Tag Archives: Science

Module 3 (Post 4) – Indigenous Cultures and Astrophysics

This article from National Indigenous Television, News, and Programs (a division of Australia’s Special Broadcast Service), explores how Indigenous oral histories have preserved scientific knowledge for generations. Krystal de Napoli, a Gomeroi astrophysicist, explains how the Dreaming stories of Torres Strait Islanders contains ancient knowledge about stars and astronomy.

I really enjoyed this read and thought it did a wonderful job of explaining how stories can contain multitudes of knowledge from many different interconnected subject areas and allow for a deeper understanding of the environment.

You can find the article here.

Module 3 (Post 3) – Meshing Laboratory Science with Traditional Ecological Knowledge

The following article by Natalie Rademacher discusses post secondary educators who are combining their laboratory science courses with Traditional Ecological Knowledge. Some of the educators who are named include Gregory Cajete, who we know from our course readings, and Samantha Chisholm Hatfield, who teaches at Oregon State University.

Read the article here.

From the article:

“By meshing laboratory science with Traditional Ecological Knowledge, college professors aim to cultivate better environmental decision makers — and decisions.”

Module 2 (Post 5) – School science from the eyes of the Woodlands Cree

The following paper is written from the perspective of an educator and a member of the Barren Lands Cree Nation, who grew up on the eastern shore of Reindeer Lake in Saskatchewan. It aims to provide a guide to including cultural content in science education. Throughout our readings and discussions, we have learned a lot about the value of place-based education and culturally relevant education. Although not aimed at post-secondary science classrooms, I still think the content is valuable as many of my Indigenous students come from northern Saskatchewan communities.

Michell, H. (2012). School science from the eyes of the Woodlands Cree: Using the migawap dwelling and traditional values as a guide to plot fundamental key concepts and ideas. The Canadian Journal of Native Studies, 32(2), 19-49.

Module 2 (Post 3) – Indigenous Science Division of Environment and Climate Change Canada

While searching for resources about Indigenous science, I discovered that earlier this year Environment and Climate Change Canada started an official Indigenous Science Division (ISD). Dr. Myrle Ballard, an Anishinaabe scholar at the University of Manitoba, is leading the division using the framework of Three-eyed Seeing. I am excited to see a federal ministry taking steps towards reconciliation and hopefully decolonizing the science that informs government environmental decisions.

The ISD has a beautiful logo that represents Bridging, Braiding, and Weaving. I was unable to find the information on whether or not I could post it without copyright infringement. I did find a neat option to download a QR code that should take you directly to the image, though!

Module 1 (Post 4) – Celebrating Indigeneity in Science

Celebrating Indigeneity in Science

This webpage was created as the result of a virtual discussion hosted by Wilfred Laurier University on International Women’s Day in 2021. The Laurier Centre for Women in Science (WinS) welcomed indigenous women scholars to share their work and personal stories and collected the information in to a number of resources with the intent of “building a vibrant and inclusive scientific community.” I have enjoyed browsing the various resources here and thought you might too. My hope is that at least one of them will be relevant to your teaching practice. I know there are few that I will refer to in future as I teach undergraduate science labs!

Module 1 (Post 3) – Decolonizing Undergraduate Chemistry

I came across this recent paper in the Journal of Chemistry Education that gives an account of York University’s approach to decolonizing the undergraduate chemistry curriculum. It seems that many institutions talk about taking steps towards decolonizing courses, but I have had difficulty finding guidance of how to do this effectively in a post-secondary science department. This paper outlines some of the steps that are being taken to shift the narrative of the courses away from solely a western view of science.

In one example, instructors of a colloidal chemistry course included a discussion of ancient Egyptian codification of knowledge of papyrus. While this is a relatively small step, the instructor is acknowledging that science has been happening by peoples all over the globe for longer than the western view of science has existed.

 

 

Dessent, C.E., Dawood, R.A., Jones, L.C., Matharu, A.S., Smith, D.K., & Uleanya, K.O. (2022). Decolonizing the undergraduate chemistry curriculum: An account of how to start. Journal of Chemical Education, 99(1), 5-9. http://dx.doi.org/10.1021/acs.jchemed.1c00397

Module 2: Post 3 – Indigenous knowledge

This essay by Dr. Marie Battiste at the University of Saskatchewan is a wonderful overview of Eurocentric knowledge and Indigenous knowledge. The author explores the ways in which Eurocentric knowledge has sought to discredit Indigenous knowledge, and she details the recent resurgence in interest, validation, and exploration of Indigenous ways of knowing – for example, in science, law, education, and ecology.

Battiste describes how, through an “act of intellectual self-determination, Indigenous academics are developing new analyses and methodologies to decolonize themselves, their communities, and their institutions” and that “Indigenous scholars discovered that Indigenous knowledge is far more than the binary opposite of western knowledge.

She emphasizes the need for Indigenous knowledge especially in education, for both Indigenous and non-Indigenous people. She writes “more and more literature has challenged the suppression of Indigenous knowledge and has underscored the importance of bringing it into the mainstream to establish a body of knowledge that can be drawn on for the common good.”

As we know, “the exclusive use of Eurocentric knowledge in education has failed First Nations children. Indigenous knowledge is now seen as an educational remedy that will empower Aboriginal students if applications of their Indigenous knowledge, heritage, and languages are integrated into the Canadian educational system.”

Battiste describes Indigenous knowledge in general, but helpful terms: “Indigenous knowledge is an adaptable, dynamic system based on skills, abilities, and problem-solving techniques that change over time depending on environmental conditions[…]”. Furthermore, “Indigenous knowledge is also inherently tied to land, not to land in general but to particular landscapes, landforms, and biomes where ceremonies are properly held, stories properly recited, medicines properly gathered, and transfers of knowledge properly authenticated”.

She also notes that “focusing on the similarities between the two systems of knowledge rather than on their differences may be a more useful place to start when considering how best to introduce educational reform.” This sentiment inspired me to focus, in my final research paper, on how Indigenous education and non-Indigenous education are similar. I won’t be directly comparing the two, but to the extent that it comes up, my goal will be to see the similarities and – where there are differences – to see what I can learn from Indigenous ways of teaching and learning, in an effort to flip the script on assimilation.

Reference

Battiste M. 2005. Indigenous knowledge: Foundations for First Nations. WINHEC.

Module 1 (Post 2) – Indigenous Knowledge and Western Science

In the following video, Dr. Leroy Little Bear discusses Indigenous knowledge and western science at a talk in Banff. He is wonderful speaker and connects quantum physics to his Blackfoot knowledge. He uses humour and familiar characters (such as the Cheshire cat from Alice in Wonderland) to explain complex ideas. The most important message I took away from the talk was that Indigenous science and western science are both legitimate sciences and are really just different ways of looking at and describing natural processes.

What I liked about the video is that it is engaging and helps broaden the understanding that different ways of knowing are all valid. There are some differences in how cultures look at the world, but in the end, we are all striving to understand the same thing.

Module 1 (Post 1): A dialogue about decolonizing science education

 

The website linked to the image above has a recording of a discussion with three panelists (Dr. Gregory Cajete, Dr. Lorna Wanosts’a7 Williams, and Skye Augustine) about decolonizing science education and practicing indigenous science. If his name sounds familiar, it may be because Dr. Cajete was cited by some of the authors in our module 1 readings. The dialogue is the 13th in a series that were organized by the Reconciling Ways of Knowing Stewardship Society during 2020 and 2021 to continue the conversation about reconciliation despite the pandemic. Each of the panelists has a unique set of experiences to share and helps to broaden our understanding of how to include Indigenous ways of knowing in science and science education.