| Table of contents |
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| Application of EVS |
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| Integrated EVS |
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| Various activities related to EVS teaching |
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| Practical classroom suggestions for EVS teachers |
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Environmental Science helps in maintaining the balance among wildlife sanctuaries, forests, biosphere reserves and other natural resources. It enables understanding of natural processes and human impacts and helps in planning and action to reduce harm. For example, environmental knowledge contributes to predicting and preparing for natural hazards such as tsunami, forest fires, earthquakes and landslides, and in designing measures to reduce their effects on people and ecosystems.

Following the guidelines of the National Curriculum Framework (2005), Environmental Studies (EVS) up to the primary level should be a compulsory subject that integrates concepts and experiences from science, social science and local environment. The aim is to make the subject meaningful by linking classroom learning with children's everyday lives.
The EVS curriculum and textbooks should be rooted in real-life situations, everyday problems and contemporary issues such as water use, energy, forests, animal protection and local pollution. Textbooks and classroom activities should create opportunities for children to discuss, investigate and develop a sensitive understanding of these issues.
The syllabus of EVS has been divided into six themes so as to introduce every aspect of learning which are considered important for the child at the primary level.
In the project method students learn by doing: they investigate, plan, carry out and report on real tasks that connect classroom learning with the environment. Projects are usually student-centred and involve observation, collection of local data, simple experiments and presentations.
Example: Assigning children the task of planting and watering seeds, observing plant growth and recording parts of a plant helps them learn botany through direct experience rather than memorisation.
Advantages of the project method:
Disadvantages of the project method:
The source method uses original, first‐hand materials and local sources as the basis of learning. Sources include local people, interviews, documents, photographs, maps, specimens, samples, artefacts and direct observation. This method follows the principle of learning by direct exposure to real materials and situations.
Advantages of the source method:
Disadvantages of the source method:
Co‐curricular activities are school programmes that support and extend classroom learning through practical, participatory experiences. These activities give students hands-on opportunities to apply EVS concepts and develop social, emotional and physical skills.
Importance of co‐curricular activities:
Summary: Environmental Studies is an integrated, activity-based subject that links science and social science with the local environment. It aims to build awareness, practical skills and values that enable children to care for their surroundings and respond to environmental challenges. Methods such as projects, source‐based learning and co‐curricular activities make EVS meaningful and effective when guided by informed and reflective teaching practices.
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| 1. विज्ञान और सामाजिक विज्ञान केंद्रीय शिक्षक पात्रता परीक्षा (CTET) और राज्य स्तरीय शिक्षक पात्रता परीक्षा (State TET) के लिए क्यों महत्वपूर्ण हैं? | ![]() |
| 2. विज्ञान और सामाजिक विज्ञान के खंड क्या-क्या हैं जिन्हें CTET और State TET में शामिल किया गया है? | ![]() |
| 3. CTET और State TET की तैयारी के लिए विज्ञान और सामाजिक विज्ञान की सबसे अच्छी पुस्तकें कौन-कौन सी हैं? | ![]() |
| 4. विज्ञान और सामाजिक विज्ञान के क्षेत्र क्या-क्या हैं जिन्हें CTET और State TET में पूछा जा सकता है? | ![]() |
| 5. CTET और State TET की परीक्षा में विज्ञान और सामाजिक विज्ञान के प्रश्न कितने प्रकार के होते हैं? | ![]() |