1. Introduction

Saltwater-irrigation-tolerant crop genetics refers to the development, modification, testing, approval and commercial cultivation of agricultural crops capable of growing with saline water or in salt-affected soils.

This technology is particularly important for Morocco because water scarcity, drought, groundwater salinisation and increasing pressure on agricultural resources create challenges for sustainable food production.

Examples of potentially salt-tolerant crops include:

Salt-tolerant wheat and barley.

Genetically improved tomatoes.

Salt-tolerant rice varieties.

Modified legumes and pulses.

Halophyte-based agricultural crops.

Crops developed using CRISPR gene editing and other genetic technologies.

The legal challenge is to balance agricultural innovation with environmental protection, food safety, biodiversity conservation, farmers' rights and public health.

In Morocco, this subject must be examined through several interconnected areas of law: agricultural regulation, biotechnology, environmental protection, water management, seed certification, food safety and international biosafety obligations.

Important legal distinction: A crop that is naturally selected or conventionally bred for salt tolerance is not automatically subject to the same regulatory treatment as a genetically modified organism (GMO). Its legal classification depends on the technology used to develop it.

2. Legal framework governing salt-tolerant crop genetics in Morocco

The regulatory framework is not contained in one comprehensive statute. Several existing laws regulate different stages of crop development and agricultural use.

A. Law No. 9-94 on the Protection of Plant Varieties

Law No. 9-94, enacted in 1997, provides protection for plant breeders' rights.

It is particularly relevant to the development of new salt-tolerant crop varieties.

Its principal legal implications include:

Protection of new varieties: Breeders may seek legal protection for qualifying new plant varieties.

Breeders' rights: A protected variety may give its breeder exclusive rights over specified acts involving its propagation and commercial exploitation.

Variety distinctiveness: New varieties must satisfy the applicable legal requirements concerning novelty, distinctiveness, uniformity and stability.

Commercial exploitation: Protected varieties must comply with applicable seed registration, certification and marketing requirements.

Research considerations: Plant breeders' rights must be distinguished from regulatory authorization to release a genetically modified organism.

A patent or plant-variety right does not automatically authorize environmental release or commercial cultivation of a genetically modified crop.

The Moroccan National Office for Food Safety (ONSSA) identifies Law No. 9-94 as an important component of its plant-variety protection framework.

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B. Law No. 25-08 establishing ONSSA

Law No. 25-08 of 2009 established the National Office for Food Safety.

ONSSA is an important regulatory authority for agricultural and plant-health matters.

Its responsibilities include:

Protection of plant health.

Monitoring agricultural products.

Phytosanitary inspections.

Control of imported plant materials.

Seed and seedling control.

Food-safety supervision.

Monitoring agricultural inputs and irrigation water.

For salt-tolerant genetically modified crops, ONSSA's functions are relevant to seed quality, plant health, agricultural imports and food safety.

However, ONSSA's general statutory responsibilities should not be confused with a dedicated GMO approval system.

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C. Law No. 28-07 on Food Safety

Law No. 28-07, promulgated in 2010, establishes the legal framework for the health safety of food products.

Its relevance arises when salt-tolerant genetically modified crops enter the food and agricultural supply chains.

The regulatory concerns include:

Food contamination.

Toxicological safety.

Chemical residues.

Microbiological risks.

Food processing and distribution.

Consumer health protection.

Compliance with applicable inspection requirements.

For example, a genetically modified tomato developed to tolerate saline irrigation may require assessment of its food-safety characteristics before its products are introduced into the market.

The implementing framework includes Decree No. 2-10-473 of 2011.

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D. Law No. 36-15 on Water

Law No. 36-15, published in 2016, is central to saltwater-irrigation agriculture.

It establishes rules concerning water-resource management, public hydraulic property, water use and the protection of water resources.

Important regulatory considerations include:

Authorization of certain groundwater extraction activities.

Regulation of irrigation infrastructure.

Prevention of water pollution.

Sustainable water-resource management.

Conditions governing wastewater reuse.

Protection of aquatic environments.

Article 28 identifies activities subject to authorization, including specified groundwater abstraction and wastewater reuse activities.

Article 46 allows the administration to require modifications to irrigation systems in order to save water or improve the use of water resources.

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Legal significance: Genetic tolerance does not create a legal entitlement to use seawater, saline groundwater or wastewater without satisfying the applicable water-use and environmental requirements.

E. Seed production and certification regulations

Morocco regulates seed production, certification and marketing through the 1969 Dahir on the production and marketing of seeds and plants, as amended in 1977, together with implementing regulations.

The regulatory system includes:

Official variety catalogues.

Seed production requirements.

Seed certification.

Laboratory testing.

Field inspections.

Import controls.

Marketing requirements.

ONSSA administers important seed-control and certification functions.

Consequently, a newly developed salt-tolerant crop must be examined not only for its genetic characteristics but also for its eligibility under the applicable variety-registration and seed-marketing rules.

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3. Regulation of genetically modified salt-tolerant crops

A major legal issue in Morocco is the distinction between the general regulation of agricultural biotechnology and the specific regulation of GMOs.

The Moroccan Biosafety Clearing-House reports that Morocco has historically lacked a comprehensive dedicated law governing living modified organisms.

It also records the development of a draft GMO-control law in 2000, which was withdrawn for reconsideration.

The same source describes an agricultural circular dated 11 August 1999 concerning the introduction of products containing GMO-derived materials and the importation of LMO seeds.

The National Biosafety Committee was subsequently established through Circular No. 5/2005 of 12 April 2005.

Morocco

This historical position must be interpreted carefully: the existence of general agricultural, environmental and food-safety laws does not itself establish a complete GMO authorization procedure.

Morocco also ratified the Cartagena Protocol on Biosafety on 25 April 2011.

United Nations Treaty Collection

4. Cartagena Protocol on Biosafety and international obligations

The Cartagena Protocol on Biosafety is particularly important.

Morocco signed the Protocol in 2000 and ratified it on 25 April 2011. It entered into force for Morocco on 24 July 2011. ONSSA has been designated as the competent national authority, working with other national institutions.

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Its relevance to salt-tolerant crop genetics includes the following principles.

A. Advance informed agreement

Where living modified organisms are intended for intentional introduction into the environment in another country, the Protocol's advance informed agreement procedure may apply.

For example, if a Moroccan biotechnology company exports genetically modified salt-tolerant wheat seeds for environmental cultivation in another country, the applicable transboundary procedures must be considered.

B. Risk assessment

The Protocol requires scientifically sound risk assessment in the relevant circumstances.

Assessment should consider:

Potential transfer of modified genes to related plants.

Effects on non-target organisms.

Changes in soil microbial communities.

Ecological consequences of altered salt tolerance.

Possible effects on agricultural biodiversity.

Long-term environmental consequences.

C. Precautionary approach

Where scientific evidence is insufficient, lack of complete scientific certainty does not automatically prevent a country from taking protective decisions in accordance with the Protocol.

D. Public information

Biosafety information, risk assessments and regulatory decisions should be handled consistently with the Protocol's information-sharing requirements.

The Protocol does not, by itself, replace Morocco's need for a comprehensive domestic GMO authorization procedure.

5. Environmental impact assessment and ecological protection

Salt-tolerant genetically modified crops may affect agricultural ecosystems beyond the individual farm.

For example, a modified crop could introduce genetic material into neighbouring conventional crops or wild relatives.

The principal environmental legislation includes:

Law No. 11-03 on the Protection and Enhancement of the Environment.

Law No. 12-03 on Environmental Impact Studies.

Law No. 49-17 on Environmental Assessment.

Framework Law No. 99-12 on the National Charter for the Environment and Sustainable Development.

The Moroccan Environment Ministry identifies Laws 12-03 and 49-17 as part of the environmental assessment framework.

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Environmental assessment is relevant where the proposed agricultural development constitutes a project covered by the applicable assessment requirements. It should not be assumed that every individual crop experiment automatically requires a separate EIA.

Important assessment factors

6. Regulation of saline irrigation water

The genetic modification of crops does not remove the legal requirements governing irrigation water.

This distinction is particularly important in Morocco, where agricultural water management is regulated independently of crop genetics.

Consider a farmer who cultivates genetically modified salt-tolerant tomatoes using saline groundwater.

Three separate legal questions arise:

Is the groundwater abstraction legally authorized?

Does the water meet the applicable requirements for its intended agricultural use?

Does the cultivation method cause environmental damage or unacceptable soil degradation?

ONSSA identifies irrigation-water monitoring as part of its agricultural-input control responsibilities.

Its published regulatory references include water-quality requirements, wastewater-use rules and irrigation-water standards under Joint Order No. 1276-01 of 17 October 2002.

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Practical example

Suppose a commercial agricultural enterprise develops salt-tolerant wheat in the Souss-Massa region.

Although the wheat survives higher salinity, repeated irrigation may increase soil salinity and affect nearby groundwater.

The enterprise cannot rely on the crop's genetic resistance as a defence against violations of water-management or environmental requirements.

7. Research, field trials and commercial cultivation

A salt-tolerant crop development programme may involve several stages.

Regulatory pathway for salt-tolerant crops

Genetic research

Identification of salt-tolerance genes, conventional breeding or genetic engineering.

Laboratory testing

Analysis of genetic stability, plant characteristics and potential biological risks.

Contained experimentation

Appropriate institutional and biosafety oversight, especially for living modified organisms.

Field experimentation

Assessment of environmental, agricultural and ecological effects, subject to applicable authorization.

Variety registration

Examination under the applicable Moroccan variety-registration requirements.

Seed certification

ONSSA-supervised compliance with relevant seed-quality and certification rules.

Commercial cultivation

Compliance with applicable biosafety, water, environmental, phytosanitary and food-safety requirements.

Important qualification

This is an analytical compliance pathway, not a claim that Morocco currently operates a complete statutory GMO approval procedure at every stage.

A critical problem arises when conventional seed legislation is used to address a genetically modified crop without a specific biosafety authorization framework.

Seed certification establishes matters such as varietal identity and seed quality. It does not necessarily establish that an organism is environmentally safe.

8. Liability for environmental damage

Companies, research institutions and agricultural operators may face liability if their activities cause legally actionable environmental or agricultural damage.

Potential examples include:

Accidental escape of genetically modified seeds.

Unintended contamination of conventional crops.

Damage to neighbouring agricultural land.

Pollution of groundwater.

Improper disposal of experimental biological materials.

Misrepresentation of the genetic characteristics of commercial seeds.

The Moroccan Dahir of Obligations and Contracts provides general foundations for civil liability, including Articles 77 and 78 concerning wrongful acts and compensation.

Relevant legal questions include:

Whether a wrongful act or omission occurred.

Whether legally recognized damage can be established.

Whether a causal relationship exists between the conduct and the damage.

Whether compensation or other legal remedies are available.

A farmer alleging that a biotechnology company contaminated neighbouring conventional crops would need appropriate scientific evidence, including genetic testing and evidence establishing the causal connection.

9. Case laws and judicial interpretation

An important qualification is necessary: I have not identified a verified reported Moroccan judgment specifically deciding the approval, field testing or commercial cultivation of genetically modified saltwater-irrigation-tolerant crops.

Accordingly, the following authorities should be treated as relevant legal analogies and international interpretive materials, not as Moroccan precedents directly governing this technology.

A. WTO – European Communities: Measures Affecting the Approval and Marketing of Biotech Products (2006)

European Communities – Measures Affecting the Approval and Marketing of Biotech Products.

This WTO dispute concerned regulatory restrictions and delays affecting genetically modified agricultural products in the European Communities.

Legal significance:

Biotechnology restrictions must be examined under applicable international trade obligations.

Scientific risk assessment is important when regulating genetically modified agricultural products.

Regulatory procedures should be consistent with applicable WTO sanitary and phytosanitary rules.

States retain regulatory authority to protect human, animal and plant health, subject to their international obligations.

Application to Morocco: Morocco's regulation of imported salt-tolerant genetically modified seeds should consider its WTO obligations alongside its biosafety commitments.

B. Cartagena Protocol – Advance Informed Agreement and Risk Assessment

The Protocol is a binding international legal instrument for Morocco.

Its provisions on risk assessment and advance informed agreement provide a legal framework for examining potential risks arising from transboundary movement of living modified organisms.

Application: If genetically modified salt-tolerant seeds are imported for environmental release, the relevant biosafety procedures must be examined rather than relying solely on ordinary seed-import documentation.

C. European Court of Justice – Case C-236/01, Monsanto Agricoltura Italia SpA v Presidenza del Consiglio dei Ministri (2003)

Monsanto Agricoltura Italia.

This case concerned national precautionary measures involving genetically modified maize products and the relationship between national protective action and European food-safety legislation.

Legal significance:

Precautionary measures must be considered within the applicable regulatory framework.

Scientific evidence is important in determining whether protective action is justified.

National authorities cannot disregard the governing legal requirements when restricting products.

Application to Morocco: It provides a useful comparative reference for understanding the relationship between scientific uncertainty, food safety and precautionary regulation.

D. European Court of Justice – Case C-442/09, Bablok and Others v Freistaat Bayern (2011)

Bablok and Others v Freistaat Bayern.

This judgment addressed the presence of genetically modified maize material in honey.

Legal significance:

The case demonstrates that unintended genetic contamination can create legal consequences for agricultural products, even where the producer did not deliberately cultivate the genetically modified crop.

Application to Morocco: It offers a useful comparative framework for examining liability, crop coexistence, contamination and the protection of conventional agricultural production.

E. Moroccan environmental liability jurisprudence

Moroccan environmental disputes involving pollution and damage to land or water can provide broader analogies for environmental compensation and causation.

However, reported case summaries must be distinguished from verified judgments, and no specific pollution judgment should be presented as a GMO ruling without examining its actual text.

The general civil-liability provisions of Articles 77 and 78 of the Dahir of Obligations and Contracts are therefore a more reliable starting point for analysing possible claims.

10. Farmers' rights and intellectual property protection

The introduction of saltwater-irrigation-tolerant crops raises questions about farmers' economic independence and access to agricultural technology.

Important legal issues include:

A. Access to improved seeds

Small farmers should have access to suitable agricultural varieties through lawful seed distribution channels.

B. Protection of traditional varieties

The development of genetically improved crops should take account of Morocco's agricultural biodiversity and traditional seed resources.

C. Intellectual property disputes

Disputes may arise where a protected genetic trait is used without authorization or where patented technology is incorporated into commercial seed production.

D. Contractual restrictions

Seed suppliers may impose contractual conditions concerning seed reuse, reproduction and distribution. Such conditions must be assessed under applicable Moroccan law.

E. Compensation for agricultural losses

Where defective seed, misleading representations or legally actionable contamination causes damage, affected farmers may seek appropriate legal remedies.

11. Major regulatory challenges in Morocco

12. Recommendations for strengthening Moroccan law

Morocco could strengthen its regulatory system through the following measures:

1. Comprehensive biosafety legislation: Establish clear rules governing the research, import, contained use, environmental release and commercialization of genetically modified crops.

2. Independent scientific assessment: Create transparent procedures for evaluating genetic modifications and their environmental consequences.

3. Salt-tolerance testing standards: Establish agricultural testing protocols measuring crop performance under different salinity levels.

4. Soil-protection requirements: Require monitoring of soil salinity, drainage and long-term agricultural productivity.

5. Genetic traceability: Establish appropriate systems for identifying modified seeds and monitoring their movement.

6. Farmer consultation: Involve agricultural communities in decisions concerning the introduction of new crop varieties.

7. Environmental liability: Clarify responsibilities for accidental genetic contamination and other scientifically established environmental damage.

8. International cooperation: Strengthen implementation of the Cartagena Protocol and cooperation with relevant international agricultural research institutions.

13. Conclusion

The regulation of saltwater-irrigation-tolerant crop genetics in Morocco involves the intersection of biotechnology law, agricultural law, environmental protection, water management and food safety.

Morocco already has important legislative instruments, including Laws No. 9-94, 25-08, 28-07, 36-15, 11-03 and 12-03, together with its international obligations under the Cartagena Protocol.

However, the absence of a comprehensive dedicated GMO regulatory framework, as documented in the available biosafety materials, creates uncertainty concerning the authorization of genetically modified agricultural research and commercial cultivation.

The central legal principle is that genetic tolerance to saline water does not exempt agricultural biotechnology from environmental, water-resource, food-safety or biosafety requirements.

A coordinated regulatory framework would help Morocco pursue agricultural innovation while protecting farmers, consumers, biodiversity and sustainable water resources.

14. Principal legal authorities and research references

Primary research sources:

Morocco Biodiversity – National biosafety framework.

Morocco – Implementation of the Cartagena Protocol.

ONSSA – Seed control and certification.

ONSSA – Food safety legislation.

Moroccan Ministry – Water legislation.

Moroccan environmental assessment legislation.

USDA – Morocco Agricultural Biotechnology Annual 2024.

Academic qualification: The international cases discussed above are comparative authorities, not judgments binding Moroccan courts. No directly relevant reported Moroccan GMO crop judgment has been established in this research. The current consolidated legislation and subsequent administrative measures should be checked before relying on this analysis in litigation or a regulatory application.