Let's Get Earthy!

The year 2020 has had its fair share of twists and turns. What started out as large groups of friends ringing in the new decade with roaring twenties themed parties quickly turned into a global public health crisis instilling feelings of fear, sadness, and isolation people have never quite experienced before. These unprecedented times have challenged people in a wealth of different ways; from the loss of loved ones to working and learning remotely to the lack of freedom to travel freely, we have had to adapt in countless ways. That being said, we can not overlook the impact these abrupt and forceful changes have had on our overall mental health and wellbeing.

On a similar line of thought, throughout my experience in this program I have had my fair share of highs and lows. I have learned more about my strengths and more about my weaknesses than I could’ve ever imagined. I have learned that working with youth and being someone they can talk to is something I not only thrive at, but have come to be really passionate about. I have learned that I want a career in the helping profession because it is something that makes me feel so good and feels so natural. With all that being said, I have come to a fork in the road that has pushed me to make a decision on which path I want to pursue.

This new path has given me the opportunity to deeply reflect on what I really care about and what I really want out of my time here at Warner. It also asks of me to create a masters essay as the final component of my graduate program. With a task this significant, it’s important that I choose a research topic that resonates with me and/or means something special to me. As I’ve started the brainstorming process of potential research interests I’d like to focus on, one thing is certain, COVID-19 has created enormously stressful environments for just about everyone.

Similarly, during the fieldwork I recently completed at a local middle school, my time with 12 and 13-year-old students has taught me that youth are experiencing stress and anxiety at skyrocketing levels like never before due to the stressors and unknowns of this pandemic. Through informal conversations during work time, overhearing comments in the hallway during pass time, or through email threads with parents and school counselors, I can confidently express that our kids are suffering and they need our help.

There is a lot to be said about the various ways students are suffering, both directly and indirectly, by the virus. We can speak in terms of academics, social life, and mental/emotional wellbeing. My specific interests include the ways students are being impacted mentally and emotionally due to a lack of social interaction and routine, high levels of isolation, and a great reliance on major media outlets to receive scientific understanding about the virus. As someone who is on the road to receiving an M.S. in Science Education and personally suffers from high levels of anxiety and stress herself, I have a desire to tie these two areas of focus together to concentrate on for my masters essay.

More specifically, I think it would be interesting to explore students’ levels of scientific literacy about COVID-19 and the impact it has on their overall mental health and emotional wellbeing. Another area of focus could investigate whether increased awareness and knowledge of the science of the virus correlates with students’ ability to deal with the plethora of mental and emotional challenges that come with such a challenge.

If I choose this path, survey questions for students might include their overall understanding of COVID such as: What is it? How does one get infected? How are scientists studying the virus as a form of scientific literacy? Questions that relate to students’ level of scientific literacy of the virus and its impacts might include: How do you reduce levels of stress for yourself and family? Do you help support your family in making decisions related to protecting oneself on your community? Choices about attending large gatherings?

If I were to choose this route then I would likely be working with students themselves. This would take on the style of an empirical study since I would be directly collecting verbal (qualitative) responses from students in the form of surveys or questionnaires. Time permitting, I could work with students from my experience in Science STARS and/or School 58 youth in general.

A second topic I’m considering is the relationship between students’ level of self efficacy in the science classroom and their overall emotional wellbeing. This focus would also explore questions such as: What is a scientist? Who can be a scientist? Do I identify as someone who is capable of being a scientist? Learning and understanding the material? What does my self confidence in science have to do with my overall stress levels? If I were to take this route, it would likely not involve human subjects and would be a standard library research paper.

The final topic I’ve been exploring is the impact social and emotional learning (SEL) practices in the science classroom can help improve levels of stress and anxiety among adolescents (inside and outside the school environment), as well as increase self efficacy in science overall.

While there is variation among these three areas, one thing is for sure, I want to explore the relationship between science education and mental/emotional health among adolescent youth in some shape or form.

With all that being said, I’m looking forward to my new path and am hopeful that my interests will shine in whichever area of research I decide to focus on!

Sources of inspiration include…

https://www.nytimes.com/2020/11/12/health/covid-teenagers-mental-health.html

https://med.uth.edu/psychiatry/2020/09/04/teen-mental-health-and-covid-a-letter-for-parents/

https://www.cdc.gov/coronavirus/2019-ncov/daily-life-coping/parental-resource-kit/adolescence.html

https://www.edutopia.org/article/social-and-emotional-learning-science-class

After months of preparation and a week of virtual science camp in the books, I am proud to share that me and my cohort have officially completed our first remote teaching experience! While I can’t speak for the rest of my cohort, I can confidently admit how proud I am of myself, and our awesome middle school campers for sticking in there (despite the technology glitches) and constantly showing up each day of camp! This has been a profound learning experience for me, as I’m sure it was for others as well.

We all know 2020 has had (and still does have) its fair share of obstacles, most stemming from the global pandemic that has forced everyone to think twice about even the simplest of daily activities. On a much larger scale, our schools were faced with a decision they never knew they would have to face. Given the global public health crisis, our schools quickly transitioned from in person classes to emergency remote teaching (ERT) overnight. This also meant that our traditionally in-person sustainability science camp was moved to a remote setting. That being said, there are many lessons I have learned from this and today I will be sharing the role I believe technology should have in science education, along with its affordances and pitfalls.

The Role of Technology in Science Education

Given my recent experience running a remote science camp under my belt, I have allowed myself some time to reflect upon this journey and the specific roles I believe technology should play in the field of science education. The opportunity to do and learn sustainability science alongside middle schoolers has taught me a boatload of how I plan on incorporating technology tools into my future teaching practices and pedagogy.

1. The first and most important role I believe technology should hold in science education is the notion that it should, “…enhance the teacher’s role in the classroom, not to replace it” ( Flick and Bell, 2000, p. 7). Throughout my graduate classes, the discussion of technology’s role in the classroom has been debated time and time again. More often than not, I find technology critics to be most fearful that teachers will lose their main responsibility as the educator in the classroom due to the increased use of technology in our learning spaces. While I understand this concern, I find that Flick and Bell (2000) successfully line out why this concern is no longer completely valid in its thought process. As long as we continue to keep our teachers at the forefront of our students’ learning process, there should not be great worry as to technology stealing teachers’ thunder.

2. Another major role I see technology having in the science classroom, whether that be in-person or virtual, is the understanding that, “Technology should always be introduced in the context of science learning” (Flick and Bell, 2000, p. 3). In other words, technology should always be used to enhance the student learning process, rather than using it just for the sake of using it. This is something I want to remain mindful of as I continue my preservice teacher journey, as it is imperative to use technology only when it is complementary to the science work my students will be doing.

3. Last but certainly not least, technology in the science classroom should be utilized to make the science work even more fun, exciting and engaging! I understand that my future students will each have their own favorite school subject, and for many it may not be earth science. While I enter the school year with this understanding, I want to make my class as exciting, authentic, and relatable as possible! Through my experiences as an academic tutor, substitute teacher, and recent remote camp team member, I have found that the preteens and teens of today love technology (maybe even more than me!) and soak up any opportunity they get to engage with a new gadget, app, or social media platform like Tik Tok. If I can incorporate unique technology tools like Google Jamboard or Flipgrid into my teaching tool kit while simultaneously making it meaningful and engaging for my students – I don’t see why not!

Pros and Cons of Technology in Science Classrooms

Pros:

• Technology and science share a reciprocal relationship where by nature, they both embody a desire to further new discovery. For example, students may ask questions that “fuel the desire for new technologies” (Flick and Bell, 2000, p. 11).
• As mentioned earlier, technology use in the classroom helps enhance student learning, as well as collaboration between students. The advancement of certain technology tools with cloud-based features (i.e. Google Drive) has allowed students to work together on projects in live time.
• Technology helps us move away from the traditional model of education where the teacher lectures and students passively retain all the information. Through new advancements, it has paved way for things like Flipped Classroom models and more student and inquiry-driven, collaborative strategies to support student learning.

Cons:

• There is still a digital divide issue related to accessibility variability of students technology access in school versus at home. This inequality in technology access has been of controversy for a long time and is something that needs to be considered when certain at-home assignments require students to use technology.
• The potential for distraction is always there. It’s just something to be mindful of, that’s all.
• Digital literacy. As highlighted by Havlik (2014), “The ability to sift through excess news stories, differentiate fact from opinion, and organize and synthesize data to communicate scientific ideas are not skills learned by being an everyday user of social media.” Students traditionally scan through social media sites like Twitter and Facebook passively, neglecting fact from opinion. As science teachers, we must guide students’ thinking processes as they differentiate “good” data from “bad” data. For example, we need to teach our youth to be scientifically literate through deciphering well supported scientific evidence from poorly supported ones.

I almost forgot to explain the title of this post! “Learning To Let Go” stems from my incessant nature to want to plan everything ahead of time and expect everything to go as planned. My experience co-leading the virtual science camp has taught me that I need to modify this mindset by learning to be more flexible, as the state of our world (and school openings) have forced us to do so. While I know I have a far way to go, I am proud of the leaps and jumps I’ve already made.

Resources:

Flick, L. & Bell, R. (2000). Preparing tomorrow’s science teachers to use technology: Guidelines for science educators. Contemporary issues in technology and teacher education, 1(1), 39-60.

Flipped Classroom. (2019, October 24). Retrieved July 24, 2020, from https://facultyinnovate.utexas.edu/flipped-classroom

Havlik, B. (2014). How Social Media Can Support Science and Digital Literacy http://www.pbs.org/wgbh/nova/blogs/education/2014/08/how-social-media-can-support-science-and-digital-literacy/ Retrieved on July 12, 2017.

This isn’t a rhetorical question, I’m being serious here. So, do you know where your food comes from?

Fine, maybe I started this post off too strong but I’m curious how many of my readers know about the long journey it takes for the food you consume to finally end up on your plate. Maybe you start to consider where the bananas you put in your morning smoothie came from? Or maybe you think about where the rice you use in your weekly stir fry was grown? Or maybe all you care about is making sure your local grocery store has all the items in stock that were on your weekly grocery list. No matter what runs through your head when you answer this question, I believe it’s important to at least be aware of the bigger picture.

So, what’s the “bigger picture”?

The bigger picture I speak of is sustainable agriculture and the importance its practices have on the natural environment. According to the National Institute of Food and Agriculture, sustainable agriculture seeks to protect the environment, expand Earth’s natural resource base, and maintain and improve soil quality.

Farming sustainability aims to meet three main goals:

1. Environmental Health: protection of the environment and expansion of the natural resources supply

2. Social and Economic Equity: enhance quality of life for farm families and communities

3. Economic Profitability: sustainment of the economic viability in the local community

The following venn diagram helps to visually categorize the three main sectors of sustainability, or in this case, sustainable agriculture. Take note of the overlap between different circles. Keep in mind that in order for farming practices to be considered sustainable, they must meet all three standards: social, environment, and economic.

Why are you talking about sustainable agricultural practices in the first place?

So here’s the backstory to all this. As a member of the Get Real! Science (GRS) program, I will be partaking in developing a week-long science camp program for middle school students (grades 6-8) in Sodus. For those of you who aren’t familiar with Sodus, it’s a small, rural town located about 35 miles northeast of Rochester, NY right along Lake Ontario. The theme for this year’s science camp is centered around sustainability but more specifically, sustainability issues the community is directly facing.

What kind of work will you be doing?

My group (Cindy and I) are focusing on sustainable agriculture and its relevance to Sodus as a small, rural community. As of right now, we intend on framing our camp on the following essential question: Why do sustainable vs. conventional agricultural practices look different (inputs and outputs)? How can implementing sustainable agriculture practices into small, rural communities like Sodus, benefit their overall ecological and social health? Some of the concepts we plan on further exploring are food miles, ecological footprint, biodiversity, and many more. There are cool online tools that allow one to calculate your own food miles like the Food Miles Calculator or the Ecological Footprint Calculator.

How does this relate to Sodus?

Agriculture is very close to home for Sodus residents. Sodus is full of farms of all kinds but especially apple orchards like at Burnap’s Farm Market. It seems like almost everyone in Sodus has a connection to the local agricultural economy; whether they know someone who owns a family farm or if they work on a farm themselves, farming is a part of Sodus’ unique community and culture. We want to explore all the benefits and potential pitfalls to sourcing food locally.

My camp group aims to create authentic science learning opportunities and activities that are culturally sustaining for the town of Sodus and are grounded in the students’ interests and curiosities.

These are just some of the ideas we have explored thus far and are open to any suggestions or pointers you may have!

Resources:

https://nifa.usda.gov/topic/sustainable-agriculture

https://sustainableamerica.org/blog/what-is-a-food-mile/

https://www.ucsusa.org/resources/what-sustainable-agriculture

Unless you’ve been living under a rock, you are aware of the global climate change crisis we are currently facing on planet Earth. You may also ask yourself, “Who is at fault for this?”, “Why should I care?”, and “What parts of our planet are getting hit hardest?”. In this post, I will provide answers to these often misunderstood questions, but more importantly, I will be focusing on one particular geographic region that is often overlooked by the general public: the Arctic.

What is the Arctic?

A region that falls within the Arctic Circle. The edge of that circle is defined as the northernmost point at which the sun is visible on the northern winter solstice and the southernmost point at which the midnight sun can be seen on the northern summer solstice. The high Arctic is that most northerly third of this region. It’s a region dominated by snow cover much of the year.

Below is a regional map of the Arctic. Take note of the red dashed line and how it crosses over various political boundaries.

The Details

On September 18, 2019, the Arctic sea ice reached its minimum extent this year, at 4.16 million square kilometers. This number is the second lowest on record, with only 3.4 million square kilometers in 2012 topping it. This is nothing to be proud of. Especially when you come to accept with the fact that this is all due to anthropogenic causes or human induced. An increase in greenhouse gas emissions into our atmosphere is the leading cause for our warming planet.

Over the last century, the burning of fossil fuels like coal and oil has increased the concentration of atmospheric carbon dioxide (CO₂). This happens because the coal or oil burning process combines carbon with oxygen in the air to make CO₂. To a lesser extent, the clearing of land for agriculture, industry, and other human activities has increased concentrations of greenhouse gases as well.

According to a recent special report on the ocean and cryosphere, the Intergovernmental Panel on Climate Change (IPCC), the UN body for assessing the science due to climate change, claim that we could very likely see an ice-free Arctic once every 100 years if we limit warming to 1.5 C above pre-industrial levels. But, if we warm to 2 C, that would increase to once every three years.

The Science

Snow and ice have long played a vital role in moderating Earth’s climate since the beginning of time. The white surfaces reflect the sun’s radiation, which in turn help to maintain a comfortable temperature to sustain life on our planet.

Since our planet is experiencing an extreme warming effect, ice thins and melts which then exposes the dark water below, which then absorbs the radiation. So each year the global temperature rises, melting more ice and more snow. This process is called a positive feedback loop, warming causes ice melt, ice melt causes warming. And that process — also called Arctic amplification, the science explaining why temperatures are warming faster in the Arctic region than anywhere else in the world. This ultimately leads to what we are observing now, which is a rapidly changing climate.

Arctic Amplification

In order to fully understand why the Arctic sea ice reached its second lowest minimum extent this year, it is imperative to understand the scientific complexity behind this phenomenon.

In sum, the loss of sea ice is a major reason. When bright white and reflective ice melts, it gives way to a darker ocean; this amplifies the warming trend because the ocean surface absorbs more heat from the Sun than the surface of snow and ice. In more technical terms, losing sea ice reduces Earth’s albedo: the lower the albedo, the more a surface absorbs heat from sunlight rather than reflecting it back to space.

Since the Arctic circle is largely covered in ice, it is warming twice as fast as the rest of the planet!

Watch the NASA video below to learn more.

Military Involvement?

If you are interested in learning about the political and military impact this warming trend has had on the Arctic region, read this article from National Geographic.

Resources:

https://www.ipcc.ch/srocc/home/

https://www.sciencenewsforstudents.org/article/record-heat-burning-arctic-and-melting-greenlands-ice

https://nsidc.org/about/monthlyhighlights/2009/09/arctic-amplification

https://www.cbc.ca/news/technology/ice-free-arctic-1.5291966

Why do we wear sunscreen?

Chances are, at one point or another in your childhood (or adulthood), you’ve been instructed to wear sunscreen when spending long periods of time outside in the sun. But have you ever considered the science behind this logic? Well no worries, I am here to save the day and share the scientific explanation behind this often misunderstood concept!

Science debunked!

–I have dark skin. I don’t need sunscreen.

MYTH. Dark skin is just as susceptible to sun damage. In fact, it’s just more difficult to visually see the skin damage on the skin. Skin cells respond to UV rays by releasing pigment. This pigment, which we think of as a sunburn, is harder to see in darker skin. Your skin color is not the same as SPF sun protection!

-I don’t need sunscreen if it’s cloudy out or it’s cold.

MYTH. Clouds are simply water vapor. They can’t protect you from UV rays from the sun. People tend to hold the misconception that since it’s not sunny outside, there’s no way the sun’s rays could damage one’s skin. Newsflash! When you’re out skiing in the snow, you’re actually getting hit by the sun’s rays twice because the UV rays are being reflected; once from the sun and then when the sun’s rays bounce off the snow. This same phenomenon occurs on a cloudy day at the beach; you get hit by the sun’s rays directly and when they bounce off the water or sand.

-My sunscreen is SPF 50 so I don’t need to apply it as often.

MYTH. No matter what the SPF number is, sunscreen is only effective for around two hours maximum. The number refers to how much protection you’re actually getting from applying the product, not how long it lasts.

Sunscreen is just a lot of applied chemistry!

A short synopsis of the science behind sunscreen:

• UVA waves: About 95% of all solar radiation that reaches earth’s surface. It is also the kind of UV wave that penetrates deepest in our skin. Contributes to skin cancer through indirect DNA damage.
• UVB waves: About 5% of all solar radiation that reaches earth’s surface. Causes direct DNA damage and one of the main contributors to skin cancer.

In order to be most effectively protected from the sun, the American Academy of Dermatology recommends looking for the “broad spectrum” label when purchasing a new bottle of sunscreen. Broad spectrum simply means that it will protect your skin from both UVA and UVB rays.

Below are some of the super informative websites I used to learn about the science behind sunscreen. Check them out to learn more about sun exposure and sunscreen!

• https://www.colorescience.com/learn/how-does-sunscreen-work-to-protect-your-skin
• https://www.aad.org/media/stats/prevention-and-care/sunscreen-faqs

Most of all, enjoy the summer solstice tomorrow!

“It’s 2019. We already have maps of Earth. There’s no need to create anymore maps because we already know what our planet looks like. Geography and cartography are dead fields anyway, what’s the point?”

Despite the fact that I majored in geography during my undergraduate career, I understand why so many people in our country hold this skewed logic.

Why do so many people hold this stance on the geographic discipline?

I think the first flaw is simply the misunderstanding of what geography as a discipline is. Geography isn’t just about memorizing the capital of every U.S. capital or being able to point out where every country is located on a world map. Geography is not just about memorization and location.  It is the study of places and the relationships between people and their environments. Geography seeks to understand where things are found, why they are there, and how they develop and change over time. This brings us to my next topic of discussion. . .

Why should you care?

Unless you’ve been hiding under a rock, you probably are aware of the phenomenon our planet is currently experiencing and has been for several decades: Human induced climate change. This is not something to take lightly. The current warming trend is of particular significance because most of it is extremely likely (greater than 95% probability) to be the result of human activity since the mid-20^th century and proceeding at a rate that is unprecedented over decades to millennia.

Also, did you know that 97% of climate scientists agree that climate-warming over the past century are due to human activities? Personally, I believe this is an alarming statistic we must pay attention to and I think you should, too!

What does the global climate change phenomenon have to do with mapmaking?

Just think about it for a moment. Climate scientists have found that one of the largest impacts this warming trend has on our planet is increased temperatures on our planet, causing glaciers in the polar regions to melt at an alarming rate and in turn, results in sea levels rising. Wouldn’t this mean that our current maps might slowly but surely become inaccurate because of recent warming trends? Might this necessitate an update in the appearance of our maps, especially in the Arctic region?

I found an article from BBC.com that captures this issue really well. The author of the article, Jonathan Amos, points to the fact that the Arctic region is warming twice as fast as the rest of the planet. The seasonal sea-ice is decreasing at an alarming rate and the ice sheet that sits atop Greenland is losing mass at a rate of about 280 billion tonnes a years. In layman’s terms, this is extremely disconcerting and should not be something to take lightly.

When choosing to make a map of this region, one must understand that it has to be updated rather often. This is exactly what the team on the British Antarctic Survey (BAS) are doing currently. Geographic information systems and mapping specialists from the BAS are working on producing an updated map of the Arctic region. This is no easy feat. It takes time and persistence to take on such a huge, yet imperative task.

I hope I helped you better understand why we still need geographers in this world.

If you’re still interested in learning more about global climate change and what YOU can do to help, check out some of the great resources I found below:

–The Intergovernmental Panel on Climate Change (IPPC): The United Nations body is responsible for assessing the science related to climate change.

–NASA on Global Climate Change: NASA’s site has extensive research on the most up to date research in current climate science.

When is the last time you exercised? Take a moment to think about it, Whether that be completing a lengthy workout at your local gym, a yoga class at the hip studio down the block, or even a walk in your neighborhood park. Do you remember how you felt afterwards? Or more specifically, can you recall how the physical activity you performed impacted your memory? Chances are you don’t remember and that’s perfectly fine but I want to introduce you to something completely mind blowing!

Would you believe me if I told you that physical activity actually helps improve memory retention and mood?

Believe it or not, this is a very researched topic and rumor is true, aerobic exercise and memory recall have a very close relationship with one another. Let’s call them peas in a pod to help you understand the tight-knit relationship they share.

Why am I sharing this with you anyways?

So here’s the thing, this summer part of my role as a science education student in GRS, I will be partaking in developing a week-long science camp program for middle school students in Sodus. For those of you who aren’t familiar with Sodus, it’s a small, rural town located about 35 miles northeast of Rochester, NY right along Lake Ontario. Collectively, my group (The Playground Posse) and I are responsible for creating lesson plans related to our provided topic which is based off the fact that Sodus’ elementary school will be getting a new, updated playground later this year.

The overarching question we came up with is: What components should an inclusive playground that is physically and mentally rigorous incorporate? Hopefully now you better understand why I want to discuss this phenomenon in greater detail. One of the potential activities my group members have considered doing with the students in camp is to create a memory game that incorporates physical activity. We found a great educational video from Dragonfly TV, a science education television series that appeared on PBS, that put this question to the test! We intend of doing something along the lines of having the students memorize a ton of different objects laid out on a table, have them exert all of that bundled up energy in the form of being active on the playground and running around, and then have them choose which objects are in the same pile on the table from earlier.

So now you are probably wondering where all the science is to back up this awesome claim. I found a phenomenal TED Talk from neuroscientist and NYU professor Dr. Wendy Suzuki where she discusses the unique relationship between physical exercise and mood and memory. Some of her most recent work highlights how aerobic exercise can be used to improve not only learning but memory retention and higher cognitive abilities in humans.

If you are even the slightest bit curious about how this works, I highly recommend watching this short, yet extremely informative video to learn why Dr. Suzuki believes that, “Exercise is the most transformative thing that you can do to your body.”

The Playground Posse would love to hear from you! Please feel free to comment any suggestions you may have for a creative memory-physical activity game for our camp plans.

That’s all for now! Thanks for reading (and learning!) and have a fantastic weekend full of exercise and vitamin D!

Hello to all my earthlings! Earthies? Apologizes for the pathetic pun but it’s in my blog’s title so it was a necessity.

Anyways, I want to start off by briefly introducing myself. My name is Hana and I am one of ten individuals in this year’s cohort of ‘Get Real! Science‘, a unique, interdisciplinary science teacher preparation program, at Warner School of Education at University of Rochester. I am fortunate to be part of such a special program that uses an inquiry-based approach to engage students in science inside and outside of the classroom. I look forward to incorporating what I learn during my time with GRS, along with my personal experiences, on this exciting platform. But most of all – I cannot wait to teach adolescents the exciting world of earth science! (No offense to the biology, chemistry, and physics nerds out there.)

My innate passion for the earth often influences me to visit county or state parks in my local area. Prior to making the big move to Rochester last month, I had one last outing with my grandma. Keep in mind that my grandma and I have a close relationship, so embarking on my new journey 8 hours away from home was intimidating and I knew being far from her would be tough. We both share a love for nature, so naturally we agreed to make a trip to Planting Fields Arboretum in Oyster Bay, NY. It is a nature park and arboretum covering over 400 acres! I highly recommend visiting if you’re ever in the area.

After taking a short stroll on the grounds we decide to enter the main greenhouse, an earth scientist’s dream. As I push my grandma in her wheelchair along the narrow walkways that weave around the different varieties of plant life, I realize it’s easy to get distracted by the 90 degree heat (thanks to the greenhouse effect) when I’m sweating through my jeans and feel drips of sweat running off my glasses. Regardless, I persevere and continue pushing her on the wobbly path because it was our day and I wanted to enjoy every second of it.

Below is a diagram of the natural greenhouse effect in case you are unfamiliar with the phenomenon.

Becoming a future science educator and pushing my grandma in a wheelchair have something in common. You may not think so but it’s true. It’s the idea that my future students will all come from different unique backgrounds, just like the wide array of plant and flower varieties that originate from biomes all around the world. In my future classrooms, I will encounter hurdles that will challenge me and I will work with students who might have very different upbringings than my own, as well as their peers. This is why I must maintain a classroom environment that is culturally sustaining or in other words, foster cultural pluralism in a safe space for all students. The main takeaway is that when I am confronted with a tough situation in the classroom, I must acknowledge that every individual in that room comes from different upbringings and so I must understand how to integrate pedagogy that is dynamic and diverse in nature.

As someone who wants to inspire younger generations by making them aware of the challenges our current and future planet will have to face, my greatest goal is to educate them on how to better the world with the simplest actions and how small actions can have large impacts.

So here’s to you learning a bit about me. And to me embarking on this journey to learn a lot about myself both as a learner and as a future educator.

Also don’t forget to check out my fellow cohort’s science education blogs!

Science is an understanding of natural phenomena through observation and experiment.