Videos

  • 【Vtuberコラボ】不思議すぎるクラゲ🪼ミカヅキノエボシについて語ろう~


  • Beyond the Classroom: Applied Marine Biology in Japan’s Tohoku Region with Professor Ames

    Thinking about a career in Marine Biology? Cheryl Ames invites you to explore the Applied Marine Biology (AMB) course at Tohoku University. This video gives you a glimpse into the exciting academic journey and unforgettable cultural experiences that await you in Japan.

    The AMB program offers:

    • Cutting-edge research in marine sciences
    • Hands-on field experience and sampling
    • Opportunities to learn advanced techniques (e.g., DNA, genomics)
    • Proximity to beautiful and historic Japanese locations
    • A supportive and inspiring academic environment

    Don’t miss this chance to join a world-class program and kickstart your career in applied marine biology!

    Visit the AMB website for details or the Tohoku Universiti Courses page

    Meet the Lab!


  • Preserving biodiversity: A Nobel Prize Dialogue Tokyo 2022 panel discussion – Water Matters

    Dr. Cheryl Ames moderates a panel entitled “Preserving Biodiversity during the Nobel Prize’s Tokyo 2022 Dialogue – Water Matters.” Panelists include: im Hunt, Nobel Prize laureate in medicine 2001, Sakaguchi Hide, Executive Director The Saskawa Peace Foundation and President The Ocean Policy Research Institute, and Dan Shechtman, Nobel Prize laureate in chemistry 2011 discuss preserving biodiversity.


  • Cassiopea upside-down jellyfish in Key Largo mangrove forest waters (Florida Keys, USA)

    Video showing footage of Cassiopea upside-down jellyfish in Key Largo mangrove forest waters (Florida Keys, USA). Water samples were taken from this collection site during a jellyfish environmental DNA (eDNA) metabarcoding study by Ames et al. 2021, published in Frontiers of Marine Science. Copyright A.C. Morandini (coauthor on the study) “Fieldable Environmental DNA Sequencing to Assess Jellyfish Biodiversity in Nearshore Waters of the Florida Keys, United States”


  • 海洋生物科学コース紹介

    2020年度東北大学農学部 オープンキャンパスの際、海洋生物科学コースを紹介する動画です。日本人学生向きの7つの分野と留学生向きのAMBコースをそれぞれにおける基本研究や授業などについて説明します。


  • SciShow Explains How Jellyfish Sting Without Touching You!

    I Don’t Think You’re Ready for this Jelly!

    SciShow’s Olivia Gordon discusses our recent discovery about Upside-Down Jellyfish and how they sting. This jellyfish might look kind of unassuming, but it’s got some surprising long-range weaponry to catch its prey!


  • Upside-down jellyfish release venom-filled ‘bombs’ in their snot

    In a fascinating report by Nicoletta Lanese for Live Science, learn why the water surrounding upside-down jellyfish often stings to the touch. Scientists finally have the answer! Read the full story here


  • Jellyfish Can Sting You Without Even a Single Touch

    Scientists have found that a species of the jellyfish throw venom grenades to create stinging water to snare their preys. The Cassiopea xamachana jellyfish, found in shallow waters around Florida, the Caribbean and Micronesia, is a frequent nuisance to snorkelers and surfers who appear to get stung without touching the creatures. It was thought that the stings came from detached tentacles or younger specimens. But a team from the U.S. Naval Research Laboratory realized that Cassiopea had in fact evolved a novel way of hunting without tentacles.


  • 2019 London Calling – Field-Forward Sequencing with Oxford Nanopore Technology

    Jellyfish expert Dr. Cheryl Ames presents at Oxford Naopre’s London Calling Aquatic Ecosystems plenary session. Dr. Ames discusses the work of her team at the U.S. Naval Research Laboratory using eDNA to categorize jellyfish diversity for environmental monitoring, sting prevention (affecting both combat divers in the Navy and recreational divers), to investigate biodiversity in the gulfstream, and also aid public aquariums.


  • Box jellyfish Alatina alata planulae

    Box jellyfish Alatina alata planulae in CIEE Research Station Bonaire, The Netherlands. Apr 23 2013. Collected by Cheryl Lewis Ames, Arjen van Dorsten, and van Blerk family. Modified from original video by Cheryl Lewis Ames.