El Niño ocean currents, not avian flu, blamed for mass bird deaths along Mexico’s Pacific coast

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When tons of of birds had been found dead along Mexico’s Pacific coast earlier this yr, consultants instantly suspected avian flu.

However the authorities mentioned Thursday that the warming Pacific ocean currents related to El Niño, not hen flu, had been chargeable for the mass die-off.

Mexico’s Agriculture Division mentioned Thursday that checks on the useless birds revealed they’d died of hunger, not flu.

The division mentioned that warming floor water within the Pacific caused by El Niño can drive fish into deeper, cooler water, making it more durable for birds to seek out meals.

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Mexico Fox News graphic

Tons of of birds discovered useless alongside Mexico’s Pacific coast earlier this yr weren’t victims of avian flu, however reasonably, the reason for their deaths was attributed to the warming Pacific Ocean currents generally known as El Niño. (Fox Information)

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Many of the useless birds had been Sooty Shearwaters, seagulls and pelicans. They died in states starting from Chiapas, on the border with Guatemala, all the best way north and west to Baja California.

“In keeping with autopsies carried out be veterinarians and specialised biologists, it was discovered that the animals died of hunger,” the division mentioned. “Essentially the most possible explanation for this epidemiological occasion is the warming of the waters of the Pacific as a result of El Niño meteorological impact, which causes fish to hunt deeper, colder waters, stopping sea birds from catching meals.”

El Niño is a pure, short-term and occasional warming of a part of the Pacific that shifts climate patterns throughout the globe.

In Might, U.S. Nationwide Oceanic and Atmospheric Administration local weather scientist Michelle L’Heureux mentioned El Niño had fashioned this yr a month or two sooner than standard, which “provides it room to develop,” and there’s a 56% probability it will likely be thought of robust and a 25% probability it reaches supersized ranges.

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