🇮🇳 CTET (Central Teacher Eligibility Test) · subject

CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I) Syllabus

The Environmental Studies and Pedagogy (Paper I) syllabus for CTET (Central Teacher Eligibility Test) in full: 4 chapters, 13 topics and 23 sub-topics, every one listed below, plus 50 Environmental Studies and Pedagogy (Paper I) flashcards with answers.

4Chapters
13Topics
23Sub-topics
50Flashcards

Environmental Studies and Pedagogy (Paper I) syllabus: all 4 chapters

Expand any chapter to see its topics and sub-topics.

  1. Family and Friends

    3 topics
    • Relationships
      • Family structures and bonds
      • Friendship and community relationships
    • Work and Play
      • Occupations and types of work
      • Games and recreation
    • Animals and Plants
      • Animals around us and their habitats
      • Plants, their parts and uses
  2. Food, Shelter, Water and Travel

    3 topics
    • Food
      • Sources of food and food habits
      • Cooking and food preservation
    • Shelter and Water
      • Types of houses and shelters
      • Sources, uses and conservation of water
    • Travel
      • Means of transport
      • Travel experiences and maps
  3. Things We Make and Do

    3 topics
    • Materials and Resources
      • Things made from natural and man-made materials
    • Tools and Technology
      • Simple tools and their uses
    • Local Crafts and Occupations
      • Traditional crafts and skills
  4. Pedagogical Issues in EVS

    4 topics
    • Concept and Scope of EVS
      • Integrated nature of EVS
      • Significance of EVS at primary level
    • Approaches and Activities
      • Activity-based and experiential learning
      • Experimentation, discussion and field visits
    • Learning Principles and CCE
      • Concept of learning by doing
      • Continuous and Comprehensive Evaluation in EVS
    • Teaching Materials and Problems
      • Teaching-learning material and aids
      • Problems faced in teaching EVS

CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I) flashcards — 50 questions with answers

  1. In EVS, what is a 'nuclear family' and how does it differ from a 'joint family'?

    A nuclear family consists of parents and their children living together. A joint family includes grandparents, parents, children, uncles, aunts, and cousins living together in one household.

  2. What are the two broad types of relationships studied in EVS based on origin?

    Blood relations (e.g., parents, siblings, grandparents) and relations by marriage/affinity (e.g., spouse, in-laws). There are also social relations like friends and neighbours.

  3. Name the family relations on the maternal (mother's) side in Hindi terms used in EVS.

    Nana (maternal grandfather), Nani (maternal grandmother), Mama (maternal uncle), Mami (his wife), and Mausi (mother's sister).

  4. Why is the study of relationships and family included in the EVS curriculum for young children?

    Because children learn first within the family and immediate social environment; it builds their sense of identity, belonging, and understanding of social roles, which is the foundation of environmental/social awareness.

  5. What is the difference between 'work' and 'play' as understood in EVS for children?

    Work is a purposeful activity often done for livelihood or duty (e.g., farming, cooking), while play is a voluntary, enjoyable activity for recreation and learning. For young children, play itself is a major mode of learning.

  6. Why is play considered important in a child's development according to EVS pedagogy?

    Play promotes physical, cognitive, social, emotional, and language development; it fosters creativity, problem-solving, cooperation, and is a natural, joyful way children explore and learn about their environment.

  7. Give examples of traditional/indigenous games studied in EVS.

    Kabaddi, Kho-Kho, Gilli-Danda, Lattu (spinning top), Pithoo (Seven Stones), Hopscotch (Stapu/Langdi), and marbles (Kancha).

  8. How do animals primarily differ from plants in terms of nutrition?

    Plants are autotrophs—they make their own food through photosynthesis. Animals are heterotrophs—they cannot make food and depend on plants or other animals for nutrition.

  9. Classify animals based on their diet with one example of each.

    Herbivores eat plants (cow, deer); Carnivores eat other animals (lion, tiger); Omnivores eat both plants and animals (bear, human, crow).

  10. What are the main groups of animals based on habitat?

    Terrestrial (land—e.g., elephant), Aquatic (water—e.g., fish), Amphibians (both land and water—e.g., frog), Aerial/arboreal (air/trees—e.g., birds, monkeys).

  11. In EVS, what is the difference between oviparous and viviparous animals?

    Oviparous animals lay eggs (e.g., hen, frog, snake), while viviparous animals give birth to live young ones (e.g., cow, dog, human).

  12. What process do green plants use to make their own food, and what do they need for it?

    Photosynthesis. Plants need sunlight, water, carbon dioxide, and chlorophyll; they produce glucose (food) and release oxygen.

  13. Classify plants by size/stem into the three basic types with examples.

    Herbs (small, soft stem—e.g., tomato, grass), Shrubs (medium, woody bushy—e.g., rose, lemon), and Trees (tall, thick woody stem—e.g., mango, neem).

  14. What are climbers and creepers in plant classification?

    Climbers have weak stems that need support to grow upward (e.g., grapevine, money plant); creepers have weak stems that spread along the ground (e.g., pumpkin, watermelon).

  15. What are the main parts of a plant and one function of each?

    Roots absorb water/anchor the plant; stem supports and transports water/food; leaves make food (photosynthesis); flowers help in reproduction; fruits/seeds enable propagation.

  16. What are the components of a balanced diet?

    Carbohydrates, proteins, fats, vitamins, minerals, water, and roughage (fibre) in correct proportions.

  17. Name the three main nutrient categories by function in food.

    Energy-giving foods (carbohydrates and fats), Body-building foods (proteins), and Protective foods (vitamins and minerals).

  18. Which nutrient is called the 'body-building' nutrient and give two food sources?

    Protein. Sources include pulses (dal), milk, eggs, fish, meat, and soybean.

  19. What is the difference between food preservation and food spoilage?

    Food spoilage is the deterioration of food by microbes/enzymes making it unfit to eat; food preservation is treating food to prevent spoilage and extend its shelf life (e.g., drying, salting, pickling, refrigeration).

  20. Name common traditional methods of food preservation in India.

    Drying/dehydration (sun-drying), salting, sugaring (jam/murabba), pickling with oil and spices (achaar), and boiling/cooking.

Show the other 30 Environmental Studies and Pedagogy (Paper I) flashcards
  1. Why do people in different regions of India eat different staple foods?

    Because of differences in climate, soil, and locally grown crops—e.g., rice in high-rainfall southern/eastern regions and wheat/maize in northern/drier regions.

  2. What are the four basic needs of human beings often taught in EVS?

    Food, water, shelter (clothing is sometimes included), and air. Shelter and water are essential survival needs.

  3. Name different types of houses/shelters found in India based on region.

    Pucca houses (brick/cement), kutcha houses (mud/straw), houseboats (Kashmir), houses on stilts (flood/coastal areas), igloo-style/tent shelters, and houses with sloping roofs in high-rainfall areas.

  4. Why do houses in heavy-rainfall areas have sloping roofs?

    Sloping roofs allow rainwater to drain off quickly and prevent waterlogging and damage to the roof.

  5. What is the water cycle (hydrological cycle)?

    The continuous movement of water through evaporation (water to vapour), condensation (vapour to clouds), precipitation (rain/snow), and collection/run-off back to water bodies.

  6. Name the main sources of water and classify them.

    Surface water (rivers, lakes, ponds, seas), groundwater (wells, tube wells, springs), and rainwater. Of these, freshwater (rivers, lakes, groundwater) is usable for drinking.

  7. What are common methods of purifying water at the household level?

    Boiling, filtration (through cloth/candle filter), sedimentation and decantation, chlorination, and using alum (phitkari) for settling impurities.

  8. What is rainwater harvesting and why is it important?

    Rainwater harvesting is collecting and storing rainwater for later use or to recharge groundwater. It conserves water, prevents wastage, and helps tackle water scarcity.

  9. Classify means of transport based on the medium of travel.

    Land transport (road and rail—bus, car, train), Water transport (boat, ship), and Air transport (aeroplane, helicopter).

  10. What is the difference between public and private transport?

    Public transport is shared and available to all (bus, train, metro), while private transport is owned and used by individuals (car, bike, personal cycle).

  11. Name examples of animals used for transport in different parts of India.

    Camel (deserts of Rajasthan), bullock/ox (carts), horse (tonga/riding), donkey and mule (hilly areas), and elephant (forests).

  12. What are natural resources, and what are the two main types?

    Natural resources are materials obtained from nature for human use. The two types are renewable resources (replenishable—sunlight, water, wind, forests) and non-renewable resources (limited—coal, petroleum, natural gas, minerals).

  13. Distinguish between natural materials and man-made (synthetic) materials with examples.

    Natural materials come directly from nature (cotton, wool, wood, silk), while man-made/synthetic materials are produced artificially (plastic, nylon, polyester, glass).

  14. What are the three states of matter that materials can exist in, with an example each?

    Solid (fixed shape and volume—wood, stone), Liquid (fixed volume, no fixed shape—water, milk), and Gas (no fixed shape or volume—air, oxygen).

  15. What is the difference between transparent, translucent, and opaque materials?

    Transparent materials let light pass fully so we can see through (glass), translucent materials let light pass partially (butter paper, frosted glass), and opaque materials do not let light pass (wood, metal).

  16. What is the difference between a tool and a machine in EVS?

    A tool is a simple device used to make work easier (hammer, knife, sickle), while a machine is a more complex device, often with moving parts, that does work using energy (sewing machine, tractor).

  17. Name the six types of simple machines.

    Lever, pulley, wheel and axle, inclined plane, wedge, and screw.

  18. Match these traditional tools to their occupation: sickle, needle, plough.

    Sickle (hansiya) is used by a farmer for harvesting, needle by a tailor for stitching, and plough (hal) by a farmer for tilling soil.

  19. How has technology changed communication in daily life as studied in EVS?

    From letters and telegrams to telephones, mobile phones, email, and the internet—making communication faster, cheaper, and able to reach distant places instantly.

  20. Give examples of traditional local crafts of India and their associated regions.

    Pottery, Pashmina shawls (Kashmir), Bandhani (Gujarat/Rajasthan), Madhubani painting (Bihar), Chikankari (Lucknow), bamboo crafts (North-East), and Blue pottery (Jaipur).

  21. Name common occupations and the people who perform them studied in EVS.

    Farmer (farming), potter/kumhar (pots), weaver/bunkar (cloth), blacksmith/lohar (iron tools), carpenter/badhai (wood), cobbler/mochi (shoes), and fisherman (fishing).

  22. What is the difference between primary, secondary, and tertiary occupations?

    Primary occupations extract from nature (farming, fishing, mining); secondary occupations make goods from raw materials (factory work, weaving); tertiary occupations provide services (teaching, transport, banking).

  23. What is the meaning and scope of Environmental Studies (EVS)?

    EVS is an integrated, interdisciplinary subject combining science, social studies, and environmental concerns to help children understand and relate to their natural and social surroundings. In the NCF/CTET scheme it is taught as a single subject from Classes III–V.

  24. What are the six main themes around which the EVS syllabus (NCF 2005) is organized?

    Family and Friends (Relationships, Work and Play, Animals, Plants), Food, Shelter, Water, Travel, and Things We Make and Do (Materials and Resources).

  25. What is the constructivist approach to teaching EVS?

    An approach where children actively construct their own knowledge through experience, exploration, and reflection rather than passively receiving facts; the teacher acts as a facilitator who builds on children's prior knowledge.

  26. Name key activities and methods recommended for teaching EVS.

    Observation, experimentation, discussion, surveys, field trips/visits, group work, project work, storytelling, role play, and use of local resources—emphasizing 'learning by doing'.

  27. What is the main aim/objective of the EVS curriculum at the primary level?

    To help children explore and connect with their natural, physical, and social environment; develop sensitivity, curiosity, observation, and skills; and foster concern for the environment and society.

  28. What does CCE stand for and what does it emphasize in EVS assessment?

    Continuous and Comprehensive Evaluation. It emphasizes regular, ongoing assessment of both scholastic and co-scholastic areas, using varied tools, to assess the whole development of the child rather than only term-end exams.

  29. Name some learner-friendly assessment tools/techniques suitable for EVS under CCE.

    Observation, anecdotal records, portfolios, projects, checklists, rating scales, oral questioning, peer assessment, and rubrics—focusing on process and understanding, not just rote answers.

  30. What are common problems faced in teaching EVS, and one suggested learning material to address them?

    Problems include lack of teaching aids, large class sizes, rote-based teaching, and limited local resources. Using low-cost/no-cost teaching-learning materials (TLM) from the local environment—real objects, charts, models, and the surroundings themselves—helps make learning concrete and engaging.

CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I) FAQ

What is in the CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I) syllabus?

CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I) is split into 4 chapters: Family and Friends, Food, Shelter, Water and Travel, Things We Make and Do and Pedagogical Issues in EVS. Together they contain 13 topics and 23 sub-topics.

How many chapters are in CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I)?

4 chapters, containing 13 topics and 23 sub-topics. The largest chapter is Pedagogical Issues in EVS, with 4 topics.

Are there flashcards for CTET (Central Teacher Eligibility Test) Environmental Studies and Pedagogy (Paper I)?

Yes — a 50-card Environmental Studies and Pedagogy (Paper I) deck, printed in full in the flashcards section of this page and available in the Examius app with spaced repetition. The free plan covers one exam of your choice, including its flashcards; Examius Pro, a one-time purchase, unlocks every other exam and deck.