Alpine Biome Study

Overview

In this lesson (6 of 20), students investigate the Alpine mountain biome in France and connect biome characteristics to sustainability challenges and management options. Students build towards presenting research findings from earlier planning by using evidence from a case study.

Learning intentions

• Students will investigate the Alpine mountain biome’s climate, landforms, plants and animals, and how these influence survival and ecosystem functioning.
• Students will analyse human impacts on the Alpine environment and consider management approaches.
• Students will prepare and present a short case-study summary that includes evidence.
• Students will reflect on how tourism can affect sustainability in the Alpine region.

Success criteria

• I can describe 3–4 key characteristics of the Alpine biome using accurate geographical terms.
• I can explain at least one cause-and-effect relationship between the environment and ecosystem impacts.
• I can use evidence (notes from sources, facts, or data) to support my findings.
• I can clearly present my group’s conclusions and answer at least one question from the class.

Curriculum links

• Geography — GE5-MAN-01: students assess different approaches to the management and protection of places and environments.
• Geography — GE5-DFC-01: students explain how diverse features and characteristics of places and environments change over time.
• Geography — GE5-PRI-01: students analyse processes and interactions that transform people, places and environments.
• Science (environment link) — SC5-ENV-01: students analyse the impact of human activity on the natural world.

Lesson structure (60 minutes)

1. 0–5 min · Hook and purpose. Teacher displays the introduction slides and asks: “Why can a place that looks ‘wild’ still be heavily managed?” Students turn-and-talk to predict where human influence might be seen in Alpine environments.

2. 5–15 min · Case-study briefing (France Alpine focus). Teacher uses the introduction slides to model how to extract characteristics (climate, altitude effects, vegetation zones, wildlife) and one human impact theme (e.g., land disturbance, water/energy demands, waste, habitat fragmentation, risk management). Students complete a brief “evidence hunt” on the worksheet notes space: write one fact and one “so what?” statement.

3. 15–35 min · Collaborative research: pair biome profile. Teacher distributes the Alpine biome case study worksheet to pairs and instructs students to complete the table: characteristics, processes/interactions, and human impacts (minimum one for each). Students use the prompts provided on the worksheet to ensure their notes link to effects on plants/animals and/or changes over time. Teacher circulates with a checklist: accuracy of terms, presence of cause-and-effect, and quality of evidence wording.

4. 35–47 min · Mini-presentations (structured sharing). Teacher organises pairs into small groups and plays the introduction slides again at the “presentation structure” section (so expectations are consistent). Students deliver a 1-minute “Alpine snapshot” using their notes: (1) biome characteristics, (2) one key interaction/process, (3) one human impact, (4) one management/protection idea. Listeners record one question or comment for each presenter using sentence stems on the Alpine biome case study worksheet.

5. 47–55 min · Plenary: evaluate management and sustainability. Teacher leads a class discussion using the introduction slides with two prompts: “Which management approach reduces harm most effectively, and why?” and “Where might tourism create benefits as well as risks?” Students vote with hands for the “best evidence-supported idea” and justify in one sentence.

6. 55–60 min · Exit ticket (quick evidence check). Teacher collects the Alpine biome case study worksheet and asks each student to write one claim and one evidence sentence about the Alpine biome and one possible tourism impact. Students submit before leaving.

Resources

• the introduction slides (single deck for hook, briefing, research instructions, presentation structure, plenary prompts)
• the Alpine biome case study worksheet (pair research table + question stems + short exit ticket space)
• Coloured pens/highlighters for coding “environment characteristics” vs “human impacts”
• Device optional for teacher-curated offline sources (printed excerpts can be used if devices are limited)
• Timer for 1-minute presentations and pair research check
• Board space for “claim–evidence–reasoning” exemplars

Assessment

• Formative: teacher checks pair research notes during circulation for correct biome characteristics and clear cause-and-effect links.
• Formative: mini-presentation questioning—students must reference evidence from their worksheet notes.
• Summative within lesson: exit ticket (claim + evidence) collected with the Alpine biome case study worksheet.

Differentiation

• Pairing strategy: deliberate grouping so all students can contribute; roles rotate (reader, recorder, presenter, evidence checker).
• Support for literacy: provide sentence starters on the worksheet for cause-and-effect (“Because…, this leads to…”), management (“A good approach would be… because…”), and presentation (“Our key point is…”).
• Vocabulary scaffolds: word bank on the worksheet (e.g., altitude, vegetation zones, habitat, erosion, water runoff, tourism pressure).
• Extension (for advanced learners): add a “trade-offs” line—students must weigh one management option’s benefits and unintended consequences for people and the environment.
• EAL/SEN: allow oral rehearsal with the partner before writing; accept synonyms and focus on clarity of claim–evidence links rather than perfect wording.

Extension (optional)

• Students who finish early add a short “tourism impact” mini-datasheet: list one positive and one negative impact, then propose a specific management response.