovery under real ecological conditions.

Together, these research forests generate field-based data through collaboration with companies and institutions, advancing applied forest science and climate solutions.

We study forests
and take action to shape
a better future

Every Tree Planet project begins with creating the forests our climate-stricken world needs most

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