A managed multi-generational program for the conservation, research, and development of wood materials within DREVO Living Mountains

A managed multi-generational program for the conservation, research, and development of wood materials within DREVO Living Mountains

1. Strategic idea

DREVO Heritage Timber Program (DHTP)— this is a program for managing the tree heritage with a horizon not of 5–20 years, but50, 100, 200 years and more.

Its fundamental idea is to change the attitude towards wood generated during the restoration of forests, rivers and floodplains.

Not every mature or fallen tree trunk should be immediately converted into lumber, chips, or fuel. Some of the most valuable timber can be preserved in specially created conditions, studied, and passed on to future generations as a material, scientific, and cultural resource.

We are restoring the forest today, while simultaneously creating a tree reserve for people who will live in 50–300 years.

2. This is not a timber yard.

The program combines several functions at once:

forest → selection → passport → preservation → controlled formation of material → research → monitoring → aging → extraction → drying → use → transfer of knowledge to the next generation.

Therefore, the DREVO Heritage Timber Program should be seen as both:

environmental protection program;

Timber Bank;

scientific experiment;

material reserve;

genetic and climatic archive;

wood durability research program;

source of rare materials of the future;

system of intergenerational responsibility.

3. Where does the wood come from?

The program should fundamentally not encourage the felling of healthy old forests for the sake of creating a reserve.

Main sources:

trees felled by storms;

wood after floods;

emergency trees;

sanitary removal;

clearing of riverbeds;

floodplain restoration;

restoration of swamps;

reconstruction of infrastructure;

material from environmentally sound thinning;

wood that must be removed during restoration work.

First it is determined,Does the ecosystem itself need a trunk?.

Some large dead wood inevitably remains in the forest, river and floodplain.

Only after this is the potential reserve determined.

4. Four Fates of Wood

A unified DREVO classification is proposed.

This is a fundamental point:Heritage Timber does not compete with sustainable timber.

5. WOOD Timber Passport

Each valuable gun receives a digital biography before being placed in reserve.

The following are recorded:

breed;

estimated age;

place of growth;

coordinates;

altitude;

diameter;

length;

weight;

form;

defects;

reason for deletion;

date of procurement;

wood condition;

humidity;

photographs;

3D model.

For particularly valuable specimens, the following are additionally preserved:

dendrochronological data;

chemical profile;

spectral profile;

wood sample;

a genetic sample of the tree, if justified by the research program.

The trunk becomesidentified heritage object.

6. DREVO Timber Genome Archive

A particularly interesting development of the program is to store not only wood.

For the most significant trees, the following are preserved:

seeds + herbarium specimen + wood + genetic material + digital information.

In 150 years, a researcher will be able to have simultaneously:

original barrel;

information about the tree;

climate history;

seed material;

data of the territory of origin.

In this way, the Timber Reserve becomes an archive of forest history.

7. Five ways to save

You shouldn't rely solely on stained wood.

The program must use several parallel technologies.

I. DREVO Air Reserve

Controlled long-term air drying and storage.

II. DREVO Water Reserve

Fully underwater storage.

III. DREVO Wetland Reserve

Storage in specially organized swamp and floodplain sectors.

IV. DREVO Sediment Reserve

Partial or complete placement in stable bottom sediments.

V. TREVO Timber Capsule

Controlled water-mineral environment inside a sealed or membrane cover.

In this way, over decades, it is possible to compare different methods of preserving the same breed.

8. Natural Reserve и Controlled Reserve

The entire system is divided into two major areas.

Natural Reserve

Nature creates conditions:

water;

open;

temperature;

minerals;

seasonality;

natural microbiota.

The person mainly observes.

Controlled Reserve

A person regulates:

chemical composition of water;

gas mode;

water exchange;

temperature;

degree of immersion;

mineral environment;

bottom substrate.

This allows direct comparison of natural and controlled processes.

9. DREVO Twin Log

One of the most powerful scientific principles of the program.

From one large trunk, maximally comparable experimental samples are formed.

For example:

In decades, it will be possible to objectively establish,What exactly did time and environment do to wood?.

10. Temporary architecture

Each party receives a predetermined horizon.

T10- 10 years T25— 25 years old T50- 50 years old T100- 100 years T200- 200 years T300+ — Heritage Reserve

Moreover, the T300 reserve does not mean mandatory extraction in 300 years.

It means:

Do not use before the established horizon unless there is an extraordinary reason.

11. Generational principle

An approximate management cycle can be established in25 years old.

Generation G0

Creates a backup.

G1 — +25 years

Conducts the first major examination.

G2 — +50 years

Receives first mature research series.

G4 — +100 years

Receives century-old material.

G8 — +200 years

Receives material that none of the original program participants could have created.

This makes the project literallyintergenerational agreement.

12. Each generation must not only take

You can set a rule:

When one Heritage Log is extracted, several new next generation logs must be laid.

For example, the conditional coefficient:

1 extracted → 3 new in reserve.

The exact ratio is determined by the resource and environmental policies of a particular region.

As a result, the fund is not depleted, but gradually increases.

13. DREVO Timber Time Library

The reserve becomes a library of time.

Every year or every five years a new series is created:

2030 / 2035 / 2040 / 2045 / 2050 …

Each episode contains:

same breeds;

control samples;

various storage methods;

climate information;

information about the forest ecosystem.

Over the course of a century, continuous material emerges for studying forest change.

14. Research intervals

It is not necessary to remove the main trunk.

Small control samples of the same wood are placed next to it.

For example:

1 / 2 / 5 / 10 / 25 / 50 / 100 years.

The control sample is removed, analyzed, and the main trunk continues to be stored.

This is much more reasonable than permanent damage to the main object.

15. What is measured

Research must go far beyond color.

Studied:

density;

hardness;

bending strength;

compressive strength;

impact strength;

shrinkage;

swelling;

dimensional stability;

chemical composition;

mineral profile;

cell wall structure;

biostability;

acoustic characteristics;

workability;

polishability;

gluing quality.

Of particular interest for musical wood are:

speed of sound propagation;

internal damping;

modulus of elasticity;

stiffness to density ratio.

16. Not “accelerated aging”, but controlled formation

For scientific credibility, I would change the project's terminology.

Instead of:

Accelerated Bog-Wood Production

better:

DREVO Controlled Timber Formation

Because the task is not to prove in advance that 5 years can replace 500.

The task is to find out:

What characteristics of wood can actually be specifically changed by a controlled environment and how much time is needed for this.

Thus the concept becomes much stronger scientifically.

17. Different materials from the same type

In the future, Controlled Timber Formation may lead to the emergence of different classes of materials.

For example, conditionally:

WOOD Oak Naturalnaturally seasoned oak.

WOOD Oak Mineralformed over a long period of time in a mineral environment.

WOOD Oak Wetlandswamp extract.

DREVO Oak Deep Waterdeep-sea exposure.

DREVO Oak Capsulecontrolled environment.

That is, we are no longer talking only about preserving the tree, but aboutthe formation of new classes of wood material without destroying its natural structure.

18. What to do after extraction

This is a critical stage.

Wood that has been underwater for decades cannot simply be picked up and left to dry in the sun.

A separate chain is required:

Recovery → Stabilization → Controlled Drying → Conditioning → Certification.

After lifting, the following are controlled:

temperature;

humidity;

evaporation rate;

internal stresses;

deformation;

formation of cracks.

Here the system is connected with the developed conceptDREVO Air Reserve.

19. DREVO Heritage Timber Classes

After aging, the material receives a class not by age, but by its actual properties.

For example:

Heritage A

A rare material of museum and cultural significance.

Heritage B

Premium furniture, interior, musical instruments.

Heritage C

Architecture and high quality products.

Heritage Research

Scientific samples not intended for commercial use.

Age alone does not guarantee quality.

20. Special Reserve

Some of the best trunks can be identified as:

Never Sell Reserve

They are not intended for general commercial sale.

Use is permitted only for:

cultural objects;

restoration;

scientific research;

nationally significant buildings;

works of art;

transfers to museums;

DREVO Heritage objects.

This protects the program from becoming a regular business selling rare wood.

21. Economic model

At the same time, another part of the reserve may have an economic function.

Decades later, value is created through:

rarity + origin + documented history + storage age + quality + limited supply.

Origin is especially important.

The buyer of the future should receive not just a board, but a digital history:

"The oak tree grew in a specific catchment, was removed after a flood in 2034, placed in a Wetland Reserve in 2035, monitored for 75 years, and extracted in 2110."

This provenance becomes part of the cost of the material.

22. DREVO Heritage Timber Bank

A single bank is created over the physical reserves.

He knows:

how much wood is there;

where is it located;

how old is she;

what is her origin;

how is it stored;

when examination is permitted;

when extraction is possible;

who owns it;

What restrictions apply?

The exact coordinates of particularly valuable reserves may have a closed access level.

23. Mountain Digital Twin

A new layer appears in the DREVO Living Mountains digital twin:

Timber Heritage Layer

The map displays:

forest of origin → tree → route → storage location → environmental conditions → state → measurement history.

After 100 years, the digital recording remains linked to the physical trunk.

24. Living Mountain Observatory

The observatory becomes the custodian of the conditions.

She tracks:

hydrology;

temperature;

water level;

oxygen;

pH;

mineralization;

state of the swamp;

change of channel;

floods;

drought.

Therefore, the future researcher will be able to find out not only:

"The trunk lay there for 100 years",

A:

"In what conditions did he live these 100 years?"

This is much more valuable scientifically.

25. River Rover as a reserve keeper

The robotic system gets another function.

River Rover Scoutsearches for and surveys reserves.

River Rover Recoverystores and extracts wood.

River Cargo Platformtransports trunks.

River Rover ServiceServes sensors and markings.

WOOD AIanalyzes long-term changes.

In this way, robots service objects designed for periods significantly longer than a human lifespan.

26. The hardest problem is not technology

For a 200-300 year program, the weakest point isnot a case, solution or RFID.

This is the safety of the institute.

In three centuries the following may change:

states;

owners;

laws;

technologies;

data formats;

languages;

organizations.

Therefore the program requires a principleInstitutional Redundancy.

Information must exist simultaneously:

in WOOD;

in the state register;

in a scientific institution;

in a physical archive;

in several digital copies.

27. Analogue passport

A digital database alone is not enough.

For particularly important reserves it is necessary to store:

archival quality paper maps;

physical coordinate schemes;

metal information plates;

description of the marking system;

wood samples.

That is, a person in 200 years should be able to understand the reserveeven after the complete loss of modern IT infrastructure.

28. Intergenerational Charter

Each strategic reserve receivesWOOD Heritage Charter.

It records:

why the reserve was created;

what's inside;

what not to do;

when examination is permitted;

who has the right to extract the material;

which part should remain forever;

how the fund is replenished;

How control is transferred to the next generation.

29. Connection with the Living Mountains' Nine Cascades

Timber Reserve can run through almost the entire system.

1–3 cascades – forests:origin of wood.

4 - ravines and streams:natural wood for riverbed restoration.

5 - foot:artificial reservoirs and experimental reserves.

6 - floodplains: Wetland Timber Reserve.

7 - mouths:separate freshwater experimental zones.

8–9 — coast and sea:research series on the effects of brackish and seawater, but separate from the main conservation system.

The result is a continuous experimental line:

from the mountain forest to the sea.

30. Horizon 2300

In the longest term, the program may have a symbolic goal:

WOOD Heritage 2300

Trees laid in the 21st century, some of which are deliberately intended for people of the 23rd century.

This is an unusual form of infrastructure: most projects are built to pay for themselves within the lifetime of their creators.

Here part of the project is specially created so thatthe creator never saw the final result.

And that is why it truly becomes multigenerational.

DREVO Heritage Timber Program formula

Living forest→ responsible management→ wood selection→ preservation of ecological wood → Timber Passport → Natural / Controlled Reserve→ 10–300+ years of observations→ scientific knowledge→ rare wood material→ cultural heritage→ New Forest→ new reserve.

DREVO Timber Reserve