WEBVTT

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Hey, this is Climate to Action, a California

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State University San Marcos student podcast.

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We're here to amplify voices and empower solutions

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in the fight against climate change and to address

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climate justice for all living things. We are

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committed to incorporating discussions on indigenous

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knowledge in addressing the climate crisis and

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to providing a call to action in every episode.

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My name is Eldon. I'm the production engineer

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at Climate to Action. And I'm excited to share

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more discussions that will make you think about

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our world, climate action, and climate justice.

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First, we'd like to acknowledge that our recording

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studio is located on traditional territory of

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the Luceño -Payamkawichan people. CSUSM and its

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surrounding area are still home to the six federally

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recognized bands of the La Jolla, Paula, Palma,

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Pechanga, Rincon, and Cebu -Luceño -Payamkawichan

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people. It is also important to acknowledge that

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this land remains a shared space among the Kupeno,

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Kumeyaay, and Epi peoples. Today we have a special

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episode. This is an excerpt taken from our Climate

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Change 101 episode with CSUSM chemistry professor

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Dr. Hale Keshkar, who is an expert in green chemistry.

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This bonus episode will focus on knowledge she

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shared on that subject. So without further ado,

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let's hear what Dr. Keshkar had to say. something

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about green chemistry. Can you explain what green

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chemistry is for our guests? Yes. Well, you know,

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everything around us involves chemistry. As you

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and I are talking, there's chemistry going on

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in our bodies. Chemistry is in our natural systems

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everywhere. Chemistry is a big part of our industry.

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Without chemistry, we would not have the industries,

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everything that we use as we have them. humanity

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would not be able to have everything that we

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have today without chemistry. So chemists have

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done a lot of good for us, for humanity. But

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so far, the focus on chemistry and what we wanted

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to do with it was on economic development and

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some human development. Green chemistry is looking

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at chemistry with a sustainability lens. So what

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is sustainability? Sustainability, as you might

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know, has three pillars. Economic development,

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societal development, and protecting the environment.

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So that protecting the environment was pretty

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much what was missing before. did not really

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focus on the fact that everything that we do

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has an impact on the environment. So sustainability

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basically acknowledges that we humans are part

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of the environment. We are part of what we call

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biosphere, living part of our environment. We

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need the environment for everything we do, from

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the food we consume, from the food that we produce,

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all the way to everything that you and I have

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today, from your phone to clothes you're wearing,

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desk you're using, the chair you're sitting on,

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everything. has some elements that come from

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the environment. The raw material comes from

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the environment. So we need the environment for

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everything we do. And then from the other side,

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everything we do has some impact on the environment.

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From breathing, living, eating. Our waste, all

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the way to everything we do in industry has some

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environmental impact. And again, we need that

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environment for our lives to thrive. So sustainability

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is allowing us or helping us acknowledge that

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protecting the environment means protecting ourselves.

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And in order to protect ourselves and guarantee

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that our future generations can also have the

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quality of life that we have, and we can have

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a just society, all of that means that we need

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to protect the environment. All the resources

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that we need come from the environment. So green

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chemistry basically... helps us design chemistry

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and do chemistry again with acknowledging that

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we need the environment and we need to protect

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the environment and how can we protect the environment

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we have to reduce our impact on the environment

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and how can we reduce the impact Again, how can

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we design any chemistry we do in industry or

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in other aspects of our lives to reduce our human

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impact on the environment and reduce the hazard?

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Anything that can harm us and the environment,

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other species, other living beings. Because again,

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we know that this all comes back to us. At some

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point, we or our future generations or people

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on the other side of the world need to use the

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environment that we're impacting. And when it

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comes to using it and using resources or basically...

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When I say resources, I mean anything from air,

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from water, energy. We get our energy also from

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the environment. So all of those, we need to

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have our environment at its best so that it can

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serve us. So green chemistry is same chemistry,

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but with the focus. on protecting the environment,

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using chemistry for a just society, and sustainability.

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Thank you for clarifying that. I hope our listeners

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got a quick glimpse of that. Hey, Eldon again.

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I hope this excerpt from our conversation shed

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some light on a subject you may not have known

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about. The climate crisis is worsening as we

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speak and discussions on the climate are needed

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more than ever. Climate to Action is dedicated

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to hosting more discussions like this one. Look

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out for more unfiltered honesty on the climate

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crisis. Our call to action for this episode is

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to talk to a friend about what you've learned

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and think about how your studies or career relates

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to the environment also. Climate to Action is

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recorded at Inspiration Studios on the California

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State University San Marcos campus. This podcast

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is supported by a generous donation from the

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Rosemary Kramer Raitt Foundation. Want to hear

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more from Climate to Action, a CSUSM student

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podcast? Follow us on our socials at Climate

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to Action. Visit for updates, behind -the -scenes

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content, and more. Until next time, this is Eldon

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from Climate to Action, signing off.
