New HS Codes Aim to Boost Sustainable Fishing Globally

This paper explores how the Harmonized System (HS) code can promote the sustainable development of global fisheries. By refining the classification of aquaculture products, establishing specific codes for key traded species, and incorporating CITES species and species with Codex Alimentarius standards into the HS code, making the HS code more 'green', it can better monitor and manage global fisheries trade, thereby achieving sustainable fisheries development. The paper argues that a more detailed and environmentally conscious HS code is crucial for effective fisheries management and conservation.
New HS Codes Aim to Boost Sustainable Fishing Globally

In an era of increasing focus on sustainability, the fisheries sector—a vital source of food and economic stability—faces growing scrutiny over its environmental impact. To address challenges like overfishing and marine pollution, the Harmonized System (HS) of product classification is undergoing significant reforms to become a catalyst for sustainable fisheries management worldwide.

HS Codes: The Universal Language of Trade Evolves

The HS code system, serving as the global standard for product classification, has long facilitated international trade by enabling accurate customs identification and statistical reporting. However, its potential extends far beyond mere trade facilitation. Through strategic "greening" modifications, HS codes are being transformed into powerful tools for sustainable fisheries management.

Balancing Growth and Sustainability in Global Fisheries

The fisheries and aquaculture industries present a complex paradox—while generating record production levels that support global food security, they simultaneously face unprecedented sustainability challenges:

  • Global fisheries production is projected to increase 14% by 2030
  • Aquaculture now accounts for over 50% of fish for human consumption
  • Approximately 34% of global fish stocks are harvested at biologically unsustainable levels
  • 37% of fishery products enter international trade channels

Four Key Reforms for Sustainable HS Codes

Experts propose specific modifications to leverage HS codes for environmental protection:

1. Enhanced Aquaculture Classification: Current HS codes lack granularity in distinguishing between different aquaculture methods (pond, cage, or recirculating systems) with varying environmental impacts. More detailed classification would enable better monitoring and regulation.

2. Species-Specific Codes for Major Traded Fish: Creating dedicated codes for high-value species like salmon and tuna would improve trade transparency and combat illegal fishing practices.

3. CITES Integration: Incorporating Convention on International Trade in Endangered Species (CITES) listings into HS codes would strengthen enforcement against illegal wildlife trade.

4. Food Safety Alignment: Linking HS codes with Codex Alimentarius food safety standards would enhance consumer protection in international fish trade.

Implementation Challenges and Global Cooperation

While the potential benefits are significant, implementing "green" HS codes faces several obstacles:

  • Data standardization across diverse national reporting systems
  • Technical capacity limitations in developing nations
  • Balancing environmental protection with economic development priorities
  • Need for continuous updates to accommodate new fishing technologies and products

The World Customs Organization and FAO are leading efforts to address these challenges through international cooperation and technical assistance programs.

The Road Ahead for Sustainable Fisheries Trade

As global awareness of marine conservation grows, the evolution of HS codes represents a critical step toward reconciling economic needs with environmental responsibility in the fisheries sector. Success will require unprecedented collaboration between governments, industry, and conservation organizations to transform this technical trade tool into an instrument of ecological stewardship.