DDREVOLiving legacy
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DREVO Practical Standards, Forms and Tables

Restoration not as a separate environmental measure, but as a long-term connection between water, soil, forest, people and time.

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DREVO Practical Standards, Forms and Tables

A working system for recording, monitoring, transferring responsibility and long-term storage of data

An ecological, social and economic model becomes manageable only when general principles are translated into clear working procedures.

To do this you need:

uniform standards;

standard forms;

checklists;

observation logs;

object passports;

responsibility tables;

data verification rules;

document storage procedure;

audit procedures;

forms of transfer of cases.

DREVO's practical standards must be detailed enough to ensure quality, but must not turn the activity into excessive bureaucracy.

The main principle:

Every document should facilitate decision-making, retain knowledge, or confirm responsibility. Forms that don't serve a useful purpose should be simplified or eliminated.

1. DREVO document system

The documents are divided into six main groups.

GroupPurposeExamples
Strategic documentsDetermine the purpose and long-term rulesCharter, strategy, intergenerational plan
Regulatory documentsEstablish mandatory requirementsStandards, regulations, instructions
Project documentsDescribe a specific activityConcept, budget, implementation plan
Operational documentsUsed in daily workWork orders, journals, checklists
Accounting documentsRecord objects, resources and actionsPassports, registers, statements
Reporting documentsShow results and deviationsMonthly, annual, environmental report

2. Hierarchy of mandatory documents

Level 1. Founding Documents

Mandatory for the entire system:

Intergenerational Charter;

Code of Values;

environmental policy;

social standard;

financial standard;

safety standard;

data management policy.

Level 2. General Standards

Applies to all divisions:

environmental passport standard;

digital twin standard;

project management standard;

monitoring standard;

procurement standard;

standard of work with contractors;

document storage standard.

Level 3. Regional regulations

Take into account:

national legislation;

climate;

language;

local environmental conditions;

forms of ownership;

demands of government authorities.

Level 4. Object Instructions

They are created for a specific purpose:

nursery;

plot;

reservoir;

laboratories;

production site;

digital system;

restoration project.

Level 5. Working forms

Filled out directly during work performance.

3. Requirements for each standard

Each standard must contain:

Name.

Unique code.

Version.

Effective date.

Scope of application.

Target.

Terms.

Responsible persons.

Mandatory requirements.

Procedure.

Forms used.

Quality control.

Exceptions.

Revision procedure.

Version history.

4. Coding standards

Code example:

WOOD-STD-ECO-001-V1.0

Transcript:

DREVO — system;

STD — standard;

ECO — direction;

001 — number;

V1.0 — version.

Possible direction designations:

CodeDirection
ECOEcology
SOILSoil
WATERWater
PLANTPlants
NURSNursery
REMRemediation
DATAData
AIArtificial intelligence
ENDFinance
SOCSocial work
GOVManagement
SAFESafety
EDUEducation
ARCHArchive
HRStaff
PROCProcurement

5. Document statuses

StatusMeaning
ProjectThe document is under development
Under approvalSent to experts and responsible persons
ApprovedCurrent document
Under reviewNeeds updating
SuspendedTemporarily not applicable
CancelledNo longer valid
ArchivalPreserved for history

The cancelled document is not deleted.

6. Version control

Every change is recorded.

VersionDateChangeAuthorApproved
1.001.03.2026Original versionNameOrgan
1.115.06.2026Added monitoring sectionNameOrgan
2.001.01.2028Complete revisionNameOrgan

A major change increases the major version number.

A small clarification increases the additional number.

7. File naming standard

Recommended format:

Year-Month-Day_ObjectCode_DocumentType_Version_Language

Example:

2026-07-23_DREVO-CH-ZH-0001_SoilReport_V1.0_RU.pdf

It is not recommended to use the following names:

"new document";

"latest version";

"final";

"final new";

"Option 3 corrected."

8. Universal document card

FieldContent
Document Title
Code
Version
Status
Date of creation
Author
Responsible
Approving authority
Scope of application
Next revision
Storage location
Access level
Related documents

9. RACI Responsibility Matrix

For each task, roles are defined:

R — Responsible:does the work;

A — Accountable:bears final responsibility;

C — Consulted:participates in the approval process;

I — Informed:receives information.

Example:

TaskSupervisorEcologistField specialistFinancierSoviet
Initial examinationACRII
Project approvalRCCCA
Soil samplingIARII
Budget approvalCCIRA
Publication of the reportARCCI

There should be only one main status A per task.

10. Object responsibility map

FieldContent
Object
Unique code
Owner
Operator
Guardian
Technical Responsible Person
Financially responsible
Supervisory authority
Emergency contact
Successor
Next check date

11. New object registration form

Form DREVO-FRM-OBJ-001

FieldData
Object type
Proposed name
Coordinates
Territory
Date of registration
Origin
Brief description
Current status
Photos are attached.Not really
Responsible
Access level
Level of confidenceA / B / C / D / E
Need for examination
Notes

After registration, the object is assigned a permanent code.

12. Universal environmental passport of the facility

SectionMandatory information
IdentificationCode, name, type
GeographyCoordinates, area, boundaries
Legal statusOwnership, lease, restrictions
Initial stateDate, description, photo
Environmental dataSoil, water, vegetation
HistoryEvents, works, changes
RisksType, probability, consequences
MonitoringIndicators and frequency
ResponsibleOwner, operator, custodian
DocumentsProtocols, maps, permits
Next checkDate and scope of examination

13. Form of initial survey of the territory

General information

FieldData
Territory code
Date of examination
Examiner
Weather conditions
Square
Current land use type
Previous type of land use
Accessibility of the site

Condition of the territory

IndicatorRatingComment
Relief
ErosionNo / Low / Medium / High
Soil compaction
Overwatering
Salinization
Pollution
Vegetation condition
Invasive species
Condition of water bodies
Anthropogenic load

Initial recommendations

EventUrgencyResponsible
Low / Medium / High

14. Soil profile description form

FieldData
Profile code
Coordinates
Date
Total depth
Relief type
Vegetation
Groundwater level

Description of horizons

HorizonDepthColorStructureRootsHumidityInclusions
A
B
C

Additional signs

scent;

carbonate;

year;

petroleum products;

construction waste;

traces of gleying;

biological activity;

stoniness.

15. Soil sampling log

Sample No.Point codeDateTimeDepthMethodExecutorLaboratory

Additionally, the following are recorded:

cleanliness of equipment;

container number;

storage conditions;

temperature;

transfer time;

sample chain of custody.

16. Laboratory result form

FieldData
Protocol number
Sample number
Laboratory
Analysis date
Method
Detection limit
Unit of measurement

Results

IndicatorResultNorm or benchmarkStatus
pH
Organic matter
Electrical conductivity
Lead
Cadmium
Petroleum products

Status:

within the landmark;

requires attention;

excess;

critical excess;

the standard has not been established.

17. Passport of the water body

FieldData
Code
Object type
Water source
Coordinates
Area or volume
Seasonality
Main use
Security zone
Pollution risks
Responsible

Water indicators

IndicatorMeaningDateMethodStatus
Temperature
pH
Electrical conductivity
Dissolved oxygen
Nitrates
Microbiology

18. Water level and flow log

DateObjectLevelTributaryConsumptionPrecipitationComment

19. Plant passport

FieldData
Plant code
Botanical name
Local name
Variety or ecotype
Origin
Genetic line
Method of reproduction
Planting date
Coordinates
Nursery
Responsible

State

IndicatorMeaning
Height
Diameter
Condition of leaves
Damage
Water stress
Diseases
Pests
Overall rating

20. Tree passport

FieldData
Tree code
View
Age or age estimate
Height
Trunk circumference
Crown diameter
Condition of the bark
Dry branches
Hollow
Slope
Root zone condition
Ecological value
Risk level
Recommended action

21. Landing log

DatePlant codeViewPartyPlaceExecutorMethodWatering

Additionally:

size of the planting hole;

used substrate;

mulch;

support;

protection;

weather conditions;

photo.

22. Planting checklist

Before boarding

CheckYesNoNot applicable
The species is suitable for the conditions
Origin confirmed
The roots are healthy
The place is marked
Soil tested
Water is available

After landing

CheckYesNoComment
The root collar is positioned correctly
The soil is moderately compacted
Watering has been completed
Protection installed
Added mulch
The object code is fixed
The photo has been uploaded.

23. Survival log

Plant codePlanting date30-day verification6 month checkAfter winterStatus

Status:

Great;

mild stress;

requires care;

seriously damaged;

died;

absent;

status not confirmed.

24. Plant care journal

DateObject codeWorkCauseExecutorMaterialsResult

Types of work:

watering;

mulching;

pruning;

protection;

garter;

treatment;

weed removal;

plant replacement;

pest control.

25. Seed lot passport

FieldData
Party code
View
Variety or ecotype
Gathering place
Collection date
Collector
Mother plants
Weight
Quantity
Humidity
Germination
Storage conditions
Next test due date

26. Seed bank journal

Party codeViewQuantityStorage locationTemperatureThe last testGermination

27. Nursery passport

SectionContent
General informationName, code, address, area
Production zonesGreenhouses, open ground, mother plant
Water sourcesType, quality, volume
Production capacityBy types and seasons
StaffQuantity and qualifications
Sanitary statusDiseases, quarantine
EquipmentWatering, storage, transport
Digital systemRegister of lots and plants
RisksWater, energy, disease, climate
Backup planActions in case of an accident

28. Nursery production log

PartyViewSowing dateQuantityShootsPickingReadinessLosses

29. Nursery sanitary control log

DateZoneSymptomsPossible causeActionsResponsibleRe-check

30. Passport of the contaminated site

FieldData
Plot code
Source of pollution
Estimated start date
Pollutants
Square
Maximum depth
Proximity to water
Current access
Risk to people
Risk to animals
Risk of migration
Responsible

31. Pollution map

ZoneSquarepollutantConcentrationDepthRisk level
A
B
C

32. Phytoremediation plan

StageActionPlant speciesDeadlineOutcome indicatorResponsible
1Access restriction—A fence has been installed
2Soil stabilizationReducing erosion
3LandingSurvival rate
4Monitoring—Decreased concentration
5Biomass handling—Safe transfer

33. Journal of contaminated biomass

DatePlotViewWeightpollutantPackagePlace of transferDocument

Such biomass should not be mixed with regular compost without confirmation of safety.

34. Project Passport

FieldData
Name
Project code
Supervisor
Customer
Territory
Target
start date
Planned completion date
Budget
Sources of funding
Main risks
Status

35. Logical model of the project

LevelDescription
ProblemWhat state needs to be changed
ResourcesPeople, money, land, knowledge
ActionsWhat will be done
Direct resultWhat is created or accomplished
ChangeWhat has really improved
Long-term effectWhat should remain

36. Work plan

№WorkStartConclusionResponsibleAddictionStatus

Status:

not started;

planned;

is being executed;

detained;

suspended;

completed;

canceled.

37. Project checkpoint registry

CheckpointPlanned datePerformance CriteriaActual dateStatus
Initial examinationThe report has been approved.
Completion of preparationThe site is ready
LandingPlanted according to the register
First auditThe report has been published

38. Risk register

RiskProbabilityConsequenceLevelPreventionResponsible
DroughtHighDeath of plantsCriticalWater reserve
Delayed deliveryAverageSchedule shiftAverageSecond supplier

The level of assessment can be defined as a combination of probability and consequences.

39. Risk matrix

Consequence / probabilityLowAverageHigh
MinorShortShortAverage
EssentialShortAverageHigh
CriticalAverageHighCritical

40. Problem log

№DateProblemInfluenceUrgencyResponsibleSolution

A problem differs from a risk in that it has already occurred.

41. Decision Journal

Solution codeDateQuestionSolutionFoundationThe adopting authorityCheck

For strategic decisions, the following are additionally recorded:

alternatives;

vote;

conflict of interest;

long-term consequences;

revision conditions.

42. Intergenerational Solution Test

QuestionAnswerComment
Consequences after 5 years
Consequences after 30 years
Consequences after 100 years
Reversible solutionYes / Partially / No
Affects strategic assets
Creates future obligations
There is a safer alternative
A Council for Future Generations is needed

43. Project Change Request Form

FieldData
Request code
Initiator
Date
Proposed change
Cause
Impact on the budget
Impact on timing
Environmental impact
Social influence
Risks
SolutionApprove / Reject / Revise

44. Deviation log

DateObjectRequirementActual stateCauseCorrection

45. Corrective action

FieldData
The problem identified
Cause
Immediate action
Long-term measure
Responsible
Deadline
Performance testing
Status

46. ​​Form of incident

Used for:

trauma;

fire;

pollution;

damage to equipment;

death of plants;

data leakage;

conflict;

illegal access.

FieldData
Date and time
Place
Type of incident
Description
Victims
Environmental damage
Immediate action
To whom reported
Person in charge of the investigation
Necessary measures

47. Root Cause Investigation

It is recommended to use the following sequence of questions:

What happened?

Where did it happen?

When did it start?

How was it discovered?

Why didn't immediate protection work?

What were the systemic causes?

What actions will prevent a recurrence?

It is necessary to look not only for the culprit, but also for the flaw in the system.

48. Maintenance log

EquipmentCodeDateWorkExecutorNext service

49. Equipment passport

FieldData
Code
Name
Manufacturer
Model
Serial number
Date of purchase
Price
Place of operation
Responsible
Service life
Guarantee
Maintenance schedule
Criticality

50. Sensor passport

FieldData
Sensor code
Type
Measured parameter
Accuracy
Range
Coordinates
Installation date
Calibration date
Power supply
Transmission channel
Responsible

51. Calibration log

SensorDateReferenceDeviationActionNext calibration

52. Data quality control

CheckStatusComment
The object code exists
The coordinates are indicated
Units of measurement are indicated
The date and time are correct
The data source is indicated
The methodology is indicated
Duplicates checked
Anomalies checked
The confidence level has been assigned
Confirmation document attached

53. Levels of Confidence

LevelDescription
AVerified by an accredited laboratory or verified professional
BDocumented observation with coordinates and evidence
CProbable conclusion based on incomplete data
DPreliminary announcement
ANDHistorical or oral evidence

54. Register of data sources

SourceTypeResponsiblePeriodicityReliabilityFormat
LaboratoryTestsAnnuallyAPDF / CSV
Humidity sensorAutoHourlyBAPI
VolunteerObservationBy eventDPhoto

55. Citizen Science Data Addition Form

FieldData
Observer
Date
Coordinates
Object
Observation
Photo or audio
Observer's confidence
Consent to use
Verification status

56. Expert confirmation form

FieldData
Object
Preliminary approval
Expert
Qualification
Verified materials
ConclusionConfirmed / Not Confirmed / Details Required
Restrictions
Date
Signature

57. Data Access Registry

UserRoleAccess levelDate of provisionDeadlineApproved

58. Access levels

LevelAccess
PublicGeneral maps and reports
InteriorWorking information
ProfessionalDetailed environmental data
LimitedRare species, risks, personal data
AdministrativeChanging the system and rights

59. Critical data access log

DateUserObjectActionFoundationResult
View / Edit / Export

60. Backup registry

DateSystemCopy typeStorage locationVerifying RecoveryResponsible
Full / Additional

61. Checking data recovery

A backup is considered reliable only after a test restore.

CheckResult
The file is available.
The checksum matches
The base is opening
Object connections are preserved
Access rights have been restored
Version history saved

62. Digital Twin Passport

SectionContent
System name
Territory
Data owner
Operator
Platform
Data formats
Sources
Refresh rate
Models
Restrictions
Backup
Transfer plan
Access levels

63. Registry of digital models

ModelVersionPurposeDataResponsibleAccuracy
Water balanceWater forecast
Plant growthPlanning
Risk of erosionRisk map

64. DREVO AI Result Form

FieldData
Model
Version
Analysis date
Initial data
Automatic withdrawal
Confidence level
Restrictions
Expert verification requiredNot really
Human decision
Reason for the decision

65. Automatic warning log

DateObjectWarningLevelActionResponsibleClosed

66. Financial passport of the project

FieldData
Budget
Actual expenses
Sources of funds
Income
Obligations
Reserve
Ecological Fund
Social Fund
Investors
Payback period

67. Project budget

ArticlePlanFactDeviationComment
Preparing the area
Plants
Watering
Staff
Monitoring
Equipment
Reserve

68. Cash flow plan

MonthIncoming flowOutgoing flowClean flowRemainder
January
February

69. Register of funding sources

SourceTypeSumLimitationDeadlineReporting
GrantTargetedMonitoring only
InvestorInvestmentBy contract
CooperativeOwn funds

70. Register of obligations

CommitmentSumRecipientDeadlineSecurityStatus

71. Result distribution table

DirectionPercentSumSolution
Development
Reserve
Ecological Fund
Social Fund
Education
Payments to participants

Only the confirmed result after mandatory expenses and reserves is distributed.

72. Register of deposits

ParticipantDate of entrySumUsedAverage balancePeriod of participation

73. Calculation of average balance

For each day or billing period, the actual amount of funds that was in the system is taken into account.

PeriodRemainderNumber of daysWeighted sum
01–1010
11–2010
21–3010

Average balance:

sum of weighted balances / number of days in the period.

74. Request form for fund expenditure

FieldData
Fund
Initiator
Sum
Purpose
Recipient
Expected result
Foundation
CONTROL
Solution

75. Register of purchases

№Goods or servicesSupplierSumSelection methodContractStatus

76. Supplier Evaluation Form

CriterionRating 1–5Comment
Price
Quality
Reliability
Deadlines
Eco-friendliness
Social responsibility
Documentation

77. Conflict of Interest Declaration Form

FieldData
Participant
Decision or contract
Communication with stakeholders
Potential personal gain
The proposed measureDo not participate / Disclose / Submit decision
Authority's decision

78. Social passport of the program

FieldData
Name of the program
Target group
Problem
Number of participants
Form of support
Deadline
Budget
Expected result
Indicators
Responsible

79. Social program participant form

FieldData
Participant code
Date of inclusion
Request or need
Skills
Restrictions
Development plan
Teacher
Employment
Next assessment

Personal data is stored separately from public statistics.

80. Individual development plan

TargetActionSupportDeadlineIndicatorStatus
Get a skillInternship in a nurseryTeacher3 monthsIndependent work

81. Participant's professional passport

SkillLevelConfirmationDateExpert
Planting treesBasePractical test
Working with irrigationAverageCertificate
SamplingAdmittedBriefing

82. Training journal

ParticipantProgramDateTimesResultTeacher

83. Form of mentoring

FieldData
Teacher
Participant
Target
Period
Frequency of meetings
Skills
Final assessment

84. Working time log

DateParticipantProjectWorkTimesType of participation
Pay / Internship / Volunteering

Volunteer hours are counted separately from paid work.

85. Form of voluntary participation

Must contain:

voluntariness;

job description;

risks;

briefing;

duration;

absence of hidden duty;

procedure for termination of participation;

insurance, if required;

consent for photos and data separately.

86. Social indicators

IndicatorOriginal meaningTargetFactComment
Jobs created
Trained participants
Transitioned to employment
Supported projects
Participants of youth programs

87. Environmental indicators

IndicatorUnitOriginal meaningTargetFact
The restored squarehim
Survival rate%
Soil organic matter%
Infiltrationmm/h
Number of speciesnumber
Pollutant levelmg/kg

88. Economic indicators

IndicatorPlanFactDeviation
Revenue
Operating expenses
Cash flow
Reserve
Share of local purchases
Dependence on grants

89. Monthly project report

Basic information

FieldData
Project
Period
Supervisor
General statusGreen / Yellow / Red

Results of the month

completed work;

achieved indicators;

deviations;

incidents;

financial status;

solutions;

tasks for next month.

90. Status traffic light

ColorMeaning
GreenThe work is going according to plan.
YellowThere are deviations, but they are manageable.
RedThe goal, budget, deadline or safety are at risk
GreyThere is not enough data

91. Annual Integrated Report

Structure:

Management's message.

Main events.

Environmental results.

Social results.

Economic results.

Management.

Use of funds.

Risks.

Violations and errors.

Independent checks.

Next year's plan.

Long-term liabilities.

92. Internal audit form

QuestionCorrespondsPartiallyDoes not correspondProof
The object passports are up to date
The data has a source
Risks have been reassessed
Financial funds are divided
Access is valid
Backups have been verified
Successors have been appointed

93. Audit plan

RegionPeriodicityAuditorNext date
FinanceAnnuallyIndependent auditor
EcologyAnnually or in stagesEcologist
DataOnce a yearIT auditor
SafetyEvery 6 monthsSpecialist
ManagementEvery 3-5 yearsIndependent Commission

94. Audit Notes Journal

№CommentCriticalityResponsibleDeadlineStatus

95. Register of strategic assets

ActiveCodeOwnerGuardianRestrictionsState
Land plotProhibition of sale without consent
Seed bankMandatory reservation
ArchiveCannot be deleted

96. Passport of a strategic asset

FieldData
Name
Code
Basis of strategic status
Owner
Guardian
Legal restrictions
Risks
Backup plan
Successor
Next assessment

97. Succession plan for the position

FieldData
Job title
Current Responsible Person
Critical Duties
Accesses
Basic knowledge
Acting Deputy
The main successor
Reserve successor
Training plan
Date of inspections

98. Form of transfer of cases

SectionContent
Current tasks
Unfinished business
Critical deadlines
Agreements
Financial obligations
Accesses
Risks
Contacts
Archives
Recommendations for the successor

The transfer is confirmed by the transferor, the recipient and the controlling person.

99. Critical Dependencies Registry

AddictionTypeRiskAlternativeResponsible
One source of waterPhysicalHighTank
One specialistPersonnelHighPreparing a successor
One serverDigitalCriticalBackup system

100. Business Continuity Plan

Critical functionMaximum downtimeBackup modeResponsible
Watering the nursery12 o'clockBackup pump
Seed storage2 hoursBackup power supply
Access to data24 hoursLocal copy

101. Crisis Action Plan

StageActionResponsibleDeadline
1Protect peopleImmediately
2Stop the source of damageImmediately
3Protect water and land
4Save collections
5Notify the authorities
6Document the damage
7Start recovery

102. Facility emergency card

FieldData
Object
Address
Coordinates
Emergency contact
Hazardous substances
Water source
Electricity
Fire extinguishing equipment
Evacuation
Particularly valuable objects

103. Exercise log

DateScenarioParticipantsResultFlawsCorrection

104. Calendar of mandatory inspections

CheckFrequency
Plant conditionBy season
Soil indicatorsAnnually or according to the program
Water qualityOn risk and legislation
SensorsAccording to the calibration schedule
EquipmentAccording to the instructions
Access rightsEvery 6 months
RisksQuarterly
ContinuityAnnually
Strategic assetsEvery 3-5 years
Charter and MissionEvery 10-15 years

105. Annual operating calendar

MonthEcologyProductionTrainingManagement
JanuaryData analysisPlanningWinter coursesBudget
FebruarySample preparationCropsBriefingProcurement
MarchExaminationsNurseryPracticeReport
AprilLandingsProductionVolunteersCONTROL
MayMonitoringCareField studiesAudit
JuneWaterCollectionTrainingAnalysis
JulyDroughtWateringInternshipsRisks
AugustFire controlCollectionSeminarsPlanning
SeptemberSeedsRecyclingSchoolsBudget
OctoberAutumn plantingsStoragePracticeAudit
NovemberInventoryRepairAnalysis of the yearStrategy
DecemberFinal dataPreparationReportsAnnual report

The calendar adapts to the region and climate.

106. Checklist for opening a new project

CheckStatus
The goal has been defined
A manager has been appointed
The boundaries have been defined
A baseline examination was conducted
The budget has been approved
Those responsible have been appointed
A risk register has been created
The indicators have been determined
The project passport has been created
Digital archive opened
Permits received
The monitoring plan has been approved

107. Project Closure Checklist

CheckStatus
The work is completed
Obligations fulfilled
The area is safe
Data loaded
Finances are closed
Assets transferred
A person responsible for care has been appointed
The final report has been approved.
Errors are documented
The archive has been saved.

108. Final project evaluation form

QuestionRatingComment
The goal has been achieved
The ecological effect has been confirmed
Social effect confirmed
The budget is met
Risks were managed
Data saved
The result is sustainable
Continuation required

109. Lessons Learned Form

SectionContent
What worked
What didn't work
What was underestimated
What data was missing
What decisions were wrong?
What needs to be repeated
What should not be repeated
Recommendations for other projects

110. Error archive

CodeDateErrorCauseConsequenceLesson

The error archive is not used to humiliate employees. Its purpose is to prevent the recurrence of system errors.

111. Minimum documentation package for a small project

For a small project, it is enough:

The project passport.

Maps of the territory.

Initial examination.

Register of objects.

Work plan.

Budget.

Risk register.

Event log.

Expense journal.

Final report.

112. Minimum package of documentation for a long-term territory

Required:

Ecological passport.

Digital twin.

Soil and water passports.

Plant registry.

Register of strategic assets.

History of land use.

Monitoring plan.

Risk management plan.

Succession plan.

Continuity plan.

Archive of solutions.

Financial care plan.

Intergenerational plan.

Protocol for transfer to the next operator.

113. Minimum nursery package

Nursery passport.

Zone map.

Register of parties.

Seed journal.

Sanitary control journal.

Watering log.

Production log.

Equipment register.

Emergency water supply plan.

Conservation plan for queen cell collections.

Register of personnel and permits.

Shipment log.

114. Minimum phytoremediation package

Passport of the contaminated site.

Pollution map.

Laboratory protocols.

Risk assessment.

Access restriction plan.

Phytoremediation plan.

Register of landings.

Monitoring log.

Journal of Contaminated Biomass.

Waste management plan.

Final expert opinion.

Long-term control plan.

115. Minimum package of social program

Social passport of the program.

Inclusion criteria.

Participant's consent.

Individual plan.

Training journal.

Employment journal.

Evaluation of the result.

Data protection rules.

Complaints procedure.

Final social report.

116. Minimum investment project package

Business model.

Budget.

Cash flow plan.

Risk register.

Agreements.

Financial passport.

Environmental restrictions.

Social obligations.

The procedure for investor exit.

The order of distribution of the result.

Independent financial control.

Loss Action Plan.

117. Rules for filling out forms

Forms must be completed:

timely;

legibly;

without deleting the original data;

with indication of the author;

with date and time;

in established units;

with attached confirmations;

with the designation of unknown values.

An unknown value is indicated by:

"not measured";

"no data available";

"not applicable";

"requires verification."

A blank cell should not be used unless it is clear why it is not filled in.

118. Rules for correcting entries

In paper form:

the incorrect value is crossed out with one line;

the ability to read the original record remains;

the correction is indicated next to it;

the date and signature are put.

In the digital system:

the previous version is saved;

the author of the change is recorded;

the reason is indicated.

119. Mandatory units of measurement

It is necessary to approve units in advance for:

lengths;

area;

volume;

masses;

temperatures;

humidity;

concentrations;

water consumption;

energy;

time;

financial.

Units cannot be mixed in the same table without explicit designation.

120. Color coding

Color is used as an additional, but not the only, means of designation.

StatusColorText designation
NormGreenNormal
AttentionYellowRequires control
DangerRedAction required
No dataGreyUnknown
CompletedBlueCompleted

For accessibility, text is always used, not just color.

121. Levels of urgency

LevelResponse time
CriticalImmediately
HighUp to 24 hours
AverageUp to 7 days
ShortAs planned
ObservationWithout immediate action

122. Photography standard

Each photograph should contain, if possible:

object code;

date;

coordinates;

shooting direction;

author;

description;

scale;

connection with the event.

For repeated monitoring, permanent survey points are used.

123. Mapping standard

Each card indicates:

Name;

territory;

date;

coordinate system;

scale;

legend;

north direction;

data source;

author;

version;

restrictions on use.

124. Meeting standard

Every work meeting should have:

target;

agenda;

participants;

start and end time;

solutions;

responsible;

deadlines;

list of open questions.

125. Minutes of the meeting

QuestionDiscussionSolutionResponsibleDeadline

126. Participant's proposal form

FieldData
Author
Problem
Proposal
Expected benefits
Required resources
Risks
Possible pilot
Solution

127. Complaint form

FieldData
Date
Applicant
Description
Affected persons
Previous attempts at solution
Desired result
Confidentiality
Responsible for review
Solution

Anonymous reports may also be considered if they contain verifiable information.

128. Form of mediation

FieldData
Parties
Mediator
Subject of conflict
Side position 1
Side position 2
Common interests
Agreed decision
Verification period

129. Consent to data processing

Must separately define:

what data is collected;

For what;

where they are stored;

who has access;

shelf life;

right to correction;

the right to withdraw consent;

exceptions established by law.

Consent to participate should not automatically mean consent to public use of photographs.

130. Personal data protection checklist

CheckStatus
Only necessary data is collected
The goal has been defined
Consent received
Access is restricted
The shelf life has been set
Backups are protected
Public data is anonymized
Removal is possible

131. Document storage standard

CategoryMinimum term
Operational journalsAccording to legislation and project needs
Financial documentsAccording to the country's requirements
Environmental baseline dataIndefinitely
Passports of strategic assetsIndefinitely
Laboratory protocolsLong term
AgreementsContract term plus mandatory period
History of decisionsIndefinitely
Personal dataOnly the necessary period

Legal deadlines are specified for each country.

132. Storage matrix

DocumentPaperLocal copyCloudExternal archive
ConstitutionYesYesYesYes
Laboratory dataIf necessaryYesYesYes
Work logNoYesYesBy deadline
Rare Species MapLimitedYesYesYes

133. Procedure for annual review of documents

A list of valid documents is being compiled.

Relevance is being checked.

Those responsible are appointed.

Outdated provisions are updated.

Conflicts between documents are resolved.

New versions are being approved.

Old versions are archived.

Participants are notified of changes.

134. Criteria for simplification of form

The form is subject to revision if:

most fields are not used;

data is duplicated;

employees fill it out formally;

information is not used in decisions;

filling out takes a disproportionately long time;

the form is incomprehensible to field specialists;

There is a more reliable automatic source.

135. Field minimum set

A field specialist must have:

map;

list of objects;

mobile app or paper forms;

instructions;

measuring instruments;

marking;

camera or phone;

security means;

contact of the person in charge;

procedure to follow in case of an incident.

136. Daily Field Report

FieldData
Date
Team
Territory
Completed works
Number of objects
Weather conditions
Materials used
Problems
Incidents
Work for tomorrow

137. End of Workday Checklist

CheckStatus
All works are registered
Photos have been uploaded
The tools have been returned.
Hazardous materials have been removed.
Water is turned off or checked
The area is safe
The issues have been escalated to management.
Data is synchronized

138. Key Performance Indicator Standard

Each indicator must have:

Name;

target;

unit;

measurement method;

data source;

periodicity;

responsible person;

original value;

target value;

tolerance;

response order.

139. Scorecard

FieldData
Indicator
Definition
Unit
Formula
Source
Frequency
Responsible
Base value
Target
Warning threshold

140. Example of survival rate

FieldMeaning
IndicatorSurvival rate of plantings
Unit%
CalculationLive plants / total quantity × 100
CheckAfter the first season and winter
TargetNot less than the value established by the project
ResponsibleSite Manager
Action on rejectionRoot cause analysis and corrective plan

141. Project Manager Panel

Minimum set of indicators:

DirectionIndicator
DeadlinesShare of completed work
FinanceBudget rejection
EcologyKey environmental indicators
Social modelJobs and training
SafetyNumber of incidents
RisksNumber of critical risks
DataCompleteness of passports
QualityNumber of open rejections

142. Long-term management panel

BlockIndicator
EarthShare of protected areas
WaterStability of sources
Genetic fundReservation of collections
KnowledgeCompleteness of archives
PeoplePrepared successors
FinanceSize of reserves
InfrastructureState of critical facilities
ManagementRelevance of the charter and powers

143. Integral passport of the year

SectionResult
Key achievements
Major losses
Ecological state
Financial status
Social outcome
Critical risks
Status of assets
Transferred knowledge
Management changes
Next year's commitments

144. Letter to the next team

Recommended structure:

What we got.

What we changed.

What we managed to save.

What was lost.

What problems remain unresolved.

What data requires verification.

What obligations remain?

What decisions should not be repeated.

What we recommend to continue.

What the new generation has the right to change.

145. Minimum quality standard of documentation

Documentation is considered to be of high quality if it:

understandable to a new employee;

contains the data source;

has an author and date;

associated with a real object;

shows the history of changes;

allows you to check the solution;

does not hide uncertainty;

protected from loss;

can be passed on to the next generation.

146. Practical sequence of implementation

The first stage

Create:

code system;

register of documents;

object passports;

event log;

responsibility matrix;

structure of the digital archive.

The second stage

Implement:

ecological forms;

financial tables;

social passports;

risk register;

regular reporting.

The third stage

Link data to:

GIS;

digital twin;

sensors;

WOOD Plant ID;

TREE AI.

The fourth stage

Develop:

intergenerational forms;

succession plans;

register of strategic assets;

long-term archive;

independent audit system.

147. The "single entry" principle

The same data must be entered only once.

For example:

the plant code is created in the nursery;

When transferred, it is automatically transferred to the territory passport;

landing details are added as an event;

monitoring updates the same object;

Financial expenses are associated with the boarding party.

This reduces errors and duplication.

148. The principle of table relationships

Each table must use persistent identifiers:

project code;

area code;

object code;

participant code;

contract code;

event code;

sample code.

This allows you to combine information without overlapping names.

149. The principle of traceability

For each result there must be a chain:

result → measurement → method → performer → original object → completed work → resources used → decision made.

150. Final standard

A practical DREVO system should answer five questions:

What exists? The answer is provided by registers and passports.

What's happening? The answer comes from logs and monitoring.

Who is responsible? The answer is provided by responsibility matrices.

Why was the decision made? The answer is provided by the protocols and decision logs.

What is passed on next? The answer lies in the archive, the digital twin, and forms of continuity.

Properly organized documentation is not an archive of the past, but a tool for managing the present and the basis for responsibility for the future.

DREVO forms and tables should gradually become part of a unified digital system. At the same time, the ability to store critical data on paper, offline, and openly should be maintained.

The primary goal of standards is not to increase the number of documents, but to create a unified memory in which natural changes, human labor, financial decisions, and long-term obligations are linked into a single, verifiable system.

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