Maharashtra HSC GFC study plan

Label a blank diagram of Earth's internal layers (crust, mantle, outer core, inner core) with depths and compositions from memory.

Explain the evidence for plate tectonics (continental drift, seafloor spreading, paleomagnetism) in a 150-word written summary.

Classify 10 common rock specimens by type (igneous, sedimentary, metamorphic) and describe their formation processes.

Identify 5 rock-forming minerals using physical properties (hardness, cleavage, luster, streak) without reference aids.

Diagram the rock cycle showing at least three pathways between each rock type.

Describe the formation of igneous, sedimentary, and metamorphic rocks in 100 words each, including examples from India.

Explain weathering (physical, chemical, biological) and its role in soil formation with two local examples.

Trace the geomorphic processes of erosion, transportation, and deposition for a river system from source to mouth.

Sketch and label the landforms created by river erosion (V-shaped valley, waterfall, pothole) and deposition (floodplain, delta, levee).

Compare aeolian, glacial, and coastal landforms in a three-column table with at least four features each.

Map the major forest types of Maharashtra (tropical dry deciduous, moist deciduous, thorn, mangrove) onto a state outline with approximate locations.

List 10 dominant tree species for each forest type and their key adaptations (e.g., leaf drop, salinity tolerance).

Explain forest ecology concepts-canopy layers, succession, nutrient cycling-using a local forest example.

Describe the role of fire and grazing in shaping dry deciduous forests.

Compare forest types by rainfall, temperature, and soil conditions in a summary table.

Define silviculture and distinguish it from forest management in a 100-word explanation.

Outline the silvicultural systems (clear felling, shelterwood, selection, coppice) with one advantage and disadvantage each.

Describe the steps in raising a plantation from seed collection to field planting for one local species.

Explain forest management objectives (timber, fuelwood, conservation) and how they conflict.

Interpret a simple yield table or growth curve to explain thinning and rotation.

List major timber and non-timber forest products (NTFP) of Maharashtra with their uses and harvesting seasons.

Describe the properties that make a timber suitable for construction, furniture, or fuel, with two species examples each.

Explain the processing chain for one NTFP (e.g., tendu leaves, honey, bamboo) from collection to market.

Discuss sustainable harvesting practices for NTFP and the risks of overexploitation.

Calculate the economic value of a hypothetical NTFP harvest using local market rates.

Define biodiversity at genetic, species, and ecosystem levels with one Maharashtra example for each.

Identify 10 protected areas in Maharashtra (national parks, sanctuaries, tiger reserves) and their flagship species.

Explain major threats to biodiversity (habitat loss, poaching, invasive species, climate change) and conservation responses.

Summarize key provisions of the Wildlife Protection Act (1972) and Biological Diversity Act (2002) as they apply to Maharashtra.

Describe one successful community-based conservation case study in India.

Classify major pollutants (air, water, soil, noise) by source and effect, with one Indian example each.

Explain the causes and consequences of climate change, including sea-level rise and monsoon variability for Maharashtra.

Outline mitigation and adaptation strategies at local and national levels.

Define sustainable development and apply it to a natural resource management scenario (e.g., watershed, forest, groundwater).

Describe the principles of joint forest management and its role in sustainable resource use.

Demonstrate field skills: use a compass, clinometer, and GPS to record a transect and plot locations (simulated or actual).

Collect and label five plant specimens or photographs with habitat notes and identification features.

Complete two full-length mock tests under timed conditions and score above 70%.

Review all incorrect mock-test answers and write a one-line correction for each.

Summarize the entire syllabus in a single-page mind map linking all ten domains.