Dr.Kshirsagar Field Visit to Malavli Zoology.pdf

Dr.Kshirsagar Field Visit to Malavli Zoology.pdf

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  Progressive Education Society’s MODERNCOLLEGE OF ARTS, SCIENCE & COMMERCE, GANESHKHIND, PUNE (Autonomous) Department of Zoology FIELD VISIT REPORT Zoological and Biodiversity Study of Malavli, Maharashtra Date: 13/8/2026. 1. Introduction A field visit to Malavli, Maharashtra was organized for T.Y.B.Sc. Major Zoology and Post graduate students on Thursday 13/8/ 2026, to provide practical exposure to biodiversity and ecological studies as a part of Field project in NEP 2020 Curricula. The region around Malavli represents an excellent natural laboratory because of its hills, seasonal streams, ponds, agricultural areas, grasslands and semi-natural habitats. The field visit enabled students to observe animals and their habitats directly and understand ecological relationships that cannot be fully appreciated through classroom teaching alone. Teacher: Prof. (Dr.) Ravindra Kshirsagar (Head, Department of Zoology) Dr.Nandini Kanekar: Assistant Professor Mr.Rakesh More ( Lab.attendant) Mr.Swapnil Mahade ( Lab.attendant) 2. Objectives The major objectives of the field visit were: 1. To study the local animal biodiversity of Malavli. 2. To observe different habitats and their associated fauna. 3. To identify common insects, birds, amphibians, reptiles and other invertebrates. 4. To study freshwater organisms and aquatic ecosystems. 5. To understand food chains and ecological interactions. 6. To study adaptations of animals to their habitats. 7. To create awareness regarding biodiversity conservation. 8. To understand the impact of human activities on local ecosystems. 9. To develop field observation, identification and data-recording skills among students. 3. Study Area Location: Malavli, Maval Taluka, Pune District, Maharashtra. Region: Western Ghats / Sahyadri landscape. General habitat: Hill slopes, grasslands, agricultural land, freshwater bodies, streams and human-influenced habitats. Malavli experiences a strong monsoon influence, resulting in seasonal availability of water and luxuriant vegetation. The varied habitats support considerable diversity of insects, birds, amphibians, reptiles and other organisms.
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  About Malavli……... Prof.Dr.RavindraKshirsagar
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  4. Methodology Students weredivided into small groups for systematic field observations. The following methods were used: • Direct observation and photography • Visual identification of organisms • Quadrat observation for vegetation-associated fauna • Transect walk • Insect observation and identification • Bird watching • Observation of aquatic organisms • Recording habitat characteristics • Recording environmental conditions • Discussion with teachers and local residents where appropriate No animals were harmed or collected during the field visit. 5. Major Faunal Groups Observed A. Insects Students observed a variety of insects associated with vegetation, flowers, grasslands and water bodies. Examples included: • Butterflies • Dragonflies and damselflies • Grasshoppers • Beetles • Ants • Bees • Wasps • True bugs • Moths Students studied their morphology, feeding habits, habitat preference and ecological significance. B. Birds The field area provided opportunities for observing common terrestrial and aquatic- associated birds. Students recorded birds based on their external characteristics, calls, feeding behaviour and habitat. Important observations included: • Habitat preference • Feeding behaviour • Nesting/roosting sites • Interaction with vegetation
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  • Adaptations forflight and feeding C. Amphibians The availability of seasonal water bodies and moist habitats makes the area suitable for amphibians, particularly during and after the monsoon. Students discussed: • Frog and toad diversity • Amphibian adaptations • Breeding habitats • Importance of amphibians as ecological indicators D. Reptiles Students were introduced to the identification and ecological importance of commonly encountered reptiles such as lizards and other harmless species. Special emphasis was given to observing reptiles without disturbing them. E. Aquatic Fauna Where suitable freshwater habitats were available, students observed or discussed: • Aquatic insects • Insect larvae • Zooplankton • Small crustaceans • Molluscs • Aquatic worms • Tadpoles and other aquatic organisms These observations helped students understand freshwater food webs and aquatic ecosystem functioning. Study of Aquatic ecosystem and Collection of Aquatic fauna.
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  Collection of Aquaticinsects
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  Study of LoticEcosystem Visit by Local train Pune to Malavli: 13/8/2026.
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  6. Biodiversity ObservationTable Sr. No. Organism/Group Habitat Feeding habit Ecological importance 1 Butterfly Grassland/vegetation Nectar Pollination 2 Dragonfly Near water bodies Predatory Controls insect populations 3 Grasshopper Grassland Herbivorous Important food resource 4 Beetle Vegetation/soil Variable Decomposition/food web 5 Frog Moist areas/water bodies Insectivorous Ecological indicator 6 Bird Trees/grassland Variable Seed dispersal/predation 7 Aquatic insect larva Freshwater Variable Aquatic food web 8 Earthworm Moist soil Detritivorous Soil enrichment 7. Ecological Observations The field visit demonstrated that biodiversity is closely associated with habitat diversity. Vegetation provides food, shelter and breeding sites for numerous organisms. Students observed several ecological relationships, including: • Herbivory • Predation • Pollination • Competition • Decomposition • Host–parasite relationships The study also demonstrated the importance of freshwater habitats in maintaining local biodiversity. 8. Human Impact During the field visit, students discussed possible anthropogenic pressures on natural habitats, including: • Plastic and solid waste • Tourism-related disturbance • Habitat modification • Agricultural activities • Water pollution • Removal of vegetation • Noise disturbance Students were sensitized to responsible tourism and the importance of maintaining natural habitats. 9. Learning Outcomes
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  After completing thefield visit, students were able to: 1. Recognize different habitats in a natural landscape. 2. Identify common zoological groups in the field. 3. Apply taxonomic knowledge to field identification. 4. Understand animal–environment interactions. 5. Record and organize biodiversity observations. 6. Appreciate the ecological importance of insects, birds, amphibians and aquatic organisms. 7. Understand the importance of biodiversity conservation. 8. Develop teamwork and scientific observation skills. 10. Conclusion The Malavli field visit provided students with valuable hands-on experience in zoological biodiversity and ecology. The diversity of habitats offered an opportunity to observe organisms in their natural surroundings and relate theoretical concepts with real field conditions. The visit successfully enhanced students' understanding of animal diversity, ecology, adaptation, biodiversity conservation and environmental sustainability. Such field-based learning experiences are essential for developing scientific curiosity, observation skills and a deeper appreciation of nature. Department of Zoology PES’s Modern College of Arts, Science and Commerce, Ganeshkhind. https://youtube.com/shorts/4aBrfRZ4NZM?si=Ds2aI8yo_nrSmSr- ***************************************************************************