The themes in the film are nuanced and complex, tender and intimate: being Native in an urban city, coming of age as the first generation out of residential school, becoming politically active in an environmental justice movement.
This 20-minute documentary follows Clayton as he journeys between audiences, between memories, providing an intimate and raw portrait of the storyteller. Stories that juxtapose Clayton’s rise as a prominent Indigenous campaigner (at the Indigenous Environmental Network, Idle No More, and 350.org) with his raw and troubled journey of addiction, incarceration, healing, and forgiveness. These are impossible stories weaving together different roles: a Sundancer, a father, a husband, an abused child, a hustler, a leader. The film plunges audiences into an immersive storytelling journey, discovering the people and places and traumas and triumphs that shaped Clayton’s identity and cosmology.
#Dirty land dirty stick series
Show us what you’ve made! Take a photo of at least 4 of your favourite activities from Esplora’s Science Advent Calendar.Rooted in Indigenous storytelling tradition, Life in the City of Dirty Water is a series of intimate vignettes that weave together the remarkable life of Cree climate change activist, Clayton Thomas-Müller. They are only the best to provide a smooth ride on a road made from circles, or catenary curves to be mathematically specific. This does not mean that the square wheels are the best wheels ever. Study the cart carefully as it rolls, and you’ll see that the axle neither rises nor falls: High spots in the lumpy road are exactly cancelled by flat spots on the square wheel. This works because, as the cart rolls, the vertical distance from each axle to the horizontal base of the road stays about the same. In this test you should realise that the round wheel is the worst wheel, and the square wheel is the best. Which shape provided you with the smoothest ride?ĭoes the shape move the sleigh better on a flat surface or the track? Which one? you can compare which wheel is most effective by testing the sleigh also on a flat surface. Place the sleigh on the track and pull the string for it to move. Attach the wheels to the sleigh using kebab sticks, one shape at a time or create multiple sleighs with different wheels. Once you have a set of wheels you can test them out. We chose squares, circles, triangles, and customised shape to fit our track. Cut out your cardboard pieces into different shapes. But we are now going to test out the best shape for a smooth ride on our special bumpy track. The traditional shape for a wheel is a circle. This will help you pull the sleigh on the track you created in step 1. Attach a paper clip to the front of chassis and tie a piece of string to the paper clip. Insert a kebab stick in each straw and these will be the axles. The straw will be the shaft for the wheel axles. Take a rectangular piece of cardboard and attach two pieces of straws to its bottom, one at the front and one at the rear. We’ll do this by taking a bunch of toilet paper rolls and stick them next to and touching each other on a flat piece of cardboard. Let’s start off by making our bumpy road. We’re going to make a specific bumpy road and find the best shape for the sleigh wheels according to these bumps. In today’s activity, we are going to test out what shape should the wheels be for our special terrain. We know that the normal wheel is round, but wheels can be different and can adapt to the ground the vehicle is travelling on. Help him out by finding the best shape for his sleigh wheels to reduce the bumps.
#Dirty land dirty stick plus
This doesn’t help him to travel quietly on land plus it may cause damage to the gifts he’s carrying. Santa Claus has been experiencing some bumpy roads lately when he drives his sleigh on the ground.
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