Kindergarten

Second Semester Studies

UNIT FOUR: ORGANISMS IN THEIR ECOSYSTEMS (K-LS1-1)

We looked at worms and cockroaches to kick off our second unit on what organisms need to survive, but most of our focus this time around was on plant needs. We planted radish seeds and made predictions about what might happen if we put some of our plants in the dark. A lot of us thought that the plants wouldn't go at all in the dark, but it turns out there is a little food to get the plant starts packed inside the seed. But to our surprise (!!!), the plants in the dark were WHITE! We were able to see a pattern that all of our plants in the light had large leaves with green and red straight stems, while our plants in the dark had shriveled yellow leaves and white wire-y stems. (K-LS1-1)

UNIT FIVE: WEATHER (K-PS3-2)

For this second weather unit, we used tools and materials provided to design and build a structure that will reduce the warming effect of sunlight on an area. (K-PS3-2)

ENGINEERING DESIGN FREE BUILD ( K-2-ETS1-2)

UNIT SIX: FORCE AND MOTION

After exploring PUSHES and PULLS in our stations, we looked at machines that use PUSHES and PULLS to do work. We even designed some of our own.

Since Ms. Lester (ART teacher) is doing clay projects in her class, we thought that we would talk about all the FORCES involved in making objects out of clay. We experimented with how the different strengths of our pushes and pulls affected the clay. (K-PS2-1) Then we made some objects of our own based on our favorite ways to PUSH and PULL our clay. We used Crayola Model Magic so we didn't have to cook in the kiln like Ms. Lester.

First Semester Studies

UNIT ONE: WEATHER (K-ESS2-1)

We started off the year by being Weather Watchers using Mystery Science, learning to look at the temperature, the sky, whether it is windy or not, and whether there is anything falling from the sky, like snow or rain.

[K-ESS2-1 Use and share observations of local weather conditions to describe patterns over time.]

We used science tools (droppers and strainers) to make a model using cotton balls of clouds about to rain.

We used Magnatiles to think about and engineer a building to keep our families safe during severe weather.

We explored and manipulated weather systems and patterns using the app, TinyBop Weather.

UNIT TWO: ANIMALS AND THEIR ENVIRONMENT (K-LS1-1)

In our second unit, we are looking for at similarities (things animals do that are the same) in animals' behavior (such as digging) to find and describe patterns (such as looking for food). We have explored animal eating patterns, hiding behaviors, and where animals might live in the wild. We drew funny pictures about what we would serve if an animal came to dinner. We will be completing the first two mysteries in the Mystery Science Unit, Animal and Plant Secrets.


[K-LS1-1Use observations to describe patterns of what plants and animals (including humans) need to survive.]

We drew some funny pictures of having our favorite animals to dinner, based on an activity from Mystery Science.

We watched videos of animals eating behaviors and talked about how different animals have different food choices, but they all NEED to eat to survive.

We OBSERVED the cockroaches to see if they liked one food better than the others. It turns out there was a pattern in the behavior of the cockroaches and their eating preferences. We were surprised!!

We continued to look for patterns in animal behavior by watching and mimicking animals response to "scary" things, such as being poked or grabbed. We looked at snails, praying mantis, and gophers. We then drew animals that might live in holes in trees as a way to be protected. (This was also a Mystery Science activity.) Then we got out the cockroaches again and our turtles to observe their behaviors when they felt "threatened".

Here we are acting like gophers, coming out of our "holes" to collect seeds.

We got the "baby" turtles out and looked at their behavior when we got them out of the water. One of the turtles seemed very "scared" about all the kids in the room and pulled its head and arms into its shell. The other turtle didn't seem threatened by our presence and looked around.

We decided that they have predictable behaviors like the other animals we studied- that if they feel scared, they will hide.

We also got out the cockroaches and listened to them "hiss" when we touched their backs. Using what we knew about other animals, we decided that they hiss to seem scarier like the praying mantis.

UNIT THREE: INTERDEPEDENT RELATIONSHIPS IN ECOSYSTEMS (K-ESS2-2)

We read books about spider webs and watched some time lapse videos of spiders building their webs. We talked about how spiders build webs to get what they need, which is food. We talked about how they like to enjoy "fly milkshakes". We then worked to construct our own webs carefully and methodically like real spiders.

We brought all our learning together to construct an argument supported by evidence for how plants and animals (including humans) can change the environment to meet their needs [K-ESS2-2]. The students were able to reflect back across our observations of animals over the unit and add evidence to the statement "Animals change where they live to get what they need."

We read this great book, Welcome Home, Beaver, by Magnus Weightman, about a beaver who travels away from home and see lots of different ways that animals change the places they live to get what they need as he returns back to his home.

A woodpecker changes trees in its environment to find bugs to eat and to create homes for its young.

Gophers dig holes in the ground to keep themselves safe from predators and to store their food.

Students providing evidences to support an explanation that animals change where they live (their environment) to meet their needs (food, safety, shelter, etc.)

We watched video clips and read a book about how beavers create deep pools by building dams to create "refrigerators" (cool water pools) to store food for the winter. We then got a chance to be nature engineers and create our own dams and "refrigerators". Students used this as further evidence to support the argument that animals changes where they live to get what they need.