Restoring the land as a living heritage
The DREVO project is based on the understanding that land is not an empty space, not a construction site, and not a resource that exists only for short-term benefit.
The Earth is a living system in which the following are connected:
geological formation;
water;
soil;
microorganisms;
mushrooms;
plants;
animals;
climate;
Human;
memory of the territory;
future generations.
Land degradation begins when these connections are broken. Water quickly leaves the area, the soil loses its structure, plants disappear, erosion increases, biodiversity declines, and humans become increasingly dependent on constant external intervention.
Therefore, restoration of the territory cannot be reduced only to planting trees, applying fertilizers or creating an agricultural facility.
True restoration is the return of the earth's ability to:
retain water;
create soil;
support life;
to be updated;
fit;
accumulate fertility;
to pass on life potential to future generations.
1. Land is not a disposable resource.
The modern economic model often views land as a surface that can be used until exhausted and then replaced by other territory.
The DREVO philosophy is based on the opposite principle:
The earth must become better as a result of human presence.
A person should not leave behind:
depleted soil;
contaminated water;
exposed rock;
destroyed slopes;
dead monocultures;
areas that are completely dependent on artificial irrigation and chemicals.
Each generation must pass on the land to the next generations:
more fertile;
more humid;
more diverse;
more stable;
better protected;
capable of natural renewal.
2. Recovery doesn't start with the harvest
On degraded land, crop yield cannot be the primary goal.
The first task is to stop the destruction:
stopping erosion;
dust prevention;
protection of water sources;
binding or removal of contaminants;
restoration of vegetation cover;
return of organic matter;
creating conditions for soil life.
Only after this can the land gradually move towards productive use.
The main sequence of the project:
safety → water → soil → grasses → shrubs → forest-steppe → forest → mature ecosystem → sustainable forest garden.
A forest garden shouldn't be the first artificial layer laid over degraded soil. It should be the result of its recovery.
3. From regolith to living soil
The project views even poor mineral regolith not as a useless material, but as the foundation of future soil.
It already contains the mineral memory of the rock, but it still lacks the fullness of life.
The path of regolith to soil passes through:
weathering;
moisture accumulation;
bacterial activity;
the appearance of lichens and mosses;
grass development;
root penetration;
accumulation of organic matter;
mushroom colonization;
activities of soil animals;
formation of stable horizons.
A person can support this process, but cannot replace it with mechanical mixing of materials.
Soil can't simply be manufactured like a building mixture. It can be created under conditions that allow it to develop into a living system.
4. Andosols as a natural heritage
Fertile volcanic soils and andosols are considered not only as a valuable agricultural resource.
They are the result of long-term interaction:
volcanic rock;
climate;
water;
vegetation;
microorganisms;
time.
Their upper horizons may have taken decades or centuries to form. Therefore, destroying an established andosol for short-term production means a loss of natural capital that cannot be quickly restored.
The project philosophy requires:
maintain formed soil profiles;
protect them from erosion and compaction;
do not convert valuable soil into commercial bulk soil;
preserve some of the best areas as natural and seed areas;
to use fertility without destroying its basis.
5. Priority of long-lived trees
Short-lived crops provide quick results. Long-lived trees create the future.
Therefore, the project maintains the priority of nature-forming species:
oak;
linden trees;
maple;
ash;
bull;
elm;
cedar pines;
chestnut;
nut;
other local long-lived trees.
These trees are planted not only for their timber, fruit or decorative effect.
They create:
long-term structure of the territory;
deep root network;
stable microclimate;
forest litter;
habitats;
genetic centers;
connection between forest generations.
A fruit tree can provide food for seven decades. An old oak tree can shape an entire natural environment for several centuries.
Therefore, a mature ecosystem should not consist solely of productive crops. Its foundation is formed by trees, the value of which extends far beyond their direct economic use.
6. Forest and forest garden do not contradict each other
Natural forests and forest gardens perform different but interconnected functions.
Natural forest provides:
environmental sustainability;
conservation of local species;
natural regeneration;
soil formation;
water regulation;
animal shelter;
genetic diversity.
The forest garden provides:
food;
medicinal raw materials;
nuts and fruits;
seeds;
planting material;
educational and social function;
economic support for the territory.
A sustainable forest garden should not displace natural forests. It should be integrated into the restored forest and forest-steppe structure.
The project philosophy is expressed by the principle:
not to turn the entire forest into a garden, but to make productive areas part of a sustainable nature.
7. Man as a participant, not the master of life
Man has knowledge and technology, but this does not make him the absolute master of the ecosystem.
He is not able to fully calculate:
all connections between organisms;
long-term climate change;
evolution of soil communities;
future diseases;
migration of species;
consequences of each intervention.
Therefore, management must combine:
scientific planning;
observation;
cautious experiment;
preservation of natural processes;
willingness to correct mistakes;
respect for the limits of knowledge.
A person in the project acts as:
reducing agent;
keeper;
gardener;
researcher;
organizer;
temporary person in charge of the territory.
It does not complete the ecosystem, but passes it on.
8. Time as the main resource
Conventional projects are measured by payback periods, construction phases, and political cycles.
The DREVO project measures land development:
seasons;
generations of plants;
life cycles of trees;
soil formation;
change of forest communities;
for centuries.
Planning for 150 years means that the project initiators are consciously creating a system whose maturity they themselves will not see.
Looking 300 years ahead means recognizing that decisions today can impact people and ecosystems that don't yet exist.
This requires a different ethic:
don't look only for quick profit;
do not consider incompleteness as a disadvantage;
do not destroy slow processes for the sake of instant results;
evaluate decisions based on their consequences for several generations.
9. Sixteen years as a milestone of recognition
The first 16 years a plant or natural area goes through a period of formation, testing and observation.
During this time they are faced with:
drought;
frost;
heat;
diseases;
competition;
change in water regime;
formation of root and fungal connections.
After 16 years, if sustainability is confirmed, the facility receives an environmental passport.
This means that a plant or natural area is no longer considered merely as an element of a project and is recognised as an independent living value.
The passport becomes a form of social obligation:
remember the origin of the object;
take it into account when planning;
protect him;
observe its development;
preserve its history;
appoint successors;
pass on responsibility.
10. Every tree has a story
In mass planting, a tree often becomes a statistical unit.
The philosophy of passportization gives him back his individuality.
The tree's history preserves:
origin of the seed;
landing site;
people who participated in its appearance;
experienced climate events;
growth changes;
illness and recovery;
beginning of fruiting;
animals and plants associated with it;
his offspring.
Particularly valuable trees are assigned successor trees grown from seeds, cuttings or natural undergrowth.
In this way, not only the species but also the specific living line is preserved.
11. Natural areas as living subjects of the project
A forest, meadow, swamp, forest-steppe or forest garden cannot be assessed solely by area and economic productivity.
Each zone has its own:
history;
structure;
dynamics;
water system;
soil profile;
community of species;
ability to renew;
degree of vulnerability.
Once sustainability is confirmed, the natural area receives a passport and long-term status.
This means a shift from the relationship of “territory for use” to the relationship of “ecosystem transferred under responsibility”.
12. Sustainability is not the absence of intervention
A sustainable forest or forest garden does not mean a completely abandoned area.
Nature is also changing:
trees are getting old;
species compete;
waterways shift;
fires occur;
diseases appear;
the climate is changing;
some species become aggressive;
Some open spaces are becoming overgrown.
Therefore, sustainability requires intelligent management:
observations;
selective pruning;
thinning;
preservation of open fields;
water regulation;
pollution control;
maintaining fire safety;
restoration of endangered species;
introduction of new generations of trees.
The task of management is not to stop changes, but to maintain the direction of development of the system.
13. Diversity as the basis of security
Monoculture may be productive, but it remains vulnerable.
One disease, pest, drought or temperature change can damage the entire monotonous system.
Therefore, the project is built on diversity:
species;
varieties;
ages;
genetic lines;
root depths;
height of crowns;
flowering periods;
methods of reproduction;
natural zones;
economic functions.
Diversity isn't a decorative addition. It's a form of ecological insurance.
14. The principle of natural mosaic
A mature area should not be completely occupied by the same forest or continuous forest garden.
It is formed like a mosaic:
mature forest kernels;
young groves;
forest-steppe;
meadows;
food fields;
water zones;
steel;
shrubs;
remediation sites;
nurseries;
public spaces;
territories of natural succession.
This structure increases:
biological diversity;
fire resistance;
disease resistance;
microclimate diversity;
the possibility of migration of species;
economic flexibility.
15. Production should not destroy the basis of life
The project allows and supports economic use of the territory:
fruit growing;
nut production;
collection of medicinal plants;
mushroom cultivation;
nursery production;
obtaining seeds;
limited use of wood;
tourism;
education;
scientific research.
However, production is considered justified only when it:
does not destroy the soil profile;
does not impair water balance;
does not destroy natural trees;
does not reduce the ecosystem's ability to renew itself;
does not tolerate pollution;
does not make the territory dependent on constant depleting intervention.
The main economic principle:
Income should arise from the health of the system, not from its gradual destruction.
16. Safety over symbolic "greenness"
Planting trees in itself does not make a project environmentally friendly.
Trees can be planted:
on toxic soil;
without enough water;
in the form of a vulnerable monoculture;
using invasive species;
followed by death;
for the sake of formal reporting.
Therefore, the project does not evaluate the number of planted seedlings, but:
their survival;
impact on soil;
stability of water regime;
natural regeneration;
the emergence of several generations;
development of biodiversity;
product safety;
the ability of a territory to exist in the long term.
17. Error is recognized as part of knowledge
A long-term project cannot be error-free.
Some species will fail. Some methods will prove ineffective. Climate conditions will change. Some solutions will have to be reconsidered.
The DREVO philosophy requires:
record failures;
save data;
do not hide negative results;
compare methods;
adjust projects;
transfer knowledge to other territories.
An error becomes dangerous not when it occurs, but when it is hidden, not studied, and repeated.
18. Technologies serve nature, not replace it.
The project may use:
remote sensing;
spectral cameras;
drones;
humidity sensors;
digital passports;
artificial intelligence;
digital twins;
automated irrigation;
robotic monitoring.
But technology remains a tool.
It helps:
see changes;
identify diseases;
control water;
save history;
predict risks;
make more accurate decisions.
Technology should not create the illusion that a natural system can be completely controlled or replaced by an artificial construct.
19. Intergenerational contract
The DREVO project can be seen as an agreement between:
those who lived in the territory before;
the current generation;
future people;
natural communities.
The current generation receives land not only from previous owners. They temporarily accept it from the future.
Therefore, every significant object must have:
history;
responsible custodian;
legal regime;
passport;
succession plan;
observation archive;
long-term goal.
20. Nature's right to continue
The project's philosophy recognizes that the value of a tree or ecosystem is not limited to its usefulness to humans.
An old tree may not produce a commercial crop, but it:
supports mushrooms;
creates hollows;
feeds insects;
produces seeds;
preserves genetics;
creates a microclimate;
maintains the memory of a place.
The swamp may be inconvenient for construction, but it:
retains water;
filters the drain;
regulates temperature;
provides habitats;
reduces the risk of drought and fires.
A natural area has the right to retain its basic functions, even if it cannot be used economically to its maximum potential.
21. Measure of success
The success of a project is not determined by the number of trees planted or the total area of the developed territory.
The real indicators are:
arrested erosion;
restored water regime;
increase in organic matter;
formation of a new soil horizon;
return of fungi and soil animals;
natural regeneration of trees;
the emergence of different age generations;
increasing biodiversity;
reduced need for external irrigation;
safe harvest;
preservation of long-lived trees;
the ability of the system to survive a crisis;
transfer of the project to the next generation.
22. Ethical rule of intervention
Before every significant action, there are five questions to answer:
Will this improve water and soil conditions?
Will this increase the resilience of the area in 25–50 years?
Will this not destroy the slowly developing natural value?
Will the next generation be able to undo the consequences of this decision?
Will there be more life left after the intervention than there was before?
If the answer is negative or unknown, the solution should be reconsidered, scaled down, or tested first in a pilot area.
23. Brief formula of the project philosophy
We don't green the land for the sake of appearance. We are giving her back her ability to create life.
We don't just grow crops. We grow soil, water, forest and the future.
We do not consider a tree to be a temporary improvement object. We recognize it as a participant in the ecosystem and a bearer of living history.
We are not creating a project for one generation. We are beginning a process that must continue for centuries.
24. Project mission
DREVO's mission is to restore degraded, dehydrated, polluted, and eroded lands by restoring water, creating living soil, and creating sustainable forests, forest-steppes, and forest gardens, preserving the priority of long-lived, nature-forming trees and passing on each restored area to future generations as a documented living heritage.
25. The main covenant of the project
Do not take from the earth more than it can replenish. Do not destroy what has been formed over centuries. Don't measure the value of nature by profit alone. Do not leave the consequences unaddressed for future generations. To create systems that live on after us.
The DREVO philosophy is expressed in one sequence:
the rock becomes regolith; regolith becomes soil; the soil gives birth to grass; the grass prepares the bush; the bush protects the young tree; a tree creates a forest; the forest holds water and life; and man, having become the guardian of this process, forms a sustainable forest garden and passes it on.