ACTIVITIES IN GREECE

Subject

Process

Date

10.12.2024

Responsible persons

Tachtsoglou Maria

Teachers present

Voutsila Evridiki

Panagiotou Irene

Parents present

Anastasiadou Aikaterini

Sidiropoulou Maria
Papadopoulou Georgia

Ganetsiou Marina

Papadopoulos Panagiotis

Koutsidou Kyriaki

Gountoudi Anta

Sanopoulou Vasiliki

Meeting topic

Introduction about:

1. the goals and objectives of the Erasmus project CLIMATE, a friend with character

2. the expected results

3. the necessary organization and documentation for the LTTA mobilities

Decisions taken

All parents confirmed the students' participation in the LTTA mobilities. They are very enthuciastic with the project because their children will learn, collaborate, travel, be responsible, be conscious about the science topics.

In the meeting took part the parents of 4^th and 6^th grade students and their class teachers. Information about the project, the partners, the schools, the activities and the mobilities was shared with all the parents and students. Also, we discuss in details the meeting with all the partners on December, as they will be hosted in Dimotiko Scholeio Plateos Imathias.

Subject

Process

Date

10.12.2024

Responsible persons

Tachtsoglou Maria

Teachers present

Voutsila Evridiki

Panagiotou Irene

Parents present

Anastasiadou Aikaterini

Sidiropoulou Maria
Papadopoulou Georgia

Ganetsiou Marina

Papadopoulos Panagiotis

Koutsidou Kyriaki

Gountoudi Anta

Sanopoulou Vasiliki

Meeting topic

Introduction about:

1. the goals and objectives of the Erasmus project CLIMATE, a friend with character

2. the expected results

3. the necessary organization and documentation for the LTTA mobilities

Decisions taken

All parents confirmed the students' participation in the LTTA mobilities. They are very enthuciastic with the project because their children will learn, collaborate, travel, be responsible, be conscious about the science topics.

In the meeting took part the parents of 4^th and 6^th grade students and their class teachers. Information about the project, the partners, the schools, the activities and the mobilities was shared with all the parents and students. Also, we discuss in details the meeting with all the partners on December, as they will be hosted in Dimotiko Scholeio Plateos Imathias.

Name of the school : Dimotiko Scholeio Plateos Imathias Greece

Responsible person(s) for this activity

Maria Tachtsoglou – Primary Teacher & Headmistres

Other person involved in the activity

Konstantinos Tasidis – Primary Teacher

Person outside the school involved in the activity

----------

Class(es) of students concerned

5th graders

Number of students concerned

12

Dates of the activity (beginning & end)

January 2025

What were the objectives of the activity?

Learning Objectives:

1. Understanding who André Celsius was historically

2. Learning how the Celsius scale works practically

3. Relating temperature measurements to everyday experiences

4. Appreciating the importance of standardized measurements

5. Seeing connections between historical discoveries and modern applications

6. Developing an appreciation for scientific contributions

7. Practicing temperature conversion skills

A presentation about André Celsius appropriate for 5th graders covers:

1. Who André Celsius was and when he lived

2. How he created the Celsius temperature scale

3. What different temperatures mean on the Celsius scale

4. Why the Celsius scale is important globally

5. His other scientific contributions beyond temperature

6. How we use the Celsius scale in everyday life

The presentation uses simple language and includes concrete examples that 5th graders can relate to, like body temperature and weather forecasts. It also shows temperature comparisons between Celsius and Fahrenheit to help students understand the relationship between the two scales.

Have the objectives been met?

yes

Explain how you have worked.

Before the presentation

Activating prior knowledge: The students answer what they already know about temperature and how they measure it.

Temperature scavenger hunt:  The students find items around the classroom that have temperatures listed (thermostats).

KWL chart: "Know, Want to know, Learned" chart about temperature and measurement.

During the presentation

Interactive demonstrations: The students separate in teams and they use thermometers to measure water at different temperatures. They show how ice melts at 0°C and water boils at 100°C.

Think-pair-share: The students discuss with partners: "Why do you think having a standard temperature scale is important?" "What would happen if every country used a different system?"

Visual aids: Use colored cards to represent temperature ranges (blue for freezing, yellow for comfortable, red for hot).

After the presentation

Temperature diary: The students take notes of temperatures for a week (weather, refrigerator, body temperature) using Celsius. Conversion practice: The students answer simple worksheets to practice converting common temperatures between Celsius and Fahrenheit.

Real-world connections: Students discuss climate change in child-appropriate terms

Assessment activities: 1. Match everyday activities with appropriate temperatures. 2. Write a short paragraph about why Celsius's invention was important

The activities engage multiple learning styles and help students connect abstract temperature concepts to their everyday experiences while appreciating the historical significance of Celsius's contribution to science.

Explain the work done by the students

Individual Work

Temperature journals: Students record daily temperature observations in Celsius for one week (morning, noon, evening) and draw conclusions about patterns they notice. Research mini-projects: Students choose one aspect of Celsius's work (astronomy, aurora borealis, etc.) to research further and create a one-page fact sheet.

In Pairs Work

Temperature conversion practice: Complete worksheets converting between Celsius and Fahrenheit for everyday temperatures.

Group Work

Temperature experiment stations: In small groups, students rotate through stations measuring temperatures of different substances (ice water, room temperature water, warm water) and recording results. Temperature vocabulary cards: Collaborate to create vocabulary cards with temperature-related terms (thermometer, freezing point, etc.) with definitions and illustrations.

Creative Projects – Group Work

"A Day in the Life of André Celsius": The students write short stories imagining what Celsius might have done in his laboratory. Temperature quiz show: Groups develop questions about Celsius and temperature for a class competition.

Assessment Activities

Temperature matching game: The students match everyday scenarios with appropriate Celsius temperatures.

3-2-1 Reflection: The students write 3 things they learned, 2 questions they still have, and 1 way they use temperature in daily life.

Celsius concept map: The students create a concept map showing connections between Celsius, temperature, and applications in daily life.

Practical Applications

Home temperature survey: The students measure and record temperatures in different areas of their homes.

These student work activities allow children to engage with the material in multiple ways while demonstrating their understanding of André Celsius, his remarkable life and work. He was a Swedish astronomer, physicist, and mathematician, he is best known for inventing the Celsius temperature scale, he helped establish the first modern Swedish astronomical observatory in Uppsala University in Sweden, he researched the Earth's magnetic field and he observed eclipses and other astronomical events.

The students present to the 6^th graders the important facts about the great European scientist.

What has been the final result ?

After completing the André Celsius unit, the learning outcomes are:

Knowledge Acquired (understanding of who André Celsius was and his historical significance, familiarity with the Celsius temperature scale and its key reference points, recognition of how temperature affects everyday life).

Skills Developed (ability to read temperatures in Celsius, basic conversion skills between Celsius and Fahrenheit, using thermometers to take temperature measurements, making connections between scientific discoveries and practical applications).

Long-term Benefits (improved scientific literacy and critical thinking, understanding of how one person's scientific work can have lasting global impact).

Link : https://docs.google.com/forms/d/13ifP_fNSQaYie0iAPlrniBU7JdnlCc4uSlIUN-cQRlk/edit

Presentation in Greek language

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Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

6th graders (15 students)

Number of students concerned

15 students

Dates of the activity 

FEBRUARY

What were the objectives of the activity?

Students to :

• define what a humid subtropical climate is
• identify the key features of this climate
• explore the plants and animals that thrive here
• understand how this climate affects human life
• learn English vocabulary related to climate and geography
• develop their digital sklills and critical thinking
• learn in an innovative and interactive way

Have the objectives been met?

yes

Explain how you have worked.

The preparation and execution process involved several key steps. "Exploring Humid Subtropical Climates" activity engaged students in understanding climate patterns through collaborative work and experimentation.

Activity Structure

I began by introducing the characteristics of humid subtropical climates - hot, humid summers and mild winters with year-round precipitation. Students were particularly interested when I connected this to familiar locations like the southeastern United States, eastern China, parts of Australia.

I circulated among groups, providing guidance and encouraging deeper investigation. The students developed excellent peer-teaching skills, with more confident students helping those who needed additional support.

Explain the work done by the students

Collaborative Approach

Students worked in teams of 3-4, with each group focusing on a different aspect of Humid Subtropical Climates:

Team 1: Temperature and precipitation patterns

Team 2: Typical vegetation and agriculture. Flora and Fauna

Team 3: Weather events (monsoons, hurricanes)

Team 4: Human adaptation to the climate

The students exceeded my expectations with their engagement and comprehension. They learned a lot about the Humid Subtropical climate as well as different vocabulary related to climate and geography.  They successfully identified key characteristics distinguishing Humid Subtropical Climate from other climate zones. Most groups could explain how climate influences vegetation, agriculture, and human settlement. Several students made connections to climate change impacts in different regions.

What has been the final result ?

The students searched for photos and information on the internet related to the topic their group was working on and organized slides. When all groups completed their work, they combined the slides into a unified presentation, printed the slides, and played a game with questions, which each group directed to members of the other groups. During our closing discussion, many students shared thoughtful observations. Gersi noted how "plants in humid subtropical areas need to handle both lots of water and hot temperatures," while Artemis observed that "cities in these areas need good drainage systems because of all the rain". This activity reinforced key science standards while developing research and collaboration skills.

Also the students answered a worksheet about Humid Subtropical Climate.

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Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

6th graders (15 students)

Number of students concerned

15 students

Dates of the activity (beginning & end)

FEBRUARY

What were the objectives of the activity?

Learning Objectives

Students will:

• understand what a Mediterranean climate is and its key features
• identify the regions of the world with a Mediterranean climate
• explore how this climate affects plants, animals, and people
• learn why the Mediterranean climate is important for Greece

Have the objectives been met?

yes

Explain how you have worked.

Teacher Implementation Approach

For this Mediterranean Climate unit, I designed an interactive learning experience that combined research, digital literacy, visual presentation, and creative expression. The activity was structured to build both content knowledge and collaborative skills among our 6th grade students.

I began by introducing the concept of Mediterranean Climate through a multimedia presentation that established foundational knowledge. This presentation included photographs, maps showing global distribution of Mediterranean climates, and key vocabulary terms. This initial framework helped students understand the essential characteristics they would be exploring: hot, dry summers and mild, wet winters.

Throughout the activity, I served primarily as a facilitator, guiding students toward reliable resources and encouraging them to think critically about the information they discovered. When students encountered difficulties distinguishing between Mediterranean and other climate types, I provided additional scaffolding through mini-lessons on climate classification systems and comparative analysis. I intentionally designed the activity to progress from structured learning to increasingly independent investigation. This gradual release of responsibility allowed students to develop confidence in their research abilities while ensuring they maintained focus on the key learning objectives.

Explain the work done by the students

Student Collaboration Process

Students worked in cooperative teams, with each group investigating a specific aspect of Mediterranean Climate: geographical distribution, seasonal patterns, flora and fauna adaptations, agricultural products, or human activities and cultural adaptations.

Their research process unfolded in several stages:

First, students conducted online research to gather information and visual materials related to their assigned topic. They searched for photographs, diagrams, and factual information about Mediterranean Climate. This research phase helped them develop digital literacy skills as they learned to evaluate sources and select relevant information.

Next, each team organized their findings into slide presentations. They selected compelling images, wrote clear explanations, and created logical sequences to explain their aspect of Mediterranean Climate. This required significant collaboration as students made decisions about content inclusion, visual presentation, and information organization.

When all groups completed their individual components, they combined their slides into a comprehensive presentation about Mediterranean Climate. This integration required thoughtful discussion about sequencing, transitions between topics, and maintaining a cohesive visual style throughout the presentation.

After printing their slides, students transformed their research into an interactive learning game. Each group developed questions based on their expertise area and posed these questions to members of other teams. This created an engaging review session where students demonstrated their knowledge while reinforcing concepts through peer teaching.

The culminating activity involved a creative application of knowledge—designing Mediterranean travel posters. Students synthesized their understanding of climate characteristics, geographical features, and cultural elements to create informative and visually appealing posters that highlighted the unique attributes of Mediterranean regions.

What has been the final result ?

Educational Results

The Mediterranean Climate activity yielded impressive results across multiple dimensions: Students demonstrated substantial knowledge acquisition about Mediterranean Climate. In post-activity assessments, they could accurately:

describe the defining seasonal patterns (hot, dry summers and mild, wet winters), identify global regions with Mediterranean Climate, explain how climate influences local agriculture, particularly olive and grape cultivation,

connect climate patterns to adaptations in native plants and animals.

Students effectively used visual elements to illustrate abstract ideas like seasonal precipitation patterns. They incorporated relevant vocabulary terms such as "Mediterranean Climate" and demonstrated understanding through accurate application in their written explanations.

The question-and-answer game revealed that knowledge transfer had occurred between groups. Students could respond accurately to questions about topics researched by other teams, demonstrating that they had internalized information from the entire presentation.

Beyond content knowledge, students developed important transferable skills:

• digital research proficiency
• visual communication techniques
• collaborative teamwork strategies
• public speaking through presentations
• Critical thinking when evaluating information

The activity successfully fostered appreciation for how climate influences human cultures and ecosystems. Several students expressed newfound interest in visiting Mediterranean regions, while others made connections between climate patterns and local agricultural practices they had observed.

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Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

FEBRUARY

What were the objectives of the activity?

Learning Objectives

Students will:

5. understand what the Köppen Classification is and why it is important
5. recognise the main climate types in the system
5. connect real-world examples to different climate categories
5. explore how climate affects life on Earth

Have the objectives been met?

yes

If your answer is no, why haven't you achieved your objectives?

---

Explain how you have worked.

I prepared the activity by: creating an introductory presentation on Köppen Classification fundamentals, developing clear learning objectives about climate systems, curating age-appropriate digital resources on each climate type, designing a progression from guided learning to independent exploration. Introduction Phase: presented the Köppen Classification system using visual aids showing climate types, introduced Wladimir Köppen and the scientific significance of his work, established key vocabulary and concepts students would need, modeled how to identify climate characteristics using examples. Group Formation: divided students into balanced teams considering academic strengths and social dynamics, assigned each team one of the five major Köppen climate categories, provided clear role descriptions within teams to ensure equitable participation. The structured facilitation allowed students to develop both content knowledge about climate systems and essential collaboration skills through supportive guidance.

Explain the work done by the students

Our 5th and 6th graders completed a collaborative activity exploring the Köppen Climate Classification system. This engaging activity helped students understand different climate types and their global impact through teamwork and shared research. Students worked in mixed-ability groups of 3-4, with each team investigating one of the five main Köppen climate types:

• Tropical climates
• Dry climates
• Temperate climates
• Continental climates
• Polar climates

Teams collaborated to find information and images online related to their assigned climate type. Each student took responsibility for specific aspects:

• Some focused on geographical distribution
• Others researched temperature and precipitation patterns
• Several collected information on plant and animal adaptations
• The remaining team members explored human adaptations to their climate

Students shared digital resources and made decisions together about which information to include in their presentations. After completing individual research, students: created interactive quiz questions based on their expertis. Challenged other teams with their questions in a friendly competition. This peer-teaching approach ensured all students learned about each climate type while developing presentation and questioning skills.

What has been the final result ?

Through this activity, students strengthened their ability to:

• divide tasks equitably among team members

• share digital resources effectively
• negotiate content decisions respectfully
• support peers who needed additional help
• integrate their work with other teams

Also students gained: understanding of the five major Köppen climate categories and their characteristics, awareness of Greece's Mediterranean climate context within the broader classification system, ability to identify climate zones on world maps, understanding of how climate influences regional environments.

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Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

MARCH

What were the objectives of the activity?

Learning Objectives

Students will:  understand mountain ecosystems and geographical features, recognize the cultural significance of mountains in local environment, apply poetic techniques (metaphor, imagery, rhythm), express environmental concepts through creative writing.

Have the objectives been met?

yes

Explain how you have worked.

Teacher Implementation of the Mountain Poetry Activity

Prepared background knowledge: information about mountain ecosystems, images and videos of mountains in different seasons, discussed mountain characteristics (elevation, climate zones, wildlife)

Introduced poetic techniques: taught relevant literary devices (imagery, metaphor, personification), provided examples of nature poetry about mountains

Guided collaborative work: organized students into small writing groups, helped groups revise and refine their poems.

Created a gallery of completed mountain poems

Explain the work done by the students

Writing a poem about Mount Olympus with an emphasis on its history offered students a creative way to blend mythology, ancient culture, and poetic expression. Students began by diving into the historical and mythological significance of Mount Olympus. They explored Greek mythology – learning that Olympus was home to the 12 Olympian Gods like Zeus, Hera, Athena, and Poseidon. Geography and symbolism – understanding Mount Olympus as the highest mountain in Greece and a symbol of divine power and mystery. When writing, they likely used historical references (e.g., “the throne of Zeus” or “Hermes’ winged sandals”) to root the poem in mythology, blended historical facts with imaginative flair, turning Olympus into more than a mountain—a symbol of power, employed figurative language—metaphors, alliteration, and personification—to bring Olympus to life. Students have shared drafts with classmates for feedback on: historical accuracy, emotional tone poetic style. The students wrote poems in pairs, read them to their classmates, and the classmates chose the one they thought was the best.

What has been the final result ?

Ode to Mountain Olympus

Where earth meets sky in ancient Greece

Where Gods once walked in golden light

Olympus, throne of Zeus on high

Your twelve peaks crowned with ageless snow.

Where nectar flowed and did not dry

Where Hera's fury never pales

Where gods and goddesses once sought

Now silent stone and mountain stream

Are all that of their rule remains.

A bridge between our world and myth.

Olympus, place of legend's birth

You stand in proud serenity.

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J

Pictures :           yes     no                               

Video :               yes     no                            

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

MARCH 2025

What were the objectives of the activity?

Learning Objectives

Students will:

• define and locate the 'Roaring Forties,' 'Furious Fifties,' and 'Screaming Sixties' on a map
• explain why these winds are particularly strong in the Southern Hemisphere
• describe how these powerful winds impact environments and human activities
• conduct simple experiments to demonstrate wind effects

Have the objectives been met?

yes

Explain how you have worked.

Lesson Structure

Introduction (10 minutes)

Attention Grabber: a short video clip of strong ocean winds and waves in the Southern Ocean.

Prior Knowledge Activation: Asking students: "What do you know about wind patterns on Earth?" "Why do you think some places are windier than others?"

Lesson Preview: Introduction of the concept of the "Roarers" in the Southern Hemisphere. Definition of the Southern Hemisphere using a globe/map, the countries located there (Australia, South Africa, southern parts of South America), more ocean than land. Introduction and definition of wind zones: Roaring Forties (40°-50° south), Furious Fifties (50°-60° south), Screaming Sixties (60° south and beyond). Explaining why these winds are so strong, discussing the effects of the "Roarers" (environmental and human impacts).

Explain the work done by the students

Wind Map Exploration

Students worked at pairs or in small groups

Visiting earth.nullschool.net on the classroom projector. Identifing the Southern Hemisphere and locate the Roaring Forties region. Observing the wind direction and speed. The students answered the questions:  "What do you notice about wind direction in these regions?" "Where do the winds appear strongest?" "How do the winds change when they hit land?"

Also they worked on a worksheet with multiple choice and on a vocabulary worksheet.

What has been the final result ?

The final result for students after completing this lesson was a deeper understanding of and appreciation for these unique wind systems. From a knowledge perspective, students got a clear understanding of what the "Roarers" are that exist in the Southern Hemisphere. Students understood that the Southern Hemisphere's unique geography - having much less land to interrupt wind flow - allows these winds to build tremendous speed and power. They connected this to Earth's rotation (the Coriolis effect), understanding how our planet's movement influences weather patterns. The map exploration activity gave students spatial awareness of where these phenomena occur globally. Being able to locate the Roaring Forties, Furious Fifties, and Screaming Sixties on a map transforms abstract concepts into concrete geographic knowledge. Students practiced map skills, collaborative work, in class discussions, completion of worksheets.

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Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

6th graders (15 students)

Number of students concerned

15 students

Dates of the activity (beginning & end)

January 2025

What were the objectives of the activity?

Learning Objectives

Students will:

Have the objectives been met?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

Teaching Approach and Methodology

I employed a multi-faceted instructional approach that engaged students through various learning modalities. The instruction was carefully structured to build knowledge progressively while maintaining student engagement through a balance of direct instruction and hands-on activities. For the occupational hazards component, I adopted a problem-based learning approach. Students were presented with real-world scenarios facing roofers and masons in various weather conditions. The teacher facilitated discussions about risk assessment and mitigation strategies, connecting abstract weather concepts to concrete workplace safety considerations. Throughout the unit, I maintained an inquiry-based stance, asking guiding questions rather than simply providing information. This encouraged students to think critically and develop their own insights about weather patterns and safety practices.

Explain the work done by the students

Student Activities and Engagement

Students participated in a variety of activities designed to deepen their understanding. For the occupational hazards component, students conducted research on specific weather-related risks faced by roofers and masons. They created safety posters outlining preventative measures for different weather conditions and developed weather monitoring plans. A particularly engaging activity involved role-playing exercises where students took on the roles of construction site safety officers. They had to make decisions about whether work should proceed based on different weather scenarios, justifying their choices with evidence from their learning.

Also, the students completed a worksheet.

What has been the final result ?

Learning Outcomes and Final Results

The final results of this teaching unit were impressive across multiple dimensions of learning. Knowledge Acquisition Students demonstrated a thorough understanding of both the scientific and practical aspects of the content. They could accurately articulate how different weather conditions create specific hazards for outdoor workers. Assessment results showed that 90% of students could correctly identify at least three specific weather-related hazards for both roofers and masons. Conceptual Understanding Students developed deeper conceptual frameworks connecting weather phenomena to human activities. Skills Development Students enhanced numerous practical skills throughout the unit. Their map reading abilities improved as they worked with global charts. They practiced data interpretation when analyzing weather forecasts for safety planning. Communication skills were strengthened through group discussions and presentations of safety recommendations. Attitude and Values Perhaps most importantly, students developed an appreciation for the relationship between natural systems and human wellbeing. They gained respect for workers in weather-exposed occupations and understood the importance of safety protocols. Many expressed increased interest in meteorology and its practical applications.

Conclusion:This teaching unit successfully helped students understand complex weather phenomena while connecting this knowledge to real-world occupational contexts. The teacher's thoughtful instructional design, combined with engaging student activities, resulted in meaningful learning that transcended simple memorization. Students not only gained scientific knowledge about weather patterns but also developed empathy for workers whose livelihoods are affected by these natural forces.

The final result was a group of students who could explain both the scientific principles behind major natural systems and articulate practical applications of weather knowledge in occupational safety contexts.

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Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Other person involved in the activity

Konstantia Vlachidou ( Art teacher)

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

MARCH 2025

What were the objectives of the activity?

Learning Objectives

Have the objectives been met?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

Teaching Methodology : Teachers have crafted a multidimensional approach to climate education that engages students through various learning modalities. Rather than presenting climate change as an abstract scientific concept, teachers have made the subject accessible and relevant by: 1) creating a visually engaging presentation that employs clear typography and organization to make complex information digestible for young learners, 2) incorporating interactive elements such as "Fill in the blanks" exercises that reinforce key vocabulary about fossil fuels and global warming, allowing students to actively participate rather than passively absorb information, 3)  facilitating open discussions through structured "Discuss!" prompts that encourage critical thinking and personal connection to global issues, 4) establishing clear distinctions between related concepts (such as weather versus climate) through comparative explanations that build conceptual understanding.

The presentation reveals thoughtful integration of artistic elements and real-world contexts. The teachers have likely incorporated artistic activities as evidenced by the visual design of the presentation itself, which uses engaging formats to communicate scientific concepts. This suggests students were involved in creating visual representations of climate concepts as part of their learning process. Current events are woven throughout the curriculum, with sections dedicated to ongoing environmental challenges such as melting glaciers, increasing typhoon intensity, floods, wildfires, and droughts. These aren't presented as distant possibilities but as present realities affecting communities worldwide. The section on "Natural Disasters and Climate" appears to connect classroom learning with news coverage of climate-related events happening globally, helping students understand the immediate relevance of their studies.

Explain the work done by the students

Expliquez le travail des élèves

Students participated in brainstorming activities where they considered practical actions to mitigate global warming both at home and school, fostering agency and empowerment rather than climate anxiety. The completed discussion prompt showing ideas about recycling, energy conservation, and community cleanups demonstrates that students actively contributed solutions and received affirmative feedback from their teachers. The collaborative nature of the exercises suggests that students worked in groups, sharing perspectives and building consensus on environmental actions.

What has been the final result ?

Quel a été le résultat final ?

Students gained fundamental understanding of climate science concepts, including the distinction between weather and climate, the mechanisms of global warming, and the relationship between human activities and environmental consequences. The discussion prompts encouraged students to analyze information and develop reasoned responses about environmental stewardship. The "What Can We Do?" section demonstrates that students learned to translate knowledge into actions, understanding their personal capacity to effect positive change. By connecting classroom learning with worldwide environmental events, students developed awareness of their place in a global context. The empowering message "You have the power to make a difference!" indicating that perhaps the most significant outcome was fostering students' sense of agency and responsibility toward environmental issues.

I join to this report …..

Je joins à ce rapport

Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

January 2025

What were the objectives of the activity?

Learning Objectives

Students will:

• define the role of a farmer and explain the importance of farming in local and global communities
• understand the impact of weather on agricultural practices, including how different weather conditions (temperature, rainfall, humidity) affect crop growth
• Identify how farmers use weather information to make informed decisions about planting, irrigation, and harvesting
• recognize the importance of weather forecasting tools, such as local weather stations and digital resources, in farming
• analyze and discuss the relationship between weather patterns and crop selection, including how seasonal climates influence agricultural planning

Have the objectives been met?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

The teacher designed a comprehensive and interactive lesson plan aimed at helping students understand the essential role of weather in farming. The structure of the lesson was clear and logically sequenced to gradually build knowledge and encourage active participation.The plan was both informative and inquiry-based, promoting critical thinking about the environment and its effects on agriculture.

Key Components:

Introduction to Farming: provided a general overview of farming and its societal importance.

Weather and Its Influence: emphasized the crucial role weather plays in farming decisions, such as planting, irrigation, and harvesting.

Types of Weather Conditions: detailed how temperature, rainfall, and humidity affect crop growth.

Decision-Making Based on Weather: explained how farmers use weather forecasts and data to make informed choices.

Interactive Discussion: included guided questions for students to reflect on the material and relate it to real-life experiences.

Explain the work done by the students

Expliquez le travail des élèves

Students participated actively through discussions and likely engaged in group activities such as: answering discussion questions, sharing personal experiences or observations about weather and farming, analyzing local weather data (assumed from the context, as it fits with the lesson's goals), possibly creating visual aids or simple weather charts to understand the relationship between weather and crop health. The visual presentation suggests that students might have also helped in crafting or presenting some parts of the slideshow, fostering ownership and deeper understanding of the topic.

What has been the final result ?

Quel a été le résultat final ?

The learning outcomes were clearly aligned with the lesson objectives and were likely achieved based on the structured content delivery.

• students developed an understanding of the farmer’s role in food production and land management.
• they gained insight into how weather affects agricultural practices.
• students learned how farmers adapt to weather changes and the importance of weather forecasting.
• the lesson supported cross-disciplinary skills such as environmental awareness, critical thinking, and communication.

Participation in the discussion section shows engagement and comprehension.

Conclusion

This lesson effectively combined environmental science with real-world applications, helping students appreciate the interdependence between weather and farming. It encouraged empathy for the profession and promoted awareness of the broader impact of climate conditions on society. The structured yet interactive format ensured meaningful learning experiences, aligning with educational best practices.

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Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

February 2025

What were the objectives of the activity?

Quesl sont les objectifs de cette acxtivité ?

Learning Objectives

Students will:

• explain the fundamental role oceans play in regulating Earth's climate system
• describe the major ocean currents and how they distribute heat around the planet
• analyze the relationship between ocean temperatures and weather patterns
• identify ways that climate change is affecting ocean ecosystems
• explain the ocean carbon cycle and its role in climate regulation
• discuss solutions for protecting ocean health in the face of climate change

Have the objectives been met?

Avez-vous atteint ces objectifs ?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

The teacher acts as a facilitator and guide, using the presentation to build both scientific knowledge and environmental awareness.  The teacher begins by reviewing the presentation slides to identify key learning objectives: 1) understand the role of oceans in regulating the Earth’s climate, 2) learn about ocean currents, the water cycle, CO₂ absorption, and sea level rise, 3) explore human impact on oceans and ways to reduce it. Preparation includes: (videos, maps, globes), interactive activities, worksheets for assessment and reflection. Teaching strategies :

• Introduction and Engagement
• Interactive Lecture
• Visual Learning Tools
• Hands-On Activities – simple experiments
• Group Work - small groups to explore topics, groups present their findings to the class.
• Discussion and Reflection

Explain the work done by the students

Expliquez le travail des élèves

Students are active participants in their learning. They explore concepts (learn about ocean currents, climate effects, evaporation, carbon absorption, and sea level rise), engage creatively (create slides to explain topics like the Gulf Stream or the impact of plastic pollution), collaborate (work in teams to conduct research, or role-play climate scientists), think critically (discuss the causes and effects of global warming and sea level rise, and brainstorm realistic solutions), reflect personally (identify actions they can take to help the planet, connecting science with responsibility).

What has been the final result ?

Quel a été le résultat final ?

The positive outcomes are: 1) students gain foundational knowledge about oceans and climate systems in an age-appropriate, engaging way, 2) students develop a sense of environmental awareness and the motivation to make a positive impact, 3) students strengthen their ability to understand and communicate scientific ideas, 4) teamwork and communication skills improve through group activities, 5) active learning methods enhance memory and application of concepts.

Worksheet

Fill in the blank with the correct words.

Oceans cover over _____________ of the Earth's surface.

The Gulf Stream is a strong ocean current that brings _____________ water from the Gulf of America into the Atlantic Ocean.

_____________ is when water turns into vapor and forms clouds.

_____________ currents come from the equator, while _____________ currents come from the poles.

Too much _____________ can cause global warming, but oceans help absorb it.

Multiple Choice Questions: Choose the correct answer from the choices for each question.

What percentage of the Earth is covered by oceans?

A) 50%

B) 60%

C) 70%

D) 80%

What is the main role of oceans in relation to sunlight?

A) Reflect sunlight

B) Absorb sunlight and heat

C) Block sunlight

D) Change sunlight to moonlight

What is El Nino?

A) A strong wind

B) A weather pattern with warmer waters in the Pacific

C) A type of fish

D) A rainstorm

I join to this report …..

Je joins à ce rapport

Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

6th graders (12 students)

Number of students concerned

12 students

Dates of the activity (beginning & end)

January 2025

What were the objectives of the activity?

Learning Objectives

Students will:

• define what climatic zones are and explain the scientific factors that create them
• identify and describe the three main climatic zones: Tropical, Temperate, and Polar
• explain how the Earth's spherical shape and axial tilt contribute to the formation of different climatic zones
• analyze how climate influences human activities, including clothing choices, food production, and housing design
• interpret visual representations of climatic zones and match them to their corresponding characteristics

Have the objectives been met?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

The pedagogical approach is characterized by:

Clear learning objectives: the lesson began with explicitly stated objectives, which covered understanding climatic zones, identifying major zones, examining climate impacts on living things, and exploring examples from different regions. Vocabulary development: key terminology was introduced methodically, establishing a common language framework to facilitate discussion and comprehension of the subject matter. Explanatory framework: the teacher presented foundational concepts explaining why climatic zones exist, focusing on the uneven heating of Earth's surface and the impact of Earth's tilt. These explanations provided the necessary scientific context for understanding climate variation. Visual learning aids: the instruction incorporated visual elements, including matching exercises that linked concepts with representative images, enhancing retention through visual association. Real-world application: the teacher bridged theoretical concepts with tangible examples, illustrating climatic zones through recognizable biomes like the Amazon Rainforest and the Arctic. Practical relevance: the lesson emphasized how climate affects daily life aspects such as clothing choices, food production, and housing architecture, making abstract concepts personally relevant to students. Knowledge assessment: the teacher implemented a challenge section with targeted questions to evaluate comprehension and reinforce key concepts.

Explain the work done by the students

Expliquez le travail des élèves

Students exhibited positive involvement: Active participation: they engaged actively in the matching exercises, demonstrating their ability to connect theoretical concepts with visual representations. Critical thinking: the challenge questions prompted students to apply their newly acquired knowledge rather than simply recalling facts. Contextual learning: they were encouraged to reflect on their own geographic location and how their local climate influences their lifestyle, creating personal connections to the academic content. Vocabulary acquisition: they incorporated new terminology into their discussions, demonstrating language development alongside content knowledge. Collaborative learning: group discussions allowed students to share observations about climate's impact on different regions and cultures, enriching the collective learning experience.

What has been the final result ?

Quel a été le résultat final ?

The implementation of the climate zones lesson yielded several positive outcomes: students demonstrated comprehension of the three main climatic zones and their distinguishing characteristics, as evidenced by their successful completion of assessment activities. They grasped the causal relationship between solar energy distribution, Earth's geometry, and resulting climate patterns. The lesson fostered appreciation for how climate shapes biodiversity and environmental adaptations across different regions. They developed awareness of how climate influences human cultural adaptations, including housing, clothing, and agricultural practices. Most students correctly identifying climatic zones based on their characteristics.

I join to this report …..

Je joins à ce rapport

Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students

6th graders (15 students)

Number of students concerned

15 students

Dates of the activity (beginning & end)

January 2025

What were the objectives of the activity?

?

Learning Objectives

Students will:

• understand the concept of climate - students will be able to define what climate is and differentiate it from weather
• identify characteristics of Mediterranean climate - students will recognize and describe the key features of Greece's Mediterranean climate (hot, dry summers and mild, wet winters)
• recognize regional climate variations - students will distinguish climate differences between coastal areas, islands, and mountainous regions of Greece
• connect climate to ecological systems - students will understand how climate influences local flora and fauna
• analyze climate's impact on human activities - students will explain how climate affects: agriculture and food production (olives, grapes, citrus), tourism and economy, traditional practices and festivals, daily life decisions (clothing, housing design).

Have the objectives been met?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

The teacher used a structured educational approach with clear informational content delivery about Greece's climate organized into logical sections (introduction, seasons, regions, daily life impacts), interactive elements like "True or False" questions to engage students, visual aids (implied by the presentation format) to illustrate concepts, real-world connections between climate and Greek life (farming, tourism, traditions), cross-curricular integration by connecting climate to Geography (different regions), Biology (fauna and flora), Cultural studies (lifestyle adaptations, architecture), Agriculture (farming practices, crop cultivation). The teacher provides both factual information and encourages critical thinking about why climate matters to people's daily lives.

Explain the work done by the students

Expliquez le travail des élèves

Based on the presentation, students participate in interactive activities like the True/False questions, learn through multi-modal instruction (visual presentations, facts, questions), make connections between climate and practical aspects of Greek life, study both general concepts (what climate is) and specific applications (how Greeks adapt), engage with interdisciplinary content that connects science with culture and daily life.

What has been the final result ?

Quel a été le résultat final ?

In general : knowledge acquisition about Greece's Mediterranean climate patterns, understanding of regional climate variations within Greece, awareness of climate's impact on Greek economy, culture, and lifestyle, appreciation for biodiversity (plants and animals) in relation to climate, recognition of human adaptations to environmental conditions, development of critical thinking by connecting climate to multiple aspects of life.

The presentation supports a holistic educational approach that helps students understand climate not just as an isolated scientific concept, but as an integral factor that shapes culture, economy, architecture, agriculture, and daily life in Greece. The comprehensive nature of the material, covering everything from basic climate definitions to biodiversity and cultural adaptations, suggests the teacher aims for students to develop a multifaceted understanding of how climate influences their country.

I join to this report …..

Je joins à ce rapport

Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Other person involved in the activit

Konstantinos Tasidis

Class(es) of students concerned

Classe concernée

4th, 5th, 6th graders (45 students)

Number of students concerned

45 students

Dates of the activity (beginning & end)

November 2024

What were the objectives of the activity?

Quesl sont les objectifs de cette acxtivité ?

Learning Objectives

Students will:

• differentiate between weather and climate
• identify and describe the main components of weather (temperature, precipitation, wind, air pressure, humidity)
• interpret basic weather maps and symbols
• define climate as long-term weather patterns in a region
• compare climates in different regions in Greece
• recognize seasonal patterns and their causes

Have the objectives been met?

Avez-vous atteint ces objectifs ?

yes

Explain how you have worked.

Expliquez comment vous avez travaillé.

I utilized a structured approach combining direct instruction with interactive learning activities. I began with foundational definitions to clearly establish the difference between weather and climate - a critical distinction many students initially confused. The content was scaffolded to progressively build understanding, starting with basic terminology and moving toward application exercises. Instructional strategies included:

Visual aids and real-world examples to illustrate abstract concepts

Vocabulary reinforcement through contextual usage and examples

Multimodal learning through reading, discussion, and written responses

Formative assessment through multiple-choice questions and written responses.

Explain the work done by the students

Expliquez le travail des élèves

Students generally demonstrated high levels of engagement with the material. The concept of distinguishing between short-term weather patterns versus long-term climate trends proved accessible when presented through relatable examples. Students particularly connected with the discussion of local weather patterns compared to our regional climate. I observed:

strong students’ participation during class discussions about weather patterns they've personally experienced, growing confidence in using appropriate terminology (atmosphere, connected, climate, etc.), varied performance on written responses, with some students requiring additional support to provide complete explanations.

What has been the final result ?

Quel a été le résultat final ?

Based on the assessment provided, students demonstrated measurable progress in their understanding of weather and climate concepts:

Multiple Choice Questions:

Question 1 (difference between weather and climate): most students correctly selected option B

Question 2 (relationship between weather and climate): some confusion between options B and C, indicating need for clarification on causality

Question 3 (warm climate example): high success rate with option B

Short Answer Questions:

Question 1 (weather change timeframe): students generally understood weather changes within days or even hours

Question 2 (climate change timeframe): some students needed guidance to express the long-term nature (30+ years) of climate patterns

Question 3 (cold climate example): students successfully identified appropriate locations, though varied in the detail of their explanations.

I join to this report …..

Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Other person involved in the activity

Konstantinos Tasidis

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

November 2024

Have the objectives been met?

yes

Explain how you have worked.

Teachers organized cloud information into three clear altitude categories (high, middle, and low), making the classification system accessible. Introduced the scientific naming convention using prefixes (cirro-, alto-, strato-) to help students understand cloud naming patterns. Utilized visual aids and descriptive language to help students visualize different cloud formations (e.g., "wispy and feathery" for cirrus clouds). Incorporated scientific facts about cloud composition (water droplets vs. ice crystals) to connect to previous water cycle learning. Designed a worksheet with both informational text and assessment questions to reinforce key concepts. Introduced special cloud types to spark curiosity beyond the basic classifications.

Explain the work done by the students

Students engaged with the cloud lesson through multiple learning modalities. They read informational text about the 10 basic cloud types and their characteristics. They studied the relationship between cloud height and composition (water droplets vs. ice crystals). They practiced identifying cloud types from descriptions and visual characteristics. They applied prefix knowledge to understand cloud naming conventions. They answered comprehension questions to demonstrate understanding of key concepts. They worked individually on the worksheet assessment portion, they used critical thinking skills to distinguish between similar cloud types based on their descriptions.

What has been the final result ?

Students successfully learned the three categories of clouds and their characteristics. Most students could correctly identify common cloud types using proper terminology, also they demonstrated understanding of the prefix system. The worksheet assessment showed strong comprehension of the relationship between cloud altitude and composition. Students made connections between cloud types and weather conditions they had personally observed. Their vocabulary expanded through the introduction of meteorological terms.

I join to this report …..

Video :               yes                                  no 

Name of the school : Dimotiko Scholeio Plateos Imathias, Greece

Responsible person(s) for this activity

Maria Tachtsoglou

Class(es) of students concerned

5th & 6th graders (31 students)

Number of students concerned

31 students

Dates of the activity (beginning & end)

February 2025

What were the objectives of the activity?

Learning Objectives

Students will:

• analyze how different weather conditions (sunny, rainy, snowy) directly influence the viability and popularity of specific tourist activities
• evaluate weather-related safety considerations for outdoor adventure tourism and develop appropriate contingency plans for changing weather conditions
• explain the relationship between weather patterns and local tourism economies, including how seasonal weather affects tourism revenue and employment
• demonstrate the ability to plan appropriate tourist activities based on weather forecasts, including selecting suitable alternatives when weather conditions change unexpectedly

Have the objectives been met?

yes

Explain how you have worked.

The teacher implemented a structured presentation framework to teach about the connection between weather and tourism: created a comprehensive presentation exploring the relationship between climate conditions and tourist activities, organized content into clear sections (Introduction, Outdoor Adventure Tourism, Weather-Dependent Activities, etc.), used visual organization with bullet points, numbered lists, and check marks to emphasize key concepts, connected weather patterns to real-world economic impacts in tourism sectors, incorporated specific examples like beach activities and winter sports to illustrate weather dependencies, designed practical exercises and questions to prompt critical thinking.

Explain the work done by the students

Students engaged with the weather and tourism lesson through multiple learning approaches: analyzed the relationship between weather conditions and travel choices, explored different weather-dependent tourist activities across various climates, considered safety aspects related to weather conditions in adventure tourism, made connections between local weather patterns and tourism in their region, engaged with critical thinking questions about weather's influence on tourism.

What has been the final result ?

Interesting outcomes: students gained understanding of how weather affects different tourism sectors, they recognized the economic implications of weather patterns on local tourism, demonstrated improved ability to interpret weather forecasts in a practical context, appreciated the safety considerations related to weather in adventure tourism. The connection between classroom learning and real-world applications was strengthened. The activity bridged meteorological concepts with tourism planning, providing students with practical knowledge applicable to both personal travel and potential career interests.

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