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Ecosystem Arena: Study Biology and Math by Playing a Role Playing Game

Study ecology and practice mental math by playing an addictive card game designed by a biology teacher. Inspired by Dungeons and Dragons, students will act as an animal in an ecosystem, choosing prey, adapting, and evolving.
Peter Burke, BA Ecology & Agriculture
Average rating:
5.0
Number of reviews:
(267)
Class

What's included

1 live meeting
50 mins in-class hours per week

Class Experience

US Grade 6 - 9
Intermediate Level
The goal of the game is to grow the largest population before the end of class. Students will each have an animal character that they represent. On their turn they have a choice to either hunt, hide, or reproduce. When a player chooses to hunt they have to spend an energy token, and they also become more vulnerable to attack. When a player chooses to hide, they save energy tokens but they also have no chance of gaining energy. 

When a player accumulates enough energy then they can reproduce, growing their population and they also have a chance to draw an evolution card. Of course evolution normally takes place over the course of thousands of generations but for the sake of game play, it happens in just one generation here. Drawing an evolution card is the player's chance to level up their character, while also learning about the real life adaptations of their animal. For example, the California Sheephead (fish) creates a mucus cocoon while sleeping to mask its scent from predators. Upon drawing an evolution card for California Sheephead, it's toughness will increase while hiding, changing the dynamics of game play. Likewise, as an animals population increases, it becomes easier to find and thus it's toughness decreases. 

Players will use math concepts like addition, subtraction, risk and reward ratio, and probability to win the game. Math can seem pointless, but when it is used as a means to an end it becomes pivotal. In this game players will use their mental math furiously in order to win the game and go home with a prize! At the same time students will become familiar with the members of an ecosystem in a specific location. Each week the location and the characters within the ecosystem will rotate. Starting in the Sea Kelp Forests off the coast of California, to the Coral Reefs of the Florida Keys, or to a Beaver Meadow in New England, the possibilities are endless. The ecosystem location, member animals, animal diets, and adaptations will always be well researched and factual so while players use their mental math to get ahead they will also learn factual information about the animals in that weeks game: where they live, what they eat, how they eat, and how they have evolved to survive. 

This game is a living model of ecosystem dynamics. It represents how energy flows through an ecosystem from primary producers (plants), to primary consumers (herbivores), to secondary consumers (predators), and on all the way up to apex predators like sharks and lions which players will take turns getting to act out. Furthermore, this game models evolution by showing that when animals reproduce, they have the opportunity to produce new combinations of genetic material and happy accidents in the genetic code which can produce new traits and abilities which are selected by the trials of survival. 

I hope to light a fire of curiosity within my students by harnessing their natural passion for games to introduce them to two core biology concepts: Ecosystems: Interactions, Energy, and Dynamics (HS-LS2 of the Next Generation Science Standards) and Natural Selection (HS-LS4 of the Next Generation Science Standards), while also giving them specific information about the regional communities of animals and their abilities which is not normally covered in biology curriculum, and also incentivize them to use their math skills for a purpose. The winner of the game will receive a copy of the animal character card that they played with their name on it and my signature, to add to their collection.  

If you want to enroll but can't afford it please reach out to me directly for a discounted rate. 

Schedule: 
October 20th: Sea Kelp Forest Ecosystem

November 5th: Coral Reef Ecosystem

November 13th: Amazon Rain Forest Ecosystem

November 20th: Everglades Swamp Ecosystem

The setting for each weeks game will rotate week on week. Sometime the setting will repeat but students will have the opportunity to play new characters in the setting so that is always a fresh experience for them.
Learning Goals
Ecosystems: Interactions, Energy, and Dynamics (HS-LS2 of the Next Generation Science Standards) 
Natural Selection (HS-LS4 of the Next Generation Science Standards)
Geography 
Location Specific Ecosystems 
Location Specific Animal Adaptations
Probability 
Addition 
Subtraction
Division 
Dividing by 10
Risk and Reward Ratio
Greater Than and Lesser Than
learning goal

Other Details

Supply List
Please Purchase a 20 sided dice, normally used for Dungeons and Dragons to enhance your learners experience of playing this game. I can role for the student but it will be much for fun for them if they can role the dice themselves.
External Resources
Learners will not need to use any apps or websites beyond the standard Outschool tools.
Joined July, 2020
5.0
267reviews
Profile
Teacher expertise and credentials
Non-US Teaching Certificate in English to Speakers of Other Languages
Bachelor's Degree in Science from Hampshire College
Biology was my favorite subject in high school, but the textbook curriculum left me with many unanswered questions about the natural world. My specialty is teaching advanced natural sciences using metaphor and an interactive teaching style that captures the attention of young people. I am continuously amazed to see 7 to 15 year olds mesmerized by natural science that I didn't encounter until college. I study scientific literature from peer reviewed sources and convert it into a fun and engaging format. In my Garden Biology class I seek to fill the gaps left by mainstream biology curriculum and build upon it to create a mind-blowing adventure for your learner. 

𝐄𝐝𝐮𝐜𝐚𝐭𝐢𝐨𝐧:
I studied agriculture and ecology in my self-designed major at Hampshire College. Hampshire College specializes in a learner lead and experiential pedagogy which aligns with Outschool's values. I studied how humans interact with nature and the environment and took courses ranging from soil science to entomology. I am a self-described ecology nerd and take pride in knowing the local plants and animals of my region. I have taken many plant walks with professional herbalists and I am familiar with the wild edible and medicinal plants of New England. 

𝐓𝐞𝐚𝐜𝐡𝐢𝐧𝐠 𝐒𝐭𝐲𝐥𝐞:
As a teacher I love to entertain my students. I love to play games and show real-life examples in class. I like to interact with my students and to pull them in using questions in a Socratic teaching style. I encourage classroom participation and engagement but I'm also accommodating to students who aren't comfortable speaking in front of the class or who have different learning needs. I celebrate neurodiveristy. Please contact me directly about your learner's needs. 

𝐄𝐱𝐩𝐞𝐫𝐢𝐞𝐧𝐜𝐞:
        I manage the vegetable garden at Wildheart Center  in NY. 
        I managed the gardens and volunteers at the Art Monastery Project to grow local organic food using ecologically informed techniques.
        I received my Outdoor Leadership Certificate from Hanfl Center for Outdoor Education and Environmental Studies in 2019 along with an Advanced Wilderness First Aid Certificate. 
        I taught English abroad for three years. 
        I was a member of Help Yourself Northampton. We planted Public Access Food Forests in public spaces around the city. I had the privilege of working alongside youth volunteers, talking with them about ecology and gardening as we planted an edible garden next to a bike path in the center of town.
        I was a member of Fresh New London; their mission is empowering youth, connecting community and growing food to dismantle systemic oppression and build food sovereignty. I worked alongside high school students in the area and talked about gardening and the environment.
        I was a member of Nuestras Raices, a grassroots urban agriculture organization based in Holyoke, MA. We worked together with the understanding that cultivating youth leadership can powerfully influence policy and systems change.
         I have assisted with a nature based after school program at Pioneer Valley Chinese Immersion Charter School which used nature games and nature based arts and crafts to teach K-4th grade students about ecological principles and outdoors skills. 
        During my six month apprenticeship at Green Gulch Farm and Zen Center in San Francisco, CA I had the opportunity to meet with local high school students to talk with them about mindfulness, meditation, and organic farming during community outreach programs at the farm. 
        During my time at Hampshire College I worked with the organization Real Food Challenge which is dedicated to mobilizing young people to redefine real food and build a food system that benefits everyone. I worked with youth leaders from around the country to advocate for more ethically and sustainably sourced foods to be served in the dining halls of schools around the country. 
        I was one of the original members of the Pioneer Valley Workers Center Farmworker Organizing Committee. My role included organizing childcare for the farmworker meetings so that the parents could meet and discuss strategies to improve working conditions at local farms. 
        I presented at the 2017 Northeast Organic Farmers Association about soil grown sprouts and the environmental benefits of growing fresh greens at home rather than buying them from farms across the country. 
       I have taken a permaculture design course focused on growing self-sustaining perennial crops with the famous Eric Toensmeier, the award-winning author of Edible Forest Gardens and Carbon Farming, and appointed lecturer at Yale University.

Reviews

Live Group Class
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$23

weekly
1x per week
50 min

Live video meetings
Ages: 9-14
2-6 learners per class

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