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Sea Birds

Emperor Penguins’ First Journey to Sea

January 17, 2019
Emperor Penguins' First Journey to Sea

The paper, published Jan. 17, 2019, in the journal Marine Ecology Progress Series, also highlights the unique connection between juvenile diving behaviors and a layer of the ocean, known as the thermocline, where warmer surface waters meet cooler deep waters below and where their prey likely gather in groups.

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Penguins Go Through the Flow

April 5, 2018
Penguins Go Through the Flow

Colonies of breeding king penguins behave much like particles in liquids do, according to new study by the Woods Hole Oceanographic Institution (WHOI) and international colleagues. This “liquid ” organization and structure enables breeding colonies to protect themselves against predators while also keeping members together.

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Finding New Homes Won’t Help Emperor Penguins Cope with Climate Change

June 7, 2017
Finding New Homes Won't Help Emperor Penguins Cope with Climate Change

Unlike other species that migrate successfully to escape the wrath of climate change, a new study shows that dispersal may help sustain global Emperor penguin populations for a limited time, but, as sea ice conditions continue to deteriorate, the 54 colonies that exist today will face devastating declines by the end of this century.

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More Frequent Extreme Ocean Warming Could Further Endanger Albatross

May 30, 2017
More Frequent Extreme Ocean Warming Could Further Endanger Albatross

As scientists grapple with the behavioral, ecological and evolutionary impacts of extreme climatic events, the journal Philosophical Transactions of the Royal Society B created a special June issue to explore what is known on the topic and pioneer new approaches to this challenging and rapidly expanding field of study. The issue, which was published online May 8, 2017, was co-edited by Wood Hole Oceanographic institution (WHOI) biologist Stephanie Jenouvrier.

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Shifting Winds, Ocean Currents Doubled Endangered Galapagos Penguin Population

August 2, 2015

New research suggests shifts in wind currents over the past three decades, possibly due to climate change and natural variability, have nudged the Equatorial Undercurrent north. The changing current expanded the nutrient-rich, cold water farther north along the coasts of the two islands, likely bolstering algae and fish numbers in the cold pool. This allowed the penguin population to double over the past 30 years, swelling to more than 1,000 birds by 2014, according to the new study.

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From Penguins to Polar Bears

August 12, 2014
From Penguins to Polar Bears

Polar ecosystems are especially vulnerable to climate change. They are also notably hard to study and to manage. Scientists came to WHOI recently for a Morss Colloquium to address the issues.

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