A Saudi achievement deciphers the genetic code of falcons to protect them globally
In a groundbreaking scientific achievement reflecting the perfect integration of advanced scientific research and rich cultural heritage, a Saudi research team led by Dr. Abdulwahid Al-Rifai has successfully decoded the genetic code of falcons. This pioneering project aimed to analyze the complete genome of two of the most prominent native falcon species in Saudi Arabia: the saker falcon and the peregrine falcon, using the advanced PacBio technology. This achievement is the first of its kind in the Kingdom for these two species, opening new horizons for protecting these birds of prey from extinction.
The importance of decoding the genetic code of falcons in heritage and science
Historically, falcons have been closely linked to human life in the Arabian Peninsula, where falconry is an integral part of the intangible cultural heritage passed down through generations and recognized by UNESCO. From this historical perspective, the importance of decoding the falcon's genetic code lies in documenting this heritage biologically and scientifically. These efforts culminated in the publication of the results in the international scientific journal "G3: Genes | Genomes | Genetics," reflecting the project's significant scientific importance and its prestigious standing within international efforts to study biological genomics.
This achievement represents a pivotal step in the study of wildlife, particularly falcons, which hold a special place in the Kingdom. The project has directly contributed to building a genetic reference database for local falcons, which has been officially registered with the National Center for Biotechnology Information (NCBI). This global registration supports national efforts to protect species, preserve biodiversity, and enhance the efficiency of breeding and reintroduction programs in their natural habitats.
Dimensions of the achievement and its local and international impact
Locally, this project aligns with a growing scientific trend that supports Saudi Vision 2030's goals of promoting scientific research and preserving biodiversity. It also reinforces the National Environment Strategy and the National Biodiversity Conservation Strategy. Regionally and internationally, this discovery provides a valuable scientific reference for researchers worldwide, contributing to unified regional efforts to protect migratory and resident birds in the Middle East.
Dr. Al-Rifai explained that whole-genome sequencing techniques provide a precise and in-depth understanding of the genetic structure of falcons. This understanding enables scientists to compare genetic diversity between different individuals and species, opening up broad horizons for numerous scientific applications. These applications include improving captive breeding programs, monitoring random crossbreeding that may threaten purebred lines, and supporting studies of genetic and infectious diseases in birds of prey and the development of effective treatments for them.
The future of wildlife sustainability
The project's concept stemmed primarily from the Kingdom's keen interest in preserving falcons, recognizing them as a cultural and environmental symbol reflecting the depth of national identity. This scientific achievement highlights that the Saudi falcon is not only a heritage symbol deeply rooted in local culture, but also a vital and effective element in the ecosystem. Utilizing whole-genome sequencing technologies in the study of wildlife, similar to global projects that have contributed to mapping the genomes of various species, necessitates a continuous integration of science and identity to ensure the sustainability of these creatures for future generations and protect them from increasing environmental challenges.
