Planning one reading lesson for a class with different English levels takes time. Some students understand the science but need support with new words. Others finish quickly, while you still need to check what everyone has learned. Knowing how to differentiate instruction for english language learners can help you plan access without lowering the learning goal. A Universal Design for Learning approach offers more than one way to engage with ideas, understand information, and show learning. In this guide, you will see what to teach about ecosystems and how to use Didaktos AI to prepare differentiated reading material for learners aged 10–11.
What students should learn about Ecosystems
An ecosystem is a community of living things and the non-living parts of their environment. Students can build understanding in stages, moving from familiar examples to relationships between organisms and their surroundings.
- Notice the parts: Identify living things, such as plants and animals, and non-living things, such as water, air, soil, and sunlight.
- Describe relationships: Explain how organisms depend on other organisms and on environmental conditions. A plant may need light, water, and nutrients to grow.
- Connect changes to effects: Predict how a change, such as less water, could affect plants and the animals that depend on them.
Teach key vocabulary in context. Useful words include ecosystem, organism, environment, habitat, producer, consumer, and depend. Pair a new word with a clear example, picture, or action. Invite students to use the word in a sentence before expecting them to explain a whole process.
Check for common misconceptions. Students may think that only animals are living things, or that plants do not need air. They may also treat an ecosystem as a list of separate parts rather than a connected system. Ask students to explain how a plant, water, and an animal can affect one another. Their explanations can reveal what needs further teaching.
Why use Universal Design for Learning to teach Ecosystems
Universal Design for Learning (UDL) helps teachers plan flexible routes into shared learning goals. It is useful when students have different language skills, interests, and ways of showing understanding. These three benefits can support an ecosystem lesson.
- More than one way to access information. Pair a short reading with labelled images or a teacher read-aloud. For example, students can follow a simple diagram of a pond while listening to a paragraph about its living and non-living parts.
- More than one way to stay engaged. Offer a choice of examples while keeping the same science goal. Students might read about a forest, a pond, or a dry landscape, then identify relationships in each setting.
- More than one way to show learning. Let students explain a connection with a short written response, labelled drawing, or oral explanation. For example, they can show how less water may affect a plant and an animal that uses the plant for food or shelter.
These options do not remove important science ideas. They reduce barriers that can prevent students from showing what they know. This is a practical foundation for how to differentiate instruction for english language learners while keeping expectations clear.
How to create differentiated reading material with AI in 5 steps
Use a lesson goal first, then let Didaktos AI help shape the resource. The teacher remains responsible for checking the science, language level, and suitability for the class.
Step 1: Describe your lesson
In Didaktos AI, open the Resources category and choose Differentiated Material, then select Natural Sciences / Biology and Elementary (4-6). In Topic / Instructions, start with the topic, learners’ ages, lesson duration, and learning goal. A clear description helps the tool create material that fits the lesson rather than a general text about ecosystems.
Create differentiated reading material about ecosystems for learners aged 10–11. The lesson is 40 minutes. Students will identify living and non-living parts and explain one way they depend on each other. Use clear language and include a short comprehension check.
Teacher tip: Write one observable learning goal, such as explain one relationship, before adding extra activities.
Step 2: Choose the methodology
In Methodology, select the UDL (Universal Design for Learning) tag in Didaktos. This signals that the resource should offer flexible ways to engage with the topic, access information, and respond. Keep the science goal consistent across the options.
Ecosystems, ages 10–11, 40 minutes, English language learners in the class. Include options to read, listen, or study a labelled visual, and offer more than one way to show understanding.
Teacher tip: Choose options that are practical with the materials and time you have available.
Step 3: Attach your material
Upload a grade-level reading text about ecosystems so the AI can analyse its content and adapt it. Attaching files is a Didaktos Pro feature. Didaktos accepts photos, PDFs (the first 10 pages, including scanned pages), Word files, and text files.
Free users can paste the key text into the lesson description instead. If you are exploring ways to differentiate instruction for ELL students, keep the source text’s core science ideas visible while identifying vocabulary or sentences that may need support.
Analyse the attached grade-level reading text about ecosystems. Keep its accurate science ideas, identify key vocabulary, and prepare an accessible version for learners aged 10–11 using Universal Design for Learning.
Teacher tip: Check that the uploaded file is the version you want students’ reading material to reflect.
Step 4: Generate the document
Generate the resource, then review it in Document, Outline, and Print view. Document view helps you read the full material, Outline view makes the structure easier to scan, and Print view helps you check how it will appear on paper.
Look for accurate science, clear instructions, and suitable reading demands. If you are learning how to differentiate instruction for ESL students, check that examples and vocabulary support meaning without changing the learning goal.
Generate the differentiated ecosystems reading resource. Organise it into a short reading, vocabulary support, learner choices, and a comprehension check. Keep the language clear and the science accurate.
Teacher tip: Read the resource as a student and revise any direction that could be interpreted in more than one way.
Step 5: Use Create quiz to build an assessment
Choose the Create quiz quick action to build an assessment in one click. Review the questions and answers to confirm they check the lesson goal, not only students’ recall of new words.
For example, ask students to identify a living and a non-living part, then explain one connection. If some learners need an easier text, the Simplify (UDL) action rewrites the reading with shorter sentences and simpler vocabulary while keeping the science. Both actions are useful differentiated instruction strategies because you can check understanding with accessible wording.
To adjust the quiz, open Edit and ask for the change, for example:
Make this a short assessment for the ecosystems reading with three clear questions about living and non-living parts and how they depend on each other. Add correct answers for the teacher.
Teacher tip: Keep at least one question that asks students to explain a relationship in their own words.
For further ideas, explore the inclusive and adapted materials generator, which also creates plain-language summaries, the classroom worksheet generator, and the guide to using your own materials.
Sample output
Activity: Build an ecosystem connection
Read the short text. A plant is a living thing. It needs sunlight, water, and soil to grow. An insect may use the plant for food. The soil and sunlight are not living, but they help living things in this ecosystem.
Choose how to show the connection: draw and label it, explain it aloud, or write two sentences. Include one living thing, one non-living part, and a relationship between them. Use the word depend if it helps you explain the connection.
Questions and answers
- Which living thing is named in the text? Answer: A plant.
- Name one non-living part that helps the plant grow. Answer: Sunlight, water, or soil.
- How might an insect depend on the plant? Answer: It may use the plant for food.
This sample keeps one shared science idea while allowing students to respond in different ways. You can add images, model the word depend, or invite students to discuss the answer with a partner before writing.
Variations
For younger learners, use a shorter text, familiar organisms, and picture labels. Ask them to sort living and non-living parts before explaining a relationship. For older learners, include a more complex food web or ask how a change to one part may affect several others.
UDL can work with other teaching approaches. A project-based lesson might ask students to create an ecosystem model. An inquiry lesson could begin with a question about how organisms respond when an environmental condition changes. Keep different routes into the task, but connect them to the same learning goal.
For English language learners, introduce essential vocabulary with images, examples, and opportunities to rehearse ideas aloud. Provide sentence starters such as “The plant depends on ___ because ___.” Students who need attention support may benefit from shorter reading sections, visible steps, and a brief movement or discussion break between tasks.
These are differentiated instruction strategies, not fixed labels for students. Ask learners what helps them understand, observe their work, and adjust support as their confidence changes.
Frequently asked questions
How to differentiate instruction for ELL students?
Keep the learning goal clear, then reduce language barriers around it. Teach essential words in context, pair text with visuals, and give students time to discuss ideas before writing. Offer response choices, such as a labelled drawing or oral explanation, while checking that each option shows the same important understanding.
How to differentiate instruction for ESL students?
Start with what students already know about the topic. Use short, clear directions, model a response, and provide vocabulary support without removing key ideas. Invite students to use a familiar language or a visual to plan their thinking when appropriate, then help them express the science in English.
What are effective differentiated instruction strategies for reading?
Useful strategies include chunking a text, pre-teaching a few key words, adding labelled visuals, and offering a teacher read-aloud. Give students a clear purpose for reading and more than one way to respond. Review their answers to see whether support made the science more accessible.
Can AI differentiate reading material for English language learners?
AI can help create a starting point, such as a clearer text, vocabulary support, and comprehension questions. It cannot replace teacher review. Check facts, reading demands, and whether the resource respects students’ knowledge and needs. Use the material as a draft, then adapt it using what you know about your class.
In the Discover Didaktos series, the aim is to turn practical teaching needs into resources you can review and adapt. Try Didaktos AI with the same ecosystems example: describe the lesson, choose UDL, attach a reading text if your plan supports files, and build the quiz with Create quiz.