Teaching Year 4 Science and looking for an engaging way to explore producers, consumers, decomposers and food chains? Australia’s marine habitats provide a fascinating real-world context for introducing these important Biological Sciences concepts.

From sea turtles and sea urchins to sea stars, black sea cucumbers and sharks, Australia’s oceans are home to an incredible diversity of animals, each with a role within its habitat.

At Ocean Life Education, we love using real marine animals to help students understand that the ocean is not simply a place where animals live. It is a complex, interconnected habitat where living things depend on one another and interact with their environment.

This makes Australian marine habitats an excellent context for teaching Year 4 Science, particularly the Australian Curriculum content description AC9S4U01.

Download FREE activity here – Year 4 Producers, Consumers, Decomposers and Food Chains

Year 4 Science: Exploring relationships within a habitat

Under AC9S4U01, Year 4 students investigate:

the roles and interactions of consumers, producers and decomposers within a habitat and how food chains represent feeding relationships.

The curriculum encourages students to explore how animals obtain food, categorise organisms according to their roles and represent feeding relationships using food chains.

Rather than teaching these concepts only through diagrams and definitions, a marine habitat gives students something meaningful to investigate.

Who produces food? Who eats whom? What happens when an animal dies? And how are all these organisms connected?

These are questions that can bring biological science to life.

What is a marine habitat?

Start by asking your students:

What is a habitat?

A habitat is the natural environment where an organism lives and finds the resources it needs to survive.

Australia has an enormous variety of marine habitats, including:

• rocky shores and rock pools
• coral reefs
• seagrass meadows
• mangrove environments
• sandy seabeds
• estuaries
• the open ocean

Each habitat provides different conditions, food and shelter, and supports different communities of organisms.

For Year 4 students, it’s useful to emphasise that a habitat isn’t just a place. It is a system of living and non-living things that interact.

Producers: where marine food chains begin

One of the first concepts to introduce is the producer.

Producers are living things that make their own food, usually using energy from sunlight.

In Australian marine habitats, producers include:

• seagrasses
• seaweed and algae
• phytoplankton

These organisms are fundamental to marine ecosystems because they provide the starting point for many food chains.

For example, a green sea turtle can feed on seagrass and algae.

A simplified food chain could be:

Sun → Seagrass → Sea turtle

This gives students a straightforward way to understand the relationship between a producer and a consumer.

Try asking your class:

“Where did the sea turtle’s food originally get its energy?”

This can lead students back to the role of sunlight and producers.

Consumers: the animals that eat other organisms

Consumers cannot make their own food. Instead, they obtain energy by eating other living things.

Australian marine habitats contain many different types of consumers, and this is where students can begin exploring the incredible diversity of feeding relationships in the ocean.

Sea turtles

Sea turtles have different diets depending on their species and life stage. Green sea turtles, for example, can feed on seagrass and algae.

This makes them a useful example when teaching students about the relationship between a producer and consumer.

Seagrass → sea turtle

Sea urchins

Sea urchins are also consumers. Many species graze on algae and other plant material.

A simplified food chain could therefore be:

Algae → sea urchin

This is another example of a consumer obtaining food from a producer.

Sea stars

Sea stars provide an opportunity to show students that consumers don’t all eat plants or algae.

Many sea stars are predators or scavengers and feed on other marine organisms or organic material.

This can lead to an important classroom discussion:

“Do all consumers eat the same type of food?”

Of course not.

Consumers can occupy different positions within a food chain and have very different feeding strategies.

Sharks

Sharks are consumers and many species are important marine predators.

A simplified food chain could show how a shark can be connected to a producer even when it doesn’t eat the producer directly:

Phytoplankton → small marine animals → fish → shark

This helps students understand that energy and food can pass through several organisms within a food chain.

Black sea cucumbers: consumers with an important role

Black sea cucumbers are particularly interesting when teaching students about marine habitats.

Rather than actively hunting prey like many predators, black sea cucumbers feed on organic material within sediments on the seafloor.

As they process material, they contribute to nutrient cycling within their environment.

They are a great example for demonstrating that being a consumer doesn’t necessarily mean being a predator.

Many of these animals can be observed during our incursions and interactive events.

Ask your students:

“If a marine animal doesn’t hunt another animal, can it still be a consumer?”

This provides an excellent opportunity to challenge the common misconception that all consumers are predators.

Decomposers: nature’s recyclers

Now comes another important part of the food system: decomposers.

Decomposers such as bacteria and fungi break down dead organic material.

Imagine a sea turtle, sea star or sea urchin dying.

Its remains don’t simply disappear.

Decomposers break down the dead organic material and help return nutrients to the environment.

A simplified way to demonstrate this process is:

Producers → Consumers → Dead organic material → Decomposers → Nutrients → Producers

This shows students that decomposers have an essential role within a habitat.

They help recycle nutrients, which can then become available to producers again.

Food chains show feeding relationships

Once students understand producers, consumers and decomposers, introduce the concept of a food chain.

A food chain represents feeding relationships between organisms.

For example:

Sun → algae → sea urchin →  sea star

In this example:

• algae = producer
• sea urchin = consumer
• sea star = consumer

Another simple example is:

Sun → seagrass → sea turtle

And:

Sun → phytoplankton → small marine animal → fish → shark

Explain to students that the arrows represent the feeding relationship and show the direction in which food and energy move through the chain.

One habitat can contain many food chains

This is where the concept gets really interesting.

A real marine habitat isn’t made up of just one food chain.

A sea urchin may feed on algae. A sea turtle may feed on seagrass. A sea star may eat another marine animal. Fish may eat smaller organisms, while sharks may feed on a range of animals.

These different food chains can overlap and connect to create a food web.

For Year 4 students, this is a useful way to introduce the idea that organisms are interdependent.

A change to one organism or food source can have consequences for other organisms within the habitat.

A Year 4 investigation: What happens if one organism disappears?

Try giving students a hypothetical scenario:

Imagine there is suddenly much less algae available in a marine habitat. What might happen?

Students could reason through the possible effects:

Less algae → less food for some sea urchins → fewer sea urchins → less food for animals that eat them

This activity encourages students to think beyond simply memorising the terms producer, consumer and decomposer.

They are beginning to understand the relationships between organisms within a habitat.

Classroom activity: Build an Australian marine food chain

To reinforce the lesson, we’ve created a free printable activity sheet for Year 4 students.

Students can use familiar marine examples including:

• algae
• seagrass
• sea turtles
• sea urchins
• sea stars
• black sea cucumbers
• sharks
• marine bacteria

Many of these creatures can be observed and examined during our programs. Although please note that we have fresh water turtles rather than marine turtles!

The activity asks students to:

1. Classify organisms
   Identify producers, consumers and decomposers.
2. Build food chains
   Arrange organisms to demonstrate feeding relationships.
3. Explain the relationships
   Identify which organisms provide food for others.
4. Explore decomposers
   Explain why decomposers are important within a habitat.
5. Think critically
   Consider what could happen if a food source became less available.
6. Create a food web
   Connect several feeding relationships within a marine habitat.

Download FREE activity here – Year 4 Producers, Consumers, Decomposers and Food Chains

Take Year 4 Science beyond the classroom

At Ocean Life Education, we believe some of the best science learning happens when students can see, experience and interact with the subject they’re studying.

Our Habitats incursion provides a hands-on way for students to explore marine habitats and discover how animals are connected to the environments in which they live.

Meeting real marine animals can make concepts such as habitat, consumer, food chain and relationships much more concrete.

Students can observe and discuss animals such as sea stars, sea cucumbers and sea urchins, while learning about their habitats, adaptations and roles within marine ecosystems.

For teachers, this provides an opportunity to connect curriculum learning with a memorable, real-world experience.

Connect your AC9S4U01 lesson to a marine animals incursion

If you’re teaching Year 4 Biological Sciences, an Ocean Life Education Habitats incursion can provide a valuable extension to classroom learning. In fact, our incursions include many of the animals mentioned above.

Before the incursion, students could investigate:

What is a habitat?
What is a producer?
What is a consumer?
What is a decomposer?
What is a food chain?

During the incursion, students can observe real marine animals and ask:

Where does this animal live?
What does it eat?
Is it a producer, consumer or decomposer?
What other organisms does it interact with?
Where might it fit within a food chain?

Bring Australia’s marine habitats into your Year 4 classroom

Australia’s marine environments offer an engaging and relevant way to teach students about producers, consumers, decomposers, feeding relationships and food chains.

From a tiny marine producer to a sea urchin grazing on algae, a sea star feeding on other organisms, a black sea cucumber processing organic material on the seafloor or a shark acting as a predator, every organism provides an opportunity to explore the connections that make marine habitats work.

Want to bring these concepts to life?

Explore Ocean Life Education’s Habitats incursion and give your Year 4 students the opportunity to connect their classroom learning with real Australian marine animals and habitats.

Curriculum link: Australian Curriculum Year 4 Science – AC9S4U01

Book a Primary Ocean Science Incursion for Your School

Thank you for reading: Australia’s Marine Habitats: A Year 4 Teacher Guide to Producers, Consumers, Decomposers and Food Chains

Author: Hayley Gee, Marine Education Officer, Ocean Life Education

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Ocean Life Education’s Habitats Program

Ocean Life Education’s Habitats – Physical Conditions program elevates Year 6 students’ understanding of habitats by focusing on marine environments. Students will explore the specific physical conditions required for marine animals to survive and thrive. They will learn how changes to these conditions can negatively affect marine life, leading to poor health or even death. The program encourages discussions on strategies to prevent these harmful impacts in the future.

During our Habitats incursions, students will delve into a diverse range of physical conditions, including:

• Temperature
• Salinity
• Light
• Nutrients
• Current flow
• Waves
• Turbidity
• Depth

The Great Barrier Reef

Habitats Case Study: The Great Barrier Reef, Queensland

Our focus will be on Queensland’s coral reef habitat, particularly the Great Barrier Reef, the world’s largest fringing reef, located right at our doorstep. As one of the seven natural wonders of the world, it is essential to understand the physical conditions necessary for its survival so we can work to preserve it for the future.

What is Coral?

coral polyps

Though corals resemble plants on the ocean floor, they are actually marine animals related to jellyfish and sea anemones. Corals belong to the Cnidaria group, known for their stinging tentacles.

These invertebrates are colonial organisms, meaning many individuals live and grow connected in colonies. The Great Barrier Reef hosts around six hundred coral species which are made up of polyps, clear tube-like structures with stinging tentacles used for catching prey and defence.

Coral Reef Habitat – Necessities to Thrive

Temperature: Corals thrive in warm tropical waters, ideally between 23–29°C.

Salinity: They prefer salty conditions with salinity levels between 32–42 ppt.

Light: Sunlight is crucial for coral survival, as symbiotic algae within them need to photosynthesize to produce food.

Nutrients: Low nutrient levels are important to prevent smothering; calcium is essential for building coral skeletons.

Current Flow: Currents bring food, calcium, and disperse sediment, aiding in photosynthesis and coral spawn distribution.

Waves: Waves provide oxygen, food, and prevent sediment buildup on corals.

Turbidity: Low turbidity ensures sunlight penetration, crucial for coral survival.

Depth: Corals thrive in shallow waters, up to 70 meters, but prefer depths between the surface and 30 meters for optimal sunlight.

Human Impact

Coral Bleaching

Students will explore how human activities have altered the reef’s physical habitat and its effects on marine life. They will also discuss strategies to minimize negative impacts on the reef now and in the future.

Coral Bleaching

Climate change has raised water temperatures, especially in the northern Great Barrier Reef, surpassing 29°C and causing coral bleaching. Discussions will cover human actions like carbon pollution from cars and factories that accelerate climate change. Students will learn about coral bleaching, its causes, and potential prevention measures.

Land Clearing

The removal of trees and vegetation near coastal and river areas increases soil erosion, leading to sediment washing into oceans. This sediment smothers and kills coral. Students will investigate the effects of land clearing on marine environments.

Extension to Human Impact on the Ocean

Other human activities like plastic pollution and the use of shark nets and baited drum lines for shark control will be discussed. Students will learn about plastic’s harmful effects on marine life, particularly sea turtles.

The use of shark nets and drum lines since 1962, which results in unnecessary harm to marine animals, will be debated. The discussion will focus on modern, more effective technologies for protecting humans and marine life at beaches.

Ocean Life Education Habitats – 3 Minute Video 

In this short film, Ocean Life Education’s Director of Education, Richard Coward, highlights key Habitats learning points using our marine animals as examples. It’s a great precursor to an incursion, which can be watched with students as a quick taster and talking point in advance of our visit.

A Note About Year 6 Curriculum Science

This incursion aligns with the Australian Curriculum content description ‘Science Understanding’ under the sub strand of ‘Biological Science’ for year 6’…

The growth and survival of living things are affected by physical conditions of their environment. 

Creating Ocean Advocates

At Ocean Life Education, we believe people protect what they know and love. Our mission is to inspire a deep connection to the ocean in children through engaging science incursions. By creating hands-on, memorable experiences, we aim to spark a lifelong passion for marine conservation and the ocean’s wonders.

Useful links

Overview of Marine Habitats

Habitats Fact Sheets

Other Primary Resources

Our Primary Incursions

Recent Blogs

Year 7 – Habitats

Year 3 – Life Cycles

Year 1 – Habitats

Our Primary Incursions

Here’s a link to our other news

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Ocean Life Education’s Classification Program

Ocean Life Education’s year 7 science incursions in Brisbane provide students with a solid foundation of a variety of ocean-focused themes in line with the Australian Curriculum. One of our most popular programs is Classification, which focuses on helping students organize their understanding of the world around them, enhancing critical thinking and observational skills.

During our Classification incursions, students will explore the grouping of living organisms based on their observed features, functions, and adaptations for survival. They will understand the reasons behind animal classification and discover both similarities and differences among various marine animals. Additionally, the importance of scientific communication will be emphasised, and students will engage in simple classification exercises of marine species using scientific conventions for naming species.

Simple Classification of our Marine Animals

We bring a fascinating and diverse range of live marine animals along to our science incursions, including a baby shark, a freshwater turtle, a variety of sea stars, sea cucumbers and sea urchins. This enables us to look at a range of classifications first hand. For example, our echinoderms…

Echinoderms

Sea stars, sea urchins, and sea cucumbers are all classified as echinoderms – named for the spines or bumps covering the outer surface of the bodies (Greek root word echino– meaning spiny; Latin root word –derm meaning skin).

Children learn that echinoderms, despite their diverse appearances, share two key features that distinguish them from other animals: a water vascular system and five-sided radial symmetry. These characteristics are fundamental to their movement and body structure, highlighting the unique adaptations of this fascinating group.

The water vascular system in echinoderms consists of canals filled with seawater that aid movement, feeding, nutrition, and respiration. Hydraulic pressure allows tube feet to extend and retract, enabling them to move around and interact with their environment.

The pentamerous radial symmetry structure of echinoderms makes the body strong as a five-segment skeleton is stronger than a four- or six-sided one (because the line of weakness cannot run directly across the body).

Our sea stars, urchins and cucumbers offer a fitting example of all these characteristics and the children have fun while learning to classify them themselves. We also discuss how our shark and turtle may be classified but in less detail.

Marine Classification – Table Activity

Here, students observe our live marine animals and then apply their learning to categorise animals themselves into a table. This is a great activity for year 7 science as students become scientists, drawing their own conclusions from the data and observations.

Marine Classification – 3 Minute Video

In this short film, Ocean Life Education’s Director of Education, Richard Coward, highlights key Classification learning points using our marine animals as examples and explains how animals are grouped according to the way their bodies look and function. It’s a great precursor to an incursion, which can be watched with students as a quick taster and talking point in advance of our visit.

Incursions in Brisbane & Excursions to the Coast!

While our science incursions in Brisbane are a fantastic way for us to bring the sea to students who might not get the opportunity to visit the coast, we also offer the option of experiencing Classification during an excursion to the coast. Our team meet the students at a designated spot, and we explore and research the environment together before returning to our live marine animals to put things into context.

Classification for Younger Students

If you are also teaching younger students, another great way to prepare for our Classification science incursion is with our Classification Card Activity in which student use classification cards to work out which headings different marine animals could be classified under.

A Note About Year 7 Curriculum Science

This incursion aligns with the Australian Curriculum content description ‘Science Understanding’ under the sub strand of ‘Biological Science’ for year 7’…

Investigate the role of classification in ordering and organising the diversity of life on Earth and use and develop classification tools.

Imprinting a Love of the Ocean: Cultivating Future Environmental Advocates

At Ocean Life Education, we believe that “you protect what you know and love.” Our mission is to instil a deep connection to the ocean in children, inspiring them to become passionate advocates for marine conservation.

Our dedicated team brings this vision to life through engaging science incursions that showcase the wonders of marine environments. We aim to create memorable experiences filled with hands-on learning and exploration. By sharing our enthusiasm and knowledge, we strive to spark a lifelong appreciation for the ocean in every child we reach.

Find out more about year 7 science incursions in Brisbane.

Year 3 – Life Cycles

Year 1 – Habitats

Our Primary Incursions

Here’s a link to our other news

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Ocean Life Education’s Life Cycle Program

During Ocean Life Education’s exciting “Life Cycles – The Birth and Growth of Animals” incursion students will dive into the fascinating world of marine animals to uncover the unique life cycles of various sea creatures. By interacting with a diverse array of marine life, they gain insights into reproduction, birth, and growth stages across different species and experience first-hand differences that exist between living and non-living things. This incursion highlights examples from iconic local marine animals, focusing on sharks, whales and turtles to ensure it is relevant to local students. Keep reading to find out more about our Year 3 Science Incursions in Brisbane.

Link to Primary Programs

Exploring Marine Reproduction

During this engaging incursion, we highlight the different ways in which our ocean creatures come into the world.

Our sea stars, sea cucumbers and sea urchins offer wonderful examples of exterior fertilization…where adults release eggs and sperm into the water. And our sharks and freshwater turtles provide living proof of how interior fertilisation occurs in other species.

Incredible Ocean Births

Students find out that not all animals are born the same way and that our sharks and freshwater turtles hatch from eggs as perfect miniature versions of their parents. Whereas our sea stars and sea urchins start out their life as a plankton, later going through dramatic change (metamorphosis) to become like their parents.

We love seeing the surprise on children’s faces as they contemplate these mind-blowing wonders of nature!

The Fascinating World of Shark Reproduction

Focusing on our sharks, we then discuss the three different ways in which they may be born, according to the species. Some sharks are born from eggs (like our little ones), some are born alive (like us), e.g. Great Whites, Tiger Sharks and Whaler Sharks, and then there are some like the Grey Nurse Shark that are a combination of the two.

Students love exploring sharks and discussing how and why they have evolved in these ways.

Shark Life Cycle Resources

Examining Local Case Studies – Humpback Whales

Some animals travel long distances as part of their life cycle, such as Humpback Whales that travel from Antarctica up into the tropical waters off Queensland’s coast to give birth to their calves in warmer waters. Through suckling their young, the females provide calves with the energy and precious fat stores needed to survive the long migration back down to the icy southern waters where they feed on plankton during the Antarctic Summer, before commencing the incredible journey again.

The humpback whale migration begins in May/June heading north off the Australian coastline. We can observe the humpback whales travelling back down to the Antarctic during the months of September and October.

Humpback Resources

Additional Topics Covered in our Life Cycles Incursion

Our Year Three life cycles incursion also teaches students about fundamental biological processes such as the need for food, reproduction, shelter-seeking behaviours, classifying the difference between living and non-living things, adaptation to habitats, and mobility.

Imprinting a Love of the Ocean: Cultivating Future Environmental Advocates

At Ocean Life Education, we firmly believe that “you protect what you know and love.” That’s why we’re dedicated to teaching children about the wonders of the ocean. By fostering a deep connection with marine environments, we aim to inspire the next generation of environmental advocates.

Our passionate team brings this mission to life through engaging science incursions, where our enthusiasm for the ocean is evident. It’s this genuine love and commitment that make our educational experiences truly unique and impactful. We’re excited to share our passion and knowledge, hoping to spark a lifelong appreciation for the ocean in every child we reach.

Find out more about our Year 3 Science Incursions in Brisbane.

A Note About Year 3 Curriculum Science: Biological Science

This incursion aligns with the Australian Curriculum content description ‘Science Understanding’ and under the sub strand of ‘Biological Science’.  AC9S3U01…

“Students classify and compare living and non-living things and different life cycles”.

 Useful links

Life Cycle Activities & Resources

Blog: Life Cycles of Ocean Animals for Schools

Ocean Life Education’s Life Cycles Video

Our Primary Incursions

Here’s a link to our other news

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Ocean Life Education’s Habitats Program

One of Ocean Life Educations most popular programs is our Habitats Program, which focuses on curriculum learning for students in Prep and Year One. It’s a wonderful interactive based learning experience that focuses on how living things have a few basic needs to survive. Read on to find out more about our year 1 science incursions in Brisbane…

A Voyage of Discovery

Students discover what a habitat is and that in order for an area to be a suitable habitat for an animal, it needs to provide the fundamental elements: food, water, shelter, air and oxygen.

Exploring a Diverse Range of Habitats

Key habitat areas explored are rocky shores, sandy beaches, mangroves, sea grass beds, coral reefs, and the open ocean.

Find out more about diverse ocean habitats here.

How Ocean Animals Suit their Habitat

Students will discover that animals vary greatly, coming in different shapes and sizes, therefore requiring different types of habitat areas. They will find out through interaction, that our live display animals may live in one or more of these habitat areas and why.

This is a fun and exhilarating way for students to grasp all the key concepts about living things and their habitat.

Helping you Plan your Incursion

In the planning stages, we work with schools and home school centres to ensure your needs are met, and that we are focusing on what’s relevant to your teaching goals. If you have a special area of interest, we will concentrate on that.

Then, on the day of the incursion, our enthusiastic Marine Educators deliver highly educational, fun and engaging incursion that children will remember for a lifetime.

Our Primary Programs

Building Foundational Science Knowledge

These incursions will provide a dynamic and engaging way for Year 1 and Prep students to build foundational knowledge in science, fostering curiosity and a deeper appreciation for the natural world and imprinting a sense of ownership for its wellbeing.

Imprinting a Love of the Ocean

We stand by the statement that you ‘protect what you know and love’ and believe that teaching children about the ocean will help create environmental advocates of the future.

Our whole crew is passionate about the ocean, and we think this is very apparent during our science incursions and what makes the learning experience with Ocean Life Education very special indeed.

Find out about our Ocean Habitats Excursions

Learn about wetland habitats here

A Note About Year 1 Curriculum Science: Biological Science

Our incursions sit under the Australian Curriculum unit ‘Science Understanding’ and under the sub strand of ‘Biological Science’.

Understanding Sciences

AC9S1U01

Identify the basic needs of plants and animals including air, water, food or shelter, and describe how the places they live meet those needs.

Our Primary Incursions

Here’s a link to our other news

And a link to our programs

Coolum Coastcare – Environmental Group

Ocean Life Education – School Incursions

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Updating the team page on our website this month made us think that it’s about time to do a blog post dedicated to the incredible people who make our programs so popular – the wonderful crew at Ocean Life Education!

We really do have the best team imaginable who all have one thing in common – their passion for the ocean and their enthusiasm for wanting to share their knowledge and educate others about the big blue.

So, here we report back on what the inspirational crew at Ocean Life Education love about the ocean and why they want to shout about it!

A Passion for the Ocean

Our educators tell us that they are driven by a deep passion for the ocean due to key factors that have resulted from childhood or ocean experiences. That’s why we believe that giving children the opportunity to experience ocean life firsthand is key to harbouring a love of the ocean. Here’s what they say…

Reasons our Team Say they Love the Ocean

Fascination with Marine Life: The incredible diversity of marine organisms, from the smallest plankton to the largest whales, captures the imagination. The intricate behaviours, unique adaptations, and complex ecosystems of marine life provide endless opportunities for discovery and study.

Our educator’s favourite ocean animals are diverse, ranging from the tiniest nudibranch, pistol shrimps and gobies, to turtles, humpback whales and graceful manta rays. What an impressive range, demonstrating  just how incredible life in the ocean is.

Environmental Stewardship: A desire to protect and preserve ocean ecosystems against the increasing threats to marine environments, such as pollution, overfishing, and climate change, drive them to work towards conservation and sustainability.

Whale Rescue Coolum 1996

Many of our educators have worked on environmental projects themselves. Director of Education, Richard Coward, has been involved in research projects such as buoyancy syndrome turtle research, shark research and breeding programs.

Many staff, including Richard, have also been involved in rescues, resulting in the release of whales and turtles (amongst other species) back into the wild.

Check out this picture of the rescue that Richard was involved in.

Love of Exploration: The ocean is still largely unexplored, offering a sense of adventure and the allure of uncovering new species, unknown habitats, and geological features.

The mystery and vastness of the ocean inspire curiosity and a spirit of discovery in our crew.

“I was amazed when I went diving at night in Papua New Guinea and was lucky enough to experience a coral spawning event in an ocean that was glowing with bioluminescence (the production and emission of light by a living organism – seen in the image). It just blew my mind! Another time, I was awe-struck when I went diving with a smack (yes, the collective name!) of sea jellies (aka jelly fish). Magic moments that I will treasure forever…and there’s so much more to come!!”

Growing Up on the Coast

Connection to Nature: Our educators all love the ocean, often stemming from childhood experiences, such as beach visits, snorkelling, or scuba diving. This personal connection fuels a lifelong passion for studying and protecting marine environments.

Most of our educators were lucky enough to have grown up next to the ocean in Queensland or NSW. The East Coast of Australia is probably one of the best places on earth to grow up if you love the ocean!

These factors combine to create a strong passion among our team for the ocean and its inhabitants, driving them to be the inspirational educators that they are!

Find out more about our inspirational team

Fancy a career in Marine Biology?

Here’s a link to our other news

And a link to our programs

Sea Shepherd Queensland

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This Month:

Celebrating Queensland’s Humpback Migration, FREE migration calendar, How whale poo fights climate change, Humpback fast facts, Teaching Human Impact, Out & About this month, Ocean Creature Feature. 

Woohoo!!!! The Humpbacks are Back

It’s that exciting time of year when humpback whales migrate up and down the Queensland coastline from the Antarctic to mate and give birth in warmer waters. The arrival of the whales is celebrated throughout East Coast Australia and we reckon it’s the greatest show on earth! Why not head down to the coast and join in the celebration?

Read our BLOG to find out when and where to see the Annual Humpback Migration on East Coast Australia and learn a whole lot more about it.

Click below for our downloadable FREE Humpback Migration Calendar (see foot of email)

How Whale Poo Fights Climate Change – The Whale Pump

As whales surface from deep dives to breathe and poo, they circulate huge amounts of nutrients from the sea floor. This process is called the “Whale Pump”.

The whale poo acts as an excellent fertiliser for ocean plants called phytoplankton. Phytoplankton is at the bottom of the food chain and is a very important primary producer (food source) for the marine ecosystem. It also removes millions of tonnes of carbon from the atmosphere and produces huge amounts of oxygen.

These tiny organisms (phytoplankton) absorb one-third of the carbon dioxide humans breathe out. They also produce half of the planet’s oxygen. So, as you can see, keeping this process working and our oceans healthy is crucial to our survival!

During long migrations, such as the one currently taking place off the East Coast of Australia, whales travel from nutrient-rich areas to nutrient-poor areas. This journey transports essential nutrients across the ocean in a process known as the “Great Whale Conveyor Belt”. So, whale migration has a big impact on the health of our oceans too.

Over 20,000 humpback whales are traveling up our coast right now! This is an amazing opportunity to teach students curriculum topics using an iconic, local theme. What better way to bring learning to life than to host an Ocean Life Education incursion at your school, then take a trip out to watch the amazing spectacle happening firsthand here in Queensland?

Programs & Free Resources

Humpbacks Course & Resources

Want to learn more about Australia’s iconic humpback whales?

Check out our online course and teaching resources. – Both contain awesome videos, infographics, maps, fast facts, quizzes, and more!

Our Programs: Teaching Human Impact

Our Human Impact program  ‘The Earth Under Threat’ aims to educate and inspire children to want to learn more and protect our oceans.

Students:

• Learn what humans do can harm the marine environment
• Identify how changes to the marine environment; like weather patterns, land clearing, over-fishing, and pollution, affect it, its creatures, and us
• Realise individuals can make a difference in caring for the marine environment and the need for all humans to accept personal responsibility for protecting it

To find out more, click HERE

Key dates coming up:

September 2022

4th  – National Wildlife Day

7th  – Threatened Species Day

18th – World Clean Up Day

17th – Int. Coastal Cleanup Day

17th – World Manta Day

18th – Sea Otter Awareness Week

24th – Fish Amnesty Day

Support a whale charity:

Whale & Dolphin Conservation
Marine Conservation
Sea Shepherd
Humpbacks & Highrises

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“Bringing nature into the classroom can kindle a fascination and passion for the diversity of life on earth and motivate a sense of responsibility to safeguard it”,

Sir David Attenborough.

Ocean Life Education’s Director of Education, Richard Coward, is a firm believer that education is the key to protecting the ocean. So, Richard has spent the past 14 years visiting schools, early learning centres and community events, passionately educating and inspiring young minds to feel a responsibility to protect the our seas.

“Our goal is to educate Australians about how our lives are interconnected with our oceans and to inspire them to feel a responsibility to take action to protect them”, Richard Coward, Director of Education, Ocean Life Education.

A Passion for Protecting the Ocean

Ocean Life Education was set up in 2006 by Director of Education and Marine Biologist, Richard Coward. Richard studied Marine Ecology at Queensland’s Griffith University and commenced his career running Sunshine Coast’s Underwater World education programs and was later promoted to Curator of Fishes.

Richard went on to work on the creation of a new aquarium in South Korea. Whilst diving in the ocean, he was astonished by the complete lack of marine life. This was the first time he had experienced first-hand the devastating consequences of human impact caused by over-fishing. This education inspired him to take action. Richard saw this as a wakeup call and was determined this was not going to be allowed to happen in Australia. Thus, his passion for protecting the ocean was born.

Richard’s career went off down many paths: managing exhibits in aquariums worldwide and working with sharks, seals, penguins, turtles, sea jellies, fish, octopus, and invertebrates, to name a few.  He has been involved in research projects and breeding programs as well as whale rescue and his knowledge has frequently been reported on television, including a whole feature on the Totally Wild television show. Throughout all this, promoting conservation has always been at the heart of what he does.

Taking the Ocean into the Classroom

Richard soon realised that educating future generations was the key to them understanding why the ocean is so important to us and inspiring them to take action to protect it. “You protect what you love”, he quotes.

But many children were unable to get to the ocean or even to an aquarium to experience ocean life first-hand, so the idea of taking the ocean to the classroom was hatched and Ocean Life Education was born.

Our Programs & Marine Educators

Since 2006, Ocean Life Education has promoted the protection of our oceans to hundreds and thousands of Australians throughout Queensland and New South Wales. Our aim is to bring the sea to the community or classroom.  Marine educators arrive with live marine animals, fascinating artefacts, games and resources and students get a hands-on experience interacting with the animals. They hopefully finish off knowledgeable and inspired to want to protect the ocean and passionate to tell their friends and families why they should do the same.

Our Programs

Early Learning – Ocean Discovery Program https://www.oceanlifeeducation.com.au/programs/early-learning/

Primary – Curriculum based and tailored themes and activities https://www.oceanlifeeducation.com.au/programs/primary-schools/

Holiday Programs (OSHC) – Human Impact, Sharks, Weird & Wonderful https://www.oceanlifeeducation.com.au/programs/holiday-program/

High School – Curriculum based and tailored themes and activities https://www.oceanlifeeducation.com.au/programs/high-school/

Events – live marine displays, beach walks, lectures, workshops (tailored to requirement) https://www.oceanlifeeducation.com.au/programs/events/

Further reading

For more information about what we can all do to protect the ocean, check out our blog:

https://www.oceanlifeeducation.com.au/how-can-i-protect-the-ocean/

Hope to see you soon!

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Every winter, anyone along the East Coast of Australia gets a front row seat for one of nature’s most spectacular shows.

The stars are humpback whales – massive marine mammals that like to steal the limelight.  These traveller performers drop by on their 25,000 kilometre round trip between Antarctica and their breeding grounds in the tropics.

These acrobatic animals are definite crowd pleasers – playing to an appreciative audience….

Just the sight of a spout is enough to cause a commotion…and little wonder.  After holding their breath for twenty minutes, humpbacks can exhale several metres into the air…..

But it’s really just the warm up – the opening act can be pectoral fin slaps…. When their five metre long appendages slam onto the ocean surface – a wakeup call for anyone close by.

Tail slaps are another great way to grab attention. One is never enough.  It’s an opportunity to show off their personal fluke pattern – the best way to identify a humpback….

If they sense they’re losing their audience, the whales can opt for a spy hop – raising their head out of the water to assess the world around them….

But the absolute shop stopper is the full body breach – when up to 30 tonnes of mammal is launched into the air and slams back down.  The impact is phenomenal – seen and heard from kilometres away.

There’s lots of different theories as to why whales perform this manoeuvre – some feel it’s a way to communicate with other humpbacks close by; others believe it’s like a giant stretch after a long rest – a signal they’re about to get active again.

Either way its unforgettable – and can only be topped if there’s an understudy in tow.  Young calves accompany their mothers on the trip back south, eager to try out their performance skills as well.

At just five metres long, they’re only a fraction of their Mum’s size but still capable of making their presence felt.  Drinking 400 litres of milk a day, these youngsters grow quickly and by this time next year will be ready to go solo.

In a final bow to the crowd, the whales lift their tails and disappear from stage – diving deep and leaving the audience wanting more, with no indication where and when their next performance will be.

Even if you miss the show, you can learn more about these magnificent animals in one of Ocean Life Education’s Marine Mammal presentations.  Click here for more details.

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Our touch tanks are a home away from home for our animal ambassadors and we work hard to ensure things are as stress free as possible while they play a vital role in helping children understand and appreciate the aquatic world.

They travel all over Brisbane and the rest of South East Queensland, visiting early learning centres, schools and shopping centres, giving youngsters the opportunity to get up close and personal with these exotic creatures.

Under careful supervision, children are able to gently interact with our sea stars, sea cucumbers and spiny urchins, using our one finger touch policy that ensures our animals remain relatively undisturbed while cocooned in their cases.

To protect both animal and young enthusiast, our baby sharks are carefully contained in see through containers which allow for thorough inspection without causing damage.

Likewise, the colourful tropical sea cucumbers have such delicate feeding tentacles, they need to be kept clear of probing fingers.

https://www.youtube.com/watch?v=r9VrClr6maY

But the fresh water turtles are only too willing to subject themselves to some soothing shell massage, all in the name of fostering a greater human/animal relationship.

We limit the amount of time our animal ambassadors spend away from their homes, rotating our starfish, cucumbers, urchins, sharks and turtles to make sure they are well rested and fed before embarking on their next mission to help save the oceans.

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