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Risk of Destruction of the Genome of 100 Fish Species in Iran Due to Lack of Funding

Feb 1, 2026 February 1, 2026 2 min read 📰 Radio Farda
📋 Key Takeaway

The Iranian Fisheries Science Institute has extracted the genome of over 100 fish species for identification and registration but faces a risk of destruction due to funding shortages. This project aims to preserve biodiversity and improve fish breeds in Iran, but without financial support, it may not continue.

🔍 Quick Context Guide
💡 Bottom Line: Without funding, Iran risks losing valuable genetic information critical for biodiversity and sustainable fisheries management.

👥 Key Players

Ahmad Gharqi MENTIONED
Head of the Molecular Genetics Group at the Fisheries Research Institute
"He leads the project aimed at preserving biodiversity and improving fish breeds in Iran, highlighting the importance of genetic research in the country's aquatic resources."
Iranian Fisheries Science Institute MENTIONED
Research organization responsible for aquatic species identification
"This institute plays a crucial role in biodiversity preservation and the sustainable management of Iran's aquatic life."

📰 What Happened

The Iranian Fisheries Science Institute announced that the genomes of over 100 fish species are at risk of destruction due to a lack of funding, despite efforts to identify and register these species for biodiversity preservation. The samples are currently stored in a freezer and require financial support to continue the project.

  • The project has been ongoing for five years and aims to register aquatic species both nationally and internationally.
  • So far, only 13 species have been globally registered, and the genomes of over 100 species are at risk of deterioration.

💡 Why It Matters

🇮🇷 For Iran: This situation underscores the challenges Iran faces in funding scientific research, which is essential for biodiversity and sustainable fisheries.
🌍 Regional: The loss of genetic diversity could impact regional fisheries and biodiversity, affecting food security and ecological balance.
🌐 International: Internationally, the failure to preserve these species could hinder global biodiversity efforts and Iran's participation in international environmental agreements.

📚 Background

Genetic research is essential for identifying and preserving species, which is crucial for maintaining biodiversity and supporting local economies dependent on fishing.

Biodiversity conservation Aquatic resource management
📡 Source: NEUTRAL
📊 Confidence: 70%
The article presents factual information from a scientific institute, making it a reliable source for understanding the challenges faced in Iranian fisheries research.

An official from the Iranian Fisheries Science Institute announced that the genome of over 100 fish species in Iran, which has been extracted for their identification and global registration, is at risk of being destroyed due to a "lack of funding" and is currently stored in a freezer. The genome is the genetic material containing hereditary instructions for the construction and maintenance of living organisms. Ahmad Gharqi, head of the molecular genetics group at the Fisheries Research Institute, stated in an interview that the institute has been working on a project to identify aquatic species in Iran for the purpose of "preserving biodiversity and improving breeds" for the past five years. He mentioned that the identification of aquatic species is done using DNA barcoding, and once identified, these species will be registered nationally and internationally under Iran's name. So far, 13 species of Iranian aquatic life, including 8 shrimp species and 5 fish species, have been globally registered. Gharqi noted that the Caspian Sea is home to 110 species, Iran's internal waters host 80 species, and the Oman Sea and Persian Gulf are habitats for 1,500 species of fish and aquatic life, yet these species have not had a "genetic identity and have not been registered". According to reports, the DNA barcoding method registers a genetic identifier for each species, allowing identification of the species to which each organism belongs. Gharqi also announced that biobanks have been established in research centers for aquatic resources in various cities to develop this project. However, he added that currently, the genomes of over 100 fish species have been extracted, and while further steps are needed, the samples remain in the freezer due to a lack of funding, posing a risk of deterioration. He emphasized that this project is being implemented for the first time in Iran but is not receiving financial support and lacks sustainability.

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Translated from the original and edited for English readers. View original source →

Translation confidence: 85%

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