This realistic fictional story is about Steven and his Aunt Carolyn. The two have always shared a special bond; each time Aunt Carolyn takes a trip, she sends a special postcard to Steven. Now, Aunt Carolyn is coming for the family block party and Steven wants to find a special gift for her.

This Informational text focuses on the migration habits of the grasshopper/locust and the gray whale.

Journey 2050 allows schools around the world to experience agriculture like it has never been taught before. As students explore world food sustainability, they make inquiry-based decisions to see the ripple effect on social, economic and environmental factors locally and globally. Agricultural experts and real farm families from Kenya, India and Canada guide students through a virtual farm simulation, avatar career game and geography scavenger hunt.

Journey 2050 is an online farming simulation that teaches students about food sustainability across the globe. The program challenges students to consider how we will feed an ever-growing population that is projected to reach 10 billion by 2050. Using an inquiry-based approach, this gamified, virtual program encourages students to make decisions and adjust them as they see their impact on society, the environment, and the economy at a local and global scale. Singing up as an educator gives you access to the teacher guides and resources. You can choose how you would like to use this based on the number of hours you are willing to give.

'A Journey into Time Immemorial' is based on the story of Xá:ytem Longhouse in Mission BC in the Fraser Valley just east of Vancouver BC. Simon Fraser University worked closely with the staff at Xá:ytem to produce this award winning website. It is an artistic and cultural interpretation and is not meant to convey precisely accurate archaeological information. Contemporary archaeologists view First Nations as partners and value oral traditions as a source of information about the past that augments the scientific approach.

Like Junie B. Jones, students will be saying "Wait till you hear this" after listening to a Junie B. story and creating mystery boxes to help retell the story.

"JA programs inspire students to understand their potential, set life goals and succeed at school and in business. We accomplish this by partnering with teachers and dedicated volunteers who bring the “real world” into the classroom. Our programs prepare students to innovate, take on leadership roles and go after their dreams."

You have to sign up for a free account to access these courses.

Grades 3-6 - More than Money, A Business of Your Own, JA Fun & Games, JA BizCraft, Bite-sized Learning

Grades 7-9 - Dollars with Sense, Economics for Successs, JA BizCraft, Success Skills, Bite-Sized Learning

Grades 10-12 - Money Questions, Career Exploration, Economics for Success, Be Entrepreneurial, Personal Finance, Post Secondary Questions, JA BizCraft, Investment Strategies, Entrepreneurial Trades, Success Skills, Public Speaking, Webinar Series

JA also offers classroom and virtual programs!

"Personal Finance program teaches students in grades 9-12 personal money management skills including the key elements of personal finance such as spending wisely, budgeting, saving, investing and using credit."You can contact your local Junior Achievement (JA) to offer this course or you can enrol as a teacher and have your students complete it under your direction.  This can also be accessed by a student or parent as well (with a free account).

ŕJust Plain FancyĚŇ is the story of a young Amish girl, Naomi, who longs to have something fancy in her life. But when an she finds an unusual egg that hatches into a peacock, she ends up learning a valuable lesson about an acceptable and admired kind of fancy.

This site offers lessons and units in elementary, middle level and high school art in a wide range of areas.

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.

In this resource students will learn about the Kwakwaka’wakw (pronounced: kwock-KWOCKY-wowk) people of British Columbia, Canada. The focus is on Kwakwaka’wakw traditions that express concepts of wealth, values of giving, and the importance of cultural continuity. Students will learn about the Kwakwaka’wakw potlatch practice: its history, the values inherent in it, and the important role it plays in establishing and maintaining family connections to the past, to ancestors, and to the spirits of all living things. Students will use Kwakwaka’wakw concepts and discuss differences in value systems.

Our planet is precious. Connecting to our world and becoming aware of our surroundings and ways we can keep Earth beautiful can be empowering to students and adults alike! Our goal with this project is to encourage and empower students to reduce waste in our classrooms, our school, our community and beyond!

Through two lessons and five activities, students explore the structure and function of cell membranes. Specific transport functions, including active and passive transport, are presented. In the legacy cycle tradition, students are motivated with a Grand Challenge question. As they study the ingress and egress of particles through membranes, students learn about quantum dots and biotechnology through the concept of intracellular engineering.

Patricias Great-Grandmother comes to America as a child from Russia. She creates a quilt that is passed on from generation to generation. The quilt becomes an important symbol and is used in many of the familys traditional Jewish celebrations.

Watch. Practice. Learn almost anything for free.
Now with ELA!

*Math K-12 (including "get ready for grade X to prepare") + college level
*Computing
*Science
*Arts, Business & Humanities
*Reading & ELA
*Life Skills - growth mindset, AI, financial literacy, SEL, safety, career
*Economics

Made by a Grade 4 teacher in Saskatchewan. Kids Boost Immunity (KBI) provides dozens of classroom activities and teacher resources developed by health and education professionals. 

Made by a Grade 5 teacher in Saskatchewan. Kids Boost Immunity (KBI) provides dozens of classroom activities and teacher resources developed by health and education professionals. 

Click here to access the printable version of this yearly plan.Made by a Saskatchewan grade 6 teacherKids Boost Immunity (KBI) provides dozens of classroom activities and teacher resources developed by health and education professionals.

«Kids Boost Immunity correspond aux compétences essentielles du programme d'études de la Saskatchewan énumérées ci-dessous. Vous pouvez également y trouver une description des leçons de base disponibles pour les étudiants de la Saskatchewan . Chaque niveau contient une sélection de leçons qui correspondent aux attentes du curriculum. Veuillez noter qu'il ne s'agit pas d'une liste exhaustive du programme. Les enseignants ont trouvé chez KBI beaucoup plus de liens pédagogiques avec le programme que ce qui est décrit ici!

La pensée critique et l’évaluation des informations:

Les leçons sur la pensée critique et l'évaluation des informations sur KBI sont alignées avec plusieurs matières du programme d'études de la Saskatchewan. Ces leçons fournissent des exemples sur la façon dont une mésinformation peut influencer l'opinion, souvent en créant un sentiment de peur. Une méthode d'évaluation de style liste de contrôle permet aux étudiants d'évaluer la fiabilité des sources d'information. D'autres stratégies d'évaluation incluent apprendre à reconnaître les préjugés personnels et l'utilisation d'une approche scientifique pour tester les idées. Pour les élèves au niveau intermédiaire-supérieur il y a des leçons sur la conception d'expériences de travail, la création d'hypothèses de travail, l'exploration des biais et la compréhension de la corrélation par rapport à la causalité. »