1. Introduction

Wildlife DNA sampling is an important scientific and conservation activity involving the collection of biological material from wild animals for genetic analysis, biodiversity research, species identification, population monitoring, disease surveillance, forensic investigations and wildlife crime prevention.

In Morocco, wildlife DNA sampling raises several legal questions concerning:

Protection of endangered and threatened wildlife.

Authorization to capture, handle or collect biological samples from wild animals.

Scientific research permits and protected-area access.

Collection and transportation of blood, hair, feathers, tissue, saliva and other biological materials.

Import and export of genetic samples.

Protection of genetic resources and equitable benefit-sharing.

Prevention of illegal wildlife trafficking and unauthorized scientific exploitation.

Morocco does not have a single comprehensive statute exclusively governing wildlife DNA sampling permits. Instead, the activity must be examined under its wildlife-protection, environmental, biodiversity, protected-area, research and international treaty frameworks.

The central legal principle is that permission to conduct scientific research does not automatically authorize the capture of protected wildlife or the unrestricted collection, possession, transportation or export of genetic material.

2. Legal Framework Governing Wildlife DNA Sampling

A. Law No. 29-05 on the Protection of Wild Flora and Fauna

The principal legislation is Law No. 29-05, promulgated by Dahir No. 1-11-84 of 2 July 2011.

This legislation regulates the protection of wild species and the control of their trade. It is particularly important because it addresses:

Classification of endangered wildlife species.

Collection of protected species from their natural habitats.

Possession and transportation of protected specimens.

Importation and exportation of wildlife specimens.

Reintroduction of species into natural environments.

Authorization requirements for regulated activities.

The law is relevant to DNA sampling because collecting tissue, blood, feathers or other biological material may involve taking or possessing a specimen of a protected species.

A researcher cannot assume that a sample is exempt from wildlife regulations merely because it is collected for scientific purposes rather than commercial purposes.

Legal significance: Before collecting DNA from endangered or regulated wildlife, researchers should establish whether the proposed sampling activity requires authorization under Law No. 29-05 and its implementing regulations.

Source: Morocco Law No. 29-05.

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B. Decree No. 2-12-484 of 21 May 2015

This decree implements Law No. 29-05 and provides important procedures concerning protected wildlife.

Its regulatory framework covers:

Lists of protected wild fauna and flora.

Import permits.

Export permits.

Re-export certificates.

Possession and domestic control of regulated species.

Collection and introduction or reintroduction of wildlife specimens.

For wildlife DNA research, the decree is particularly relevant when biological samples are collected from species falling within the protected categories.

For example, a foreign university conducting genetic research on a protected Moroccan bird species may need to address both the legality of collecting the material and the authorization requirements for transporting it abroad.

Important distinction: A wildlife collection authorization, a CITES export permit and permission to access genetic resources are legally distinct questions. One document should not be assumed to satisfy all three.

Source: Decree No. 2-12-484.

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C. Law No. 22-07 on Protected Areas

Law No. 22-07 of 16 July 2010 establishes the framework for protected areas in Morocco.

Protected areas may include national parks, nature reserves and other conservation areas.

The law recognizes scientific research as one of the objectives of protected-area management. However, research must remain consistent with the conservation objectives and restrictions applicable to the particular area.

Wildlife DNA sampling in a national park may involve:

Permission to enter restricted research zones.

Authorization to capture or temporarily handle animals.

Restrictions on disturbing breeding or nesting sites.

Compliance with species-protection measures.

Conditions governing the removal of biological material.

Decree No. 2-18-242 of 27 April 2021 provides implementing provisions for Law No. 22-07.

Legal significance: A general research approval does not automatically provide unrestricted access to every protected habitat.

Sources: Law No. 22-07 and Morocco protected-area legislation.

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D. Law No. 11-03 on Environmental Protection

Law No. 11-03 establishes general environmental-protection principles.

Wildlife DNA sampling should be evaluated in light of environmental conservation, prevention of ecological damage and responsible management of natural resources.

For example, collecting a small hair sample from an animal may have a relatively limited physical impact, whereas capturing multiple endangered animals for tissue collection may create substantial disturbance.

The scientific value of a project should therefore be balanced against its potential ecological consequences.

E. Law No. 99-12: National Charter for the Environment and Sustainable Development

The National Charter for the Environment and Sustainable Development, established by Framework Law No. 99-12 of 6 March 2014, provides a broader environmental governance framework.

It reinforces the importance of biodiversity conservation, sustainable development and environmental responsibility.

Its relevance to wildlife DNA research includes:

Sustainable use of biological resources.

Conservation of ecosystems.

Environmental responsibility of research institutions.

Prevention of unnecessary ecological disturbance.

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3. Nagoya Protocol and Access to Wildlife Genetic Resources

An important international legal instrument is the Nagoya Protocol, adopted under the Convention on Biological Diversity.

Morocco signed the Protocol on 9 December 2011, ratified it on 24 February 2022, and it entered into force for Morocco on 21 July 2022.

Morocco Biodiversity+1

A. Prior Informed Consent

Prior informed consent (PIC) is a central principle of the Nagoya Protocol.

Where applicable access and benefit-sharing requirements govern a proposed genetic-resource activity, researchers must obtain the required authorization from the competent provider-country authority.

For wildlife DNA research, this raises questions such as:

Who is legally authorized to grant access?

Is the wildlife sample covered by domestic access rules?

Is the research institution required to obtain prior consent?

Does the collection involve traditional knowledge?

Can the sample be transferred to an overseas laboratory?

Researchers should not treat a general institutional research approval as a substitute for the required access authorization.

B. Mutually Agreed Terms

Article 6 of the Nagoya Protocol addresses access to genetic resources, while Article 5 addresses fair and equitable benefit-sharing.

Mutually agreed terms may regulate:

Scientific use of collected samples.

Publication of research findings.

Sharing of research data.

Commercial exploitation of discoveries.

Intellectual property rights.

Transfer of samples to third parties.

Benefit-sharing arrangements.

C. Morocco's Domestic Implementation Challenge

An important legal distinction must be made between ratification of an international treaty and implementation through detailed domestic legislation.

Morocco's biodiversity authorities report that a national access-and-benefit-sharing bill has been developed to implement the Nagoya Protocol. The reported framework includes proposed procedures for genetic-resource access permits and benefit-sharing.

Consequently, researchers must verify the applicable domestic requirements rather than assume that the proposed bill is already an enacted, comprehensive permit system.

Source: Morocco's legislative and administrative measures on genetic resources.

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4. Procedure for Obtaining Wildlife DNA Sampling Permits

A responsible wildlife DNA sampling project in Morocco should follow a structured authorization process.

Stage 1: Scientific research proposal

The applicant should prepare a research proposal explaining:

The scientific objectives.

The species being investigated.

The proposed collection locations.

The number of samples required.

The sampling techniques.

Potential risks to animals and ecosystems.

Storage and transportation arrangements.

Intended research outputs.

The proposal should explain why non-invasive sampling cannot adequately achieve the research objectives where invasive sampling is proposed.

Stage 2: Species classification

The researcher must identify whether the target species is:

A protected species under national legislation.

Listed under CITES.

Subject to special conservation measures.

Located within a protected area.

This classification determines which additional permissions may be necessary.

Stage 3: Application to the competent authority

The applicant should approach the relevant Moroccan wildlife and environmental authorities, including the National Agency for Water and Forests (ANEF), where the proposed activity falls within its statutory responsibilities.

Depending on the location and nature of the research, additional authorization may be required from protected-area management or other competent institutions.

Stage 4: Ethical and scientific review

The project should be assessed for scientific necessity, proportionality and animal welfare.

A permit framework should distinguish between:

Non-invasive sampling: Hair, naturally shed feathers, feces and environmental DNA.

Minimally invasive sampling: Small blood or tissue samples collected using appropriate techniques.

Invasive sampling: Biopsies, surgical collection or procedures involving significant restraint.

The more intrusive the procedure, the stronger the justification and safeguards should be.

Stage 5: Sample collection

Once the necessary permissions have been obtained, researchers should maintain:

Sample identification records.

Species identification documentation.

Collection dates and geographical records.

Researcher identification.

Permit references.

Chain-of-custody documentation.

Records of animal handling and release.

Stage 6: Transportation and export

Where samples are sent abroad, researchers must examine:

Wildlife export authorization under Law No. 29-05 and its implementing decree, where applicable.

CITES documentation, where applicable.

Customs requirements.

Biological-material transport requirements.

Applicable genetic-resource access and benefit-sharing conditions.

Receiving-country import rules.

Stage 7: Reporting and sample disposal

The research institution should preserve records of sample use, laboratory analysis, publication, subsequent transfers and disposal.

A change from non-commercial conservation research to commercial genetic exploitation should trigger a fresh legal assessment and any required additional authorization.

5. Institutional Authorities and Their Responsibilities

Several institutions may be involved in wildlife DNA sampling regulation.

The precise authority responsible for an application depends on the species, location, sample type and proposed activity.

6. Legal Restrictions on Different Types of DNA Sampling

The legal treatment of DNA sampling depends on the method of collection and the conservation status of the species.

Important legal distinction: Non-invasive sampling is not automatically exempt from all legal requirements. For example, collecting naturally shed feathers may avoid physically harming an animal, but collecting them from a restricted protected area or exporting them may still raise authorization questions.

7. Enforcement and Legal Consequences

Unauthorized wildlife DNA sampling may create several categories of legal liability.

A. Administrative liability

Authorities may take administrative action where researchers violate applicable permit conditions.

Possible measures include:

Suspension or withdrawal of research authorization.

Refusal of further collection permissions.

Confiscation of unlawfully collected specimens.

Restrictions on transportation or export.

Orders to comply with conservation requirements.

B. Criminal liability

Law No. 29-05 provides penalties for violations concerning protected wildlife species.

Depending on the offence and conservation status of the species, violations may attract financial penalties. A secondary legal assessment by World Animal Protection reports fines ranging from MAD 5,000 to MAD 30,000 for specified violations of this law.

The actual applicable penalty must be established from the relevant statutory provision and facts of the offence.

World Animal Protection

C. Protected-area violations

Law No. 22-07 also establishes penalties for prohibited activities in protected areas.

A researcher's scientific purpose does not automatically excuse conduct prohibited by the protected-area regime.

D. Institutional liability

Universities and research organizations may face legal and regulatory consequences where they:

Authorize unauthorized wildlife collection.

Fail to supervise field researchers.

Export samples without required documentation.

Violate agreed genetic-resource conditions.

Permit unauthorized commercial use of collected material.

8. Case Laws and Judicial Principles

A significant limitation in researching this subject is that publicly accessible Moroccan judicial decisions specifically concerning wildlife DNA sampling permits are difficult to identify. There is no verified reported Moroccan precedent establishing a dedicated judicial test for granting such permits.

Therefore, the following cases are useful as comparative authorities. They illustrate legal principles that may inform the interpretation of Moroccan environmental and wildlife regulation, but they are not binding Moroccan judgments.

Case 1: Waddenvereniging and Vogelbeschermingsvereniging v Staatssecretaris van Landbouw (Case C-127/02, 2004)

Legal issue: Whether an activity affecting a protected ecological site should be authorized without adequate scientific certainty about its consequences.

Judicial principle: The European Court of Justice emphasized that authorization under the Habitats Directive requires an assessment capable of establishing that the proposed activity will not adversely affect the integrity of the protected site.

Application to wildlife DNA sampling in Morocco:

This principle is relevant where researchers propose:

Capturing endangered animals.

Collecting samples in breeding habitats.

Conducting repeated genetic monitoring.

Disturbing sensitive wildlife populations.

A Moroccan licensing authority could use a comparable precautionary approach when assessing whether a proposed research activity creates unacceptable conservation risks.

Case 2: Sweetman and Others v An Bord Pleanála (Case C-258/11, 2013)

Legal issue: Interpretation of the requirement to protect the integrity of protected natural habitats.

Judicial principle: The Court explained that the integrity of a protected site must be assessed in relation to its ecological characteristics and conservation objectives.

Application to Morocco:

Wildlife DNA sampling projects should consider more than the immediate physical effect of collecting a sample.

For example, repeated capture of a rare bird population may disturb nesting behaviour or undermine habitat conservation even if individual sampling procedures cause little physical injury.

The case therefore provides a useful comparative principle for assessing the cumulative ecological effects of scientific collection.

Case 3: Pulp Mills on the River Uruguay (Argentina v Uruguay), ICJ Reports 2010

Legal issue: Environmental assessment and the obligations of states concerning activities that may cause environmental harm.

Judicial principle: The International Court of Justice recognized environmental impact assessment as a requirement under general international law where a proposed industrial activity may create a risk of significant adverse transboundary environmental impact.

Application to wildlife DNA sampling:

This principle is relevant to large-scale genetic monitoring projects involving:

Extensive wildlife collection.

Cross-border research partnerships.

Movement of biological materials between laboratories.

Potential impacts on shared ecosystems.

It supports the importance of advance environmental assessment where the scale and potential impacts of the research justify it.

Case 4: T.N. Godavarman Thirumulpad v Union of India (1997 onwards)

Court: Supreme Court of India.

Legal issue: Protection and conservation of forests and natural resources.

Judicial principle: The litigation established an important continuing judicial role in enforcing forest-conservation obligations and supervising compliance with environmental laws.

Application to Morocco:

Although the judgment is not binding in Morocco, it provides a comparative example of judicial supervision of government authorities responsible for protecting natural ecosystems.

It is relevant where environmental organizations challenge:

Unlawful wildlife collection.

Failure to enforce conservation restrictions.

Improper permissions for activities in protected habitats.

Administrative failures affecting biodiversity.

Overall case-law lesson: Environmental research authorizations should be scientifically justified, ecologically proportionate and consistent with the conservation objectives of protected areas.

9. Major Legal Challenges

Morocco faces several regulatory challenges in developing a comprehensive wildlife DNA sampling framework.

1. Absence of a dedicated DNA sampling statute

Existing wildlife laws regulate protected species, collection and trade, but do not establish one comprehensive permit regime specifically for wildlife genetic sampling.

2. Non-invasive sampling uncertainty

Hair, feces and environmental DNA may be collected without capturing animals. However, the legal requirements for these different forms of genetic material are not necessarily identical.

3. Cross-border transfer of genetic material

International research collaborations create difficulties concerning sample ownership, export permissions, intellectual property and benefit-sharing.

4. Scientific research versus commercial exploitation

A sample initially collected for conservation research might subsequently be used for commercial biotechnology or pharmaceutical development. This creates questions about additional authorization and benefit-sharing.

5. Monitoring and enforcement

Effective enforcement requires coordination between wildlife authorities, customs agencies, research institutions and international conservation organizations.

6. Protection of genetic information

Genetic research may reveal information about species populations, endangered habitats and commercially valuable biological resources. Appropriate data-security and access controls are therefore important.

10. Recommendations for Legal Reform in Morocco

Morocco could strengthen its regulatory framework through the following measures:

Introduce a dedicated wildlife genetic-resource sampling permit system.

Establish separate procedures for invasive and non-invasive sampling.

Create a centralized digital register of wildlife DNA collection permits.

Require detailed scientific and ecological risk assessments for sensitive species.

Establish clear procedures for exporting biological and genetic samples.

Implement transparent access-and-benefit-sharing procedures under the Nagoya Protocol.

Require research institutions to maintain sample traceability records.

Establish penalties for unauthorized commercial exploitation of wildlife genetic resources.

Encourage collaboration between Moroccan universities and international conservation organizations.

Develop specific judicial and administrative guidelines for resolving wildlife genetic-resource disputes.

11. Conclusion

The regulation of wildlife DNA sampling permits in Morocco involves the interaction of wildlife conservation legislation, protected-area regulations, environmental law and international biodiversity obligations.

Law No. 29-05 and Decree No. 2-12-484 provide the principal framework for protecting regulated wildlife specimens and controlling their collection, possession and movement. Law No. 22-07 provides additional safeguards for protected areas, while the Nagoya Protocol introduces important international obligations concerning access to genetic resources and benefit-sharing.

However, Morocco still faces the challenge of translating these broader legal frameworks into clear and comprehensive procedures for wildlife genetic research.

A dedicated regulatory system should ensure that scientific research does not undermine wildlife conservation, that biological samples are collected lawfully, and that the benefits arising from genetic research are shared fairly.

The ultimate objective should be to balance scientific advancement, biodiversity protection, national sovereignty over genetic resources and sustainable conservation.

12. Important Legal References and Research Sources

Useful official and international resources:

Morocco Biodiversity – Law No. 29-05

Implementing Decree No. 2-12-484

Protected Areas Law No. 22-07

Morocco's Nagoya Protocol implementation

Full text of the Nagoya Protocol

FAOLEX – Moroccan wildlife legislation

Academic and legal research note: The comparative judgments above are not Moroccan precedents. No directly applicable, verified published Moroccan judgment on wildlife DNA sampling permits has been identified. The applicable legislation, implementing regulations and current administrative procedures should be checked before undertaking an actual sampling project.