UPMSP Soil Conservation (Vocational) study plan

Describe the five soil-forming factors (climate, organisms, relief, parent material, time) and explain how each shapes Uttar Pradesh soils such as alluvial, black and red soils

Classify soil texture using the sand-silt-clay triangle and state the textural class of at least four local soil samples described in words

Explain the mechanisms of water erosion (splash, sheet, rill, gully) and wind erosion (suspension, saltation, surface creep) with the particle sizes each moves

List the human-induced causes of erosion in the region (deforestation, overgrazing, faulty cultivation, shifting cultivation, improper bunding) and rank them by severity

Compute a simple soil loss estimate using the Universal Soil Loss Equation factors for one hypothetical field

Distinguish mechanical and agronomic conservation measures and state when each is preferred on gentle versus steep slopes

Design contour bunds and graded bunds: state spacing formulae, bund cross-section components and vertical interval rules

Explain terracing types (bench, broad-base, half-moon, contour trench) and select a suitable type for a 10 percent slope

Describe agronomic measures including contour ploughing, strip cropping, cover cropping, mulching, crop rotation and vegetative barriers, and match each to an erosion problem

Evaluate the role of grasses and hedgerows such as vetiver and khus in checking gully advance

Explain the layout, construction and maintenance of check dams, gully plugs, earthen dams and farm ponds, including site selection criteria

Identify farm tools and implements used in conservation works (bund former, leveller, ridger, trencher, grass slasher) and state the function and safety precaution for each

Compare bullock-drawn and tractor-drawn implements for bund making and land levelling on small holdings

Describe the construction sequence and cost components of a loose boulder check dam and a gabion structure

Outline maintenance schedules for bunds, terraces and check dams across a crop year

Define a watershed and delineate its boundary, ridge line and drainage network from a described contour map in words

Explain watershed characteristics (shape, size, slope, drainage density, land use) and how each affects runoff and erosion

List the components of an integrated watershed management plan: soil conservation, water harvesting, crop management, pasture development and livelihood activities

Describe rainwater harvesting structures (farm pond, percolation tank, recharge pit, rooftop harvesting, contour trench) and compute storage volume from given dimensions

Explain the role of watershed committees and people's participation in planning and maintenance

Explain soil fertility versus soil health and list physical, chemical and biological indicators used in soil health assessment

Describe the role of macro and micro nutrients, and identify deficiency symptoms of nitrogen, phosphorus, potassium, zinc and sulphur in common crops

Interpret a soil test report and convert recommended nutrient doses into fertilizer quantities for urea, DAP and muriate of potash

Compare irrigation methods (flood, furrow, basin, sprinkler, drip) for water use efficiency and suitability to slope and soil type

Explain soil moisture conservation practices including mulching, conservation tillage, contour furrow and antitranspirants

Compare sole cropping, mixed cropping, intercropping, relay cropping and sequence cropping for their effect on soil cover and erosion control

Select suitable agroforestry systems (agri-silviculture, silvopasture, alley cropping, windbreak, homestead garden) for different land capability classes

Explain the use of chain survey, tape, compass and dumpy level for laying out bunds, terraces and field boundaries

Compute slope percentage and gradient from rise and run, and calculate the area of an irregular field by the trapezoidal rule

Read and interpret a contour map to identify ridge, valley and steep areas for conservation planning

Identify the business opportunities in soil conservation services: custom bund making, farm pond construction, nursery of vegetative barriers, soil testing and vermicompost production

Prepare a simple cost and return estimate for one conservation enterprise including equipment, labour and expected income

List safety hazards in conservation works (tool handling, excavation collapse, pesticide handling, heat stress) and the preventive measure for each

Explain the environmental impacts of soil erosion and conservation works on water quality, siltation and biodiversity

Describe government support schemes and credit linkages available to soil conservation entrepreneurs in Uttar Pradesh

Revise all ten domains using the weekly summary sheets and close gaps flagged by practice tests

Complete two timed full-length mock tests and review every wrong answer to its source concept

Recite key formulae for bund spacing, USLE, slope percentage, pond volume and fertilizer conversion from memory

Explain ten high-frequency concepts aloud in under two minutes each, as if teaching a farmer

Assemble a final one-page formula and definitions sheet for last-day revision