2025-02-19T15:21:48+03:00[Europe/Moscow] en true <p>Land preparation </p>, <p>Land preparation</p>, <p>water retention,</p><p>drainage, aeration, and ease of</p><p>field operations.</p>, <p>Clearing</p>, <p>Clearing </p>, <p>Tillage </p>, <p>Tillage</p>, <p>Primary tillage </p>, <p>field capacity </p>, <p>adequate power </p>, <p>Plowing </p>, <p>Secodary tillage </p>, <p>Secondary tillage </p>, <p>soil type, weed density, soil moisture content, crops to be grown, over pulverizastion should be avoided </p>, <p>Circuitous pattern </p>, <p>Up and Back pattern </p>, <p>Gathering pattern </p>, <p>dikes </p>, <p>A week </p>, <p>Primary tillage</p>, <p>10-20 cm </p>, <p>Disc plows and rotavators</p>, <p>Submerging </p>, <p>10-14 days </p>, <p>submerging </p>, <p>Puddling </p>, <p>Leveling </p>, <p>7-8 days </p>, <p>a smooth level </p>, <p>Dry preparation</p>, <p>10-20 cm </p>, <p>harrowing </p>, <p>upland area </p>, <p>lowland area </p>, <p>phosphorus, potassium, silicon, and</p><p>molybdenum.</p>, <p>copper and zinc </p>, <p>Granular, mellow yet compact</p><p>enough, free of trash, field is level </p>, <p>Staking </p>, <p>Spacing </p>, <p>A well planned layout </p>, <p>Square planting system </p>, <p>Triangular PS</p>, <p>Hexagonal PS</p>, <p>Quinconx PS</p>, <p>Contour PS</p>, <p>200 meters apart</p>, <p>higher power requirements , and a posibility of implement breakage</p>, <p>soil compaction, reduce soil granulation which lengthens land preparation </p>, <p>oral </p>, <p>hilling up </p>, <p>Off barring</p> flashcards
CSPSC 22 LAND PREP

CSPSC 22 LAND PREP

  • Land preparation

    refers to the

    process of preparing the soil for

    planting crops.

  • Land preparation

    It creates favorable conditions

    for seed germination, seedling

    growth, and crop management

    by reducing weeds and soil

    pathogens.

  • water retention,

    drainage, aeration, and ease of

    field operations.

    what does land preparation improve

  • Clearing

    Before tillage, it may be necessary

    to clear the field of tall weeds and

    other obstructions.

  • Clearing

    This is also done to reveal the

    features of the terrain which helps

    in deciding the direction of tillage.

  • Tillage

    The manipulation of the soil into a

    desired condition by mechanical

    means; tools are employed to

    achieve some desired effect.

  • Tillage

    It involves breaking up, turning, and

    loosening the soil to improve its

    structure, manage crop residues,

    control weeds, and enhance water

    infiltration.

  • Primary tillage

    Initial soil preparation, such as

    plowing, to break up the soil.

  • field capacity

    when is the right moisture to start tillage

  • adequate power

    dry plowing is possible with

  • Plowing

    is done to incorporate weeds and

    stubble underneath the soil, to cut soil into furrow

    slices

    to partly pulverize the soil

    (still in cloddy condition)

  • Secodary tillage

    refers to

    the tillage operations

    performed after primary

    tillage to refine the soil for

    planting.

  • Secondary tillage

    done to further breaking up

    clods, leveling the field,

    controlling weeds, and

    improving soil structure for

    better seedbed preparation.

  • soil type, weed density, soil moisture content, crops to be grown, over pulverizastion should be avoided

    the number of plowing and harrowing depends on

  • Circuitous pattern

    Used with discs and offset discs, it

    follows a continuous loop but leaves a central furrow that's

    hard to drain and cultivate.

  • Up and Back pattern

    Implements run parallel, ensuring

    efficiency and even cultivation without furrows. Suitable for

    rotavators, harrows, and reversible plows.

  • Gathering pattern

    Plowing starts from the center and

    moves outward, requiring field measurement. Works with all

    plow types.

  • dikes

    in lowland areas these are built to

    retain water.

  • A week

    how many weeks or days is the lowland field irrigated

  • Primary tillage

    in lowland areas it is done

    when the soil is moist

    enough for plowing yet firm

    enough for traction.

  • 10-20 cm

    soil depth for plowing for lowland areas

  • Disc plows and rotavators

    what are commonly used in lowland areas

  • Submerging

    done after plowing

  • 10-14 days

    how many days is submerging done

  • submerging

    is done to soften clods and

    decompose organic matter.

  • Puddling

    is done to for the creation a

    watertight layer to reduce

    water loss and enhance

    nutrient retention.

  • Leveling

    is done using a wooden

    plank with a draft animal or small

    tractor, requiring 12 days of

    water coverage.

  • 7-8 days

    how many days will it take a 2 wheel tractor to level a hectare

  • a smooth level

    it ensures

    uniform germination, improves

    water coverage, and boosts crop

    yield and quality.

  • Dry preparation

    is mainly used for

    upland crops but can also be applied to

    lowland fields with diverse crops.

  • 10-20 cm

    soil plow depth for upland areas

  • harrowing

    done within 2-3 days of plowing in Upland areas

  • upland area

    this area after tillage has no puddling, macro- and

    micropores are maintained, water

    drains easily if there is no hardpan,

    tillage is easy especially at field

    capacity.

  • lowland area

    flooding involved, puddling

    involved, macropores are lost while

    micropores are maintained, hardpan is

    formed,

  • phosphorus, potassium, silicon, and

    molybdenum.

    less available nutrients in upland areas

  • copper and zinc

    less available nutrients in lowland areas

  • Granular, mellow yet compact

    enough, free of trash, field is level

    a factor of a well prepared upland field

  • Staking

    marks planting points

    using twine or wire for straight

    alignment.

  • Spacing

    depends on crop variety,

    shade conditions, and cropping

    system.

  • A well planned layout

    maximizes

    tree density while allowing proper

    growth and ease of management.

  • Square planting system

    This planting system is

    commonly followed as it is

    easy to layout, and

    inter-cropping and cultivation

    is visible in two directions

  • Triangular PS

    It is a system in which plants in

    alternate rows are offset half

    the space between plants in a

    row.

  • Hexagonal PS

    This arrangement allows

    cultivation in three directions

    and accommodates 15% more

    trees per hectare than the

    square system.

  • Quinconx PS

    A variation of the square

    system, this method adds a

    filler crops at the center of

    each square.

  • Contour PS

    Used on steep hills, this method

    aligns tree rows along a uniform

    slope, usually at a right angle, to

    minimize soil erosion.

  • 200 meters apart

    On large farms, roads should be

    spaced

  • higher power requirements , and a posibility of implement breakage

    tilling when soil is dry can cause

  • soil compaction, reduce soil granulation which lengthens land preparation

    tilling when soil is too wet can cause

  • oral

    indicators that the soil has enough water

  • hilling up

    This also done to cover

    fertilizers with soil after

    off-barring.

  • Off barring

    This is also done to facilitate

    placement of fertilizers.