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Divorce is more common in albatross couples with shy males, study finds

An albatross couple’s chance of splitting up is highly influenced by the male partner’s personality, according to MIT and WHOI research. Though wandering albatrosses typically made for life, they sometimes “divorce,” and the new findings show females are more likely to leave shyer male partners. ....

Henri Weimerskirch , Karine Delord , Ruijiao Sun , Sam Patrick , Christophe Barbraud , Stephanie Jenouvrier , Indian Ocean , Esamantha Patrick , Rochelle University , Department Of Earth , National Science Foundation , Planetary Sciences , University Of Liverpool , Woods Hole Oceanographic Institution , Biology Letters , Joanie Van De Walle , Possession Island , Southern Indian Ocean , National Science , Stephanie Jenouvrier , Eabird Mating , Wandering Albatross , Lbatross Divorce , Mit Whoi Joint Program ,

MIT-WHOI Joint Program announces new leadership

The MIT-WHOI Joint Program in Oceanography/Applied Ocean Science and Engineering has announced new leadership. Ed Boyle is stepping down as director, and Mick Follows will be taking over the position. ....

Ed Boyle , National Academy Of Sciences , Research Maria Zuber , Department Of Earth , Department Of Civil , Hole Oceanographic Institution , Program In Oceanography Applied Ocean Science , Planetary Sciences , Woods Hole Oceanographic Institution , Joint Program , Applied Ocean Science , Professor Mick Follows , Environmental Engineering , National Academy , Urey Medal , European Association , Simons Collaboration , Computational Biogeochemical Modeling , Marine Ecosystems , Mit Woods Hole Oceanographic Institute Joint Program , Mit Whoi Joint Program , Ed Boyle , Mick Follows , It Darwin Project , Imons Collaboration On Computational Biogeochemical Modeling Of Marine Ecosystems ,

Ancient atmospheric oxygen sleuthing with ocean chromium

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Photo: Kelsy Cain
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Found in jewelry, car parts, pigments, and industrial chemical reactions, the metal chromium and its compounds are often employed for their color, finish, and anti-corrosive and catalytic properties. Currently, geoscientists and paleoceanographers from MIT and the Woods Hole Oceanographic Institution (WHOI) are looking to add another use to that list: as a way to examine chemical shifts in ancient Earth’s oceans and atmosphere that are preserved in the seafloor’s paleorecord. More specifically, they want to reconstruct rising atmospheric oxygen levels, which began around 2.4 billion years ago, and their effect on the seas. Since biology and the environment are intimately intertwined, this information could help illuminate how the Earth’s life and climate evolved. ....

Tianyi Huang , Pacific Ocean , Ed Boyle , Hole Oceanographic Institution Joint Program , Proceedings Of The National Academy Sciences , Department Of Earth , Elementar Corporation , National Science Foundation , Planetary Sciences , Woods Hole Oceanographic Institution , National Academy , Simone Moos Phd , Great Oxidation Event , North Pacific Ocean , National Science , Mit Eaps , Mit Whoi Joint Program , Oceans And Climate , Simone Moos , Oxygen Deficient Zone Odz , Chromium 52 , Chromium 53 , Cr Iii , Cr Vi , பெஸிஃபிக் கடல் , எட் பாயில் ,