TYPES OF TILLAGE MACHINARIES, IMPLEMENTS AND THEIR USES

Tillage machinery and equipment
refers to the tillage implements that are first used to open or loosen the soil w preparing it to receive seeds. This initial opening of the soil is called primary tillage.

The primary tillage implement are the ploughs

There are two types of tillage machinery.

These are:
Primary tillage machinery:
This refers to the tillage implements that are first used to open or loosen the soil w preparing it to receive seeds.

This initial opening of the soil is called primary tillage. The primary tillage implement are the ploughs.

Ploughs as a type of tillage primary implement

The ploughs are primary tillage implements unlike simple farm tools that used initially to break and turn the soil-over in the course preparing it for planting.

Ploughs break soil into large clods lumps.Tillageis the working of soils or loosening of soils before seeds are planted. The purpose of soil tillage is to provide:
(a) Suitable seed-bed for seed germination and emergence,
(b) Easy water infiltration,
(c) Better soil aeration or air movement,
(d) Control of weeds,

(e) Erosion control,
(f) To work organic matter into the soil, and
(g) Adverse environment for soil inhabiting pathogens and pests.

types of tillage machineries and implements
farm implement
parts of a forklift
tillage machinery and implements
tillage coupled implement
the tractor

There are two types of tillage machinery. These are:

Primary tillage machinery:
This refers to the tillage implements that are first used to open or loosen the soil w preparing it to receive seeds. This initial opening of the soil is called primary tillage.

The primary tillage implement are the ploughs.
(b)
Ploughs:
The ploughs are primary tillage implements that used initially to break and turn the soil-over in the course preparing it for planting. Ploughs break soil into large clods lumps.

The ploughs are of three types. These are the moldboard plough, chisel plough, and the disc plough.The mouldboard plough amongst other parts, has the caughter and share for cutting and mouldboard for inverting the soil. Most importantly,

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WEED AND THEIR BOTANICAL NAMES
1. ENVIRONMENTAL FACTORS AFFECTING AGRICULTURAL PRODUCTION
2. DISEASES
3. 52. SOIL MICRO-ORGANISMS
4. ORGANIC MANURING
5. FARM YARD MANURE
6. HUMUS
7. COMPOST
8. CROP ROTATION
9. GRAZING AND OVER GRAZING
10. IRRIGATION AND DRAINAGE
11. IRRIGATION SYSTEMS
12. ORGANIC MANURING
13. FARM YARD MANURE
14. HUMUS
15. COMPOST
16. CROP ROTATION

  1. IRRIGATION AND DRAINAGE
  2. IRRIGATION SYSTEMS
  3. INCUBATORS
  4. MILKING MACHINE
  5. SIMPLE FARM TOOLS
  6. AGRICULTURAL MECHANIZATION
  7. THE CONCEPT OF MECHANIZATION
  8. PROBLEMS OF MECHANIZATION
  9. SURVEYING AND PLANNING OF FARMSTEAD
  10. IMPORTANCE OF FARM SURVEY
  11. SURVEY EQUIPMENT
  12. PRINCIPLES OF FARM OUTLAY
  13. SUMMARY OF FARM SURVEYING
  14. CROP HUSBANDRY PRACTICES
  15. PESTS AND DISEASE OF MAIZE- ZEA MAYS
  16. CULTIVATION OF MAIZE CROP
  17. OIL PALM
  18. USES OF PALM OIL
  19. MAINTENANCE OF PALM PLANTATION
  20. COCOA
  21. PROCESSES IN COCOA CULTIVATION
    HOLING AND LINING

  22. YAM

  23. LAND PREPARATION FOR YAM
  24. DEPT OF PLANTING
  25. SPACING OF YAM
  26. PLANTING DEPT OF YAM
  27. STORAGE OF YAM
  28. STAKING OF YAM
  29. HARVESTING OF YAM
  30. COWPEA
    JUTE
  31. FORAGE CROP AND PASTURE
  32. FORAGE GRASSES
  33. SILAGE
  34. PASTURE
  35. TYPES OF PASTURE
    COMMON GRASSES AND LEGUMES
  36. GRASSES
  37. LEGUMES
  38. ESTABLISHMENT OF PASTURES
    1. FORAGE PRESERVATION
  39. HAY SILAGE
  40. FORESTRY IMPORTANCE OF FORESTRY 206. FOREST MANAGEMENT FOREST REGULATION DEFORESTATION AFFORESTATION
  41. DISEASES AND PESTS OF CROPS
  42. MAIZE SMUT
  43. RICE BLAST
  44. MAIZE RUST
  45. LEAF SPOT OF GROUNDNUT
  46. COW-PEA MOSAIC
  47. COCOA BLACK POD DISEASE
  48. CASSAVA BACTERIA BLIGHT

  49. BLACK ARM BACTERIA BLIGHT OF COTTON
  50. TOMATO ROOT KNOT
  51. DAMPING-OFF OF TOMATO
  52. ONION DOWNY MILDEW
  53. STORED PRODUCE MOULD
  54. PESTS OF CROPS
    75. STEM BORERS
    76. ARMY WORM
  55. COCOA MIRIDS(CAPSIDS)
  56. APHIDS
  57. WHITE FLY SEED BUGS
  58. CASSAVA CULTIVATION
  59. CASSAVA MEALYBUGS
  60. VARIEGATED GRASSHOPPER
  61. GREEN SPIDER MITE
  62. COTTON STAINER
  63. COTTON</ahref=”https:>

  64. LEAF ROLLER

  65. BEAN BEETLE
  66. RICE WEEVILS
  67. . PROBLEMS WITH PESTS CONTROL
  68. CROP IMPROVEMENT
  69. PROCESS OF CROP IMPROVEMENT METHODS OF CROP IMPROVEMENT
  70. HYBRIDIZATION OF CROPS
  71. ANIMAL PRODUCTION
  72. THE DIGESTIVE SYSTEM OF ANIMALS
  73. THE LARGE AND SMALL INTESTINE
  74. RUMINANT ANIMALS
  75. THE NERVOUS SYSTEM
  76. THE NEURONS
  77. A SYNAPSE ACTION IMPULSE REFLEX ACTION VOLUNTARY ACTION
  78. THE CENTRAL NERVOUS SYSTEM
  79. PERIPHERAL NERVOUS SYSTEM
  80. THE REPRODUCTIVE SYSTEM MALE AND FEMALE REPRODUCTIVE SYSTEM
  81. REPRODUCTIVE SYSTEM OF BIRDS
  82. THE CIRCULATORY SYSTEM
  83. THE PULMONARY CIRCULATION
  84. THE HEART
  85. THE RESPIRATORY SYSTEM
  86. THE TRACHEA INSPIRATION THE EXPIRATION THE DIAPHRAGM
  87. HEAT PERIODS OESTROUS CYCLE
  88. MATING
  89. PARTURITION
  90. MAMMARY GLAND
  91. LACTATION
  92. EGG FORMATION IN POULTRY
  93. LIVESTOCK MANAGEMENT
  94. MANAGEMENT OF GOATS
  95. REPRODUCTION IN GOAT
  96. POULTRY
  97. POULTRY MANAGEMENT
  98. BATTERY CAGE SYSTEM
  99. INTENSIVE SYSTEM
    125. . SEMI-INTENSIVE EXTENSIVE SYSTEM
    PROODING AND REARING IN POULTRY
    126. POULTRY SANITATION
  100. ANIMAL NUTRITION
  101. RATION
  102. CONCENTRATE
  103. ROUGHAGE
  104. NUTRIENT SOURCES AND FUNCTIONS
  105. CARBOHYDRATES
  106. PROTEIN FATS
  107. MINERALS
  108. VITAMINS
  109. FEEDING MECHANISMS IN HOLOZOIC ORGANISMS
  110. TYPES OF DIETS
  111. FATTENING OR FINISHING DIETS
  112. LAYER DIETS
  113. BALANCED DIETS
  114. LACTATION DIETS
  115. MALNUTRITION

  116. RINDER PESTS

  117. NEWCASTLE DISEASE
  118. BACTERIA DISEASES
  119. ANTHRAX
  120. BRUCELLOSIS
  121. TUBERCULOSIS
  122. FUNGAL DISEASES

  123. PROTOZOAN DISEASES

  124. TRYPONOSOMIASIS
  125. COCCIDIOSIS
  126. RED WATER FEVER(PIROPLASMOSIS)
  127. ENDO PARASITES
  128. TAPE WORM
  129. ROUND WORM OF PIGS
  130. LIVER FLUKE
  131. ECTO PARASITES
  132. TICK
  133. LICE

The disc plough has discs or concave metal blades that cut into the and turn it over. The discs are mounted on frames called disc standards. The standards connect the discs to the beam or hols and cylindrical part of the plough. The disc plough can better and is more adapted to Nigerian soils than the mouldboard plough.

The ploughs are usually attached to be pulled by the tract Work animals such as bullocks can also be used to pull plough for land cultivation.

(B)

Secondary tillage machinery and implements:

This refers to tillage implements used to cultivate the soil after the ploughs have initially been used.

The purposes of secondary types of tillage machineries include:

  1. To break down the large solid clods obtained from primary tillage.
  2. Kill weeds further
  3. Incorporate manure or fertilizers into the soil, and
  4. Produce suitable tilt or soil structure for seeds

The secondary tillage machinery includes the harrows, ridgers, cultivators, rotavators and rollers.

Harrows
The harrows are secondary tillage implements used for breaking help to put the soil in good seed-bed condition for seed emergence. The use of harrows kills weeds not affected by the ploughs. The implement can also be used to cover seeds with soil after broadcast.

The harrows consist of disc, or tines that are fitted to a shaft. All the parts rotate as one unit. The implement is hitched or attached to the tractor during farm operation.

Different types of harrows tillage implements are in existence.

They include:
1. The disc harrow
2. Spike toothed harrow
3. Spring tine harrow and
4. Tandem disc harrow

(ii)

Ridgers:

The ridger is an implement that is used to turn the soil in one direction after ploughing to form ridges. Crops such asyam, cassava and potato can be sown thereafter.

There are two types of ridges. These are the disc ridger and mouldboard ridger.

The two ridgers work in the same way. However, the disc ridger 1 is better for use in Nigerian soils. This is because the soil contains obstacles such as stumps, roots and stones.

At times the soils are sticky and disc ridger can effectively work in such conditions without frequent breakdown.
The disc ridger consists of opposed concave discs which actually make the ridges. The discs are fitted to mental frame called standard.

This is bolted to a bigger frame called beam. The ridger is attached to the tractor during field operation. The mouldboard ridger has features common to the disc
ridger. It however has concave or convex blades used to turn the soil in order to form rid»es.

(iii)

Cultivator tillage machineries implements :

The cultivator is a secondary tillage implement. It is attached to the tractor during field operation. It consists of several tines used to stir the soil and breakdown soil clods.

The cultivator is also used for weed combing, and dragging out stones and tree roots from the soil. The implement can be used for weeding and incorporating fertilizers into the soil after broadcast.
(iv)

Rotavator:

This is also a secondary tillage implement that has set of rotating blades. It breaks up soil clods and farm thrashes are chopped up in the process for easy decomposition.

Other farm machinery for tillage practices
(a)

Seed drills:

These machines can be operated by tractor or by hand. They drop or plant seeds and in some cases, discharge fertilizer at the same time. Most seed drills plant crops in row. They are set up to plant seeds at appropriate rate and distance. Crops such as maize, rice, wheat, barley, rye. oat and beans can br planted using the drills.

(b)
Planters:
These are machines designed to plant seeds. Some of them are built to plant one type of seed. Others can plant more than one type of crop. This is achieved by changing the plates.
The planter built to plant seeds in rows with enough distance between the stands is referred to as row planter. Some plant are able to plant seeds and distribute fertilizer at the same time
The planters can be mounted on a tractor or trailed.

(c)
Lathes:
The lathe is a machine that is used for holding and turning wood or metal into different shapes. Today, there many different lathes used for all types of shaping of mi materials.

The kinds of lathes developed from the centre lathe capstan lathes, turrel lathes, cropping lathes, automatic lat|j and special purpose- lathes. In the school workshop, the operations are turning, facing, drilling, boring, parting, knurl! and sometimes screw cutting.

(d)
Motor-saw or powered chain-saw:
This is a machine consists of a small petrol engine, steel blade and chain round the blade.

The chain rotates during operation and is the cut edge of the machine. The motor-saw has two handles for ei handling and positioning during use. The machine is becoming popular among small-scale farmers because:
(i) It is used in cutting down (felling) trees during farming preparation.
(ii)It is used in felling and cutting timber trees into logs.
(iii)it Also used to split logs into planks.
(iv) It is used in trimming the big branches of trees.

(e)
Harvesters:
These are machines designed for the harvesting of ripe and mature crops from the field.

Common harvest machines as types tillage implements :

(i) Combine harvester,
(ii) Forage harvesters.
(iii)Corn pickers
(iv) Balers,
(v) Cotton scrippers-. and
(vi) Field mowers.

The combine harvester is commonly used in commercial farms for the harvesting of cereals such as rice, maize, wheat, barley As the name suggests, the combine cuts the standing crops, separates the seeds from the chaff, and collects the grains tank while tank while the crop residues are thrown Held. These activities are completed in one operation.

The forage harvesters are machines used in cutting forage crops (grasses and legumes) for making silage to be kept for feeding animals during the dry season.

The field mowers (weeders) are machines used to cut grasses for hay making. They are also used for clearing farms lawns and parks. Most field mowers are designed in rows. Examples are the blade mower and the drum mower….

(f)
Sprayer
This is a machine consisting of tank where chemical is stored pump, spray booms and nozzles.

The sprayer is used for:

1. Applying herbicides, insecticides and fungicides.
2. Watering crops
3. Applying liquid fertilizers.
4. Applying hormones to increase fruit yield or prevent dropping of

fruits.

There are three types of sprayer.

These are:

1.
The simple knapsack sprayer:
This can take between nine and twenty-three litres of solution. It is usually mounted and tiped to the back of the operator during field operation.

2.
The tractor mounted sprayer:
This is attached to the tractor during field operation. The sprayer is operated by the power take-off or P.T.O.

3.
The knapsack engine operated:
This type is made of plastic tank for the liquid chemical and uses petrol as Its source power. As in the simple knapsack, the operator i the spray boom to the crops or objects to be sprayed.

.

Spraying with chemicals should not be done during bad weather. The chemicals left after spraying exercise must not be poured in places where they can contaminate vegetables, and drinking water

Protective covers should be used by the operator during field operation. Sprayers should be washed, cleaned after use, and a safe place until when needed.

5.
Accessory Tools
These are tools which are useful for the effective utilization of farm machines. They include:

(a)
Pliers:
This tool is like a pair of scissors. It is made with two handles having plastic coverings. The pliers holding things such as wires during electrical

(b)
Screw drivers:
These are made of round rods which are beaten flat at the tips. The handles are either made of wooden materials.

The screw driver is used for tightening and re-tightening of screws, it is also used for loosening screw. There is also the star-screw driver with multiple or star-like grooves.

(c)
Nuts and bolts:
Nuts are small pieces of metal num screwed onto the end of a bolt. On the other hand, bolts are metal pins with heads. Nuts and bolts are together used for holding parts of machines together or in place.

(d)
Spanners:
The spanners are made of metal. Some have the two ends split into two teeth for holding nuts and bolts. the spanner is essentially used for:
( i) tightening and re-tightening of nuts and bolts: and
(ii) loosening nuts and bolts.

(e)
Hammers:
The hammer consists of a thick small metal head and a wooden or metal handle. It is used for knocking in nailing and also to beat metals into flat shapes.

(f)
Alien key:
This is a tool that is used in tightening, re tightening and loosening deep seated nuts or nuts that cannot be reached with the ordinary spanner or screw driver.

(g)
Oil applicator or can:
This contains oil which is applied to engine parts with the help of its pointed tip.

(h)
Grease gun:
This instrument is used to apply grease into engine parts. It consists of the tank and a long pipe with which the “tease is pumped into inner parts of engines.

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You can read some of most interesting topics below

  1. FARM YARD MANURE
  2. HUMUS
  3. COMPOST
  4. CROP ROTATION
  5. GRAZING AND OVER GRAZING
  6. IRRIGATION AND DRAINAGE
  7. IRRIGATION SYSTEMS
  8. INCUBATORS
  9. MILKING MACHINE

  10. SIMPLE FARM TOOLS

  11. AGRICULTURAL MECHANIZATION
  12. THE CONCEPT OF MECHANIZATION
  13. PROBLEMS OF MECHANIZATION
  14. SURVEYING AND PLANNING OF FARMSTEAD
  15. IMPORTANCE OF FARM SURVEY
  16. SURVEY EQUIPMENT
  17. PRINCIPLES OF FARM OUTLAY
  18. SUMMARY OF FARM SURVEYING

  19. COCOA

  20. PROCESSES IN COCOA CULTIVATION
    HOLING AND LINING

  21. YAM

  22. LAND PREPARATION FOR YAM
  23. DEPT OF PLANTING
  24. SPACING OF YAM
  25. PLANTING DEPT OF YAM
  26. STORAGE OF YAM
  27. STAKING OF YAM
  28. HARVESTING OF YAM
  29. COWPEA
    JUTE
  30. FORAGE CROP AND PASTURE
  31. FORAGE GRASSES
  32. SILAGE

  33. PASTURE

  34. TYPES OF PASTURE
    COMMON GRASSES AND LEGUMES
  35. GRASSES
  36. LEGUMES
  37. ESTABLISHMENT OF PASTURES
    1. FORAGE PRESERVATION
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