Customs classification of gene edited agricultural goods

Introduction

Gene-edited agricultural goods are agricultural products developed through advanced genetic technologies that modify specific DNA sequences to introduce desirable characteristics. These technologies may improve crop productivity, disease resistance, nutritional quality, drought tolerance and environmental adaptability. Unlike conventional genetically modified organisms (GMOs), certain gene-editing techniques, such as CRISPR-Cas9, can introduce targeted genetic changes without necessarily inserting foreign genetic material.

The international trade of gene-edited agricultural goods creates important legal challenges concerning customs classification, import duties, biosafety requirements, product labelling and international trade regulations. Customs authorities must determine whether such products should be classified as conventional agricultural goods, genetically modified products or a separate category of biotechnology-derived commodities.

In India, customs classification is primarily governed by the Customs Act, 1962, and the Customs Tariff Act, 1975. The classification of gene-edited agricultural products requires consideration of their physical characteristics, processing methods, intended use and applicable regulatory requirements.

Legal framework governing customs classification

1. Customs act, 1962

The Customs Act, 1962, provides the principal legal framework for regulating imports and exports into India.

Section 12 establishes the charging provision for customs duties on goods imported into or exported from India. Section 17 deals with the assessment of imported and exported goods, while Section 46 governs the filing of bills of entry for imported goods.

Gene-edited agricultural products must be appropriately declared when imported into India. Importers are responsible for providing accurate product descriptions, technical specifications and supporting documentation.

Customs authorities may examine whether imported gene-edited seeds, grains or agricultural commodities fall under existing tariff classifications.

2. Customs tariff act, 1975

The Customs Tariff Act, 1975, establishes the classification system for goods imported into and exported from India.

Agricultural products are generally classified under relevant chapters of the Harmonized System (HS).

Examples include:

Chapter 7: Edible vegetables and certain roots and tubers.

Chapter 10: Cereals.

Chapter 12: Oil seeds and miscellaneous grains.

Chapter 14: Vegetable plaiting materials and other vegetable products.

Chapter 23: Residues and waste from food industries and prepared animal fodder.

The applicable classification depends on the actual nature and characteristics of the product. Gene editing alone does not automatically create a separate tariff heading.

3. General rules for interpretation of the harmonized system

The General Rules for the Interpretation of the Harmonized System (GIR) provide internationally recognised principles for customs classification.

Rule 1 requires classification according to the wording of tariff headings and relevant section and chapter notes.

Rule 3 becomes relevant where goods appear classifiable under multiple headings, subject to its conditions.

Rule 6 governs classification at the subheading level.

Therefore, customs authorities should examine the actual characteristics and commercial identity of gene-edited agricultural goods rather than relying exclusively on the technology used to develop them.

Regulatory treatment of gene-edited agricultural products in India

1. Environment protection act, 1986

The Environment (Protection) Act, 1986, provides the legislative foundation for environmental protection and biosafety regulation.

The 1989 Rules concerning hazardous microorganisms and genetically engineered organisms or cells establish regulatory controls over specified activities involving genetically engineered biological materials.

Depending on the organism and technology involved, relevant approvals may be required from the competent authorities.

However, gene-edited products cannot automatically be treated as conventional GMOs for every regulatory purpose. Their classification depends on the applicable Indian regulatory framework and the characteristics of the particular organism.

2. FSSAI regulations

The Food Safety and Standards Authority of India regulates food safety under the Food Safety and Standards Act, 2006.

Imported gene-edited agricultural products intended for human consumption may require assessment under applicable food safety and approval requirements.

The relevant considerations include:

Food composition and nutritional characteristics.

Potential allergenicity and toxicity.

Production methods.

Food safety documentation.

Compliance with applicable import requirements.

Customs clearance does not automatically establish compliance with food safety regulations.

3. Foreign trade policy and DGFT regulations

The Directorate General of Foreign Trade (DGFT) regulates India's import and export policy under the Foreign Trade (Development and Regulation) Act, 1992.

Gene-edited agricultural products may be subject to import restrictions, licensing conditions or other regulatory requirements depending on the relevant product classification and applicable policy.

Importers must therefore examine both customs tariff classification and the applicable DGFT import policy.

International legal framework

1. Harmonized commodity description and coding system

The Harmonized System, administered by the World Customs Organization (WCO), provides a common international framework for classifying traded goods.

Its purpose is to facilitate international trade and ensure consistency in customs classification.

Gene-edited agricultural products generally require classification according to their physical characteristics, processing and tariff descriptions. The HS does not automatically establish a separate classification merely because a product was developed using gene-editing technology.

2. Cartagena protocol on biosafety, 2000

The Cartagena Protocol on Biosafety regulates the transboundary movement of living modified organisms that may have adverse effects on biodiversity.

It establishes procedures for information exchange, risk assessment and certain categories of international movement.

Its application to gene-edited organisms depends on whether the particular organism falls within the Protocol's definition of a living modified organism.

This distinction is important because not every gene-edited agricultural product necessarily falls within the Protocol's scope.

3. WTO agreements

The World Trade Organization framework is relevant to international trade in gene-edited agricultural products.

Two important agreements are:

Agreement on the Application of Sanitary and Phytosanitary Measures (SPS Agreement).

Agreement on Technical Barriers to Trade (TBT Agreement).

The SPS Agreement addresses measures intended to protect human, animal and plant health. The TBT Agreement addresses technical regulations, standards and conformity assessment procedures.

These agreements require relevant regulatory measures to comply with their applicable international trade obligations.

Important case laws

1. EC – Approval and Marketing of Biotech Products (2006)

Case: European Communities – Measures Affecting the Approval and Marketing of Biotech Products, WTO Dispute Settlement Body, WT/DS291, WT/DS292 and WT/DS293.

The dispute concerned restrictions and delays in the approval and marketing of biotechnology-derived agricultural products in the European Communities.

The WTO Panel examined the relationship between biotechnology regulation, scientific risk assessment and international trade obligations.

Relevance: This decision is important for understanding how countries regulate biotechnology-derived agricultural imports. It demonstrates that regulatory restrictions and approval procedures must be consistent with applicable WTO obligations. Similar principles may influence India's treatment of imported gene-edited agricultural commodities.

2. Canada – Continued Suspension of Obligations in the EC – Hormones Dispute (2008)

Case: Canada – Continued Suspension of Obligations in the EC – Hormones Dispute, WTO, WT/DS321.

The dispute examined scientific evidence and regulatory measures concerning food safety restrictions.

The WTO Appellate Body considered the interpretation and application of the SPS Agreement.

Relevance: The decision provides guidance on scientific evidence and risk assessment in food-related trade disputes. Such principles are relevant when authorities evaluate the safety of imported gene-edited agricultural products.

3. Japan – Measures Affecting Agricultural Products (1999)

Case: Japan – Measures Affecting Agricultural Products, WTO, WT/DS76.

The dispute concerned Japan's phytosanitary testing requirements for agricultural products.

The WTO Appellate Body examined whether the country's testing measures were scientifically justified under the SPS Agreement.

Relevance: Gene-edited seeds and agricultural commodities may require plant-health and biosafety assessments. This decision highlights the importance of scientifically justified regulatory testing rather than arbitrary restrictions on agricultural imports.

4. EC – Measures Concerning Meat and Meat Products (Hormones) (1998)

Case: European Communities – Measures Concerning Meat and Meat Products (Hormones), WTO, WT/DS26 and WT/DS48.

The dispute concerned restrictions on hormone-treated meat imported into the European Communities.

The WTO Appellate Body examined scientific evidence, risk assessment and the application of the SPS Agreement.

Relevance: Although the dispute did not concern gene-edited crops or customs classification, it provides important principles for evaluating scientific justification in international agricultural trade regulation.

Major challenges in customs classification

Several challenges arise when customs authorities classify gene-edited agricultural products:

1. Absence of specific tariff headings: Existing customs classifications generally identify products according to their nature and characteristics rather than their genetic development techniques.

2. Identification difficulties: Customs laboratories may not always distinguish gene-edited products from conventionally bred products through routine testing.

3. Regulatory differences: Countries adopt different approaches to gene-editing technologies, resulting in differences in import requirements.

4. Documentation requirements: Importers may need technical documentation concerning the genetic characteristics and development process of agricultural products.

5. Trade disputes: Different regulatory interpretations may create disagreements between exporting and importing countries.

6. Biosafety concerns: Authorities must determine whether particular gene-edited organisms require additional environmental or food safety assessments.

Conclusion

Customs classification of gene-edited agricultural goods is an emerging issue at the intersection of international trade law, biotechnology regulation and agricultural policy. In India, the Customs Act, 1962, and Customs Tariff Act, 1975, provide the principal legal framework for determining tariff classification. The classification must primarily follow the applicable tariff descriptions and the characteristics of the imported product. Biosafety, food safety and foreign trade requirements operate alongside customs classification and may impose separate compliance obligations. The WTO disputes concerning biotechnology, agricultural testing and food safety provide useful legal principles for regulating international trade in these products. A clear and scientifically consistent regulatory framework would help India facilitate agricultural innovation while maintaining customs transparency, environmental protection and consumer safety.