If being alive on Earth were a contest, humans would win it hands down. We're like the Michael Phelps of being alive, but with 250,000 times more gold medals. Today Hank is here to tell us the specifics of why and how human population growth has happened over the past hundred and fifty years or so, and how those specifics relate to ecology.
In this episode of Crash Course Kids, Sabrina talks about what properties are and how we can measure them to tell us more about an object.
Hank introduces us to biogeochemical cycles by describing his two favorites: carbon and water. The hydrologic cycle describes how water moves on, above, and below the surface of the Earth, driven by energy supplied by the sun and wind. The carbon cycle does the same... for carbon!
IDÉLLO is a Canadian French language platform with over 13,000 Prekindergarten to Grade 12 educational resources, including streaming videos, games, websites, applications and teaching tools. The resources are designed to meet the needs of teachers, educators, students and parents and are curated by experts.
Final projects can help students summarize and review content from the entire semester. Plus, they can create fantastic products with what they've learned!
Projects let students take what they’ve learned, put it all together and show off a little of their own creativity and personality.
Options include:
1. Create a website
2. Create a screencast video
3. Make a single multimedia webpage
4. Connect with a cause
5. Create an infographic
6. Create a series of podcasts
7. Do a genius hour-style project
8. Create an annotated collection
9. Tell it as a story
10. Make an explainer video
Science Background:
A food chain is a simplified way to show the relationship of organisms that feed on each other. It’s helpful to classify animals in a simple food chain by what they eat, or where they get their energy.
Green plants, called producers, form the basis of the aquatic food chain. They get their energy from the sun and make their own food through photosynthesis. In the Great Lakes, producers can be microscopic phytoplankton (plant plankton), algae, aquatic plants like Elodea, or plants like cattails that emerge from the water’s surface.
Herbivores, such as ducks, small fish and many species of zooplankton (animal plankton) eat plants. Carnivores (meat eaters) eat other animals and can be small (e.g., frog) or large (e.g., lake trout). Omnivores are animals (including humans) that eat both plants and animals. Each is an important part of the food chain.
In reality, food chains overlap at many points — because animals often feed on multiple species — forming complex food webs. Food web diagrams depict all feeding interactions among species in real communities. These complex diagrams often appear as intricate spider webs connecting the species.
This lesson demonstrates that changes in one part of a food chain or web may affect other parts, resulting in impacts on carnivores, herbivores, and eventually on producers. An example of this might be the harmful effects of pollution. The point that should be made is that when something disrupts a food web, humans should try to understand and minimize the disturbance. Students should also come to recognize that humans, too, are part of this complex web of life.
This YouTube channel offers FREE educational videos of Science, Art, Health and More!
Hank describes how cells regulate their contents and communicate with one another via mechanisms within the cell membrane.
My action plan is currently focusing on including questions for deeper understanding (Blooms Taxonomy) in both Science and ELA 8. I wanted to also focus on using the 6 Thinking Hats of Debono alongside Blooms Taxonomy question in ELA to guide but not direct discussion on specific topics (Black Negative, Yellow Positive, Blue control, etc.) as well as integrating basic technology into PE games (Heart rate monitors, mileage/stepper counters during activity to measure distance covered, etc.) with a focus on eventually using more in depth tech in PE (QR codes, etc.)
You might have recognized the names of some of the Greek natural philosophers. They were individuals with quirky theories, and we have records about them. But they weren’t the only people making knowledge back in the day. Today, Hank takes us to India to talk Vedas, Maurya Empires, and some really good doctoring.
This document helps support students and teachers wishing to engage with Indigenous perspectives in science. It also covers why it is important to connect to local Indigenous communities, provides suggestions on how to develop student understanding, and shares examples of how student science research can directly connect to the
Canadian Truth and Reconciliation Calls to Action.
Also check out the Indigenous Engagement Starting Points Checklist which provides a list of Indigenous groups and/or individuals you/your students can reach out to, to start this connection. A question checklist is also provided to help support those starting discussions.
>> Media Description | 5 minutes
For millennia, the Haíɫzaqv have depended on the seasonal cycles that bring ocean resources to the coast. Every generation learns to harvest in a sustainable way. But now these resources are dwindling. And it's up to us—all of us—to work together to put things back in balance. If you like this content you can see all of the available resources in the Harvest module in the Ocean School Help Centre (https://help.oceanschool.nfb.ca/educational-resources/module-guides/the-harvest-module-guide).
>> Activity Description | 45 minutes
Balancing act "c̓isḷa" comic activity. Students learn more about c̓isḷa—the act of looking after and taking care of something important. Students then create a comic that illustrates people taking care of and giving back to nature.
>>Get the activity
Here is a Google template link of the activity: https://docs.google.com/presentation/d/1RTA7LqU6EkCdlMngDHlQL4O6h5SVRtMYIKo8Or-6Fr4/template/preview
>> About the Indigenous content
This content was filmed and developed on unceded Haíɫzaqv homelands and waterways in direct collaboration with members of the Haíɫzaqv Nation. The Haíɫzaqv are an Indigenous Nation living in (what is currently) Canada's province of British Columbia (http://www.heiltsuknation.ca/about-2/territory/). We are sincerely grateful to the Haíɫzaqv Nation for allowing Ocean School to be guests in their territory, for sharing their stories and knowledge, and for collaborating with us for this module. All Haíɫzaqv language use in Ocean School content is overseen by the Heiltsuk Integrated Resource Management Department (https://www.hirmd.ca/).
>> About Ocean School
Ocean School is a free educational resource from the Canadian Government about the ocean, through Dalhousie University, Ingenium - Canada’s Museums of Science and Innovation, and the National Film Board of Canada. Ocean School is inquiry-based, entirely online, available in English and French, and for students in grades 5-9. Learn more about the Ocean School project at our What is Ocean School page.
>> Available in French
This same media is available in French here: https://www.youtube.com/watch?v=6MdRoCy8AZw
This same activity is available in French here (Google Template): https://docs.google.com/presentation/d/11XZeCZu0ICsb18DzBzUe1Kc-VcPYwMIZDm5mjf34nM8/template/preview
>> Accessibility
Captions and Transcripts are available for Ocean School content. Captions are within the Ocean School platform (or on YouTube) and transcripts can be found in the module guides: https://help.oceanschool.nfb.ca/educational-resources/module-guides
>> Please note: Ocean School activities are not stand-alone lessons (they do not cover all aspects of one topic or subject) but instead supplement learning through dynamic and engaging experiences.
You probably know some of the signs of industrialization in the nineteenth century: Trains connected cities, symbolizing progress. But they also brought about the destruction of rural lands, divisions between social classes, and rapid urbanization. But there's a whole lot more to talk about in this episode of History of Science!
Great activities sorted by grade - you can also sort them by subject by selecting that in the top left corner!
For Grades 3-12 & ungraduate.
As a pilot teacher for the new Physical Science 20 course, the challenge in the pilot year is to develop the
course content to meet student interests and student needs, while meeting the outcomes indicated by the new
curriculum. In an effort to teach outcomes and appropriate indicators, Aaron Biberdorf of Sun West Distance
Learning Centre and I developed an action plan to find interactive or virtual labs for each outcome for the
three major units of Physical Science 20. This would be most beneficial for the Distance Learning Centre,
where students are studying a science course but may not have access to lab materials while working
independently. Further, for students who are absent in a regular classroom and miss a lab, the virtual lab(s)
could be an alternative assignment.
Intra-science est un site de vulgarisation scientifique mettant à disposition des explications, des observations et des expériences richement illustrées.
Les sujets démontrés: la biologie, la physique, la chimie, les mathématiques
**Pour le secondaire
Hank introduces us to the history and terminology associated with human anatomy and physiology.
We've been asking big questions for a really long time and we've all wanted to explore how we've sought to answer those questions through the centuries. Questions like, "What is stuff?" and "Where are we?" have inspired people all over the world to investigate. So lets dive in and see how we, as a people, have tried to figure this stuff out in this first episode of Crash Course History of Science!
CAUTION: THIS SITE CONTAINS IMAGES THAT SOME MAY FIND DISTURBING.
A criminal case has just been opened. Your task is to help close it.
Have you ever wondered how forensic science works? You may have seen police and crime lab work on television but what is a real forensic science investigation like?
This site includes information and activities that recreate some of the challenges forensics experts deal with. You will learn first-hand about forensics by taking on the roles of Forensic Archaeologists, Anthropologists, Entomologists, Botanists, DNA Analysts, and Stable Isotope Analysts. Each of your tasks will be a real job that a forensic expert does and every step is important to solving the case. Think carefully, but if you get stuck there are hints to help you.
Additionally, there are expert videos on each discipline, photographs of practising forensic scientists at work in the field and in the lab, and a detailed textual library in the "Resources" section. Links to these resources occur at the end of each activity.
SFUSD's creative computing curriculum introduces computer science as a creative, collaborative, and engaging discipline to children in kindergarten through second grade.
Across 4 units and 15-20 lessons, students will learn about algorithms and programming, computing systems, the Internet, and impacts of computing, while developing strong practices and dispositions. Lessons are designed to be implemented in 45 to 60-minute periods approximately once per week.
There are three levels available and a flow chart to help you decide where your students should start!
Just because students are young doesn't mean they can't code! Get them started today.