Strategic reserve of bog wood

Strategic reserve of bog wood

The importance of harvesting bogwood for future generations through the DREVO Living Mountains program

Concept

When implementing projectsDREVO Living MountainsEvery year, work is carried out to clear floodplains, restore forests, build cascades, restore riverbeds, and create new wetlands. This work generates large quantities of timber.

Typically, such wood is processed into chips, burned, or allowed to decompose naturally. However, some of the most valuable trunks may becomestrategic resource for future generations.

It is proposed to create special underwater storage facilities where the wood will be stored for decades and even hundreds of years, gradually turning into high-quality bog wood.

The main principle:

We grow forests for nature, and preserve some of the timber as ecological capital for future generations.

Why bog wood?

When exposed to water for a long time in low oxygen conditions, wood:

gradually mineralizes;

becomes significantly denser;

acquires deep natural shades;

acquires high biological resistance;

preserves the texture of annual rings;

turns into a unique decorative material.

Particularly valued:

oak;

ash tree;

elm;

larch;

walnut;

maple;

mountain elm;

some coniferous species.

Depending on the breed and aging conditions, the process can takefrom several decades to centuries.

Creation of wood reserves

During floodplain clearing and forest restoration, it is proposed not to destroy all the timber.

It is divided into three categories.

Category I

Construction timber.

Used immediately.

Category II

Ecological wood.

It remains in the river to form habitats for fish, insects and microorganisms.

Category III

Strategic timber.

It is stored in special underwater storage facilities.

It is this category that becomes the future bog wood.

DREVO Timber Reserve

It is proposed to create a system of long-term wood reserves.

Each reserve is a specially prepared area.

Main elements:

sufficient depth;

weak current;

lack of shipping;

stable hydrological regime;

low oxygen content in the bottom zone;

natural or artificial deposits that partially cover the wood.

Such conditions help preserve wood and slow down its biological degradation.

What trees should be planted?

The most promising are:

Oak

Future premium material.

Ash tree

High strength and expressive texture.

Elm

Very beautiful fibrous structure.

Walnut

Valuable furniture material.

Larch

High natural durability.

Maple

Material for musical instruments and art products.

Digital passport of each barrel

Full registration is required prior to diving.

The following are recorded:

GPS coordinates;

breed;

age of the tree;

diameter;

length;

weight;

place of origin;

dive date;

photographs;

3D scanning results;

unique QR/RFID identifier.

The information is stored in the systemMountain Digital Twin.

Process control

Living Mountain Observatory monitors:

water temperature;

oxygen content;

depth;

flow speed;

mineralization;

chemical composition of water;

thickness of bottom sediments.

Periodic examination is performed using:

DREVO River Rover Scout;

WOOD River Rover Recovery;

TREVO AeroSense Drone(to assess the hydrological situation).

Planned shelf life

Various categories of exposure are possible:

In this way, a resource is formed not only for the current generation, but also for descendants.

Economic value

Within decades, some of the wood may be used to produce:

furniture;

musical instruments;

art products;

architectural elements;

museum exhibits;

restoration works;

luxury goods.

Due to its limited supply and long formation cycle, bog wood can command a high market value.

Ecological value

Creation of wood reserves:

reduces waste;

reduces CO₂ emissions compared to burning wood;

creates long-term carbon storage;

preserves the genetic information of forests;

allows you to use wood as efficiently as possible.

It is important to maintain a balance: a significant portion of the timber should remain in riverbeds and floodplains as an element of the natural ecosystem, while only a specially selected portion is sent to the reserve.

Integration with River Rover Recovery

After decades, the platformWOOD River Rover Recoverywill be able to:

find wood using a digital passport;

assess her condition;

conduct 3D scanning;

safely remove barrels;

transport them to the shore;

update the digital history of each object.

Forest Genetic Archive

Each trunk becomes part of the historical archive.

The digital passport stores:

origin of the tree;

ecosystem;

age;

climatic conditions of the growing period;

photographs of a forest area;

wood analysis results.

In 100–200 years, this will become a unique scientific base for studying forest and climate change.

Model DREVO Timber Reserve

The principle of reserve formation

Class D— research, testing and improvement of storage technologies.

Class C— creation of timber of increased value for future generations.

Class B— long-term strategic reserve of high-quality timber.

Class A— the formation of a national and international timber heritage intended for use for centuries to come.

DREVO Heritage Timber Bank

It is proposed to create an international systemDREVO Heritage Timber Bank— "Tree Heritage Bank".

Its goal is to form long-term reserves of the most valuable timber as natural capital for future generations.

Bank principles:

voluntary replenishment of reserves in nature restoration projects;

strict digital accounting of each barrel;

environmental monitoring of storage sites;

limited extraction only after reaching the established aging period;

the use of wood for highly artistic, scientific, cultural and restoration projects.

Project mission

Within the frameworkDREVO Living MountainsForests are seen not only as a source of timber but also as a centuries-old natural heritage. The creation of strategic reserves of bogwood transforms routine river and floodplain restoration into an investment for decades and centuries to come.

This combines ecology, forestry, river restoration engineering, digital technology, and responsible stewardship of natural resources, leaving future generations not only healthy forests and rivers, but also unique materials that could not be created in a single human generation.