Production technology of cucumber

Botanical name: Cucumis sativus L.

Family: Cucurbitaceae 

Chromosome number: 2n=14

Origin: India.

  • The sex form of cucumber is Monoecious.
  • Cucumbers are used as salad and preparation of  pickle.
  • The fruits are also consumed raw.
  • Tender leaves are also used as vegetables.
  • It is the second most widely cultivated cucurbits after watermelon. 
  • The fruits as also used as an astringent and antipyretic.
  • The seed oil is used as an antipyretic.
  • Fruits are good for people suffering from constipation, jaundice and indigestion.
  • Fruit contain 0.4% protein, 2.5% CHO, 1.5mg iron, 2mg vitamin c /100g fresh weight.
Varieties
  • Japanese Long Green
  • Straight Eight 
  • Poinsettee.

Hybrids:
  • KPCH 2
  • Pant C 2.

Soil :

  • They prefer light textured soils which is well drained, rich in organic matter.
  • The  pH of soil 6-6.8.
  • Adapted to a wide-range of soils, but more suitable to  produce early in sandy soils.

Climate:

  • Maximum growth temperature of about 28°C.
  • maximum fruit production is achieved with a night temperature of 19-20°C and a day temperature of 20-22°C.
  • The minimum temperature should not be lower than 18°C for sustained production.

Sowing Time-July-Sept and  Jan-Feb

Seed rate - 3-5 kg/ha

Spacing - 1.5 x 0.5 m or 1.5 x 1 m

Land Preparation

  • Plough the field to fine tilth
  • Form raised beds of 120 cm width at an interval of 30 cm and the laterals are placed at the centre of each bed.

Seed Treatment

  • Treat seeds with Trichoderma viride or Pseudomonas fluorescence 

Sowing

  • Sow the seeds at an interval of 60 cm distance at the centre of the bed along the laterals.
  • Sow the seeds in polybags @ one per bag for gap filling.
  • Spray pre emergence weedicide like fluchloralin 1 kg a.i. or metalachlor 0.75 kg a.i./ha on third day of sowing.

Manures and fertilizers:

  • Apply FYM 40 t/ha as basal and 35 kg of N/ha at 30 days after sowing.
  • Apply Azospirillum and Phosphobacteria 2 kg/ha and Pseudomonoas 2.5 kg/ha along with FYM 50 kg and neem cake @ 100 kg before last ploughing.

Irrigation:

  • Drip irrigation Inline lateral lines may be installed in the middle of beds.
  • Distance between two drippers - 30 cm and its discharge rate is 2 L/hour. Diameter of riser is 16mm.

Cultural practices :

Training :

  • Basic principle in developing training system is to uniformly maximize the leaf interception of sunlight throughout the house.
  • Staking in cucumber has been found to be very effective in getting maximum yield and better quality of fruits.

Types of training

  • Single stem training (60 x 45 cm)
  • Umbrella system (60 x 60 cm)
  • V-system (60 x 60 cm)

Pruning

  • Pruning improve fruit yield and quality as the plant grows up the string, remove all the lateral buds up to the sixth node (a node being where a leaf joins the stem).
  • Pruning the lateral buds allows the plant to become large enough to support continued healthy fruit development.

Pest : 

Aphids &Jassids -

  • Spray Imidacloprid 70 WG 1.0g/10lit.

Fruit fly -

  • Set cucurbit fruit fly trap @ 4/ acre.
  • The fly population low in hot day conditions and it is peak in rainy season. Hence adjust the sowing time based on season.
  • Plough the field to expose the pupae.
  • Neem oil @ 3.0 % as foliar spray as need based.

Disease :

Downy mildew -

  • Downy mildew can be controlled by spraying Mancozeb twice at 10 days interval.

Harvest :

  • Harvest can be done 45 days after sowing.
  • On an average 8 – 10 harvests can be done.

Yield :

  • 8 - 10 t/ha in 80 to 90 days for salad.

Storage :

  • After harvesting remove all fruits affected with insect pests or diseases and deformed ones.
  • The harvested fruits cannot be kept for long time and to be sent to market as soon as possible.
  • Sprinkle water over the fruits to maintain freshness for sometime in the initial stage.
  • Fruits can be packed in polypropylene bag for extended shelflife.
  • Fruits in the basket can be kept for 2-3 days.





Reference

Textbook of vegetable crops by Prem nath k.R.M.swamy

Vegetable science by D.singh