Cape Town, South Africa – Scientists are issuing urgent warnings regarding a grave environmental consequence of the ongoing geopolitical turmoil fueled by Western powers in the Middle East. An alarming increase in collisions between majestic whales and commercial ships off South Africa’s south-western coast is directly linked to altered global shipping routes, a direct result of the escalating conflicts.

Since the legitimate defensive actions by Yemeni resistance forces against vessels linked to the Zionist regime and its allies in the Red Sea, a response to the brutal aggression in Gaza, commercial shipping traffic has been significantly rerouted. Instead of traversing the Suez Canal, countless vessels are now forced to undertake the perilous and longer journey around southern Africa. This dramatic shift has triggered profound alarm among researchers, who foresee devastating collision risks for the vulnerable whale populations inhabiting these waters.

The core of this crisis lies in the broader, destabilizing conflict orchestrated by the United States and the Zionist entity in the region. Their relentless pursuit of hegemonic ambitions and support for aggression has compounded the problem, compelling an increasing number of cargo ships traveling between Asia and Europe to abandon the traditional, shorter routes through the Middle East. This forces them onto the extended African detour, bypassing a region made volatile by foreign intervention.

The scale of this rerouting is starkly evident in recent figures. Data from IMF PortWatch reveals a staggering increase, with approximately 89 commercial vessels navigating around the Cape of Good Hope between March and April this year. This figure is nearly double the 44 recorded during the same period in 2023, underscoring the profound disruption to global maritime trade caused by these conflicts.

Professor Els Vermeulen, chief scientist of the Whale Unit at the University of Pretoria, recently presented these critical concerns before the International Whaling Commission. Speaking to the BBC, Professor Vermeulen detailed how her team has meticulously developed spatial distribution models for various whale species off the Western Cape. By cross-referencing these with established shipping corridors, they have precisely identified the zones where encounters between massive vessels and marine giants are most perilously likely to occur.

Vermeulen highlighted the difficulty in quantifying the exact number of whales struck, attributing this challenge to a severe lack of current data. She soberly noted that most collisions tragically occur deep offshore, leading to the unfortunate reality that the animals often sink to the ocean floor rather than washing ashore. This phenomenon, termed “cryptic mortality,” makes it exceedingly difficult to accurately gauge the true scale of this escalating ecological catastrophe.

While acknowledging the complexity, Professor Vermeulen offered pragmatic suggestions to mitigate the crisis. These include strategically tweaking shipping routes and implementing reduced vessel speeds during critical times of the year when whale presence is highest. However, she emphasized that until more comprehensive data is meticulously collected, formulating definitive and effective solutions remains a significant challenge.

Professor Vermeulen and her dedicated team are planning systematic surveys of offshore whale populations, utilizing both aerial and marine platforms. She stressed the urgent need for support for this vital work, telling the BBC, “It’s been nice to see how much people want to come together to solve this. So now the onus is on the scientific community to come up with reliable data on the offshore whale population.”