BIODIVERSITY ACTIVITIES FOR CHILDREN

Similar documents
What is a food chain?

Food Chains (and webs) Flow of energy through an ecosystem Grade 5 Austin Carter, Dale Rucker, Allison Hursey

6. Which of the following is not a basic need off all animals a. food b. *friends c. water d. protection from predators. NAME SOL 4.

Prairie Food Chains & Webs Producers, Consumers & Decomposers

Prairie Food Chains & Webs Producers, Consumers, & Decomposers

Producers, Consumers, and Food Webs

Who Eats What in the Woods?

Grassland Food Webs: Teacher Notes

Lesson Plan Two - Ecosystems

food chains reflect How are these organisms important to one another? organism: a living thing

The animals at higher levels are more competitive, so fewer animals survive. B.

Lesson 1. Objectives: ocus: Subjects:

Section 3: Trophic Structures

Food Chain Frenzy. PREPARATION Copy and prepare Food Chain Cards - one for each pupil (pages 73-76).

FOOD CHAINS, FOOD WEBS AND ECOLOGICAL PYRAMIDS

Food Chains and Food Webs

Food Web Crasher. An introduction to food chains and food webs

This hands-on activity incorporates observing, classifying, predicting, sequencing, formulating models, and drawing conclusions.

Matter and Energy in Ecosystems

Teacher s Manual Carnivore/Herbivore Week

Life processes. All animals have to carry out seven life processes. These are: 2. Respiration taking in one gas and getting rid of another

Activity 1 Exploring Animal Diets and Sizes

Rain Forests. America's. Web of Life. Rain Forest Ecology. Prince William Network's OVERVIEW OBJECTIVES SUBJECTS

Week 4 Lesson Plan. Pre-K. Animals in the Wild. Macmillan /McGraw-Hill. Extend. the Unit

RESOURCES FOR THIS LESSON

Food Webs and Food Chains Grade Five

Pond Vocabulary Words and Meanings

Promise activities Brownies

Natural surface water on earth includes lakes, ponds, streams, rivers, estuaries, seas and oceans.

food webs reflect look out! what do you think?

Woodlands Junior School

Desert Communities Third Grade Core: Standard 2 Objective 2 Describe the interactions between living and nonliving things in a small environment.

ELEMENTARY-LEVEL SCIENCE TEST

ANIMALS AND THEIR HABITATS: KS1 STUDENT RESOURCES

Pond Water Web Lesson Plan

Animal Adaptations. Standards. Multiple Intelligences Utilized. Teaching First Step Nonfiction. Titles in this series: Reading.

50p. Winter. Ightham Mote adventure Mote Road, Ivy Hatch, Sevenoaks, Kent TN15 0NT

Classification. Living Things. bacteria and blue green algae: (single celled organisms without a nucleus)

Animal Classification. Contents. Preparation

Ecology 1 Star. 1. Missing from the diagram of this ecosystem are the

Zoos Classroom Activity

Curriculum links. Learning objective. Introduction

Key Idea 2: Ecosystems

Weaving the Web. Overview Students construct food webs to learn how food chains are interconnected. Suggested Grade Level 2 5

3D Ocean Bingo. You will need:

Use this diagram of a food web to answer questions 1 through 5.

NOTE TO TEACHER: It is appropriate to introduce the mitochondria (where energy is made) as a major structure common to all cells.

family games Taking the kids swimming is a great way of making sure they re moving around and having fun. And to help you get them into

by Teresa Evans Copyright 2010 Teresa Evans. All rights reserved. Permission is given for the making of copies for use

-* -* -* -* reflecting. A~fion ~ynop i. Gl) ~ linking to real world

Introduction to Ecology

Week 4 Lesson Plan. Pre-K. Our Neighborhood. Macmillan /McGraw-Hill. Extend. the Unit

World Oceans Day at ZSL Whipsnade Zoo

Move It, Move It! Kindergarten. Concepts. Objectives. Outline. Duration Pre-Visit: 60 minutes Visit: 30 minutes Post-Visit: 35 minutes

THE LITTLE RED HEN. Outcome: The students will learn about sharing, helping, and cooperation.

Emerald Tree Boa: Emerald Tree Boas are bright green to blend in with their habitat. They are part of the boa family and are constrictors.

Ecosystems and Food Webs

CPI Links Content Guide & Five Items Resource

4THE UNIVERSITY OF THE STATE OF NEW YORK

Habitats. A Wildwood KS2 Teachers Pack and Activity Sheets

Lesson Title: Constructing a Dichotomous Key and Exploring Its Relationship to Evolutionary Patterns

AMERICAN MUSEUM OF NATURAL HISTORY SCAVENGER HUNT

Teaching Children to Praise

Symbiotic Relationships Grade Seven

IDENTIFYING SIMPLE, COMPOUND AND COMPLEX SENTENCES

Mini Dinosaurs. Grades K 1 2. Compiled by

Plants and Animals of the arctic

Icebreakers and Name Games

GROUP GAMES Keeper of the keys: Duck duck goose: Shoe bomb:

Name Class Date. Adapting to the Environment Adaptations and Survival

A Note to Parents. 1. As you study the list, vary the order of the words.

There s no place like home!

Silent, Nighttime Hunters By Guy Belleranti

IDENTIFICATION OF ORGANISMS

These pages build on Units 2B & C and introduce predator-prey relationships and food chains.

Dinosaur Time-line. What other animals lived then? How long ago did the dinosaurs live? Did dinosaurs live at the same time as people?

Life Science Study Guide. Environment Everything that surrounds and influences (has an effect on) an organism.

Getting into Girl Scouts: 5 Flowers, 4 Stories, 3 Cheers for Animals: Use this with your Adult Guide

Wild About... Frogs and Frogspawn

Dear Educator: Sincerely, Rachel Larimore Director of Education. o Vocabulary. o Food Chain Highs and Lows. o Rabbits and Foxes Story

All Saints (or All Hallows) Celebration

Creation. Then God spoke and Creation came into being. God formed everything: Creation Week God called all that He had created good.

Hello, The Pigeon needs a bath. But the Pigeon doesn't think so. In fact, he thinks YOU might need a bath!

The main source of energy in most ecosystems is sunlight.

Symbiotic Relationships Cards

Games and Team Building Activities

LESSON PLAN Toddler Room WEEK OF: January 31-February 4, THEME: Pets

UNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONS International General Certificate of Secondary Education

Crickets and Bugs. Bodies Bingo. Make bingo cards with activities or jokes in the spaces. Each person goes up to another one and tells the joke or

Activity Pack We re Going on a Bear Hunt

The Wonderful World of Wetlands BINGO

Butterflies and Plants Grades: K and up

ECOSYSTEM RESPONSES. reflect

Tiger Activity Time. Level 1 tiger cubs. 1. What colours does a tiger have on its body? red white blue black. green orange brown

Animal Adaptations Investigation (K-3)

Grade Level Content Expectations addressed: Activities: Schedule of Field Trip Activities at the Detroit Zoo 8:15 am Board Bus at School

Marine Mammal Badge Juniors GIRL SCOUTS of GREATER LOS ANGELES

Year 2 Summer Term Oral and Mental Starter Activity Bank

Transcription:

BIODIVERSITY ACTIVITIES FOR CHILDREN 1. The Web of Biodiversity Ages: 7+ Objective: Show the links between different species in an ecosystem and why more diversity equals a stronger system notecards / paper (one for each child) a ball of string / yarn scissors labels from one of the ecosystem webs* ball (optional) * See below for examples of ecosystem webs. 1. Make labels for each child from the ecosystem web and attach to their shirts so everyone can clearly see the labels. 2. Sit in a circle and go around, having each child say who they are and help explain what the species is, if necessary. 3. Starting with the predator in the system, give the child the ball of string. Have that child identify a species that it would eat and throw the ball of string to that child, holding onto the end of the string. 4. Have that child throw the ball of string to their food source (again, holding onto the string), and continue until the ball of string reaches a child which is a plant. 5. Have the child throw the ball of string to an animal which would eat them and who isn t already attached to the string. For example, if the deer threw the ball to the acorn, because deer eat acorns, then the acorn could throw the ball to the beetle, because beetles also eat acorns. 6. Work back up the chain until you get back to the predator, and then go back down again to make a web. You can make as many paths as you like, going up and down the food chain, because many of the species will overlap and link. Make sure each child is included at least once. 7. Once everyone is linked, go around the circle and talk about how each of the children are connected to one another (you don t have to talk about everyone if time / attention spans are running short). 8. Pick one or two children and cut their strings, removing them from the ecosystem. Point out to the children how their own strings are affected when

someone else is removed. This is to show how if one species is made extinct in a system, it effects more species and can possibly lead to the extinction of someone else. For example, if one of the species is only connected to one other and the food source is removed, that species will have nothing left to eat, so it is also made extinct. NB it s not a perfect model, because it s difficult to show what happens if predators are removed from the system, e.g. population explosions. It will work better if you remove herbivores / prey / plants. Also, scavengers and decomposers are omitted from all sample webs. 9. Ask the children what they could do to make the system stronger (replant native plants, reintroduce animals). Tie the strings back together to show restoration to the system (It s not necessary to go into too much detail about how complicated this can be!) 10. Optional: place an inflatable beachball or other soft ball on top of the web to symbolise how ecosystems can be strong even if some strings are cut, but that there is a breaking point when too many strings are cut, the whole thing can come crashing down. Terminology: Predator an animal that hunts other animals for food Top predator animal not hunted by any other animal (excluding humans) Prey animals that are hunted as food by other animals Producer plants that produce their own food (through photosynthesis, for example) Primary (1 st ) consumer animal that eats producers Secondary (2 nd ) consumer animal that eats an animal that eats producers Tertiary (3 rd ) consumer animal that eats a secondary consumer Biodiversity Webs (examples, feel free to make your own up!) Species Role What eats it? Woodlands Acorn (oak tree) producer beetle, deer, squirrel Bramble berries producer blackbird, deer Beetle primary consumer blackbird Blackbird 1 st / 2 nd consumer wolf Squirrel primary consumer wolf Deer primary consumer wolf Wolf Grasslands Grass producer wren, rabbit Wildflower producer rabbit, bee Bee primary consumer wren Rabbit primary consumer fox Wren 1 st / 2 nd consumer fox Fox

Ocean Phytoplankton producer zooplankton, blue whale Zooplankton primary consumer herring Herring secondary consumer seal, killer whale Seal 3rd consumer / predator killer whale Blue Whale primary consumer Killer Whale Jungle Banana tree producer monkey, sloth Bamboo producer monkey, sloth Monkey primary consumer boa constrictor, jaguar Sloth primary consumer boa constrictor, jaguar Boa Constrictor predator Jaguar Other Examples: Grass Grasshopper Toad Grass-snake Buzzard Potato peelings Worm Song Thrush Sparrowhawk Leaf Aphid Ladybird Spider Mouse Fox Algae Mosquito larva Dragonfly larva Small Fish Large Fish Heron

2. Ani-maker Ages: 4+ Objective: get children to talk about the characteristics of animals that make them different and special; create their own special animals paper crayons / felt tip pens / paint (if you are daring!) white board / chalk board / drawing board or laptop and screen 1. Ask the children to name a favourite animal (doesn t even have to be wild). 2. Write the animal s name on the board / screen so the children can look at it later. 3. Ask the children what makes this animal special (Does it have wings? Does it have claws? Does it have a really long neck? Is it colourful?). What does it use these special features for (flying, catching prey, reaching food, looking good etc). 4. Add the characteristics (wings, feathers, claws, etc) to the board / screen. 5. Continue making a list of animals and characteristics until you have roughly ten animals listed (more if you like). 6. Give each child some paper and drawing materials, and have them create and draw their own animal, with special characteristics and features. Encourage them to think of ridiculous combinations (eg. a lion body + octopus legs + eagle wings + a turtle shell + a rabbit head with 6 eyes). Have them name their animals as well! 7. When the children have finished drawing, have them share what their new animal is and why it s special. 8. Finish by talking about how it s important to have different animals in the world. Animals were made to be different so that there is a balance for food and places to live. Some birds live in trees and eat bugs, and other birds live in cliffs along the seaside and eat fish. Some birds make nests on the ground and hide in bushes and grass. Some animals eat meat, and some animals eat plants. Some eat both. Some animals live on land, some live in the water, and some can go back and forth. If too many animals lived in the water, there wouldn t be enough room or enough food for them all. If all animals ate only plants, there wouldn t be enough plants to feed them all; if all animals ate only other animals, we d run out because they d all eat each other! Since we have different species, there is a balance. God made the world in this balance and He asked us to take care of this balance. One way we can do this is by appreciating the differences of all the animals.

3. Wildfire! Ages: 4+ Objective: learn the differences between prey and predators and run around a lot! space to run 1. It s a variation of tag some of the children are predators (2-3, more if you have a really big group), and most are prey. Let the children pick out different animals for prey / predators if they know any. 2. You will be the caller you will be calling three different things: <prey name> (eg rabbits, centipedes, minnow), <predator name> (eg. fox, mongoose, tuna) and Wildfire!. When you yell the prey name, the prey can run around until you yell Stop! They are trying to get away from the predators. When you call the predator name, the predators can run around until you yell Stop! They are trying to tag the prey. HOWEVER they CANNOT tag anyone who is not running. They can get up to three steps close to the prey, but they CANNOT tag them. If you only call the prey name, the predators must stay frozen and vice versa. 3. When you yell Wildfire! ALL the animals can run around until you yell Stop!, and any prey that has been tagged by predators have to sit down and remain seated until the end of the game. 4. The last 2-3 prey to remain can become the predators for the next round.

4. Biodiversity Bingo Ages: 6+ Objective: observe different species in nature paper / card pens / pencils ** This can be done outdoors, with children looking around for different species to put in their Bingo cards, or indoors with a brainstorming session. ** 1. Either have Bingo cards ready-made (5x5 grid) or have the children draw up their own. 2. Have children draw different species in the blank squares that they can find whilst looking outside (eg. different insects, flowers, trees, birds, etc), or if indoors with species from a list from your brainstorming session (have children list out a variety of animals and plants). You may want to guide this (give them a scavenger hunt list or limit them to 15 animals and 10 plants. 3. When lists are done, write down all the options (from the brainstorming list or their discoveries from outside) on separate small pieces of paper, put them in a hat and play bingo! Have children check them off as you pull names out of the hat and go for five in a row or a black-out. 4. You can alter the grid size for time and / or simplicity s sake (3x3, etc.)