WEBVTT
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Welcome everyone.
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We're so pleased that you're here joining us
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to be a part of our National Marine Sanctuaries
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webinar series.
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This series is hosted
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by the NOAA Office of National Marine Sanctuaries.
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And it's a great way that we find
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that we can connect with educators
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and other interested people from around the world
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to provide you with some scientific expertise
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or educational materials,
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as well as resources and training that help support ocean
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and climate literacy with your audiences.
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So just a little bit of housekeeping to let you know,
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during the presentation, all attendees have joined us
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and you'll be muted and listen only mode.
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If you have any questions
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or if you're having any technical difficulties,
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feel free to enter that into the question box
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in the GoToWebinar control panel.
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If it is a technical issue, we'll help you on the side.
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And of course, if it's any questions,
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we'll make sure to include those in our Q & A portion.
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We are recording today's session,
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and there will be an archive available online
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a few weeks after today's live event.
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And we'll share more about that.
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I did wanna let everyone know that we have
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just under 200 registrants for today's exciting webinar,
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and let's go ahead and get started.
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First, I'd like to introduce myself and my co-host.
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I'm Claire Fackler.
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I'm a national education liaison
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for the NOAA Office of National Marine Sanctuaries.
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And I'm joined by our headquarter's education intern,
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Chloe McKenna, who's a student at Eckerd College.
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So a couple of introductory slides
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before we kick off our presentation.
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It's really exciting that the year of 2022
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is celebrating 50 years of ocean and coastal conservation.
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So 50 years ago in 1972,
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Congress passed really powerful legislation
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to help us protect the ocean and coast,
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legislation such as the Clean Water Act,
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the Marine Mammal Protection Act,
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and the Coastal Zone Management Act.
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And the fourth one is our National Marine Sanctuaries Act.
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So again, back in 1972,
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some of our strongest conservation language
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for ocean protection came to be.
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And so, we're celebrating 50 years of this,
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and we have a network of 15 national marine sanctuaries
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that are part of this marine protected area system,
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and two Marine national monuments.
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So each of the dots on this map represent those sanctuaries,
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and the triangles represent the monuments.
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And then we do have these yellow boxes on the map
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because as part of America the Beautiful and 30 by 30,
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which is the Biden Administration's goal
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of protecting 30% of public lands and waters by 2030,
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we are seeing our sanctuary system expand.
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So Lake Ontario in the Great Lakes and the Chumash Heritage
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proposed national marine sanctuaries
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are undergoing designation processes right now.
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And we'd love to hear your voice,
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'cause these are stakeholder-driven conversations,
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and we protect, right now as it stands,
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over 620,000 square miles of ocean
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and Great Lakes treasures as part of the sanctuary system.
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And as part of our 50th anniversary,
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our tagline is save spectacular.
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So anything you can do to help us save, protect,
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discover, explore, enjoy,
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spectacular is most appreciated.
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So a little bit more about sanctuaries.
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Each of these special ocean areas
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are set aside for a wide variety of reasons.
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In some cases, it's because of the incredible biodiversity
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that the site is protecting.
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In some cases, it's the cultural assets
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or the maritime heritage
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that these special ocean areas are protecting.
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But all said, they provide shelter
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and protection for some of our threatened
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and endangered marine life,
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like this Hawaiian green sea turtle.
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And our National Marine Sanctuary Act,
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which again, we're celebrating our 50th year come October,
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we're mandated to conduct education and outreach,
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as well as research and monitoring.
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And we do all of this to help protect the resources.
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So the plants and animals.
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And we wanna protect them now and for future generations.
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And so, not only are we trying to protect
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these special ocean areas,
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we want people like you to enjoy them and recreate in them.
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You can do things like kayak
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in your national marine sanctuary.
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And surprisingly, for many people,
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you can fish in many of our sanctuaries,
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snorkel,
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scuba dive,
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surf.
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You can get on a boat and view wildlife.
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And ultimately, we're hoping that through these interactions
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with these special ocean areas,
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our national marine sanctuaries or underwater parks
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and our monuments, that you might even be inspired
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to become a volunteer for us
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to help us preserve these places for now and for the future.
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All right, enough about all that.
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Let's go ahead and dive into today's presentation.
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I'm so pleased to have Justin Umholtz here with us today.
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Justin is the education coordinator
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at the Mokupāpapa Discovery Center in Hilo.
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And he's working through
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the National Marine Sanctuary Foundation.
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He is representing
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the Papahānaumokuākea Marine National Monument.
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And Justin has been an informal educator
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and a naturalist interpreter for all of his life.
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He's originally from beautiful Santa Rosa, California,
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and he now resides near his family
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on a small farm in Hilo, Hawai'i.
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So with that, Justin, we'll go ahead
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and hand you the controls
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and let you take away your presentation for today.
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Hi.
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Thank you, Claire.
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Aloha mai kākou,
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Hello everyone.
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Just give me a second.
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Oh, it looks like it's up.
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Can you see that okay, Claire?
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Yeah, it looks great.
Perfect.
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So I'm honored to be here with you today
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and have the opportunity to share a little bit about
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our new coral check-up lesson series.
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It's a free curriculum that immerses students
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in coral reef conservation across the Hawaiian archipelago.
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So the material that I'm introducing you today
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is already live and available on our website.
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So I really encourage you to head over there after this
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to check it out and download it.
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Papahānaumokuakea.gov, and we'll be sharing
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a lot of links during this.
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As an educator, I love to share.
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Did the second slide go okay for me?
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Looks like it, okay.
Yes it did.
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All right, thanks.
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I always have a little bit of
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connectivity issues on Hawaiʻi island.
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Okay, as Claire mentioned,
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I work at Mokupāpapa Discovery Center
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with some great colleagues.
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We are currently closed due to the pandemic,
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but I'm really hoping we'll be able to welcome folks soon.
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So please come by and visit us in the near future.
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During non-pandemic years,
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we've been welcoming about 60 to 70,000 visitors a year,
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both a lot of local residents,
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and then people from all over the world.
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So it's a really fun job.
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And probably my favorite part
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is I get to interact with my colleagues
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and between 7,000 and 8,000 students a year,
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and engage them in our educational programming.
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So I really miss that and I look forward to it.
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So I'm very grateful to have you all here
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with me today as co-educators.
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If you were physically to come visit
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Mokupāpapa Discovery Center for an education program,
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I've been taught here to,
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that it's important to set the space
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for the giving and receiving of knowledge
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by conducting protocol through oli,
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which is the Hawaiian word for chant.
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And as I like the way my colleague describes it,
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chant incorporates traditional Hawaiian ecological knowledge
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through poetic verse.
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So this chant is titled, Puka Mai Ka La.
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(clapping hands)
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(chanting in Hawaiian)
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And what is amazing about oli
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and other forms of oral history here
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is that there's an incredible amount of information
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embedded within these lines.
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And so, just this short oli that I shared with you today
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actually takes you and describes
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the journey one would take from Hawai'i island,
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where I'm located,
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all the way out to the last coral atoll of Hōlanikū,
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which is part of the Hawaiian archipelago as well.
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And you'll be learning more about that later,
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if you're not familiar with it.
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I did wanna take a minute to also just acknowledge,
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this month is African American History Month,
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and here in Hawai'i, it's also Hawaiian Language Month.
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So I definitely wanna honor the generations of educators
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and advocates who have worked tirelessly
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to ensure that keiki,
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the children here and everyone
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has the foundational knowledge of the language of the land
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after it was historically suppressed.
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So, E ola mau ka ʻŌlelo Hawaiʻi!,
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let the Hawaiian language live forever.
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I'm definitely learning.
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So as Claire, again, already kind of showed you,
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here's our sanctuary map,
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but I did wanna focus in on Papahānaumokuākea.
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We are way out in the middle of the Pacific.
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You can see that we have a sister sanctuary,
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Hawaiian Islands Humpback Whales National Marine Sanctuary.
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That actually protects a series of very important
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calving grounds for humpback whales when they migrate here,
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which is right now and been seeing
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some really amazing activity out on the water.
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But if you look farther up to the northwest,
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you're gonna see Papahānaumokuākea.
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And so, Papahānaumokuākea actually protects the farther,
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older Northwestern Hawaiian islands.
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You may have also noticed that yellow square
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that Claire was referencing
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as proposed sites for sanctuary status.
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So we are already a Marine National Monument,
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which occurs through presidential proclamation.
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And then we are currently in the very beginning stages
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of National Marine Sanctuary designation as well.
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So I'd encourage you to go to our website,
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and we actually have an information page
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that will tell you more about the designation process
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and how you can share your views on that.
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So the Northwestern Hawaiian islands
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are often called the Kūpuna Islands here,
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which in Hawaiian means the elder islands,
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and they hold a very important place in Hawaiian cosmogony.
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They also are geologically
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the oldest islands of the Hawaiian archipelago.
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And so, if you look way to the northwest
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where it says, Hōlanikū, or in English,
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Kure Atoll, the younger English name,
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that currently small, low-elevation coral atoll
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was actually formed over the same Hawaiian hotspot
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that is currently erupting and building Hawai'i island,
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just 28 million years ago.
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And so, the breadth of this archipelago
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is one of the key focal points of this curriculum
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is really making sure that students and all of us
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are connecting to this entire rich archipelago.
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Papahānaumokuākea protects vast coral reefs,
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important archeological sites, sacred native Hawaiian sites,
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and is home to thousands and thousands
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of both terrestrial and marine species.
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The deeper in the water you go,
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as our Dr. Kosaki always tells me,
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the higher the endemic rate based off of their research.
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So this is really exciting.
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You may also notice that most of our
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protected area is open ocean.
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And so, somewhere around 98% of Papahānaumokuākea
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is protecting open ocean and the unexplored deep ocean.
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And as educators,
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I wanna make sure you're aware of the website,
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the new website just launched in last year,
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the Deep Ocean Education Project.
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You can see the link there on the slide.
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It's an amazing collaboration
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and compilation of resources
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from the three major organizations, including NOAA,
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that are doing deep ocean exploration currently
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all across the world.
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You can see them up in the upper left.
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And this is geared,
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this website is specifically geared for teachers.
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You can access a lot of cool lesson plans, video clips,
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all of which you can organize
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and curate in your own account,
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and then share with your students
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or share with colleagues as you go.
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So it's a really important tool that just came out,
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and it also lets you follow live footage
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of deep ocean exploration.
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And I'm gonna take a minute to plug that
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because the Exploration Vessel Nautilus
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is actually gonna be in Papahānaumokuākea this April.
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So if you go to their website, nautiluslive.org,
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you can learn more about the expedition,
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and you can also follow live,
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when they have their ROV down thousands of meters,
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you can actually be there seeing it in near-real time.
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Your students can type in questions to the control box crew
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and they'll get to it as soon as they can.
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And you can even set up ship-to-shore live interactions
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between your class or group and the crew that's on the ship,
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even requesting whether it's ROV engineers,
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videographers, science and data-focused folks.
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It's really an amazing opportunity.
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So I hope you'll take advantage of it,
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especially while they're in Papahānaumokuākea.
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A very exciting collaboration and improvement
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to this whole relationship has been the expansion
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or the creation of material and opportunities
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in ʻŌlelo Hawaiʻi, in Hawaiian.
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And so, if you go to that ship-to-shore link,
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which will be going into the chat box,
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there's an option to select
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those experiences in Hawaiian, in ʻŌlelo Hawaiʻi.
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There's materials that are being created.
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And I believe some other opportunities
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of Hawaiian narration during some of the live dives.
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So a lot of this is very new
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and still being formed and created,
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really exciting, and my hat's off to everybody involved.
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So let's get down to the curriculum now.
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We'll get back to the shallow coral reefs.
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The link, if we could throw that into the chat, Chloe,
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this link, as I said, is live,
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and I'm gonna show you the kind of components,
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but this is really geared toward
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immersing students in existing,
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really cool NOAA resources and partner resources
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that bring the coral reef to life
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because these are areas that are really hard to visit,
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especially within the monument, because it's so remote.
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It's geared toward middle schoolers.
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But I think would easily,
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with a little bit of extra support,
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work for upper elementary,
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and could be bumped up to early high school
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with just a little bit higher expectations
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of what the students are sharing back.
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My plan for this presentation is to give you
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a brief overview of the curriculum
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since you can download it
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and look at it in more detail later.
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We'll take a little poll, if folks would like.
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I'll cover some brief coral bleaching basics,
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and then I'm gonna just walk you through
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a couple of the key resources
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that we have students access and engage with
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that really are amazing.
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And I'm excited to show you.
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So let's take the first poll.
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Who's joining us today?
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I wanna make sure I'm speaking to our audience
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and get a good sense of where you're coming from.
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Excellent.
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We have launched that poll.
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If you happen to be in full-screen mode,
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you might be wondering, where's the poll?
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So go ahead and escape out of that,
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so you can respond to the poll.
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And it's asking, yeah, who's joining us today?
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Are you a classroom teacher, an informal educator?
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Are you in a support role for educators,
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or you're not an educator,
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but you just were interested
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in learning more about the topic?
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So looks like voting is almost at 80% completed here.
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So we'll give you about three more seconds
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to log in your poll here.
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All righty.
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So Justin, are you able to see the results?
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If not, I can talk you through them.
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I can.
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Yeah, that's a cool mix.
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That's great.
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It looks like some of everyone, every category.
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So that is great.
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And so, I guess what I would say before I move on
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is just that this really works for all of you.
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This would be fun to do if you just are interested.
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I think it would work great as like a,
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if you're working with a group kind of informally
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who are really wanting to focus on this,
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or if you're a classroom teacher,
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if, I hope not, we ever have to just go fully virtual again,
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this would work 100% virtually
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as long as you could video in
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to support your students every now and again.
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But I think the best would be
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if you get to work with your students
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for a while in class to get them started,
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and then in small groups or individually,
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they can then go on and do
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a lot of this online on their own.
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And then just kind of checking back in.
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So great, I'll try to speak to kind of every situation.
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If you have any questions as I'm going along,
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please type them in the question box.
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And I'm gonna try to leave some time
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at the end to go over that.
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So we're gonna be talking about coral today in Hawai'i.
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And I just wanna start by honoring
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and acknowledging the fact that Native Hawaiians
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have long viewed
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and sustainably managed coral reefs as vital ecosystems.
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So this image that you're seeing is actually one part
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of a much longer mural that we house
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at Mokupāpapa Discovery Center.
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It was created by the artist Kahi Ching,
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and this is his interpretation
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of the Hawaiian creation chant called Ke Kumulipo.
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This is actually over 2,000 lines of oral history.
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That line that I have printed there
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is one of the early ones, Hānau ka ʻukukoʻakoʻa,
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Born is the coral polyp.
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And so, as I've been taught, from lipo,
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from primordial deep blue darkness,
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the Kumulipo describes how life evolved
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from this first simple coral polyp
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to the complexity and diversity of life
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that we see around us.
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And that includes us.
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And so, what's amazing to me
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is that this was an evolutionary theory
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that established inner species relationships
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and responsibilities for stewardship.
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And so, I'm not an expert at this, obviously.
420
00:19:21.900 --> 00:19:23.120
So I would refer you to people
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like Dr. Pualani Kanaka'ole Kanahele
422
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if you wanna learn more about this,
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'cause it really is a rich foundational
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perspective here and resource.
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So as the Kumulipo shares, coral reefs are the foundation
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of nearshore ecosystems in Hawai'i.
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00:19:37.460 --> 00:19:40.080
About 70% of the coral reefs in the United States
428
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can actually be found in the Hawaiian archipelago.
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And the majority of them
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are in the Northwestern Hawaiian islands.
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So as many of you are aware, I'm sure,
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coral reefs across the world are struggling to survive
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as they're facing growing stressors.
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And the stressor we really focus on in this curriculum
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00:19:57.320 --> 00:20:00.810
is ocean warming as a result of climate change.
436
00:20:00.810 --> 00:20:02.513
So that heat stress to corals.
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00:20:05.870 --> 00:20:08.350
As I said, it's really important to us
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00:20:08.350 --> 00:20:11.200
to make sure that our students
439
00:20:11.200 --> 00:20:12.690
or whoever's engaging with this curriculum
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00:20:12.690 --> 00:20:15.130
really understand the full breadth
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00:20:15.130 --> 00:20:17.460
and richness of the Hawaiian archipelago.
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I don't know about you, but even here in Hawai'i
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00:20:19.610 --> 00:20:21.100
and when I was growing up,
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we were mostly just taught about the main Hawaiian islands,
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the younger high islands where humans reside currently.
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But the archipelago, as you can see, is much, much longer.
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00:20:29.630 --> 00:20:32.220
There's another 1,200 nautical miles
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of small islands and emerging coral atolls.
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00:20:36.320 --> 00:20:38.260
And what we ask students to do is with the,
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where those red dots are on there,
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they actually choose a study site from each,
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from the Northwestern Hawaiian islands
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and the main Hawaiian islands,
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so that as they report back with their class,
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we'll get a much kind of richer experience
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and understanding of the archipelago.
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All right, it looks like there's a little lag
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in my slide changing, but okay, good.
459
00:21:00.040 --> 00:21:01.570
You can see the student workbook.
460
00:21:01.570 --> 00:21:04.420
So when you go to our website to download these,
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00:21:04.420 --> 00:21:05.950
you're gonna see two PDFs.
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00:21:05.950 --> 00:21:08.003
The first is our student field journal.
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Because I was assuming a lot of
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kind of independent student work,
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it's written in a very kind of engaging,
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direct way to the students,
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asking them to step in as coral scientists in training.
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00:21:21.670 --> 00:21:25.280
The language is very kind of impersonal in a way.
469
00:21:25.280 --> 00:21:27.480
I mean, sorry, personal in a way
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rather than kind of third person,
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as you would see in some lesson plans and things.
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00:21:33.450 --> 00:21:35.170
There are also really clear instructions
473
00:21:35.170 --> 00:21:36.610
walking them through this process,
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'cause I know we are introducing a lot of complex topics.
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The part that I was really excited about
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00:21:41.530 --> 00:21:43.990
and I hope works for you, I'd love to hear feedback,
477
00:21:43.990 --> 00:21:47.210
is that we were able to make these fillable forms.
478
00:21:47.210 --> 00:21:49.080
So the idea being you can download
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00:21:49.080 --> 00:21:50.770
the student field journal,
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00:21:50.770 --> 00:21:53.100
make copies for each of your students.
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00:21:53.100 --> 00:21:56.010
They would just rename it to have their name on it.
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And so, as they're going through the lessons
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00:21:58.550 --> 00:22:01.430
and they can respond to the questions,
484
00:22:01.430 --> 00:22:03.160
they can put in their observations,
485
00:22:03.160 --> 00:22:05.280
there's room for all of that within this field journal.
486
00:22:05.280 --> 00:22:07.460
So that then they can just turn it back into you.
487
00:22:07.460 --> 00:22:09.040
So hopefully that works well.
488
00:22:09.040 --> 00:22:11.010
Please let me know if you have any suggestions
489
00:22:11.010 --> 00:22:12.610
as you work with it.
490
00:22:13.530 --> 00:22:17.200
Of course, I don't expect everybody to be coral experts.
491
00:22:17.200 --> 00:22:18.153
I'm not a coral expert.
492
00:22:18.153 --> 00:22:20.830
I actually tapped into some great folks
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00:22:20.830 --> 00:22:23.420
who help me here at NOAA, I'll mention later,
494
00:22:23.420 --> 00:22:27.690
but we did put together an extensive teacher's guide for you
495
00:22:27.690 --> 00:22:30.350
that gives a lot of good background information.
496
00:22:30.350 --> 00:22:31.560
And most importantly,
497
00:22:31.560 --> 00:22:33.200
because I've worked with some of these,
498
00:22:33.200 --> 00:22:35.350
they can get kinda clunky to move through.
499
00:22:35.350 --> 00:22:39.520
So I spent some time really organizing quick hyperlinks
500
00:22:39.520 --> 00:22:41.260
to help you navigate through.
501
00:22:41.260 --> 00:22:45.260
So it opens with a nice clean summary of the lessons
502
00:22:45.260 --> 00:22:48.070
and the two units that I'll be introducing to you,
503
00:22:48.070 --> 00:22:49.990
but you can quickly jump to individual
504
00:22:49.990 --> 00:22:51.800
detailed lesson descriptions
505
00:22:51.800 --> 00:22:55.250
to the Next Generation Science Standards alignments
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and the other Core Standards alignments
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00:22:57.530 --> 00:23:00.190
that we connected to each of these,
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00:23:00.190 --> 00:23:03.350
and the answer keys, which is always helpful,
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00:23:03.350 --> 00:23:04.510
so that hopefully you can kind of
510
00:23:04.510 --> 00:23:06.170
move around this pretty quickly.
511
00:23:06.170 --> 00:23:09.100
There's also a dive deeper piece
512
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at the end of most of the lessons.
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00:23:10.560 --> 00:23:13.330
And this is where, when the narrative
514
00:23:13.330 --> 00:23:15.840
of this curriculum didn't quite leave enough room
515
00:23:15.840 --> 00:23:19.390
for you to, say, go deeper into coral biology,
516
00:23:19.390 --> 00:23:21.260
we were sure to add in some links
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to other great NOAA resources that'll help you,
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00:23:23.240 --> 00:23:25.840
if you wanna spend a little more time there,
519
00:23:25.840 --> 00:23:27.960
help you engage your students with that topic
520
00:23:27.960 --> 00:23:28.793
or other topics.
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00:23:28.793 --> 00:23:30.870
There's also, where I was aware of them,
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00:23:30.870 --> 00:23:32.620
opportunities to engage your students
523
00:23:32.620 --> 00:23:34.100
in hands-on activities,
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00:23:34.100 --> 00:23:36.200
citizen science programs related to it,
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00:23:36.200 --> 00:23:39.743
or kind of community engagement opportunities.
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00:23:41.990 --> 00:23:42.913
All right.
527
00:23:44.280 --> 00:23:46.330
Sorry about the slow lag here,
528
00:23:46.330 --> 00:23:48.707
but I think you can see it now.
529
00:23:48.707 --> 00:23:50.880
Okay, so I'm gonna give you a quick overview.
530
00:23:50.880 --> 00:23:52.810
As I said, there are two units.
531
00:23:52.810 --> 00:23:55.250
Unit one is really putting students
532
00:23:55.250 --> 00:23:57.260
in the role of the scientific diver.
533
00:23:57.260 --> 00:24:00.540
So it's in the water monitoring coral.
534
00:24:00.540 --> 00:24:01.373
How does that work?
535
00:24:01.373 --> 00:24:02.800
What is this job like?
536
00:24:02.800 --> 00:24:05.800
And they're gonna be accessing a lot of online tools
537
00:24:05.800 --> 00:24:08.900
that are very immersive to start gathering data
538
00:24:08.900 --> 00:24:10.800
on their two research sites,
539
00:24:10.800 --> 00:24:13.450
building their skills and understanding of this role.
540
00:24:14.820 --> 00:24:17.110
In a second, you're gonna be able to see the breakdown.
541
00:24:17.110 --> 00:24:18.430
There it is.
542
00:24:18.430 --> 00:24:21.453
These are the four lessons that are within unit one.
543
00:24:22.460 --> 00:24:24.560
The first two lessons are pretty light.
544
00:24:24.560 --> 00:24:25.990
It's really just an introduction
545
00:24:25.990 --> 00:24:29.400
to what coral reef ecosystems are here in Hawai'i,
546
00:24:29.400 --> 00:24:31.790
kind of the importance to other life.
547
00:24:31.790 --> 00:24:35.450
And a very brief introduction to what coral bleaching is.
548
00:24:35.450 --> 00:24:39.450
That gentleman there is actually a talented educator.
549
00:24:39.450 --> 00:24:42.097
He is our aquarist at Mokupāpapa Dscovery Center
550
00:24:42.097 --> 00:24:43.700
and a marine science graduate
551
00:24:43.700 --> 00:24:45.800
from the University of Hawai'i Hilo.
552
00:24:45.800 --> 00:24:49.030
So he was kind enough to create that video with me
553
00:24:49.030 --> 00:24:52.840
during this pandemic time and is a really fun piece.
554
00:24:52.840 --> 00:24:56.060
So even if you're not gonna tackle this whole curriculum,
555
00:24:56.060 --> 00:24:57.940
I would really encourage you just to follow the link
556
00:24:57.940 --> 00:24:59.590
that will be put in the chat
557
00:24:59.590 --> 00:25:01.350
and go just take a look at that, too.
558
00:25:01.350 --> 00:25:03.120
And that work, that's a lot more accessible,
559
00:25:03.120 --> 00:25:05.710
I would say, for younger elementary as well.
560
00:25:05.710 --> 00:25:09.590
Lesson two is going to be, again, that introduction,
561
00:25:09.590 --> 00:25:12.500
but expanding our students' view of Hawai'i
562
00:25:12.500 --> 00:25:14.010
to include the entire archipelago.
563
00:25:14.010 --> 00:25:16.080
It's introducing Papahānaumokuākea,
564
00:25:16.080 --> 00:25:19.260
and really tapping into some of the amazing resources
565
00:25:19.260 --> 00:25:23.040
that one of the trustees of the monument,
566
00:25:23.040 --> 00:25:24.550
the Office of Hawaiian Affairs,
567
00:25:24.550 --> 00:25:27.470
has created to help people better understand
568
00:25:27.470 --> 00:25:30.990
the importance and cultural significance of this place.
569
00:25:30.990 --> 00:25:33.180
Lesson three is where we really dive into
570
00:25:33.180 --> 00:25:35.750
the meat of your student research.
571
00:25:35.750 --> 00:25:37.980
And so, here they're gonna be accessing
572
00:25:37.980 --> 00:25:40.160
those cool online resources that I was mentioning,
573
00:25:40.160 --> 00:25:41.720
which I'll show you in a bit,
574
00:25:41.720 --> 00:25:44.410
and they're gonna start gathering information
575
00:25:44.410 --> 00:25:47.670
and watching videos, and even 360 videos
576
00:25:47.670 --> 00:25:49.730
of what their sites are like,
577
00:25:49.730 --> 00:25:51.160
writing down their observations,
578
00:25:51.160 --> 00:25:52.840
starting to build an assessment
579
00:25:52.840 --> 00:25:55.240
and an understanding from multiple perspectives.
580
00:25:56.130 --> 00:25:59.741
The last lesson is really where all of that culminates.
581
00:25:59.741 --> 00:26:02.460
Thanks to, the first person I want to acknowledge
582
00:26:02.460 --> 00:26:03.790
is Dr. John Burns.
583
00:26:03.790 --> 00:26:07.210
He is a professor at, a associate professor, I think,
584
00:26:07.210 --> 00:26:09.130
at University of Hawai'i at Hilo.
585
00:26:09.130 --> 00:26:10.100
He's worked for NOAA, too.
586
00:26:10.100 --> 00:26:15.100
He's doing really incredible work using, what is it?
587
00:26:15.910 --> 00:26:18.470
Using photogrammetry to capture
588
00:26:18.470 --> 00:26:20.690
really incredible images of reefs.
589
00:26:20.690 --> 00:26:24.320
And he gave us a lot of his high-resolution images
590
00:26:24.320 --> 00:26:27.070
from the actual sites for us to have students
591
00:26:27.070 --> 00:26:29.320
start to do their coral bleaching assessment.
592
00:26:30.230 --> 00:26:32.240
The image you can see there
593
00:26:32.240 --> 00:26:34.810
is one kind of overlaying quadrat
594
00:26:34.810 --> 00:26:38.660
where students are actually asked to do their calculation
595
00:26:38.660 --> 00:26:42.470
of what percentage of the quadrat is bleached for that reef.
596
00:26:42.470 --> 00:26:44.380
And then kind of figuring out
597
00:26:44.380 --> 00:26:48.180
kind of what their overall aggregated assessment
598
00:26:48.180 --> 00:26:50.510
for the reef is related to coral beaching.
599
00:26:50.510 --> 00:26:53.590
It's not real complicated math, but it's a lot to take in.
600
00:26:53.590 --> 00:26:55.643
So we walk them very slowly through it.
601
00:26:57.700 --> 00:26:59.990
Lesson two or unit two is really fun
602
00:26:59.990 --> 00:27:02.840
because we're popping the students out of the water
603
00:27:02.840 --> 00:27:06.680
and actually engaging them with NOAA satellite data.
604
00:27:06.680 --> 00:27:08.970
And here are some of the amazing online tools
605
00:27:08.970 --> 00:27:10.490
that anybody can access.
606
00:27:10.490 --> 00:27:12.260
They're all free and online ready.
607
00:27:12.260 --> 00:27:14.330
But I found when I was first looking
608
00:27:14.330 --> 00:27:16.340
that they're a little intimidating
609
00:27:16.340 --> 00:27:18.550
until you get to know how to interact with them,
610
00:27:18.550 --> 00:27:19.800
and then they're just really fun.
611
00:27:19.800 --> 00:27:22.510
And so, we're really walking students through
612
00:27:22.510 --> 00:27:23.680
how to engage with these
613
00:27:23.680 --> 00:27:26.440
so that they can get a little bit bigger picture view
614
00:27:26.440 --> 00:27:27.990
of the impacts of coral bleaching
615
00:27:27.990 --> 00:27:30.410
on their particular study sites.
616
00:27:30.410 --> 00:27:33.313
And so, here are the four lessons related to that unit.
617
00:27:34.740 --> 00:27:37.990
Lesson one accesses an existing great NOAA tool
618
00:27:37.990 --> 00:27:40.320
called NOAA data in the classroom.
619
00:27:40.320 --> 00:27:41.760
And if you're not aware of it,
620
00:27:41.760 --> 00:27:45.470
we're gonna put the link in the chat box for you.
621
00:27:45.470 --> 00:27:47.420
But this is great because it's already
622
00:27:47.420 --> 00:27:48.860
kind of walking students through
623
00:27:48.860 --> 00:27:51.170
in a very interactive way on how to understand
624
00:27:51.170 --> 00:27:52.630
some of the basic concepts
625
00:27:52.630 --> 00:27:56.240
around heat stress and sea surface temperature,
626
00:27:56.240 --> 00:28:00.300
and how scientists monitor that related to coral reefs.
627
00:28:00.300 --> 00:28:02.220
I would also encourage you,
628
00:28:02.220 --> 00:28:04.450
there are other learning modules,
629
00:28:04.450 --> 00:28:06.870
including ocean acidification,
630
00:28:06.870 --> 00:28:08.940
learning about El Nino and how it works,
631
00:28:08.940 --> 00:28:11.250
water quality and sea level.
632
00:28:11.250 --> 00:28:14.640
And I know that there's some talk about adding some more
633
00:28:14.640 --> 00:28:15.640
or updating some of those.
634
00:28:15.640 --> 00:28:17.270
So please check out that link
635
00:28:17.270 --> 00:28:19.603
because it's a really great existing resource.
636
00:28:20.450 --> 00:28:23.220
Lesson two is where we really dive students in.
637
00:28:23.220 --> 00:28:24.830
And so, this is where we're using
638
00:28:24.830 --> 00:28:27.430
NOAA's online coral reef watch tool.
639
00:28:27.430 --> 00:28:30.100
It's really fun once we kinda get past
640
00:28:30.100 --> 00:28:32.420
all the colors and trying to figure out what's going on,
641
00:28:32.420 --> 00:28:33.910
and this is where I really wanna thank
642
00:28:33.910 --> 00:28:36.547
Dr. Paulo Maurin, who is with
643
00:28:36.547 --> 00:28:40.610
NOAA's Coral Reef Conservation Program through Lynker.
644
00:28:40.610 --> 00:28:43.560
And he worked extensively with me on this,
645
00:28:43.560 --> 00:28:46.150
even putting together video tutorials
646
00:28:46.150 --> 00:28:48.340
and just advising me to make this
647
00:28:48.340 --> 00:28:50.340
as accessible as possible to students.
648
00:28:50.340 --> 00:28:53.420
So we created a lot of different ways
649
00:28:53.420 --> 00:28:56.770
for students to learn about what we're asking them to,
650
00:28:56.770 --> 00:28:59.820
the information we're asking them to gather there.
651
00:28:59.820 --> 00:29:02.200
What's really neat about coral reef watch,
652
00:29:02.200 --> 00:29:04.230
and that comes into lesson three,
653
00:29:04.230 --> 00:29:06.820
is that while coral reef watch allows them,
654
00:29:06.820 --> 00:29:09.670
the first, lesson two really introduces them
655
00:29:09.670 --> 00:29:12.920
how to look at real-time data or near-real-time data.
656
00:29:12.920 --> 00:29:15.060
Lesson three teaches them how to look back
657
00:29:15.060 --> 00:29:16.560
at the historic record.
658
00:29:16.560 --> 00:29:19.560
And so, this way they're able to look at long-term impacts
659
00:29:19.560 --> 00:29:23.050
of coral reef, or sorry, heat stress on coral,
660
00:29:23.050 --> 00:29:25.500
on their coral reef study sites.
661
00:29:25.500 --> 00:29:26.670
And I think that really helps them
662
00:29:26.670 --> 00:29:28.920
kind of think a little bit more are critically about,
663
00:29:28.920 --> 00:29:31.420
oh, how is this kind of longer-term climate change
664
00:29:31.420 --> 00:29:33.663
impacting the reefs I'm studying?
665
00:29:34.610 --> 00:29:39.550
We close out kind of the whole curriculum with lesson four.
666
00:29:39.550 --> 00:29:41.390
And this is where, we don't wanna leave students
667
00:29:41.390 --> 00:29:43.810
only seeing how kind of dire the situation is
668
00:29:43.810 --> 00:29:45.857
for coral reefs, but more what can they do
669
00:29:45.857 --> 00:29:48.120
and what are people doing already?
670
00:29:48.120 --> 00:29:50.380
And so, we're tapping into another great resource,
671
00:29:50.380 --> 00:29:51.523
if you're not aware of it,
672
00:29:51.523 --> 00:29:53.853
it's NOAA's Ocean Today collections.
673
00:29:55.000 --> 00:29:57.740
The coral reef collection on every full moon
674
00:29:57.740 --> 00:29:59.430
is really great.
675
00:29:59.430 --> 00:30:02.430
I reference that in the curriculum multiple places,
676
00:30:02.430 --> 00:30:05.900
but we tap into the, what can we do video of that.
677
00:30:05.900 --> 00:30:08.760
And they bring up a lot of different kind of challenges
678
00:30:08.760 --> 00:30:10.640
that coral reefs are gonna have to get,
679
00:30:10.640 --> 00:30:12.390
we're gonna have to support coral reefs through,
680
00:30:12.390 --> 00:30:15.110
and then what people are doing to confront those challenges.
681
00:30:15.110 --> 00:30:18.160
And so, we ask students to research,
682
00:30:18.160 --> 00:30:19.977
to choose these topics, research them,
683
00:30:19.977 --> 00:30:22.430
and look at it kind of at that larger scale
684
00:30:22.430 --> 00:30:24.010
global level and national level,
685
00:30:24.010 --> 00:30:26.100
what are these big organizations doing?
686
00:30:26.100 --> 00:30:28.390
But also like, what's going on in my community?
687
00:30:28.390 --> 00:30:29.690
Let me interview somebody,
688
00:30:29.690 --> 00:30:30.800
especially if you're here in Hawai'i
689
00:30:30.800 --> 00:30:31.717
or somewhere where there are coral reefs,
690
00:30:31.717 --> 00:30:33.660
let me interview somebody on the ground
691
00:30:33.660 --> 00:30:36.850
who's doing this work who can tell me about what's going on,
692
00:30:36.850 --> 00:30:40.780
what's working, and how I can get involved.
693
00:30:40.780 --> 00:30:42.660
And what I'm hoping is through that engagement,
694
00:30:42.660 --> 00:30:44.570
and then through all the sharing that will happen
695
00:30:44.570 --> 00:30:46.800
at the end of this lesson with the class,
696
00:30:46.800 --> 00:30:47.960
it might inspire your class
697
00:30:47.960 --> 00:30:50.920
to kinda take that next step of engagement,
698
00:30:50.920 --> 00:30:53.060
especially if there's a local opportunity.
699
00:30:53.060 --> 00:30:55.660
And there are some larger, big opportunities
700
00:30:55.660 --> 00:30:58.093
that I link in the extensions section.
701
00:30:59.510 --> 00:31:02.510
All right, so it's 12:30 my time.
702
00:31:02.510 --> 00:31:04.060
Let's take a poll.
703
00:31:04.060 --> 00:31:07.120
How comfortable are you teaching about coral bleaching?
704
00:31:07.120 --> 00:31:09.510
If everybody is already like, oh, I got this nailed,
705
00:31:09.510 --> 00:31:11.680
then I'm gonna skip this next part.
706
00:31:11.680 --> 00:31:13.220
But if we have enough people
707
00:31:13.220 --> 00:31:15.280
who would like a little quick 101,
708
00:31:15.280 --> 00:31:16.560
I'm gonna go ahead and just walk us through
709
00:31:16.560 --> 00:31:18.113
the basics of coral bleaching.
710
00:31:19.310 --> 00:31:20.770
Excellent, the poll's been launched.
711
00:31:20.770 --> 00:31:22.320
So go ahead.
712
00:31:22.320 --> 00:31:25.880
And Justin, just so you know, a teacher let me know
713
00:31:25.880 --> 00:31:29.010
that the Dole Middle School students
714
00:31:29.010 --> 00:31:31.490
are in the classroom with the teacher.
715
00:31:31.490 --> 00:31:35.120
So there are some students listening along.
716
00:31:35.120 --> 00:31:37.720
So with that, I certainly think
717
00:31:37.720 --> 00:31:39.790
giving a little more information about coral bleaching
718
00:31:39.790 --> 00:31:42.490
will be helpful, but let's also see what our poll says.
719
00:31:42.490 --> 00:31:43.630
Oh, excellent.
720
00:31:43.630 --> 00:31:44.463
Thanks a letting me know.
721
00:31:44.463 --> 00:31:45.296
Welcome everybody.
722
00:31:45.296 --> 00:31:46.290
I'm glad you're here.
723
00:31:47.610 --> 00:31:50.210
All right, I think we've slowed down here.
724
00:31:50.210 --> 00:31:54.163
So go ahead and share the results.
725
00:31:56.390 --> 00:32:00.970
Yeah, looks like, kind of a broad mix.
726
00:32:00.970 --> 00:32:01.803
Yeah.
727
00:32:01.803 --> 00:32:04.200
I'm gonna go ahead, it looks like the majority,
728
00:32:04.200 --> 00:32:05.033
we'll do it.
729
00:32:05.033 --> 00:32:06.520
I won't spend a lot of time on it
730
00:32:06.520 --> 00:32:08.330
because there are great NOAA resources
731
00:32:08.330 --> 00:32:09.530
I reference in the curriculum,
732
00:32:09.530 --> 00:32:11.070
but I will take a little bit of time,
733
00:32:11.070 --> 00:32:12.170
just so we're all on the same page
734
00:32:12.170 --> 00:32:13.880
when I share the resources.
735
00:32:13.880 --> 00:32:15.160
For those of you who are already
736
00:32:15.160 --> 00:32:17.290
really comfortable teaching coral bleaching,
737
00:32:17.290 --> 00:32:19.880
I would love your feedback on this
738
00:32:20.970 --> 00:32:22.570
when you get a chance to look at the curriculum,
739
00:32:22.570 --> 00:32:25.100
and just making sure that we're taking advantage
740
00:32:25.100 --> 00:32:26.610
of all the really cool opportunities.
741
00:32:26.610 --> 00:32:29.690
And I am very happy if you wanna adapt
742
00:32:29.690 --> 00:32:32.410
and change this to fit what you want.
743
00:32:32.410 --> 00:32:34.660
And I would just ask that I would love to see
744
00:32:34.660 --> 00:32:37.310
whatever kind of adaptations and creations you come up with.
745
00:32:37.310 --> 00:32:39.670
So we can kind of continue to improve this
746
00:32:39.670 --> 00:32:41.203
and build a conversation.
747
00:32:42.430 --> 00:32:43.640
All right.
748
00:32:43.640 --> 00:32:46.160
So why does coral bleach?
749
00:32:46.160 --> 00:32:47.850
What is coral bleaching?
750
00:32:47.850 --> 00:32:49.390
There are many factors
751
00:32:49.390 --> 00:32:51.580
that can stress and damage coral reefs.
752
00:32:51.580 --> 00:32:54.240
So overfishing, run-off of pollutants
753
00:32:54.240 --> 00:32:57.190
and sediment from onshore, physical damage
754
00:32:57.190 --> 00:32:59.770
from boat anchors, or people stepping on coral,
755
00:32:59.770 --> 00:33:01.980
even some chemicals, for example,
756
00:33:01.980 --> 00:33:05.900
that are in some sunscreens have been shown to damage coral,
757
00:33:05.900 --> 00:33:08.290
but the current understanding through research
758
00:33:08.290 --> 00:33:11.830
is that heat stress, long-term heat stress
759
00:33:11.830 --> 00:33:13.220
due to climate change is really
760
00:33:13.220 --> 00:33:16.143
the biggest negative impact on coral reefs globally.
761
00:33:17.660 --> 00:33:19.970
So one thing I am really excited about
762
00:33:19.970 --> 00:33:22.040
is there's some really cool,
763
00:33:22.040 --> 00:33:24.530
more kind of coral biology curriculum
764
00:33:24.530 --> 00:33:27.130
that is available through some of our sister sanctuaries.
765
00:33:27.130 --> 00:33:28.350
I know Flower Garden Banks
766
00:33:28.350 --> 00:33:31.360
National Marine Sanctuary has some great stuff,
767
00:33:31.360 --> 00:33:33.750
Florida Keys National Marine Sanctuary has some great stuff.
768
00:33:33.750 --> 00:33:34.760
And I think they're coming out
769
00:33:34.760 --> 00:33:39.320
with some new pieces on coral restoration soon.
770
00:33:39.320 --> 00:33:41.250
So I know Claire worked with folks
771
00:33:41.250 --> 00:33:43.890
on creating a collection
772
00:33:43.890 --> 00:33:47.390
of Office of National Reef Sanctuary resources
773
00:33:47.390 --> 00:33:49.130
related to coral reef ecosystems.
774
00:33:49.130 --> 00:33:50.540
So we'll put that in the chat,
775
00:33:50.540 --> 00:33:52.920
and I would definitely encourage you to check that out.
776
00:33:52.920 --> 00:33:54.320
What we're looking at here is a clip
777
00:33:54.320 --> 00:33:56.870
from that video I made with Michael
778
00:33:56.870 --> 00:33:58.550
from lesson one, unit one,
779
00:33:58.550 --> 00:34:02.190
and this is a pōhaku puna, or a lobe coral.
780
00:34:02.190 --> 00:34:05.420
And if you look at all of those individual little dots,
781
00:34:05.420 --> 00:34:06.253
those little circles,
782
00:34:06.253 --> 00:34:09.690
they're actually individual coral polyps.
783
00:34:09.690 --> 00:34:11.793
And so, coral is actually an animal.
784
00:34:11.793 --> 00:34:16.793
It's a colony of small animals that are cnidarians.
785
00:34:16.800 --> 00:34:18.630
They're related to sea anemones.
786
00:34:18.630 --> 00:34:21.590
They're related to jellyfish.
787
00:34:21.590 --> 00:34:26.190
They have these stinging cells called nematocysts
788
00:34:26.190 --> 00:34:31.080
in their tentacles that they use to capture prey,
789
00:34:31.080 --> 00:34:33.880
small plankton that is carried along in the currents.
790
00:34:33.880 --> 00:34:35.200
The reason we don't really see this
791
00:34:35.200 --> 00:34:36.490
is because they feed at night.
792
00:34:36.490 --> 00:34:38.590
Most of the time they're hiding
793
00:34:38.590 --> 00:34:41.910
in their calcium carbonate shell, skeleton.
794
00:34:41.910 --> 00:34:44.170
And so, that's why they look like colorful rocks
795
00:34:44.170 --> 00:34:45.340
is because we're only seeing them
796
00:34:45.340 --> 00:34:46.840
kind of in their hiding place.
797
00:34:49.766 --> 00:34:50.780
Sorry, there's a little bit of lag.
798
00:34:50.780 --> 00:34:54.070
It's throwing me off, but once they capture their prey,
799
00:34:54.070 --> 00:34:55.800
they're putting it into their mouth
800
00:34:55.800 --> 00:34:58.440
and into their simple digestive tract.
801
00:34:58.440 --> 00:35:01.350
But the part that really comes to play here
802
00:35:01.350 --> 00:35:03.550
that we need to understand for coral bleaching
803
00:35:03.550 --> 00:35:06.390
is their amazing symbiotic relationship
804
00:35:06.390 --> 00:35:09.880
with a microscopic algae, zooxanthellae,
805
00:35:09.880 --> 00:35:12.120
or some people say zooxanthellae.
806
00:35:12.120 --> 00:35:12.953
And what's amazing with that
807
00:35:12.953 --> 00:35:15.030
is it actually gives coral its color.
808
00:35:15.030 --> 00:35:17.110
The coral polyp, the animal
809
00:35:17.110 --> 00:35:20.840
takes the zooxanthellae into its tissue.
810
00:35:20.840 --> 00:35:23.370
And then in addition to getting it's food
811
00:35:23.370 --> 00:35:25.970
from what it can catch through suspension feeding,
812
00:35:25.970 --> 00:35:30.040
it's actually given a huge portion of the zooxanthellae's
813
00:35:30.040 --> 00:35:33.930
photosynthetic energy for its own use.
814
00:35:33.930 --> 00:35:36.410
In return, the zooxanthellae is getting shelter
815
00:35:36.410 --> 00:35:39.480
and some specific nutrients back.
816
00:35:39.480 --> 00:35:41.640
So it's through this relationship
817
00:35:41.640 --> 00:35:44.440
that we have these very healthy, robust,
818
00:35:44.440 --> 00:35:47.740
thriving coral reefs, and very colorful coral reefs.
819
00:35:47.740 --> 00:35:51.070
NOAA has a great infographic, which I have the link for.
820
00:35:51.070 --> 00:35:53.230
It'll go in the chat here in a second,
821
00:35:53.230 --> 00:35:56.470
that kind of breaks down how coral bleaching works.
822
00:35:56.470 --> 00:35:59.280
We're focusing, of course, on heat stress,
823
00:35:59.280 --> 00:36:00.880
but it lists some of the other stresses.
824
00:36:00.880 --> 00:36:02.380
And in this infographic,
825
00:36:02.380 --> 00:36:04.790
you can see that we have a healthy coral
826
00:36:04.790 --> 00:36:05.890
full of zooxanthellae.
827
00:36:07.190 --> 00:36:10.830
Students learn that as coral gets stressed,
828
00:36:10.830 --> 00:36:12.070
it can no longer actually keep
829
00:36:12.070 --> 00:36:13.330
that zooxanthellae in it's body.
830
00:36:13.330 --> 00:36:16.510
So it'll expel it out of that same mouth part.
831
00:36:16.510 --> 00:36:18.430
And as it starts to expel the zooxanthellae,
832
00:36:18.430 --> 00:36:22.180
it becomes more of a faded color or even splotchy white
833
00:36:22.180 --> 00:36:25.740
because the calcium carbonate shell skeleton
834
00:36:25.740 --> 00:36:27.980
is becoming more visible.
835
00:36:27.980 --> 00:36:31.370
So we introduce students to the idea of partial bleaching,
836
00:36:31.370 --> 00:36:33.590
which is the first signs of stress.
837
00:36:33.590 --> 00:36:36.030
And then as that stress continues,
838
00:36:36.030 --> 00:36:37.780
we're looking at fully bleached.
839
00:36:37.780 --> 00:36:39.720
And the important piece here is that
840
00:36:39.720 --> 00:36:42.270
just because the coral is bleached,
841
00:36:42.270 --> 00:36:44.710
it doesn't mean that it's dead.
842
00:36:44.710 --> 00:36:49.060
Remember, the coral polyp can feed using its tentacles,
843
00:36:49.060 --> 00:36:51.680
but it's limited to what it can catch
844
00:36:51.680 --> 00:36:53.580
that passes by on the currents.
845
00:36:53.580 --> 00:36:54.430
And so, at this point,
846
00:36:54.430 --> 00:36:57.140
it's not getting all that extra energy.
847
00:36:57.140 --> 00:36:59.980
It's more vulnerable to disease and damage.
848
00:36:59.980 --> 00:37:01.370
If that stress continues,
849
00:37:01.370 --> 00:37:05.620
then there is a potential for death, for mortality.
850
00:37:05.620 --> 00:37:07.820
And so, let me show you what that looks like
851
00:37:09.170 --> 00:37:11.140
on a real coral reef here.
852
00:37:11.140 --> 00:37:13.940
So here, this is a reef in Papahānaumokuākea.
853
00:37:13.940 --> 00:37:18.940
This particular coral has a beautiful purplish color.
854
00:37:19.100 --> 00:37:22.160
And the way that Paulo was explaining it to me
855
00:37:22.160 --> 00:37:26.260
is that regions across the world get different temperatures.
856
00:37:26.260 --> 00:37:29.890
Whether you are in American Samoa or Hawai'i,
857
00:37:29.890 --> 00:37:31.910
the maximum summer temperatures
858
00:37:31.910 --> 00:37:33.720
that you would see are gonna be different.
859
00:37:33.720 --> 00:37:35.920
And so, these satellites are measuring
860
00:37:35.920 --> 00:37:38.790
that kind of historical high temperature
861
00:37:38.790 --> 00:37:41.270
that you would get in your summer, wherever you live.
862
00:37:41.270 --> 00:37:43.810
And that is called kind of the summer max.
863
00:37:43.810 --> 00:37:48.700
So when the temperature goes one degree higher
864
00:37:48.700 --> 00:37:51.260
than that kinda average high max,
865
00:37:51.260 --> 00:37:52.850
that's when Paulo tells me,
866
00:37:52.850 --> 00:37:55.100
I like the way he puts it, the clock starts ticking.
867
00:37:55.100 --> 00:37:58.370
That's when the coral polyps start to feel that heat stress.
868
00:37:58.370 --> 00:38:01.450
The longer that heat stress lasts and the hotter,
869
00:38:01.450 --> 00:38:03.640
the higher above that maximum
870
00:38:03.640 --> 00:38:06.240
historic average temperature it is,
871
00:38:06.240 --> 00:38:08.740
the more your corals are gonna start to get stressed
872
00:38:08.740 --> 00:38:10.770
and the faster they'll get stressed.
873
00:38:10.770 --> 00:38:12.993
So let's take a look at what that means.
874
00:38:15.350 --> 00:38:19.800
We've got number one, healthy, beautiful, vibrant coral.
875
00:38:19.800 --> 00:38:21.163
We've got number two,
876
00:38:22.070 --> 00:38:24.040
as soon as my internet catches up.
877
00:38:24.040 --> 00:38:26.280
We've got partially bleached coral.
878
00:38:26.280 --> 00:38:28.050
You can see that it's lighter in color,
879
00:38:28.050 --> 00:38:29.870
and there's kind of a splotchiness to it
880
00:38:29.870 --> 00:38:32.400
where we're seeing the calcium carbonate base.
881
00:38:32.400 --> 00:38:35.920
There's number three, where it's bleached,
882
00:38:35.920 --> 00:38:36.800
it's fully bleached.
883
00:38:36.800 --> 00:38:39.240
You can see the full calcium carbonate skeleton,
884
00:38:39.240 --> 00:38:40.820
not necessarily dead.
885
00:38:40.820 --> 00:38:42.360
This is how I've been taught
886
00:38:42.360 --> 00:38:44.310
you can pretty much tell that coral is dead,
887
00:38:44.310 --> 00:38:46.880
number four, and this is where the macro algaes,
888
00:38:46.880 --> 00:38:49.660
the algaes have actually grown over
889
00:38:49.660 --> 00:38:50.820
the skeleton of the coral.
890
00:38:50.820 --> 00:38:52.750
It's basically just using it like it would rock.
891
00:38:52.750 --> 00:38:53.930
It's just substrate to grow on.
892
00:38:53.930 --> 00:38:56.210
At that point, we know that the coral's dead,
893
00:38:56.210 --> 00:38:58.880
and all of this knowledge is what helps students
894
00:38:58.880 --> 00:39:01.663
start to do their own coral bleaching assessment.
895
00:39:03.360 --> 00:39:06.420
All right, so I'm going to change my screen,
896
00:39:06.420 --> 00:39:07.970
and hopefully this will work.
897
00:39:07.970 --> 00:39:10.270
I'm gonna start showing you some of the tools.
898
00:39:16.410 --> 00:39:17.243
Oops.
899
00:39:18.750 --> 00:39:19.583
I thought I loaded that.
900
00:39:19.583 --> 00:39:20.416
Sorry guys.
901
00:39:20.416 --> 00:39:21.249
Okay.
902
00:39:27.200 --> 00:39:28.033
There we go.
903
00:39:28.033 --> 00:39:29.160
It should come in in one sec.
904
00:39:29.160 --> 00:39:30.520
Yep, looks good.
Okay.
905
00:39:30.520 --> 00:39:33.542
Okay, so this is what Dr. Burns, John Burns,
906
00:39:33.542 --> 00:39:35.670
his teams have put together.
907
00:39:35.670 --> 00:39:37.020
This is actually an older version.
908
00:39:37.020 --> 00:39:39.780
They currently run the MEGALAB,
909
00:39:39.780 --> 00:39:42.100
which is sort of the next level of this,
910
00:39:42.100 --> 00:39:43.900
but I love the Coral Health Atlas
911
00:39:43.900 --> 00:39:44.890
through University of Hawai'i,
912
00:39:44.890 --> 00:39:48.400
because it's so easy to interact with.
913
00:39:48.400 --> 00:39:52.410
He has created a nice interactive map for us
914
00:39:52.410 --> 00:39:54.610
of the Hawaiian archipelago.
915
00:39:54.610 --> 00:39:59.360
Each of those tags represents one of the study sites,
916
00:39:59.360 --> 00:40:00.550
plus a few more.
917
00:40:00.550 --> 00:40:02.820
And then down below it has the names
918
00:40:02.820 --> 00:40:04.330
of the places that we wanna go.
919
00:40:04.330 --> 00:40:06.050
I'm gonna take you to Waiʻopae
920
00:40:06.050 --> 00:40:08.170
because that's here on Hawai'i island,
921
00:40:08.170 --> 00:40:09.930
and it has a special place in my heart
922
00:40:09.930 --> 00:40:13.360
because it is unfortunately no longer around.
923
00:40:13.360 --> 00:40:18.360
It was covered by the 2018 eruption by the Kīlauea Volcano.
924
00:40:20.430 --> 00:40:22.270
So students are gonna be able to see
925
00:40:22.270 --> 00:40:23.840
some really cool pictures.
926
00:40:23.840 --> 00:40:26.430
They're gonna see where it is on the map.
927
00:40:26.430 --> 00:40:27.830
This is gonna be a little bit of a challenge
928
00:40:27.830 --> 00:40:28.760
'cause of my time lag.
929
00:40:28.760 --> 00:40:31.950
I apologize for that, but as they scroll down,
930
00:40:31.950 --> 00:40:33.040
they're also gonna be learning
931
00:40:33.040 --> 00:40:34.730
a little bit of historic importance
932
00:40:34.730 --> 00:40:37.050
and the cultural importance of this site.
933
00:40:37.050 --> 00:40:38.380
This is only one of the resources
934
00:40:38.380 --> 00:40:40.040
they learn for that aspect.
935
00:40:40.040 --> 00:40:41.110
The main thing that they're doing
936
00:40:41.110 --> 00:40:45.550
is they're tapping into these three buttons here,
937
00:40:45.550 --> 00:40:50.550
360 pano, 3D reef model, and the reef data.
938
00:40:50.630 --> 00:40:53.020
And so, I'm hoping this will work for us.
939
00:40:53.020 --> 00:40:54.673
We're gonna go into the 360 pano.
940
00:40:59.600 --> 00:41:00.927
It may not play really great,
941
00:41:00.927 --> 00:41:04.810
but Dr. Burns has created these 360 videos
942
00:41:05.720 --> 00:41:08.450
of all of these sites the students are studying,
943
00:41:08.450 --> 00:41:10.400
so they can actually see what it's like.
944
00:41:10.400 --> 00:41:11.233
And they're actually,
945
00:41:11.233 --> 00:41:14.440
I'm asking them to write down their observations,
946
00:41:14.440 --> 00:41:16.060
look for the marine life that's there,
947
00:41:16.060 --> 00:41:17.500
look for coral bleaching,
948
00:41:17.500 --> 00:41:21.430
describe the characteristics of this particular reef,
949
00:41:21.430 --> 00:41:25.540
color, structure, whatever they can kind of pull out of this
950
00:41:25.540 --> 00:41:27.370
as they sit with the video.
951
00:41:27.370 --> 00:41:28.490
So that's just one example.
952
00:41:28.490 --> 00:41:29.500
There's some really neat ones.
953
00:41:29.500 --> 00:41:32.360
This was a beautiful reef, really incredible.
954
00:41:32.360 --> 00:41:33.687
It's sad to see it go.
955
00:41:35.030 --> 00:41:36.670
Once they have done that,
956
00:41:36.670 --> 00:41:39.700
they're also gonna be looking at the 3D reef models
957
00:41:39.700 --> 00:41:42.350
that Dr. Burns and his teams have created.
958
00:41:42.350 --> 00:41:43.730
I'm not gonna hit play on this
959
00:41:43.730 --> 00:41:45.340
because it takes a while to load.
960
00:41:45.340 --> 00:41:48.460
But when you do, students can actually
961
00:41:48.460 --> 00:41:51.790
move around on this reef, zoom in, change the angle.
962
00:41:51.790 --> 00:41:55.130
And this is all created digitally
963
00:41:55.130 --> 00:41:59.620
from hundreds of overlapping photos
964
00:41:59.620 --> 00:42:01.350
or video that they're taking,
965
00:42:01.350 --> 00:42:05.100
and then creating and using software.
966
00:42:05.100 --> 00:42:08.000
What's amazing about this, too, is it's very cutting edge.
967
00:42:09.386 --> 00:42:12.060
They're building software that can analyze
968
00:42:12.060 --> 00:42:15.450
this digital image to find, where is there coral bleaching?
969
00:42:15.450 --> 00:42:17.448
Where are their diseases?
970
00:42:17.448 --> 00:42:18.990
What is the structure of the reef?
971
00:42:18.990 --> 00:42:20.810
How good of a habitat is it?
972
00:42:20.810 --> 00:42:25.350
And if they redo this every few years, create the next one,
973
00:42:25.350 --> 00:42:27.640
they can then compare the different models
974
00:42:27.640 --> 00:42:29.530
and see how that's changing over time.
975
00:42:29.530 --> 00:42:30.720
So that's gonna really help us
976
00:42:30.720 --> 00:42:33.550
because there's some huge changes going on
977
00:42:33.550 --> 00:42:34.860
in our coral reefs right now.
978
00:42:34.860 --> 00:42:37.660
And these reefs are vast,
979
00:42:37.660 --> 00:42:39.400
especially within Papahānaumokuākea.
980
00:42:39.400 --> 00:42:41.870
So it's really hard to monitor
981
00:42:41.870 --> 00:42:43.483
more than small sections of it.
982
00:42:44.460 --> 00:42:46.620
The last thing I'm gonna show you
983
00:42:46.620 --> 00:42:51.183
is every student's favorite, the bar graph.
984
00:42:54.330 --> 00:42:58.000
And so, here, students are able to,
985
00:42:58.000 --> 00:42:59.920
we're not asking for a lot of detail here,
986
00:42:59.920 --> 00:43:02.530
but just kind of looking at the top section,
987
00:43:02.530 --> 00:43:05.990
looking at what percentage is bleaching,
988
00:43:05.990 --> 00:43:08.440
what percentage is healthy, and then identifying
989
00:43:08.440 --> 00:43:11.090
if there are any other major concerns
990
00:43:11.090 --> 00:43:13.720
that came up on that top bar graph series.
991
00:43:13.720 --> 00:43:16.820
So here we see that macroalgae overgrowth
992
00:43:16.820 --> 00:43:20.580
is somewhat of an issue there at nearly 5%.
993
00:43:20.580 --> 00:43:21.840
That means that large algaes
994
00:43:21.840 --> 00:43:23.490
are starting to overgrow the coral,
995
00:43:23.490 --> 00:43:24.940
which can block out sunlight
996
00:43:24.940 --> 00:43:26.870
and ultimately kill the coral, so it's a big issue,
997
00:43:26.870 --> 00:43:28.140
like maybe there's too much nutrient
998
00:43:28.140 --> 00:43:30.550
coming in from that particular area.
999
00:43:30.550 --> 00:43:33.350
We also ask students to learn a little bit about
1000
00:43:33.350 --> 00:43:35.160
the nuance of these studies,
1001
00:43:35.160 --> 00:43:37.140
because here they're looking at aggregated data,
1002
00:43:37.140 --> 00:43:37.973
they're looking at
1003
00:43:37.973 --> 00:43:40.020
a bunch of different surveys put together.
1004
00:43:40.020 --> 00:43:43.160
And so, either using that map that's on the right,
1005
00:43:43.160 --> 00:43:45.460
or using this dropdown menu,
1006
00:43:45.460 --> 00:43:47.420
they're able to switch around
1007
00:43:47.420 --> 00:43:50.350
and look at the results for just one site.
1008
00:43:50.350 --> 00:43:53.460
And we don't ask for a lot of analysis
1009
00:43:53.460 --> 00:43:54.580
just to kind of look and see
1010
00:43:54.580 --> 00:43:56.560
if there were particular transects
1011
00:43:56.560 --> 00:43:59.030
or particular study lines of reef
1012
00:43:59.030 --> 00:44:02.980
that had bigger issues that stood out to them.
1013
00:44:02.980 --> 00:44:06.160
All right, so I'm gonna close this one out
1014
00:44:06.160 --> 00:44:11.160
and take you to another really amazing resource.
1015
00:44:12.690 --> 00:44:16.900
So this is our Papahānaumokuākea Flickr site.
1016
00:44:16.900 --> 00:44:20.240
And I was made aware that, just like YouTube,
1017
00:44:20.240 --> 00:44:24.020
there can be inappropriate content hosted on Flickr.
1018
00:44:24.020 --> 00:44:26.440
So make sure that you take the same precautions you would
1019
00:44:26.440 --> 00:44:28.690
when students are accessing YouTube.
1020
00:44:28.690 --> 00:44:30.940
But our site is incredible
1021
00:44:30.940 --> 00:44:35.940
because it has a huge amount of still images and video
1022
00:44:37.450 --> 00:44:40.040
that different people who are studying
1023
00:44:40.040 --> 00:44:41.810
or doing cultural protocol or other things
1024
00:44:41.810 --> 00:44:44.740
within Papahānaumokuākea have added
1025
00:44:44.740 --> 00:44:46.480
and shared with all of us.
1026
00:44:46.480 --> 00:44:48.490
A lot of these are free and available
1027
00:44:48.490 --> 00:44:50.420
in the public domain for download and use.
1028
00:44:50.420 --> 00:44:52.540
And so, we ask students to use them
1029
00:44:52.540 --> 00:44:54.840
for their presentations and their research.
1030
00:44:54.840 --> 00:44:57.320
By going to the albums setting,
1031
00:44:57.320 --> 00:44:58.830
it's organized it in such a way
1032
00:44:58.830 --> 00:45:02.510
that they can actually go to their specific study sites.
1033
00:45:02.510 --> 00:45:05.080
So for example, if they're studying Lalo
1034
00:45:05.080 --> 00:45:07.440
or the English name here, French Frigate Shoals,
1035
00:45:07.440 --> 00:45:09.270
or Kure Atoll, which we remember,
1036
00:45:09.270 --> 00:45:12.853
its ancestral name is Hōlanikū, they can click into that,
1037
00:45:17.400 --> 00:45:20.240
and they are going to have all kinds.
1038
00:45:20.240 --> 00:45:23.230
This is probably a little bit bandwidth heavy for me,
1039
00:45:23.230 --> 00:45:26.400
but I'll let you see a couple of the photos here.
1040
00:45:26.400 --> 00:45:27.530
They're gonna have all kinds of
1041
00:45:27.530 --> 00:45:30.590
just incredible footage to look at,
1042
00:45:30.590 --> 00:45:33.020
both of the scientific work going on,
1043
00:45:33.020 --> 00:45:34.227
and then of specific species.
1044
00:45:34.227 --> 00:45:35.380
And so, we're asking students
1045
00:45:35.380 --> 00:45:37.230
to actually gather data this way.
1046
00:45:37.230 --> 00:45:39.240
What kind of marine organisms are they seeing?
1047
00:45:39.240 --> 00:45:41.117
How would they describe the reefs that they're seeing?
1048
00:45:41.117 --> 00:45:42.410
And so, that way it goes beyond
1049
00:45:42.410 --> 00:45:44.110
just their one particular area
1050
00:45:44.110 --> 00:45:46.850
that we're asking them to do coral bleaching assessments.
1051
00:45:46.850 --> 00:45:49.663
I'm gonna zoom you in on this eel image here.
1052
00:45:52.060 --> 00:45:55.640
And so, another great thing is that down,
1053
00:45:55.640 --> 00:45:57.640
as soon as it loads, there we go,
1054
00:45:57.640 --> 00:45:58.970
there down below the image,
1055
00:45:58.970 --> 00:46:00.760
there's a description of what they're seeing.
1056
00:46:00.760 --> 00:46:03.510
And often there is a link to maybe an article
1057
00:46:03.510 --> 00:46:06.630
that was written about this particular research project,
1058
00:46:06.630 --> 00:46:07.970
or other things that students can get
1059
00:46:07.970 --> 00:46:11.370
a little bit more information about what they're seeing.
1060
00:46:11.370 --> 00:46:16.090
They also, oops, I have my control boxes in the way.
1061
00:46:16.090 --> 00:46:17.659
There we go.
1062
00:46:17.659 --> 00:46:21.900
On the far right is a download button.
1063
00:46:21.900 --> 00:46:23.870
We do have some professional photographers
1064
00:46:23.870 --> 00:46:25.410
who have shared their stuff up here.
1065
00:46:25.410 --> 00:46:28.430
Those you can't download, but you can view,
1066
00:46:28.430 --> 00:46:32.090
but if they were done by public employees
1067
00:46:32.090 --> 00:46:34.260
or that people didn't wanna put a copyright on it,
1068
00:46:34.260 --> 00:46:36.600
there's a lot here that you can actually download
1069
00:46:36.600 --> 00:46:38.780
and you can choose a size that makes sense for you.
1070
00:46:38.780 --> 00:46:40.930
So students, this is a great resource
1071
00:46:40.930 --> 00:46:42.510
for your presentations.
1072
00:46:42.510 --> 00:46:45.250
People are gonna be wowed by what you can share.
1073
00:46:45.250 --> 00:46:46.700
All right, and I am running out of time,
1074
00:46:46.700 --> 00:46:51.070
but I have to show you the last resource here.
1075
00:46:51.070 --> 00:46:53.050
This is NOAA's Coral Reef Watch.
1076
00:46:53.050 --> 00:46:57.500
So this is really what we're using for unit two.
1077
00:46:57.500 --> 00:46:59.290
And you can see that there are actually
1078
00:46:59.290 --> 00:47:03.480
NOAA virtual stations measuring heat stress
1079
00:47:03.480 --> 00:47:05.720
all over the world, but I'm gonna zoom you in
1080
00:47:05.720 --> 00:47:08.640
to the main Hawaiian islands alert gauges
1081
00:47:08.640 --> 00:47:11.828
and time series graph.
1082
00:47:11.828 --> 00:47:12.670
And so, I'm gonna be looking away
1083
00:47:12.670 --> 00:47:15.330
at my bigger screen here for this part.
1084
00:47:15.330 --> 00:47:18.060
So what students are learning about is,
1085
00:47:18.060 --> 00:47:20.770
how can I see what heat stress
1086
00:47:20.770 --> 00:47:22.860
is impacting my corals right now?
1087
00:47:22.860 --> 00:47:26.290
'Cause there's a very small time delay on what's going on.
1088
00:47:26.290 --> 00:47:28.640
So here, right now in February,
1089
00:47:28.640 --> 00:47:30.350
it's winter for us here in Hawai'i.
1090
00:47:30.350 --> 00:47:32.980
So we have a nice, clear screen.
1091
00:47:32.980 --> 00:47:35.340
We're looking at this box in the upper left
1092
00:47:35.340 --> 00:47:37.860
is the current data.
1093
00:47:37.860 --> 00:47:40.740
And then there's forecasts going out four weeks,
1094
00:47:40.740 --> 00:47:42.630
8 weeks and 12 weeks.
1095
00:47:42.630 --> 00:47:45.110
So students can click on any of those for a zoom in.
1096
00:47:45.110 --> 00:47:45.943
We're not gonna do that,
1097
00:47:45.943 --> 00:47:47.920
'cause there's nothing to really look at here.
1098
00:47:47.920 --> 00:47:50.740
These gauges on the right are telling them,
1099
00:47:50.740 --> 00:47:53.840
so what kind of impact does this map,
1100
00:47:53.840 --> 00:47:55.820
does this heat stress have on our corals?
1101
00:47:55.820 --> 00:47:57.230
There's no stress.
1102
00:47:57.230 --> 00:47:58.420
And then moving into kinda like
1103
00:47:58.420 --> 00:48:01.320
what we do for tornadoes or tsunamis,
1104
00:48:01.320 --> 00:48:04.080
there's a watch and a warning.
1105
00:48:04.080 --> 00:48:06.520
Once we get to the point where coral,
1106
00:48:06.520 --> 00:48:08.800
we're gonna likely see coral bleaching,
1107
00:48:08.800 --> 00:48:11.530
we hit this light red alert level one.
1108
00:48:11.530 --> 00:48:13.490
And once we get to the point where we have
1109
00:48:13.490 --> 00:48:14.840
enough heat built up
1110
00:48:14.840 --> 00:48:18.910
that we're gonna likely see coral death or mortality,
1111
00:48:18.910 --> 00:48:21.960
then we get into this dark red alert level two.
1112
00:48:21.960 --> 00:48:24.940
So I'm gonna show you what this looks like
1113
00:48:24.940 --> 00:48:27.010
during a hotter period of the year,
1114
00:48:27.010 --> 00:48:29.450
and do that first by showing you
1115
00:48:29.450 --> 00:48:30.840
this cool time series graph.
1116
00:48:30.840 --> 00:48:32.810
So this is lesson three,
1117
00:48:32.810 --> 00:48:34.630
is really carefully walking students
1118
00:48:34.630 --> 00:48:36.930
how to read this graph, or aspects of it.
1119
00:48:36.930 --> 00:48:40.870
You can see here that we have the same gauges down below.
1120
00:48:40.870 --> 00:48:42.610
So we've got from no stress,
1121
00:48:42.610 --> 00:48:46.060
over to alert level two along the bottom x-axis.
1122
00:48:46.060 --> 00:48:49.880
We've got the months of the year along here,
1123
00:48:49.880 --> 00:48:54.493
January, February, March for two years, 2021 and 2022.
1124
00:48:55.640 --> 00:48:57.420
So we can see that the last couple years
1125
00:48:57.420 --> 00:48:59.000
have actually not been bad for corals.
1126
00:48:59.000 --> 00:49:00.920
We haven't had that heavy accumulation
1127
00:49:00.920 --> 00:49:03.560
of sea surface temperatures,
1128
00:49:03.560 --> 00:49:05.630
but students are gonna go
1129
00:49:05.630 --> 00:49:08.360
and they're gonna look farther back in time.
1130
00:49:08.360 --> 00:49:11.160
So let's take a look at 2018 to 2019.
1131
00:49:11.160 --> 00:49:14.500
And that dropdown menu goes all the way back to 1986.
1132
00:49:14.500 --> 00:49:17.400
Aha, so if you look over here at 2019,
1133
00:49:17.400 --> 00:49:18.800
you're gonna see that there actually was
1134
00:49:18.800 --> 00:49:22.290
a significant thermal stress period.
1135
00:49:22.290 --> 00:49:23.900
And so, we can go here and we can see, okay,
1136
00:49:23.900 --> 00:49:25.710
we remember that this orangish color
1137
00:49:25.710 --> 00:49:27.300
is a bleaching warning.
1138
00:49:27.300 --> 00:49:30.010
The red means that we have alert level one,
1139
00:49:30.010 --> 00:49:32.000
meaning bleaching is likely,
1140
00:49:32.000 --> 00:49:33.860
and then we have this huge period
1141
00:49:33.860 --> 00:49:36.690
from late September into October
1142
00:49:36.690 --> 00:49:38.140
where we were in alert level two,
1143
00:49:38.140 --> 00:49:39.420
meaning mortality was likely.
1144
00:49:39.420 --> 00:49:41.290
So that was a lot of heat buildup.
1145
00:49:41.290 --> 00:49:42.670
This doesn't tell us where,
1146
00:49:42.670 --> 00:49:46.200
and our students are studying their particular site.
1147
00:49:46.200 --> 00:49:48.520
So they wanna know, how did this impact my site?
1148
00:49:48.520 --> 00:49:51.150
And so, we can take this bigger-picture information,
1149
00:49:51.150 --> 00:49:56.150
October, 2019, and go back up to our maps.
1150
00:49:56.150 --> 00:49:58.510
And now, I'm gonna change our date.
1151
00:49:58.510 --> 00:50:02.700
Let's look at 2019 in October,
1152
00:50:02.700 --> 00:50:05.723
and let's pick maybe middle of the month.
1153
00:50:07.830 --> 00:50:09.100
Yeah, so now it's changed.
1154
00:50:09.100 --> 00:50:10.930
And we're only gonna look at the current
1155
00:50:10.930 --> 00:50:12.210
because we're looking at the past,
1156
00:50:12.210 --> 00:50:13.670
so we don't need to see any forecasts.
1157
00:50:13.670 --> 00:50:15.770
I'm gonna click on this map, the current,
1158
00:50:15.770 --> 00:50:17.133
and it blows it up for us.
1159
00:50:18.610 --> 00:50:19.443
And then from here,
1160
00:50:19.443 --> 00:50:21.940
your students can take a look at their sites.
1161
00:50:21.940 --> 00:50:24.150
They've learned already where their sites are located
1162
00:50:24.150 --> 00:50:25.300
within the main Hawaiian islands.
1163
00:50:25.300 --> 00:50:28.110
There's another map for the Northwestern Hawaiian islands,
1164
00:50:28.110 --> 00:50:30.430
and they could be seeing, oh my goodness,
1165
00:50:30.430 --> 00:50:34.330
West Hawai'i in particular was suffering
1166
00:50:34.330 --> 00:50:37.290
from alert level two during that time of year.
1167
00:50:37.290 --> 00:50:38.610
And so, they would be doing this
1168
00:50:38.610 --> 00:50:41.580
for all of the different two-year views
1169
00:50:41.580 --> 00:50:42.703
going all the way back to 1986
1170
00:50:42.703 --> 00:50:45.340
so that they can start to build a picture of like,
1171
00:50:45.340 --> 00:50:48.180
how many times have my study sites
1172
00:50:48.180 --> 00:50:53.100
been dealing with coral bleaching or even mortality events?
1173
00:50:53.100 --> 00:50:54.660
And this is where kind of going back
1174
00:50:54.660 --> 00:50:56.380
to being a coral scientist,
1175
00:50:56.380 --> 00:50:58.130
you would then go and do some on-the-ground
1176
00:50:58.130 --> 00:50:59.230
or in-the-water monitoring
1177
00:50:59.230 --> 00:51:01.820
to see what the actual impact was.
1178
00:51:01.820 --> 00:51:05.250
The nice thing is students can also breeze through
1179
00:51:05.250 --> 00:51:07.160
the different dates or switch around
1180
00:51:07.160 --> 00:51:09.490
so they're not just looking at one day.
1181
00:51:09.490 --> 00:51:12.330
They can kinda see how the heat stress areas
1182
00:51:12.330 --> 00:51:15.120
change on the map over time, because maybe,
1183
00:51:15.120 --> 00:51:17.880
for example, Lehua, which is a small island
1184
00:51:17.880 --> 00:51:21.660
just north of Niʻihau here off the far upper left,
1185
00:51:21.660 --> 00:51:25.530
that right now is only under a coral reef watch,
1186
00:51:25.530 --> 00:51:26.650
coral bleaching watch.
1187
00:51:26.650 --> 00:51:28.330
But later on, just from memory,
1188
00:51:28.330 --> 00:51:30.990
I'm remembering that it actually shifted
1189
00:51:30.990 --> 00:51:34.400
to a alert level one during part of that time.
1190
00:51:34.400 --> 00:51:36.900
So students would wanna make sure they do that.
1191
00:51:36.900 --> 00:51:40.070
All right, so I'm going to close that,
1192
00:51:40.070 --> 00:51:43.903
and bring us back to our slides,
1193
00:51:45.330 --> 00:51:48.340
and leave you a little bit of time for questions,
1194
00:51:48.340 --> 00:51:51.340
but please, I know I took a little bit of time with those.
1195
00:51:51.340 --> 00:51:52.390
If you have any questions,
1196
00:51:52.390 --> 00:51:54.680
please put 'em in the chat in the question box,
1197
00:51:54.680 --> 00:51:57.550
and Claire and Chloe will email them to me
1198
00:51:57.550 --> 00:52:00.030
and I'll answer them there and respond back
1199
00:52:00.030 --> 00:52:02.360
as we share the archive of this.
1200
00:52:02.360 --> 00:52:05.770
I did wanna let you know that I'm considering
1201
00:52:05.770 --> 00:52:08.040
doing a more in-depth teachers' workshop
1202
00:52:08.040 --> 00:52:09.500
if I get enough interest.
1203
00:52:09.500 --> 00:52:13.640
So right now, I'm tentatively holding the March 15th date
1204
00:52:13.640 --> 00:52:16.623
from 9:00 AM to 12:00 PM Hawai'i standard time.
1205
00:52:17.460 --> 00:52:19.450
At that time, I can't remember if we're
1206
00:52:19.450 --> 00:52:22.030
five or six hours difference for Eastern Standard Time.
1207
00:52:22.030 --> 00:52:25.680
We don't do daylight savings here, but please email me.
1208
00:52:25.680 --> 00:52:27.780
My email is there, if you're interested,
1209
00:52:27.780 --> 00:52:28.990
and if we get enough interest,
1210
00:52:28.990 --> 00:52:30.240
then we'll set something up
1211
00:52:30.240 --> 00:52:31.490
and we can take some more time
1212
00:52:31.490 --> 00:52:32.460
walking through the curriculum.
1213
00:52:32.460 --> 00:52:35.820
In the meantime, please do not hesitate to contact me
1214
00:52:35.820 --> 00:52:38.730
and we can talk, just talk more about your experience,
1215
00:52:38.730 --> 00:52:41.283
and I'd love to hear how it goes for you.
1216
00:52:42.130 --> 00:52:43.950
Thank you so much.
Excellent.
1217
00:52:43.950 --> 00:52:45.340
Thank you so much, Justin.
1218
00:52:45.340 --> 00:52:49.010
We're getting some good feedback from the attendees
1219
00:52:49.010 --> 00:52:50.210
that this is excellent.
1220
00:52:50.210 --> 00:52:52.640
Love the interactive approach.
1221
00:52:52.640 --> 00:52:54.680
And we do have some questions coming in.
1222
00:52:54.680 --> 00:52:57.300
So let's go ahead, Chloe,
1223
00:52:57.300 --> 00:53:00.093
go ahead and pick one of the first questions for us.
1224
00:53:01.370 --> 00:53:05.420
Sure, I think the first two kind of go with each other.
1225
00:53:05.420 --> 00:53:07.730
Someone is asking for more information
1226
00:53:07.730 --> 00:53:09.380
on volunteer information
1227
00:53:09.380 --> 00:53:13.310
for how to get involved in Hawai'i,
1228
00:53:13.310 --> 00:53:15.290
as well as, someone else asked,
1229
00:53:15.290 --> 00:53:17.520
is Hawai'i still doing humpback counting
1230
00:53:17.520 --> 00:53:19.730
as a volunteer opportunity?
1231
00:53:19.730 --> 00:53:20.726
They are.
1232
00:53:20.726 --> 00:53:22.090
It's a little adapted,
1233
00:53:22.090 --> 00:53:25.787
but if you go to our sister sanctuary's website,
1234
00:53:25.787 --> 00:53:28.790
the Hawaiian Islands Humpback Whales
1235
00:53:28.790 --> 00:53:29.670
National Marine Sanctuary,
1236
00:53:29.670 --> 00:53:33.030
maybe we can throw that in the chat.
1237
00:53:33.030 --> 00:53:35.130
I think they already started
1238
00:53:35.130 --> 00:53:37.810
because we're pretty far into the season,
1239
00:53:37.810 --> 00:53:41.113
but you can learn more about that on their website.
1240
00:53:42.420 --> 00:53:43.253
Yeah, excellent.
1241
00:53:43.253 --> 00:53:44.830
Little scaled back 'cause of the pandemic,
1242
00:53:44.830 --> 00:53:48.940
but still collecting good data, the sanctuary ocean count.
1243
00:53:48.940 --> 00:53:50.837
And it is whaley this year, let me tell ya.
1244
00:53:50.837 --> 00:53:52.400
It has been so-
That's awesome.
1245
00:53:52.400 --> 00:53:54.070
A mom and juvenile just off the shore
1246
00:53:54.070 --> 00:53:55.460
of one of our local beaches,
1247
00:53:55.460 --> 00:53:57.487
and the juvenile was just breaching left and right.
1248
00:53:57.487 --> 00:53:58.520
It was really fun.
1249
00:53:58.520 --> 00:54:00.313
Oh, that's so exciting to see.
1250
00:54:01.500 --> 00:54:03.333
We do have a question about,
1251
00:54:05.360 --> 00:54:08.010
does bleached coral come back?
1252
00:54:08.010 --> 00:54:10.250
Like, is there any survival
1253
00:54:10.250 --> 00:54:12.870
once they've hit that coral stress?
1254
00:54:12.870 --> 00:54:13.950
Thank you for bringing that up.
1255
00:54:13.950 --> 00:54:15.453
I did not talk about that.
1256
00:54:16.780 --> 00:54:21.090
Once coral is bleached, once the stress event has left
1257
00:54:21.090 --> 00:54:22.520
and temperatures are back to normal
1258
00:54:22.520 --> 00:54:24.350
or what other stress it was,
1259
00:54:24.350 --> 00:54:26.260
then they can bring that zooxanthellae
1260
00:54:26.260 --> 00:54:28.890
back into their bodies, and so they can recover.
1261
00:54:28.890 --> 00:54:32.080
So part of the concern and the reason for that lesson three
1262
00:54:32.080 --> 00:54:36.790
is that it's that kind of more frequent occurrences
1263
00:54:36.790 --> 00:54:37.890
of these heat stress events
1264
00:54:37.890 --> 00:54:40.670
that makes it harder for coral to recover
1265
00:54:40.670 --> 00:54:43.477
and to kind of reestablish with the zooxanthellae.
1266
00:54:43.477 --> 00:54:44.743
But it can be done.
1267
00:54:48.130 --> 00:54:50.140
Another question is, what type of waters
1268
00:54:50.140 --> 00:54:51.883
can coral reefs be found in?
1269
00:54:53.780 --> 00:54:55.683
Oh, it's pretty varied.
1270
00:54:59.113 --> 00:55:02.710
If you go to the data, NOAA data in the classroom,
1271
00:55:02.710 --> 00:55:05.860
they actually, the first level one activity
1272
00:55:05.860 --> 00:55:09.140
is talking about kind of the band of temperatures
1273
00:55:09.140 --> 00:55:11.930
around the equator where corals thrive.
1274
00:55:11.930 --> 00:55:12.790
So I think that would probably be
1275
00:55:12.790 --> 00:55:15.320
the most visually easy for you to see,
1276
00:55:15.320 --> 00:55:16.420
'cause there's a temperature range
1277
00:55:16.420 --> 00:55:17.620
that corals really need,
1278
00:55:19.420 --> 00:55:20.870
at least shallow reef corals.
1279
00:55:22.970 --> 00:55:24.190
This is an interesting one.
1280
00:55:24.190 --> 00:55:26.243
So a couple of years ago,
1281
00:55:27.340 --> 00:55:29.340
this teacher saw a science fair project
1282
00:55:29.340 --> 00:55:32.170
about deodorants and bleaching.
1283
00:55:32.170 --> 00:55:34.740
I know you talked about sunscreens,
1284
00:55:34.740 --> 00:55:36.770
and I mean even here in California,
1285
00:55:36.770 --> 00:55:39.220
I see coral safe sunscreens now,
1286
00:55:39.220 --> 00:55:42.260
but is there like any issue with deodorant?
1287
00:55:42.260 --> 00:55:44.660
Is there a safer type of deodorant to use?
1288
00:55:44.660 --> 00:55:46.470
Is that something that's come up?
1289
00:55:46.470 --> 00:55:48.080
I am afraid I don't know.
1290
00:55:48.080 --> 00:55:50.923
That would be a good thing to look on the NOAA's
1291
00:55:52.220 --> 00:55:55.526
Coral Reef Conservation Program's website, maybe.
1292
00:55:55.526 --> 00:55:59.530
I've only seen research for the certain chemicals
1293
00:55:59.530 --> 00:56:01.220
in sunscreens that almost, I mean,
1294
00:56:01.220 --> 00:56:02.870
they work as a sunscreen and they make it hard
1295
00:56:02.870 --> 00:56:05.103
for the zooxanthellae to photosynthesize,
1296
00:56:06.100 --> 00:56:06.933
but that's all I'm aware of.
1297
00:56:06.933 --> 00:56:08.483
I'm sorry, I'm not sure.
1298
00:56:11.760 --> 00:56:14.100
All right, I think we need to, let's see,
1299
00:56:14.100 --> 00:56:15.650
sorry, go ahead and wrap up.
1300
00:56:15.650 --> 00:56:18.003
So I'll go ahead and run these for you, Chloe.
1301
00:56:20.050 --> 00:56:22.650
Thank you everyone.
Yes, so thank you.
1302
00:56:22.650 --> 00:56:25.020
Yeah, thank you to Justin.
1303
00:56:25.020 --> 00:56:26.630
And thank you to everyone
1304
00:56:26.630 --> 00:56:29.460
for participating in today's presentation.
1305
00:56:29.460 --> 00:56:32.360
A recording of the webinar will be posted eventually
1306
00:56:32.360 --> 00:56:37.360
to our archived site of where all our webinars go
1307
00:56:37.450 --> 00:56:40.590
on National Marine Sanctuary's Webinar Series,
1308
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and everyone that registered for the webinar
1309
00:56:43.200 --> 00:56:44.440
will also receive an email
1310
00:56:44.440 --> 00:56:48.420
when this link archive is available.
1311
00:56:48.420 --> 00:56:50.150
All attendees to the live presentation
1312
00:56:50.150 --> 00:56:52.490
will also receive a certificate of attendance
1313
00:56:52.490 --> 00:56:54.953
for one hour of professional development.
1314
00:56:56.520 --> 00:56:58.630
And something else that we love to plug
1315
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is we have been conducting evaluations
1316
00:57:00.540 --> 00:57:03.280
of the webinar series since 2016.
1317
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We would greatly appreciate if you complete
1318
00:57:05.380 --> 00:57:07.550
the short six-question survey
1319
00:57:07.550 --> 00:57:10.460
that can be completed in two to three minutes.
1320
00:57:10.460 --> 00:57:11.940
And if you are a formal educator,
1321
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which I know a lot are on today,
1322
00:57:14.290 --> 00:57:15.610
and you're willing to participate
1323
00:57:15.610 --> 00:57:17.290
in a longer NOAA survey
1324
00:57:17.290 --> 00:57:19.530
about distance learning and multimedia,
1325
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I will put the link in the chat for that.
1326
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And this concludes today's live presentation.
1327
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Thank you for joining us, everyone.
1328
00:57:29.360 --> 00:57:30.500
Yeah, thanks again, Justin.
1329
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Thanks Chloe.
1330
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Have a great day, everyone.
1331
00:57:32.590 --> 00:57:33.920
Thanks for joining.
1332
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Thank you everyone. Aloha!